Marantz CDR-770-Philips Service Manual

Compact disc recorder 2nd line Service Manual

CDR570
CDR770
CDR775
CDR930
CDR950

Contents Page

1 Introduction 2
2 Safety- and maintenance instructions, warnings

and notes 3

3 Directions for use 6

Mechanical instructions 7

4

Loader CDL4009 7
CDL3800 8
Demounting CDL3800 9
Exploded view CDM3800 11
Cleaning lens 12
Lubricating 13

Service modes, faultfindingtrees and repair tips 14

5

Service modes 14

Faultfindingtrees 18
6 Blockdiagrams 33
7 Electrical diagrams and PWB’s 34
8 Alignments, Adjustments 75
9 Circuit description 76

List of abbreviations 77
10 Sparepart list 85

©

Copyright reserved 2000 Philips Consumer Electronics B.V. Eindhoven, The
Netherlands. All rights reserved. No part of this publication may be reproduced,
stored in a retrieval system or transmitted, in any form or by any means, electronic,
mechanical, photocopying, or otherwise without the prior permission of Philips.

Published by JvO 0063 Service BG Audio Printed in the netherlands Subject to modification 5 3104 125 40110

GB 2 CDR 3rd gen.1.

Technical Specifications/Introduction.

1. Technical Specifications/Introduction.

In this document the important issues for the mechanical and
electrical testing, adjusting, checking and diagnosing of the
Digital Audio CDR Module such as applied in so-called 3rd
generation CDR recorders is described.
In this first chapter is presented the introduction of the repair
manual for 2nd line repair workshops. In contains the repair
instructions of the CDR Module CDL4009 + Mainboard 4228.
All modules consist of the same loader + CDM part, the
mounting of the components on the Mainboard deviates form
each other. For that reason a separate CDR-module has been
defined for each type/modelnumber.
On top of that: Each mainboard connected to another CDM has
to adjusted before that module can be used. To have this
module on component level repaired this second line service
(repair) manual has to used in combination with the "first" line
service manual of mentioned typenumber. As long as the
adjustment instructions can not be carried out, the module has
to be exchanged by an adjusted one from Service stock in case
of repairs concerning CDM and/or Servo circuits.
Chapter 2 contains the required safety instructions, in chapter
3 a referring to the directions for use, as published in the
typenumber Service Manual, is made.
In chapter 4 the mechanical exploded view of the complete
module, the loading part and the CDM3800 is presented. This
chapter also includes the mounting, demounting, cleaning and
greasing instruction.
In chapter 5 the internal selfdiagnostics without opening the set
and use of other tools is described in the service modes. The
faultfinding trees and repair suggestions like the power supply
voltages for proper functioning of the mainboard are indicated
there too. This chapter also contains initialising and reset,
concerned measuring points are highlighted. For proper
functioning of all ICs the clockfrequencies have to be tested
and the importance of derived clockfrequencies is shown. and
and how to operate with the menu driven diagnostics. Via a PC
connection (serial input socket RS232C) the Menu Driven
Diagnostics feature is started.
To improve the interactivity and communication with the set/
module the COMPAIR (the for service designed computer
aided repair) tool is supported too by this CDR generation.
Details to be defined soonest and will be published by a service
information bulletin later on.
Via blockdiagrams of applied boards the common issues of all
boards are shown and in short explained in chapter 6.
In chapter 7 the circuit diagrams and printed wiring boards with
important measuring points are shown.
The adjustment of the laser current (only one important and
necessary adjustment has to be carried out, the rest of the
adjustments are calcultated from that parameter onwards) will
be presented in chapter 8. The needed PC program is under
investigation now and with the implentation of COMPAIR this
adjustment action will be explained. The method how to align
the software, if needed, is indicated here.
In chapter 9 reference is made to existing 3rd generation circuit
description in which publication a lot of details about the
functioning of the set is explained.
Also the list of abbreviations is inserted here.
Finally a survey of applied components and corresponding
service ordering numbers is given in chapter 10.
As the Mainboard 4228 is designed to be applied for several
modelnumbers this board contains a lot of optional
components.
The most extended board is modelnumber CDR775 where
double speed dubbing feature is applied too.

Safety and Maintenance instructions warnings and notes

2. Safety and Maintenance instructions warnings and notes

GB 3CDR 3rd gen. 2.

GB

WARNING

All ICs and many other semi-conductors are
susceptible to electrostatic discharges (ESD).
Careless handling during repair can reduce
life drastically.
When repairing, make sure that you are
connected with the same potential as the
mass of the set via a wrist wrap with
resistance.
Keep components and tools also at this
potential.

F

ATTENTION

Tous les IC et beaucoup d'autres semi­conducteurs sont sensibles aux décharges
statiques (ESD).
Leur longévité pourrait être considérablement
écourtée par le fait qu'aucune précaution
n'est prise a leur manipulation.
Lors de réparations, s'assurer de bien être
relié au même potentiel que la masse de
l'appareil et enfiler le bracelet serti d'une
résistance de sécurité.
Veiller a ce que les composants ainsi que les
outils que l'on utilise soient également a ce
potentiel.

D

Alle IC und viele andere Halbleiter sind
empfindlich gegen elektrostatische
Entladungen (ESD).
Unsorgfältige Behandlung bei der Reparatur
kann die Lebensdauer drastisch vermindern.
Sorgen sie dafür, das Sie im Reparaturfall
über ein Pulsarmband mit Widerstand mit
dem Massepotential des Gerätes verbunden
sind.
Halten Sie Bauteile und Hilfsmittel ebenfalls
auf diesem Potential.

GB

Safety regulations require that the set be restored to its original condition
and that parts which are identical with those specified be used.

NL

Veiligheidsbepalingen vereisen, dat het apparaat in zijn oorspronkelijke
toestand wordt terug gebracht en dat onderdelen, identiek aan de
gespecifieerde worden toegepast.

F

Les normes de sécurité exigent que l'appareil soit remis a l'état d'origine et
que soient utilisées les pièces de rechange identiques à celles spécifiées.

WARNUNG

NL

Alle IC's en vele andere halfgeleiders zijn
gevoelig voor elektrostatische ontladingen
(ESD).
Onzorgvuldig behandelen tijdens reparatie
kan de levensduur drastisch doen
verminderen.
Zorg ervoor dat u tijdens reparatie via een
polsband met weerstand verbonden bent met
hetzelfde potentiaal als de massa van het
apparaat.
Houd componenten en hulpmiddelen ook op
ditzelfde potentiaal.

Tutti IC e parecchi semi-conduttori sono
sensibili alle scariche statiche (ESD).
La loro longevita potrebbe essere fortemente
ridatta in caso di non osservazione della piu
grande cauzione alla loro manipolazione.
Durante le riparazioni occorre quindi essere
collegato allo stesso potenziale che quello
della massa dell'apparecchio tramite un
braccialetto a resistenza.
Assicurarsi che i componenti e anche gli
utensili con quali si lavora siano anche a
questo potenziale.

WAARSCHUWING

I

AVVERTIMENTO

D

Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zu beachten.
Der Originalzustand des Gerats darf nicht verandert werden.
Fur Reparaturen sind Original-Ersatzteile zu verwenden.

I

Le norme di sicurezza esigono che l'apparecchio venga rimesso nelle
condizioni originali e che siano utilizzati pezzi di ricambiago idetici a quelli
specificati.

SHOCK, FIRE HAZARD SERVICE TEST:
CAUTION: After servicing this appliance and prior to returning to customer, measure the resistance between

either primary AC cord connector pins (with unit NOT connected to AC mains and its Power switch ON), and the
face or Front Panel of product and controls and chassis bottom,
Any resistance measurement less than 1 Megohms should cause unit to be repaired or corrected before AC
power is applied, and verified before return to user/customer.
Ref.UL Standard NO.1492.

NOTE ON SAFETY:

Symbol

: Fire or electrical shock hazard. Only original parts should be used to replace any part with symbol

Any other component substitution(other than original type), may increase risk or fire or electrical shock hazard.

“Pour votre sécurité, ces documents
doivent être utilisés par des
spécialistes agrées, seuls habilités à
réparer votre appareil en panne.”

CL 96532086_021.eps

080999

GB 4 CDR 3rd gen.2.

Safety and Maintenance instructions warnings and notes

SERVICING HINTS

In the set, chip components have been applied. For disassembly and assembly check the figure below.

CL 96532086_022.eps

080999

Safety and Maintenance instructions warnings and notes

GB 5CDR 3rd gen. 2.

CL 96532086_023.eps

080999

GB 6 CDR 3rd gen.3.

3. Instructions for use

See service manual of concerned modelnumber in which the
instructions for use has been inserted. This chapter has not
been filled as this module of CDR Module CDL4009 +
Mainboard 4228 is only a part of a complete set.

Instructions for use

Mechanical instructions

4. Mechanical instructions

GB 7CDR 3rd gen. 4.

4.1 Loader CDL4009

CDL4009 consists of metal loader bracket item 82 and glued
on it an identification sticker (on which the module production
number and production code is printed); 4 suspension rubbers
items 76, 77, 78 and 79 which carry loader assembly item 81;

LOADER BRACKET

82

SUSPENSION

76

77 78 79

81

LOADER ASSY CDL

and on the bottom side the CDR mainboard 1001 is mounted.
Notice that mainboard is dependant to the applied set and has
to be adjusted to mounted CDM in loader in case of exchange.
See next figure, Loader CDL4009

97

MAIN BOARD CDR

1001

98 99

100

M3 X 6

82: LOADER BRACKET 3104 121 23900
81: LOADER ASSY CDL 9305 043 20900
76: SUSPENSION 3104 144 05730

CL06532018_001.eps

090300

To demount loader module CDL4009:

1. Mainboard item 1001. Beware of connections to CDM.
Optical pick-up unit has to be ESD protected!

2. Loosen suspensions 76, 77, 78 and 79 from metal loader
bracket 81

3. Take out Loader assy CDL

Figure 4-1

GB 8 CDR 3rd gen.4.

4.2 Exploded view CDL3800

Mechanical instructions

100300

CL06532018_002.eps

Figure 4-2

01 4822 691 10764 CHASSIS

02 4822 361 11131 TRAY MOTOR ASSY

03 4822 492 11709 MOTOR SPRING

04 4822 277 11838 SWITCH

10 4822 532 13097 TULE

13 4822 492 11709 MOTOR SPRING

14 4822 528 11295 PULLEY WHEEL

17 4822 358 10266 BELT

18 1822 522 10739 RACK GEAR WHEEL

19 4822 522 10741 TRAY GEAR WHEEL

20 4822 402 11221 RACK

21 4822 418 10421 TRAY BLACK

32 4822 492 11711 RACK SPRING

33 4822 535 10588 PLUG

34 4822 535 10588 PLUG

37 4822 466 12131 RUBBER

38 4822 466 12131 RUBBER

39 4822 466 12131 RUBBER

40 4822 466 12131 RUBBER

41 4822 466 12132 CLAMPER BRIDGE

42 4822 466 12133 CLAMPER

Mechanical instructions

PULL TO REMOVE TRAY

CL06532018_006.eps

210200

CL06532018_003.eps

090300

Figure 4-3

4.3 DEMOUNTING LOADER CDL3800

Remove the following items starting with:
(For the item numbers refer to the Exploded Views CDL3800,
figure 4.2)

GB 9CDR 3rd gen. 4.

Tray

Pull out the tray (item 21) until it stucks. Press the lock at the
left side of the tray upwards. Pull out the tray.

4.3.1 Release and remove tray

Push to open the tray on the rack (item 20)

Figure 4-4

CL06532018_004.eps

210200

Figure 4-6

Tray motor assey

Remove the tray motor belt (item 17).
Loosen the motorspring (item 3) with a pair of tweezers or a
screwdriver via the rectangular hole at the right side of the tray
motor.

Clamper bridge

Bend the locks-profiles on both sides of the clamper bridge
(item 41) carefully to the outside and lift up the clamper bridge.

CDM

Place the loader upside down and remove the motorspring
(item 13) with a pair of tweezers or a screwdriver, but hold the
CDM so it can’t fall down.

Rack

First remove the rack spring (item 32) by unscrewing items 11
and 12.

Figure 4-5

CL06532018_005.eps

210200

GB 10 CDR 3rd gen.4.

Clamper

Mechanical instructions

CL06532018_007.eps

210200

Figure 4-7

Mechanical instructions

4.4 Exploded view CDM3800

GB 11CDR 3rd gen. 4.

020300

CL06532018_012.eps

1.6

1.5

1.4

1.3

CDM 3800

Figure 4-8

GB 12 CDR 3rd gen.4.

3104 147 01580 CDM3800 COMPLETE

Mechanical instructions

1: 4822 691 10765 MOUNTING PLATE ASSY

1.3: 4822 361 11132 SLEDGE MOTOR ASSY
2: 3104 147 12890 OPU-24.24
3: 4822 535 10591 THIRD BEARING AXLE
4: 4822 535 10591 AXLE
12: 4822 528 11297 COMBI WHEEL
13: 4822 522 10742 GEAR RACK ASSY
22: 3104 141 21830 THIRD BEARING SPRING

2100: 4822 126 13196 100nF 10% 25V
3100: ∆4822 051 20101 100Ω 5% 0,1W
5101: 4822 130 11531 SENSOR LT125A

4.5 Cleaning objective lens

4.5.1 CLEANING PRESCRIPTION OBJECTIVE LENS

• Cleaning fluid
The lens cleaner codenumber reads 4822 389 10026

• Procedure

• Take a clean cotton wool tipped stick and put Lens­cleaner on the wool.

• Wipe the lens very softly with the wet wool end of the
stick by moving it forwards and backwards in the Y­direction. (see drawing)

• Take a dry cotton wool tipped stick and remove the
Lens-cleaner from the lens by moving it very softly
back and forth in the Y-direction (see drawing)

• During cleaning, take the necessary precautions in
order to prevent damage to the*Actuator (hinges, lens,
litze-wires) or OPU (ESD, ...) Do not remove axle (item
4, see drawing) from OPU, because the fixing screws
of axle are deforming it at it's end. On their turn these
deformings are damaging the hinges of the OPU when
loosening the axle.

• Application
This cleaning procedure is only applicable for the flat side
(upside) of the lens.
Never try to clean the round side (underside) of the lens
(replica-side).
With this cleaning procedure, fingerprints and dust can easily
be removed with very
soft and gently movements of the cotton wool tipped stick.

• Limitation
This cleaning procedure is only applicable in cases of
malfunctions of the product,
due to lens-problems. It's not ment to be applied on 100% of
the actuators, OPU's.
After cleaning, the product must be re-checked on it's
functionality.

Y

Figure 4-9

CL06532018_008.eps

210200

4

Mechanical instructions

CL06532018_010.eps

020300

2x 1 DROP OF OIL

CL06532018_011.eps

020300

GB 13CDR 3rd gen. 4.

4.6 Lubricating

4.6.1 LUBRICATING INSTRUCTIONS FOR GENERIC LOADING

CDL3800

USE TRIBOL GREASE (1322 523 78101)
Be careful when lubricating the parts.
For parts and points to apply grease, refer to the drawing figure
4-10.
Avoid excess grease.
B. The bearing of the gearwheel. Grease on upper part of
cylindrical surface.
C. Guiding and 2 guiding pins of the rack on the chassis.
D. The guiding of the rackspring.*
E. The 2 guiding.profiles of the rack*
F. 10 guiding surface of the chassis on the tray.*
G. The guiding pin on the rack.*
H. On top (in the middle) of the 4 rubbers.*
I. Guiding on the chassis of the tray. Grease around the 5
guiding pins.*
J. The guiding ribs of the chassis for guiding the CDM-nose.*

o

=Lubricated with dosing apparatus.

*=Lubricated with a brush.

o

o

Between worm and combiwheel (item 12, 4822 528 11297)2x

Figure 4-10

CL06532018_009.eps

210200

Figure 4-11

Oiling the centrifuged bearings

USE MOBIL OIL SHC 629 (3104 129 52260)
Use dose apparatus
Place the needle against the bearing and axle.
Dose one (1) drop of oil there where the bearing touches the
axle (see drawing figure 4-12)
Repeat this handling for the second bearing
Move the OPU for a few times up and down.
REMARKS:
Do not use the oil on the axle alone. Always place the oil drop
against the bearing.
No oil on top of the OPU.

4.6.2 Lubricating instructions for CDM3800

USE TRIBOL GREASE (1322 523 78101)
The third bearing axle (item 3, 4822 535 10591) on the
upperside of the axle 2x
The third bearing axle on the bottomside of the axle 2x
The OPU bearing with Mobil Oil SHC 629 (see next paragraph)
The top of the worm
The pressed in axle on the top
The gear rack assy (item 13, 4822 522 10742) on the teeth2x

Figure 4-12

GB 14 CDR 3rd gen.5.

Service modes, repair tips and faultfinding trees

5. Service modes, repair tips and faultfinding trees

5.1 Service modes

In this paragraph the internal selfdiagnostics without opening
the set and use of other tools is described.

Module is mounted in a set

Notice:

5.1.1 Dealer mode

The purpose of the dealer mode is to prevent people taking out
the CD inside the player at exhibitions, showrooms etc.. This
mode disables the open/close function of the player.
The dealer mode can be switched on and off pressing keys
[OPEN/CLOSE] and [STOP] of the CDR player simultaneously
while switching on the unit. The dealer mode is stored in the
flash memory and can only be changed by executing the above
actions.

5.1.2 Dealer diagnostics

DEALER DIAGNOSTICS

(status of player)

If power ON,

switch power OFF

display. Pressing keys [F FWD] and [REWIND] simultaneously
while switching on the unit, starts the test. Switching off the unit
ends the test.

Requirements to perform the test

• Working keyboard to start up the test.

• Working local display to check the output messages.

Press <REWIND> + <FFWD>

simultaneously and switch

ON unit

Display blinks

“BUSY”

during test

NO

Set OK?

YES

Set displays

“

PASSED

To end test, switch OFF unit

”

Figure 5-1

Set displays

“ERROR”

CL96532086-024.eps

090999

Description

The intention of the dealer diagnostics is to give an indication
of the CDR player status. An inexperienced, even non­technical dealer will/can perform the test. Tests are executed
automatically without need for external tools or disassembly of
the unit. This test checks the CDR main board using the same
tests as the electrical service diagnostics program. Only the
result of the test, “PASSED” or “ERROR”, will be shown on the

Service modes, repair tips and faultfinding trees

5.1.3 Electrical service diagnostics

ELECTRICAL SERVICE DIAGNOSTICS

(software versions, test for defective components)

If power ON,

switch power OFF

Load CD-DA disc (SBC444A)

Press <PLAY> + <F FWD>

simultaneously and switch ON unit

PLAYER
INFORMATION

Display :

"PLAYER ID"
"SW VERSION BACK END"
"SW VERSION CDR LOADER"

(CDR775

CDR MAIN
BOARD TEST

Display :

PASS OR FAIL

Display :

PASS OR FAIL

Display :

PASS OR FAIL

Display :

PASS OR FAIL

Display :

PASS OR FAIL

Display :

PASS OR FAIL

"SW VERSION CD LOADER"

"DTST1"

DRAM test (7702)

"DTST2"

FLASH CHECKSUM test (7703)

"DTST3"

FLASH ERASE test (7703)

"DTST4"

CODEC test (7406)

"DTST5"

CDR LOADER
COMMUNICATION test

"DTST6"

*

CD LOADER
COMMUNICATION test

* FOR CDR775 ONLY

)

ABORT TEST

Press <F FWD>

ABORT TEST

Press <F FWD>

ABORT TEST

Press <F FWD>

ABORT TEST

Press <F FWD>

ABORT TEST

Press <F FWD>

ABORT TEST

Press <F FWD>

ABORT TEST

Press <F FWD>

LOADER TESTS

CDR LOADER TEST
CD-DA disc must be loaded

Display shows current disc time

Test OK?

YES

CD LOADER TEST *
CD-DA disc must be loaded

Display shows current disc time

Test OK?

YES

DISPLAY TEST

DISPLAY TEST

Display segments blink at f=1kHz

KEYBOARD &
RC TEST

KEYBOARD & RC TEST

Display shows name of pressed keys

Press <F FWD>

NO

Display :
or
or

* FOR CDR775 ONLY

NO

Display :
or
or

GB 15CDR 3rd gen. 5.

"BERR1"
"NO CDDA"
"NO DISC"

Press <F FWD>

"BERR2"
"NO CDDA"
"NO DISC"

Press <F FWD>

Tests OK?

YES

NO

Display :
n = failed test

Display next
failed test

"DERRn"

Figure 5-2

To end test, switch OFF unit

CL 96532086_025.eps

090300

GB 16 CDR 3rd gen.5.

Service modes, repair tips and faultfinding trees

Description

The intention of the electrical service diagnostics is to show the
software versions present in the player and to direct the dealer
towards defective internal units. The units are : the CDR main
board, the CDR loader, the CD loader in case of a CDR775 and
the keyboard/display board. A sequence of tests is executed
automatically. Some of the tests can be aborted or skipped
without the result being taken into account. External tools or
disassembly of the unit is not necessary to get the diagnostic
information. Pressing keys [PLAY/PAUSE] and [F FWD]
simultaneously while switching on the unit, starts the test.
Switching off the unit ends the test.

Requirements to perform the test

• Working keyboard to start up the test.

• Working local display to check the output messages.

• A CD-DA disc with a minimum of 3 tracks in all trays to

perform the disc test.

Description of the tests

Player information

In this part of the test the following important information can be
checked without removing the cover :

• Recorder ID.

• SW-version back end of player.

• SW-version CDR loader.

• SW-version CD loader (only for CDR775).

CDR main board test

[F FWD] key. The message “DERRn” will be displayed with n
indicating the faulty test number.
If one of the tests is aborted with the [F FWD] key, no error
message will be displayed for this test. The flash data erase
test (“DTST3”) can not be aborted !
The CDR main board test consists out of :

performed by audio play-back of 5 seconds at the beginning,
middle and end of the disc.

CDR loader test

During the test, the current disc time is shown. In case of an
error the message “BERR1” will be displayed and the [F FWD]
key must be pressed to continue with the following test.
Pressing the [F FWD] key also aborts this test.

CD loader test

For CDR775 only. During the test, the current disc time is
shown. In case of an error the message “BERR2” will be
displayed and the [F FWD] key must be pressed to continue
with the following test. Pressing the [F FWD] key also aborts
this test.

Display test

All segments will blink at a frequency of 1 Hz. Pressing the [F
FWD] key will start the next test because the user has to check
for himself if all segments work properly.

Keyboard and remote control tests

The test will give the user the ability to test every key without
executing the function assigned to it. Therefore, the user needs
to press every key on the keyboard and the remote control. The
display will show the name of the key being pressed. Pressing
more than one key at once will give an unpredictable result
except for the service combinations : [PLAY/PAUSE] + [STOP],
[PLAY/PAUSE] + [F FWD], [F FWD] + [REWIND], [ERASE] +
[RECORD], [PLAY/PAUSE] + [RECORD], [OPEN/CLOSE] +
[PROGRAM].

5.1.4 Mechanical service diagnostics

MECHANICAL SERVICE DIAGNOSTICS

(test for defective components)

DRAM test

Display : “DTST1”. The DRAM used for buffer management is
tested by writing, reading and verifying test patterns.

Flash checksum test

Display : “DTST2”. This test checks the checksum of the
player’s SW stored in the flash.

Flash data erase

Display : “DTST3”. During this test, all temporary information
(CDtxt) in the flash is erased.

CODEC (ADC/DAC) test

Display : “DTST4”. This test checks the CODEC IC by writing,
reading and verifying test patterns. The test is not applicable for
CDR950.

CDR communication test

Display : “DTST5”. The communication between the host
processor (DASP) and the CDR loader via the DSA-R-bus is
tested.

CD communication test

Display : “DTST6”). The communication between the host
processor (DASP) and the CD loader is tested. The test is only
applicable for CDR775.

Loader tests

These tests determine if the CDR loader and the CD loader in
case of a CDR775 work correctly. A CD-DA disc with a
minimum of 3 tracks needs to be inserted in both loaders. A
disc test is executed to check focus control, disc motor control,
radial control and jump grooves control. The disc test is

If power ON,

switch power OFF

Press <PLAY/PAUSE> + <STOP>

simultaneously and switch

ON unit

Display shows

Visual inspection

To end test, switch OFF unit

FOCUS TEST

SLEDGE TEST

Visual inspection

Display shows

“BUSY”

“BUSY”

<OPEN>

<

CLOSE>

<FWD><REWIND>

TRAY TEST

Visual inspection

Display shows

even if tray is blocked

Figure 5-3

Description

No external tools are required to perform this test. The cover
needs to be removed because the user has to check the
movements of the tray, focus and sledge visually. Pressing
keys [PLAY/PAUSE] and [STOP] simultaneously while
switching on the unit, starts the test. Switching off the unit ends
the test. In case of a CDR775, one can check the CD loader
mechanics in the same way by pressing the above key
combination on the CD player keys.

Requirements to perform the test

• Working keyboard to cycle through the tests and to start up
the test.

• Working local display to check the output messages.

“OPENED”

CL96532086_026.eps

080999

Service modes, repair tips and faultfinding trees

CL06532018_071.eps

030300

GB 17CDR 3rd gen. 5.

Description of the tests

Focus control test

The focussing lens is continuously moving up and down. The
display reads “BUSY”.

Sledge control test

After pressing [F FWD] the sledge continuously moves up and
down. Pressing [REWIND] stops the sledge at the position it is
in and the focus control test resumes. The display reads
“BUSY”.

Tray control test

This test starts from within the focus control test routine.
Pressing [OPEN/CLOSE] moves the tray in or out. In the tray
open position one can initiate focus and sledge tests by
pressing [F FWD]. One has to stop these tests pressing
[REWIND] before it is possible to close the tray again.
Depending on the action the display reads “OPEN”,
“OPENED”, “CLOSE” or “BUSY”.

5.1.5 DC-erase service mode

DC ERASE SERVICE MODE

(erasement of complete CD-RW)

Load CD-RW disc

Press

<ERASE> + <RECORD>

simultaneously and switch

ON unit

unit before completion of the test, leaves the disc in an
unpredictable state. In such case only a complete DC-erase
procedure can recover the CD-RW disc.

Requirements to perform the test

• Functional CDR player.

• A CD-RW audio disc must be present in the tray.

5.1.6 Burn in mode

Description:

The Burn In mode is an endless cycle of:

• DC-Erase to erase the CDRW disc with maximum laser
power.

• Recording a CDRW disc

• Finalising at double speed

The Burn In mode is used to test intermittent faults of the
loader.

Requirements to perform the test:

• Working Local Keyboard: needed to start up the test.

• Working Local Display: all output messages must be

displayed on the local display.

• Analog source connected to the CDR99 player

• CDRW disc in tray

Burn in sequence

– Initialisation
The ‘Burn In’ mode is initiated by pressing the PAUSE> and
key on the local keyboard at the same time, and then switching
the POWER switch on.
– Continuous loop
The following picture shows the burn in sequence.

Display shows:

mm

ER mm:ss

“

:remaining minutes

”

ss :remaining seconds

TOTAL

and

REM

are also

illuminated

Display shows:

PASSED

“

”

when the erase function is

completed

ERROR

“

”

if DC ERASE fails

To end test, switch OFF unit

CL96532086_027.eps

080999

Figure 5-4

Description

This test is initiated by pressing [ERASE] and [RECORD]
simultaneously while switching on the unit. The player will
erase a complete CD-RW disc (including PMA and ATIP lead
out area) at speed N=2. The display shows the countdown of
the remaining time required for the operation to complete. The
format is “ER mm:ss”, where “mm” are the remaining minutes
and “ss” the remaining seconds. After completion the message
“PASSED” is shown, and the player has to be switched off and
on again to start up in normal operating mode. Switching off the

Burn in sequence

DC erase

error Erase complete without error

Finalise
complete with
or without
error

Continuously do DC erase, record complete CDRW and then
finalise until the player is powered off.
When an error is detected during writing, the DC erase
procedure is called again., the disc will be DC erased and the
cycle starts again.
During the test the display shows the number of hours for which
the test is running and the number of errors detected during the
test. The display looks as follows : “HH BI RE FE”
HH : number of hours on

“BI” : burn in mode, digits 3

RE : number of errors

Write CDRW

Write complete without error

Finalise

Figure 5-5

digits 1 and 2

and 4

detected during DC
erase and write
CDRW modes on
digits 7 and 8

GB 18 CDR 3rd gen.5.

Service modes, repair tips and faultfinding trees

FE : number of errors

detected during
finalise modes on

digits 10 and 11
If started up with a disc other than a
CDRW disc the display shows : ”WRONG DISC”,
if no disc is inserted display : “NO DISC”.
– End of test
To exit the Burn In mode, power off the player.

5.2 Faultfinding Trees

The faultfinding trees and repair suggestions like the power
supply voltages for proper functioning of the mainboard are
indicated here.

5.2.1 CDR-Module

NO DISC LOADED

SWITCH ON POWER

STBY LED?

YES

PRESS <DISPLAY>

DISPLAY?

YES

DISPLAY:

"INSERT DISC"

YES

PRESS

<OPEN/CLOSE>

TRAY?

YES

INSERT DISC

PRESS <OPEN/CLOSE>

NO

CHECK:

• MAINS, MAINS CABLE

• POWER SUPPLY (SEE FAULT FINDING GUIDE PSU)
⇒

WIRING

⇒

ON/OFF SWITCH

⇒

FUSES

⇒

NO

• DISPLAY (SEE FAULT FINDING GUIDE DISPLAY BOARD)

CHECK:

NO

• WIRING

• POWER SUPPLY VOLTAGES

• ELECTRICAL SERVICE DIAGNOSTICS:

CHECK:

• DISPLAY BOARD (SEE FAULT FINDING GUIDE DISPLAY BOARD)

NO

• MECHANICAL SERVICE DIAGNOSTICS:

VOLTAGES

⇒

WIRING

⇒

SUPPLY VOLTAGES

⇒

CLOCK SIGNAL 8MHz

⇒

CONTROL SIGNALS

⇒

KEYBOARD

⇒

STANDBY LED

⇒

ELECTRICAL SERVICE DIAGNOSTICS:
DISPLAY TEST, KEYBOARD TEST

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

⇒

WIRING

⇒

SUPPLY VOLTAGES

⇒

CLOCK SIGNAL 8MHz

⇒

CONTROL SIGNALS

⇒

KEYBOARD

⇒

ELECTRICAL SERVICE DIAGNOSTICS:
DISPLAY TEST, KEYBOARD TEST

REPLACE CDR MODULE IF ERROR OCCURS

"DERRn"

CD-DA DISC LOADED

DISC

DETECTION &

READING?

YES

DISPLAY:

“CD”

&

T.O.C. INFO?

YES

PRESS <PLAY>

ANALOG

AUDIO

OUT?

YES

DISTORTION?

NO

HEADPHONE?

YES

DIGITAL

AUDIO

OUT?

YES

PLAY BACK OF CD-DA

DISCS OK

CHECK:

• WIRING

• POWER SUPPLY VOLTAGES

NO

• ELECTRICAL SERVICE DIAGNOSTICS:

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

CHECK:

• DISC: DIRT, SCRATCHES, DAMAGED...

NO

• ELECTRICAL SERVICE DIAGNOSTICS:

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

CHECK:

AUDIO CONNECTIONS & CABLES

•

I/O BOARD

•
⇒

FLEX CONNECTION

⇒

+5V (pin 8 conn. 1000)

⇒

NO

• ELECTRICAL SERVICE DIAGNOSTICS:

CHECK:

YES

•

•

• ELECTRICAL SERVICE DIAGNOSTICS:

KILL VOLTAGE (pin 7 conn. 1000):

-8V DURING PLAY

⇒

KILL TRANSISTORS 7006,7007,7008, 7009

PLAY AUDIO SIGNALS DISC TRACK 15:

⇒

SIGNAL OF 5.4 VPP ON PINS 1 AND 3 OF CONN.
1000

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

AUDIO CONNECTIONS & CABLES
I/O BOARD

⇒

FLEX CONNECTION

⇒

+5V (pin 8 conn. 1000)

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

CHECK:

WIRING OF HEADPHONE/IR BOARD

•

NO

• ELECTRICAL SERVICE DIAGNOSTICS:

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

CHECK:

AUDIO CONNECTIONS & CABLES

•

I/O BOARD

•

NO

⇒

FLEX CONNECTION

⇒

+5V (pin 8 conn. 1000)

⇒

• ELECTRICAL SERVICE DIAGNOSTICS:

DIGITAL OUT TRANSFORMER 5450, IC7005

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

Figure 5-7

"DERRn"

"DERRn"

"DERRn"

"DERRn"

"DERRn"

"DERRn"

CL 96532076_017.eps

290799

CD-DA DISC

LOADED?

SEE CD-DA DISC

FAULT FINDING

CD-R DISC

LOADED?

YESYES

SEE CD-R DISC

FAULT FINDING

Figure 5-6

NONO

CD-RW DISC

LOADED?

YES

SEE CD-RW DISC

FAULT FINDING

CL 96532076_016.eps

290799

Service modes, repair tips and faultfinding trees

VFTD, VDC1,
VDC2

o

Servo

Part

CD-R DISC LOADED

CHECK:

DISC

DETECTION &

READING?

YES

DISPLAY:

“CD R”

OPC INFO?

YES

CD-R DISC PARTIALLY
RECORDED OR EMPTY

START MANUAL

RECORDING FROM

ANALOG SOURCE

LEVEL

ADJUSTABLE?

YES

START RECORDING

FROM DIGITAL

SOURCE

DIGITAL IN?

OPTICAL IN?

YES

RECORDING

SUCCESSFUL?

YES

SET OK

NO

• WIRING

• POWER SUPPLY VOLTAGES

• ELECTRICAL SERVICE DIAGNOSTICS:

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

NO

&

NO

NO

NO

DISPLAY:

“CD”

&

T.O.C. INFO?

YES

FINALISED CD-R DISC

LOADED

SEE CD-DA DISC

FAULT FINDING

CHECK:

AUDIO CONNECTIONS & CABLES

•

• DISPLAY BOARD (SEE FAULT FINDING GUIDE DISPLAY BOARD)

•
⇒

EASY JOG KNOB

⇒

I2C COMMUNICATION

⇒

ELECTRICAL SERVICE DIAGNOSTICS:

• ELECTRICAL SERVICE DIAGNOSTICS:

CHECK:

•

•

• ELECTRICAL SERVICE DIAGNOSTICS:

CHECK:

• ELECTRICAL SERVICE DIAGNOSTICS:

KEYBOARD TEST

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

AUDIO CONNECTIONS & CABLES
I/O BOARD

⇒

FLEX CONNECTION

⇒

+5V (pin 8 conn. 1000)

⇒

IC7005, OPTICAL RECEIVER 6000

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

"DERRn"

CHECK:

NO

• DISC: DIRT, SCRATCHES, DAMAGED...

• ELECTRICAL SERVICE DIAGNOSTICS:

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

"DERRn"

"DERRn"

"DERRn"

Figure 5-8

"DERRn"

CL 96532076_018.eps

290799

5.2.2 Mainboard

Power supply part on mainboard

• Description.
The most important part of an electrical function is the power
supply. Without it will never operate. The power supplies as
well analog as digital equipment. For these reasons the power
supply is split-up in different sections. One for the digital
electronics, one for the servo controls and one for the AUDIO
part. The servo controls are the big consuming parts with high
peak-currents, also introducing disturbances in the power lines.
The audio part needs very “clean” power, because noise and
ripples have there reflection in the audio signals, specially in S/
N and THD+N. Some of the power supplies are switched off,
this to reduce consumption in case of standby.
The different power supplies are delivered to the PCB via
connector 1500 This is a 11 pole connector with following
voltages on it: +5V, +12V, -8V, VFTD, VDC1 and VDC2.
The last 3 voltages are not used on the main PCB, but are
meant for the FTD (Fluorescent Tube Display). They are
directly routed to connector 1705.
The other voltages are split up in different functions on the
PCB. The following block-diagram gives an indication of that
implementation.

+5V

1500

1705

+12V

-8V

Power_up.

3V3

DC to DC

-5V

-8VA

+12VA

+5VA

D5V

D3V3

D5VS

L5V

12VPWR

+9SRVPWR

FS30V

L12V
A-8V
L-5V

GB 19CDR 3rd gen. 5.

CL06532018_013.eps

Part

Audi

Part

Digital

030300

CD-RW DISC LOADED

NO

DISC

DETECTION &

READING?

YES

DISPLAY:

“CD RW”

OPC INFO?

YES

CD-RW DISC PARTIALLY

RECORDED OR EMPTY

START ERASING OF LAST RECORDED TRACK

ERASING

SUCCESSFUL?

YES

SET OK

NO

&

CHECK:

NO

• ELECTRICAL SERVICE DIAGNOSTICS:

•

CHECK:

• WIRING

• POWER SUPPLY VOLTAGES

• ELECTRICAL SERVICE DIAGNOSTICS:

REPLACE CDR MODULE IF
OR

"BERRn"

DISPLAY:

“CD”

&

T.O.C. INFO?

YES

FINALISED CD-RW DISC

LOADED

SEE CD-DA DISC

FAULT FINDING

REPLACE CDR MODULE IF
OR

"BERRn"

ERROR OCCURS

IF DISC CORRUPTED TRY DC ERASE

ERROR OCCURS

NO

"DERRn"

"DERRn"

CHECK:

• DISC: DIRT, SCRATCHES, DAMAGED...

• ELECTRICAL SERVICE DIAGNOSTICS:

REPLACE CDR MODULE IF
OR

Figure 5-9

"BERRn"

ERROR OCCURS

"DERRn"

CL 96532076_019.eps

Figure 5-10

• Power supply to main board.
Power supply enters the BOARD via connector 1500. Pinning
as follows:
Connector 1500
pin 1: VDC2 : 3V8 (10%
pin 2: VFTD : -38V (5%
pin 3: VDC1 : 3V8 (10%
pin 4: GND : Ground.
pin 5: D5V : +5V (5%
pin 6: D5V : +5V (5%
pin 7: GND : Ground.
pin 8: GND : Ground.
pin 9: GND : Ground.
pin 10: 12V : 12V (10%
pin 11: -8V : -8V (10%

290799

GB 20 CDR 3rd gen.5.

Service modes, repair tips and faultfinding trees

POWER PART CHECK

USE CDR MAIN BOARD CIRCUIT DIAGRAM 7 AND CDR MAIN BOARD BOTTOM VIEW : POWER PART TEST POINTS

Switch on player,
exit stand by mode

+5V (+/-5%) conn. 1500 pin 5 and 6
+12V (+/-10%) conn. 1500 pin 10

- 8V (+/- 10%) conn. 1500 pin 11

OK

5VA testpoint 1
D3V3 testpoint 2
D5V testpoint 3

POWER_UP

NOK

L5V testpoint 5
+12VA testpoint 6 Check fuse 1541
P12V testpoint 7
12VPWR testpoint 8 Check fuse 1541, T7527, T7528
+9SRVPWR testpoint 9 Check fuse 1541, T7527, T7528
L12V testpoint 10 Check fuse 1541, safety resistors 3541 and 3542, T7527, T7528

NOK

OK

signal = +3V3 at testpoint 14

OK

Check fuse 1543, T7520, T7523, T7524D5VS testpoint 4
Check fuse 1543, T7520, T7523, T7524

Check fuse 1541

Check fuse 1542
Check fuse 1542, IC7535
Check fuse 1543

NOK

Check power
supply unit

NOK

Check IC7270 MACE

FS30V

= +27V at testpoint 11

A-8V testpoint 12
L-5V testpoint 13 Check T7525, T7549, IC7556

KILL

voltage at testpoint 14

-8V during normal operation

NOK

OK

Check safety resistor 3545, opamp 7521, T7526, T7522,
T7529, T7548, D6554, D6501, D6500

OK

NOK

NOK

Check T7525, T7549

OK

Check T7560, T7561, T7562, T7563, D6553

OK

POWER PART
OK

Figure 5-11

CL06532018_015.eps

290200

Service modes, repair tips and faultfinding trees

MC33464

3V0

MC33464

4V7

MASTER

DASP

Display

Basic Engine

MACE
CD loader

80C52 alike

+3V3

+5V

+3V3

+3V3

+5V

AM29LV800BB

Reset & Clock

Master reset.

Since the Mainboard is more or less mix-mode between +3V3
and +5V devices, special treatment for the RESET behavior is
wishful. Controlling the RESET only from 1 power supply could
lead to collisions between different devices, damaging the
internal I/O structure of the devices. To avoid this the +3V3 and
the +5V are guarded by a special device. These devices keep
the output low as long as the power supply is not stable or is
not above the required level. As soon as the power supply is
stable it switches the output to “HIGH-Z”. The output is an open
collector type. From then onwards the line can be controlled by
means of external pull-up resistors. Benefit of the open­collector devices is that several of those devices can be tight
together at the outputs. In our case we used a device on the
+5V and one on the +3V3. This means that both power supplies
need to be stable before the RESET of the Master processor is
released.
Resetting several processors in the same structure by means
of the power supplies invokes certain risks. The duration of
initialization after reset is processor and Code depending. It
can lead to hang-up in those cases that communication
between the processors is “time” driven. Meaning that only in a
certain time frame the establishment of the communication-bus
must take place. If not successful the Bus hangs!
To avoid these kinds of problems, only 1 RESET is depending
on the power supply, and this is the RESET of the Master
controller. The same master controller will then take care of the
RESET of the other devices. In the next figure this is explained.

GB 21CDR 3rd gen. 5.

CL06532018-014.eps

Figure 5-12

For further measurings see next reset and clock flowcharts.

230200

GB 22 CDR 3rd gen.5.

Service modes, repair tips and faultfinding trees

RESET & CLOCK CHECK

USE CDR MAIN BOARD CIRCUIT DIAGRAMS 4, 9 AND 10 AND CDR MAIN BOARD BOTTOM VIEW : RESET & CLOCK TESTPOINTS

Switch on player,
exit stand by mode

MRESET

high (3V3) testpoint R1

OK

BE_RESET

OK

SYS_RESET display

OK

SYS_RESET CD

OK

SRSTN

high (3V3) testpoint R5

OK

RESET SIGNALS OK

low testpoint R2

high (3V3) testpoint R3

low testpoint R4

NOK

NOK

NOK

NOK

Check power part
Check reset devices 7704 and 7710

Check DASP (IC7701)

NOK

Check DASP (IC7701)

Check T7707

Check MACE (IC7270)

* FOR CDR775/776 ONLY

MAIN_CLOCK

SYS_CLK_11B

SYS_CLK_16W

SYS_CLK_8W
SYS_CLK_BE

CLOCK SIGNALS OK

33.8688MHz testpoint R6

OK

11.2896MHz testpoint R7

OK

16.9344MHz testpoint R8

OK

8.4672MHz testpoint R9

8.4672MHz testpoint R9

OK

NOK

NOK

NOK

NOK

Check X-TAL 1707, IC7705, D6701, D6702

Check DASP (IC7701), IC7708

Check DASP (IC7701)

Check IC7706

CL06532018_016.eps

Figure 5-13

290200

Service modes, repair tips and faultfinding trees

p

g

/

GB 23CDR 3rd gen. 5.

The clockgeneration

All microprocessors or digital devices need a clock. The clock
is usually made by means of resonators or crystals depending
on the speed and the accuracy that is requested. The clock can
also differ from device to device so that more then one crystal
is needed. The cheapest and “system wise” best way is only 1
crystal. The derived clocks are then Phase related to each
other.
On the CDR MAIN 99 the DASP is generating all clock signals.
Not only the systemclock for the processor itself, but also for
the basic engine processor and even the systemclock for the
ADDA part which is directly related to the 44.1kHz. sample
frequency. To be able to do this a 33.8688Mhz. crystal with
25ppm accuracy is connected to the internal oscillator of the
DASP. Internal the clock signal is multiplied by means of a PLL.
This gives the systemclock on which the processor runs
internally. This systemclock is then again devided internally to
have the systemclock for the ADDA, which is 11.2896Mhz, and
the 16,9344Mhz. which divided by 2 gives the systemclock for
the BE part. In this way only 1 crystal is required. The same

8.4672MHz. is also routed to the CD-module in case of a
CDR775 player.

11.2896MHz.

DASP

Master

rocessor

16.9344MHz.

(SYS_CLK_16M)

(SYS_CLK_11M)

8.4672MHz.

(SYS_CLK_BE)

ADDA

Basic

en

ine

2

8.4672MHz.

(SYS_CLK_8W)

CD-

loader

NOTICE:THE TESTS, AS PROVIDED BY THE MENU
DRIVEN DIAGNOSTICS, ARE NOT SUPPOSED TO BE
MIXED RANDOMLY, ESPECIALLY TESTS LIKE ‘LASER ON’
AND ‘FOCUS ON’. IT IS ASSUMED THAT THE PERSON
THAT USES THE MDD KNOWS IN WHICH ORDER THESE
TESTS CAN BE EXECUTED.
The MDD module communicates with two entities:
the terminal emulator on the PC. The MDD receives
instructions (test to be executed) and transmits the menu to be
shown and the test results;
the Audio Engine module. It instructs the Audio Engine via the
interface field which test should be executed. The test result is
retrieved from the interface field.

Requirements

The functionality of the Menu Driven Diagnostics module is to
implement Menu Driven Diagnostics for service purposes.
When the CDR recorder is connected to a PC via an interface
board 7104 086 91111, connection cable 3104 157 11122 and
a RS232 cable (available at PC shop), the service technician
can select via a menu on the PC screen which test should be
perfomed. The result of the test is also shown on the PC
screen. No special test tool is needed for the PC; any terminal
emulation program can be used (for example, HyperTerminal
under Windows95/NT).
The last occurred error during a test session can be retrieved
via the menu.
The RS232 connector should be soldered to pins:
1818-1 = Rx
1818-4 = Gnd
1818-2 = Tx

33.8688MHz.
25ppm.

Figure 5-14

PC help on mainboard diagnostics

A couple of the diagnostics are only possible with the help of a
PC. The DASP micro controller will contain an interface with
the external world; this interface is realised via a serial RS232
connector that is accesible inside the player. It can be
accessed from the outside world by means of test pins and
connector 1818 and interface board 7104 086 91111.
Via those test pins a terminal emulator can be connected. Then
menus will come up that give the opportunity to enter all Audio
Engine commands. This includes the commands on Bit Engine
Level (transparant). This terminal emulator functionality is part
of the embedded software, so no external software is needed.
It can also read out the User Profile Logging of Bit Engine. This
can show the hours that the loader really was in recording
mode.
This diagnostic tool is activated if communication is detected
on the RS232 interface during power up. The baud rate for both
is 19k2 baud.
Details of the diagnostic tool are given in chapter 5.2.3 of this
publication: Menu Driven Diagnostics.
Also in preparation is the interactive COMPAIR tool. Then the
PC communicates in an active form with the set and compares
the result for making the next decision. With MDD the
technician has to take the next active step from his experiences
onwards.

5.2.3 Menu Driven Diagnostics

In this paragraph the specification of the software requirements
for the Menu Driven Fault Finding Diagnostics is given. It will
give a clear and unambiguous description of what the Menu
Driven Diagnostics (MDD) do.

CL96532133_028.eps

131299

General Constraints

It is advised to connect the connection cable 3104 157 11122
to the Mainboard connector 1818 mounted just under the
loader (topview). Via this cable also the powersupply for the
interface board 7104 086 91111 is arranged when it is
connected to connector 1000 on interfaceboard. To start this
application at powering on; for 5 seconds the Rx and Tx output
pin of the mainboard connector should be short circuited. This
temporarily short circuit indicates the internal CDR software
program to switch onto Menu Driven Diagnostics. This short cut
can easily be done via the switch (1009) on the interface board.
To communicate with the PC the RS232 cable has to be
connected to output connector 1010 on the interface board and
the switch (1009) should be released.
When switching on the CDR, two possibilities exist:
the RS232 cable is not connected. The application is executed
(no MDD mode);
the RS232 connector is connected; Rx and Tx are short
circuited for more than 5 seconds then the Menu Driven
Diagnostics is started. By connecting via connection cable to
interface and from there via the RS232 cable onto the PC, so
the MDD can transmit the main menu to the PC.

User Interfaces

RS232 interface
The CDR recorder transmits the menu to be shown and the test
results to the PC via connection cable 3104 157 11122,
interface board 7104 086 91111 and a RS232 cable. It receives
the selection of the user, chosen in the menu.

Hardware Interfaces

RS232 interface
The communication via RS232 should be set to the following
settings:
Baudrate:19200
Databits:8
Stopbits1
Parity:none
Handshaking:none

GB 24 CDR 3rd gen.5.

Service modes, repair tips and faultfinding trees

Data Communication Interfaces

Communication between the CDR recorder and the PC is
straightforward: everything the CDR recorder transmits to the
PC is shown on the PC screen. Data, transmitted from the PC
to the CDR775, is treated as a choice from the currently shown
menu.
All functionality of the MDD has to be part of the CDR775
software; the PC can only use a terminal emulation program.

Menu Structure and Test Results

This chapter describes the structure of the menus and the
results of the tests, as shown on the PC screen.

Menu Structure

When starting up, the PC screen is cleared and the software
version and the main menu (level 1) are shown. From the main
menu, one of the sub menus (level 2) can be selected. These
sub menus contain other sub menus and/or a number of tests
that can be executed. The menus are shown below. ‘>>’
indicates that when this option is selected, a new menu will be
shown.

Level 1 Mainmenu:

MAIN MENU
1 General tests >>
2 Retrieve last occurred error
3 Recorder module test >>
4 Playback module test >>* *Only used for the CDR775
5 Select adjust program CDM
6 Download new program

When a test is running, a ‘test running indicator’ (a dot) is
showed on the screen every second, When a test has been
executed, the screen is cleared and the result of the test (if any)
and the menu, separated by one empty line, are showed.
Three types of tests exist:
Tests that return PASSED or FAILED, like the DRAM test.
When a test has been executed, the result is showed on the PC
screen;
Tests that return a value, the message ‘PASSED, xxx’ (with xxx
is the returned value) is showed on the PC screen;
Tests that don’t return anything, like the ‘laser on’ test. Most of
these tests require a visual check of the service person. When
one of these tests is executed, ‘PASSED, visual check’ is
showed on the PC.

Level 2 menus

When a submenu is selected in the main menu, the level 2
menus are showed . These sub menus contain other sub
menus and/or a number of tests that can be executed.

GENERAL TESTS MENU
1 Check DRAM
2 CHECK FLASH>>
3 Check ADC/DAC
4 Check LCD

RECORDER MODULE TEST MENU
1 communication test
2 Tray >>
3 Laser >>
4 Focus >>
5 Radial >>
6 Sledge >>
7 Miscellaneous >>
8 Jump grooves >>

5 Turntable motor >>
6 Radial >>
7 Sledge >>
8 Miscellaneous >>

Level 3 menus

CHECK FLASH MENU
1 Check FLASH
2 Manufacturar-ID and
3 Device ID

TRAY MENU
1 Open tray
2 Close tray

LASER MENU
1 Laser off
2 Laser on, read
3 Laser on, write*---------------*’Laser on, write’ only used for the
recorder module

FOCUS MENU
1 Focus on
2 Focus off

TURNTABLE MOTOR
1 Turntable motor ON
2 Turntable motor OFF

RADIAL MENU
1 Radial control on
2 Radial control off

SLEDGE MENU
1 Sledge inwards
2 Sledge outwards* ----------------*Sledge stays outwards for the
recorder module; sledge moves inwards after 300 ms for
playback module

JUMP GROOVES MENU
1 Jump grooves to inside
2 Jump grooves to middle
3 Jump grooves to outside

MISCELLANEOUS MENU
1 Start player
2 Stop player
3 Calibrate CD >>* ----------------*Only used for recorder module
4 Get user profile logging
5 Erase CD-RW*-------------------*Only used for recorder module
6 Read firmware version**------**CD firmware version for CD­module, CDR firmware version for CDR-module

CALIBRATE CD MENU *--------*Only used for recorder module
1 Calibrate CD, N=1
2 Calibrate CD, N=2
3 Get last OPC values

End of test

These diagnostics can be quitted by powering off the player

PLAYBACK MODULE TEST MENU
1 communication test
2 Tray >>
3 Laser >>
4 Focus >>

Service modes, repair tips and faultfinding trees

5.2.4 Servo drivers check

SERVO DRIVERS CHECK

USE CDR MAIN BOARD CIRCUIT DIAGRAMS 1, 3 AND 4 AND CDR MAIN BOARD BOTTOM VIEW : SERVO DRIVERS TESTPOINTS

FOCUS SERVO

Switch on player
in MDD mode

Execute "focus" tests

NOK

Check power part
Check reset and clock part

GB 25CDR 3rd gen. 5.

OK

FOCUS SERVO OK

Moving between
1V3 and 2V

GND

VFO

GND

FOC-/FOC+

PM3392A

VFO

CH1:500mV= MTB2.00us

PM3392A

CH1:500mV= MTB2.00us

PM3392A

OK

Check

S1V65

(=1V65) at

testpoint S9

OK

Execute "focus on" test

Check

VFO

signal at testpoint S16

OK

Execute "focus off" test

Check

VFO

signal at testpoint S16

OK

Check signal across

FOC+/FOC-

and S18 when executing "focus on"

OK

NOK

NOK

NOK

at testpoints S17

Check IC7215, T7201, T7202

Check MACE 7270

Check MACE 7270

NOK

Check driver 7240
Check MACE 7270
Check CDM3800

GND

CH1:50.0mV= MTB 500ms
ch1: freq= 1.61 Hz

FOCUS SERVO OK

Figure 5-15

CL06532018_017.eps

290200

GB 26 CDR 3rd gen.5.

Service modes, repair tips and faultfinding trees

SERVO DRIVERS CHECK

USE CDR MAIN BOARD CIRCUIT DIAGRAMS 1, 3 AND 4 AND CDR MAIN BOARD BOTTOM VIEW : SERVO DRIVERS TESTPOINTS

RADIAL SERVO

Switch on player
in MDD mode

OK

Execute "radial control" tests

NOK

Check power part
Check reset and clock part

RADIAL SERVO OK

PM3392A

VRA

GND

CH1:1.00 V= MTB 500ns
ch1:freq=532kHz

PM3392A

VRA

GND

CH1:1.00 V= MTB 500ns

ch1:freq=1.06MHz

OK

NOK

Check

S1V65

(=1V65) at

testpoint S9

OK

Execute "radial control on" test

Check

VRA

signal at testpoint S13

NOK

OK

Execute "radial control off" test

Check

VRA

signal at testpoint S13

NOK

OK

Check

RAD+

signal at testpoint S14 :

+4V2 (going to 6V8 when executing "radial control on")

Check

RAD-

signal at testpoint S15 :

+0V65 (going to 4V3 when executing "radial control off")

OK

Check IC7215, T7201, T7202

Check MACE 7270

Check MACE 7270

NOK

Check driver 7240
Check MACE 7270
Check CDM3800

RADIAL SERVO OK

Figure 5-16

CL06532018_018.eps

290200

Service modes, repair tips and faultfinding trees

SERVO DRIVERS CHECK

USE CDR MAIN BOARD CIRCUIT DIAGRAMS 3 AND 4 AND CDR MAIN BOARD BOTTOM VIEW : SERVO DRIVERS TESTPOINTS

SLEDGE SERVO

GB 27CDR 3rd gen. 5.

Switch on player
in MDD mode

VSL

PM3392A

Execute "sledge inwards"

OK

and "sledge outwards" tests

NOK

Check power part
Check reset and clock part

OK

Check

S1V65

(=1V65) at

NOK

testpoint S9

OK

Check voltages testpoints S4, S5, S7, S8 : +/- 1.6V

OK

Check voltage testpoint S1 : if S1=0V then S3=0V

if S1=1V65 then 1V<S3<4V
if S1=3V3 then S3=5V

Check voltage testpoint S2 : if S2=0V then S6=0V

if S2=1V65 then 1V<S6<4V
if S2=3V3 then S6=5V

OK

SLEDGE SERVO OK

Check IC7215, T7201, T7202

NOK

Check CDM3800

NOK

Check opamp 7225

GND

CH1:1.00 V= MTB 500ns

Check

VSL

signal at testpoint S10

OK

Check

SL+

signal at testpoint S11 :

+3V (going to 5V4 when executing "sledge outwards")

Check

SL-

signal at testpoint S12 :

+5V4 (going to 3V4 when executing "sledge outwards")

OK

SLEDGE SERVO OK

Figure 5-17

NOK

NOK

Check MACE 7270

Check driver 7240
Check MACE 7270

CL06532018_019.eps

290200

GB 28 CDR 3rd gen.5.

SERVO DRIVERS CHECK

USE CDR MAIN BOARD CIRCUIT DIAGRAMS 3 AND 4 AND CDR MAIN BOARD BOTTOM VIEW : SERVO DRIVERS TESTPOINTS

TRAY SERVO

Service modes, repair tips and faultfinding trees

Switch on player
in MDD mode

OK

Execute "TRAY" tests

NOK

Check power part
Check reset and clock part

OK

TRAY SERVO OK

osc. a

GNDTR+

GNDTR-

osc. b

PM3392A

TRAYOUT

GND

CH1:2.00 V= MTB 500us

PM3392A

TRAYIN

GND

CH1:2.00 V= MTB 500us

PM3392A

TR+

TR-

CH1:5.00 V=
CH2:5.00 V= MTB 500us

PM3392A

Check

S1V65

(=1V65) at

NOK

testpoint S9

OK

Execute "tray open" test
Check

Tray Out

signal at testpoint S19

during command

Tray In

(testpoint S20) stays at 3V2

OK

Execute "tray close" test
Check

Tray In

signal at testpoint S20

during tray command

Tray Out

(testpoint S19) stays at 3V2

OK

Check

TR+

(testpoint S21),

TR-

(testpoint S22) :

- values without commands 4V2

- values during "tray open" command (osc. a)

- values during "tray close" command (osc. b)

OK

Check signal

TRAYSW

at testpoint S23 :
3V3 during commands open and close,
0V after completion

OK

TRAY SERVO OK

Check IC7215, T7201, T7202

NOK

Check MACE 7270

NOK

Check MACE 7270

NOK

Check driver 7240
Check CDL4009

NOK

Check CDL4009

GNDTR+

GNDTR-

TR+

TR-

CH1:5.00 V=
CH2:5.00 V= MTB 500us

Figure 5-18

CL06532018_020.eps

290200

Service modes, repair tips and faultfinding trees

5.2.5 Audio signal check

DIGITAL AUDIO PLAYBACK

INSERT AUDIO SIGNALS DISC

START TRACK 15(1KHz 0dB)

GB 29CDR 3rd gen. 5.

HF-SIGNAL

ON TESTPOINT HF2 ?

(DIAGRAM 5)

YES

I2S-SIGNALS

ON TESTPOINTS

A14,A15,A16 ?

(DIAGRAM 5)

YES

DIGITAL SIGNAL
OUT OF DASP ON

TESTPOINT A24

(DIAGRAM 9)

0.5uS/DIV

NO

NO

NO

CHECK CAHF-SIGNAL ON

-

TESTPOINT HF1 FOR ACTIVITY

-

CHECK TR 7375,7373,7371,
7370,7361AND IC 7360

A14 A15 A16

2,1168MHz

BCLK

44,1KHz

WCLK

DATA0

LEFT CHANNEL

-

CHECK IC 7300

-

CHECK POWER SUPPLY D3V3

-

CHECK SYS CLK BE ON
TESTPOINT R10 (= 8,4672 MHz)

-

CHECK POWER SUPPLY IC 7701

-

CHECK IC 7701

0,5us/DIV

32

RIGHT CHANNEL

MSBMSB LSB

HF2

eyepattern

2.5V

>800mVpp

YES

DIGITAL AUDIO PLAYBACK

OK

Figure 5-19

TESTPOINT A24

CL06532018_021.eps

290200

GB 30 CDR 3rd gen.5.

ANALOG AUDIO PLAYBACK

INSERT AUDIO SIGNALS DISC

START TRACK 15(1KHz 0dB)

HF-SIGNAL

ON TESTPOINT HF2 ?

(DIAGRAM 5)

YES

I2S-SIGNALS

ON TESTPOINTS

A14,A15,A16 ?

(DIAGRAM 5)

YES

0.5uS/DIV

NO

NO

Service modes, repair tips and faultfinding trees

CHECK CAHF-SIGNAL ON

-

TESTPOINT HF1 FOR ACTIVITY

-

CHECK TR 7375,7373,7371,
7370,7361AND IC 7360

A14 A15 A16

2,1168MHz

BCLK

44,1KHz

WCLK

DATA0

LEFT CHANNEL

CHECK IC 7300

-

-

CHECK POWER SUPPLY D3V3

-

CHECK SYS CLK BE ON
TESTPOINT R10 (= 8,4672 MHz)

32

2.5V

0,5us/DIV

RIGHT CHANNEL

MSBMSB LSB

HF2

eyepattern

>800mVpp

I2S-SIGNALS

ON TESTPOINTS

A10,A11,A12 ?

(DIAGRAM9)

YES

VoutL AND VoutR

ON TESTPOINTS

A19 AND A20 ?

(DIAGRAM 6)

YES

AUDIO-SIGNAL

ON TESTPOINTS

A21 AND A22 ?

(LINE OUT)

YES

AUDIO-SIGNAL

ON TESTPOINTS

A25 AND A26 ?
(HEADPHONE)

NO

NO

NO

CHECK POWER SUPPLY IC 7701

-

-

CHECK IC 7701

CHECK POWER SUPPLY IC 7406

-

-

CHECK SAFETY RESISTORS
R3411 AND R3439

-

CHECK V

CHECK IC 7409

-

CHECK POWER SUPPLY IC 7409

-

-

CHECK KILL TR 7412 AND 7413

-

CHECK KILL TR 7410 AND 7411

-

CHECK IC 7408

FOR CDR 775 CHECK IC 7407

-

REF

= 1,65V ON PIN 28

19

20

2ms/DIV

21

22

2ms/DIV

0V

2.4Vpp

4,2Vpp

YES

ANALOG AUDIO PLAYBACK

OK

Figure 5-20

CL06532018_022.eps

290200

Service modes, repair tips and faultfinding trees

GB 31CDR 3rd gen. 5.

DIGITAL AUDIO PATH

DURING RECORDING

CONNECT DIGITAL INPUT FROM

EXTERNAL SOURCE AND

SELECT THE DIGITAL RECORDING

INPUT BY PRESSING SOURCE

CHECK DIGITAL SIGNAL

ON TESTPOINT

A23

(DIAGRAM9)

YES

CHECK FLEX - CONNECTOR

-

NO

BETWEEN I/O-BOARD AND
MAINBOARD

BCLK

WCLK

0.5uS/DIV

DATA1

A23

A14A13 A15

2,1168MHz

44,1KHz

LEFT CHANNEL

32

RIGHT CHANNEL

MSBMSB LSB

CHECK I2S - SIGNALS

ON TESTPOINTS A13, A14 AND A15

(DIGRAM 9 AND 5)

YES

CHECK EFMDATA AND

EFMCLOCK ON TESTPOINTS

A17 AND A18
(DIAGRAM1)

YES

CHECK ACTIVITY

ON TESTPOINT A27

(DIAGRAM1)

YES

DIGITAL AUDIO PATH

DURING RECORDING

OK

NO

NO

NO

-

CHECK POWER SUPPLY IC 7701

-

CHECK IC 7701

CHECK POWER SUPPLY IC 7300

-

-

CHECK I2C - SIGNAL OF IC 7300

-

CHECK IC 7300

CHECK POWER SUPPLY IC 7008

-

-

CHECK I2C - SIGNAL OF IC 7008

CHECK IC 7008

-

A18

A17

Figure 5-21

CL06532018_023.eps

290200

GB 32 CDR 3rd gen.5.

CHECK POWER SUPPLY IC 7406

CHECK SAFETY RESISTORS

-

-

A10A9 A11

R3411 AND R3439

CHECK Vref = 1,65V ON PIN 28

-

32

2,1168MHz

BCLK

Service modes, repair tips and faultfinding trees

RIGHT CHANNEL

MSBMSB LSB

LEFT CHANNEL

44,1KHz

WCLK

DATA1

0.5uS/DIV

A12 A14 A15

A17

CHECK POWER SUPPLY IC 7701

CHECK IC 7701

-

-

CHECK POWER SUPPLY IC 7300

CHECK I2C - SIGNAL OF IC 7300

CHECK IC 7300

-

-

-

A18

CHECK POWER SUPPLY IC 7008

CHECK I2C - SIGNAL OF IC 7008

CHECK IC 7008

-

-

-

290200

CL06532018_024.eps

NO

YES

(DIAGRAM 9)

CHECK I2S - SIGNALS

ON TESTPOINTS A9, A10 AND A11

5.44Vpp

0V

A2

A1

CHECK FLEX - CONNECTOR

BETWEEN I/O - BOARD AND

MAINBOARD

-

NO

CHECK I2S - SIGNALS

ON TESTPOINTS A13, A14 AND A15

TRACK 15 1KHz 0dB

AUDIO SIGNALS DISC

2ms/DIV

CHECK POWER SUPPLY IC 7401

CHECK IC 7401

-

-

YES

(DIGRAM 9 AND 5)

2.68Vpp

0V

A4

A3

2ms/DIV

NO

YES

(DIAGRAM1)

A17 AND A18

CHECK EFMDATA AND

EFMCLOCK ON TESTPOINTS

A6

CHECK POWER SUPPLY IC 7801

-

-

A5

CHECK I2C - SIGNAL OF IC 7801

CHECK IC 7801

-

NO

CHECK ACTIVITY

ON TESTPOINT A27

739mVpp

0V

(DIAGRAM1)

2ms/DIV

YES

CHECK POWER SUPPLY IC 7405

-

ANALOG AUDIO PATH

OK

DURING RECORDING

2.44Vpp

0V

A8

A7

CHECK IC 7405

-

2ms/DIV

THE DISPLAY SHOWS -12 DB.

SELECT ANALOG RECORDING

ANALOG AUDIO PATH

APPLY AUDIO SIGNAL(1kHz 0dB)

DURING RECORDING

THE EASY JOG/ENTER KEY UNTIL

ON CONNECTOR 1400 AND ROTATE

NO

(DIAGRAM 6)

CHECK AUDIO SIGNAL

INPUT BY PRESSING SOURCE

ON TESTPOINTS A1 AND A2

YES

NO

YES

(DIAGRAM 6)

CHECK AUDIO SIGNAL

ON TESTPOINTS A3 AND A4

CHECK AUDIO SIGNAL

ON TESTPOINTS A5 AND A6

Figure 5-22

(DIAGRAM 6)

YES

NO

YES

(DIAGRAM 6)

CHECK AUDIO SIGNAL

ON TESTPOINTS A7 AND A8

Alignments & Adjustments

8. Alignments & Adjustments

Each CDR-module composed from CDRloader and
CDRmainboard has to be matched via SW filled
parameters.This adjustment processed in the factory is under
investigation to have it implemented into the COMPAIR tool. As
long as this adjustment is not possible to be executed in
secondline service workshop, the swop of modules and a
central repair has to be continued. Adjustment only has to be
done at replacement of CDM and concerned servo circuits.
Other repairs (audio signals, replacement of adapted Flash
roms etc) can be done without infringing the adjusted
components.
As soon as COMPAIR CDR is installed this chapter will be
adapted via a service information.
Flash Rom IC 7208 (MACE-ROM) is mounted on a socket and
can be replaced after lifting up the loader part above it. Flash
Rom IC 7703 (DASP-ROM) has to be soldered.
Take care for both ICs Firmware loaded components are
mounted.

In case a module is offered with SW versions 1.4 and 91.48, the
complete CDR-module should be replaced.

For SW versions 1.23 and 91.63, IC7703 and IC7208 have to
be replaced by the latest SW verions.

GB 75CDR 3rd gen. 8.

GB 76 CDR 3rd gen.9.

9. Circuit description

9.1 Description

A separate circuit description concerning the 3rd generation
CDR recorders is available with order number 3104 125 40100

Circuit description

Circuit description

9.2 List of Abbreviations

GB 77CDR 3rd gen. 9.

CL06532018_026.eps

290200

GB 78 CDR 3rd gen.9.

Circuit description

CL06532018_027.eps

290200

Circuit description

GB 79CDR 3rd gen. 9.

CL06532018_028.eps

290200

GB 80 CDR 3rd gen.9.

Circuit description

CL06532018_029.eps

290200

Circuit description

GB 81CDR 3rd gen. 9.

CL06532018_030.eps

290200

GB 82 CDR 3rd gen.9.

Circuit description

CL06532018_031.eps

Circuit description

GB 83CDR 3rd gen. 9.

CL06532018_032.eps

290200

GB 84 CDR 3rd gen.9.

Circuit description

CL06532018_033.eps

290200

Spareparts List

10. Spareparts List

ELECTRICAL PARTSLIST MAINBOARD CDR'99

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

1000 482226710666 30 P. FEM. + + + +
1541 482225251173 19398E1(1,000A) + + + +
1542 482225251173 19398E1(1,000A) + + + +
1543 482225251173 19398E1(1,000A) + + + +
1707 482224210757 33.868 000MHZ SM 20P CX-11F + + + +
1708 482226760409 CONN 22P FEMALE + - - ­1820 482226710666 30 P. FEM. - - - +
2001 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + +
2002 482212614585 100NF 10% X7R 0805 50V + + + +
2003 482212614585 100NF 10% X7R 0805 50V + + + +
2009 482212233753 150PF 5%NP0 50V + + + +
2010 482212233753 150PF 5%NP0 50V + + + +
2011 482212614585 100NF 10% X7R 0805 50V + + + +
2012 482212614585 100NF 10% X7R 0805 50V + + + +
2013 482212614585 100NF 10% X7R 0805 50V + + + +
2014 482212614585 100NF 10% X7R 0805 50V + + + +
2015 482212614585 100NF 10% X7R 0805 50V + + + +
2016 482212614585 100NF 10% X7R 0805 50V + + + +
2018 482212613694 68PF 1% NP0 63V + + + +
2019 482212614585 100NF 10% X7R 0805 50V + + + +
2020 482212613188 15NF 5% X7R 63V + + + +
2021 482212233177 10NF 20% X7R 50V + + + +
2022 482212233177 10NF 20% X7R 50V + + + +
2023 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2024 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2025 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2026 222286115272 CER1 0805 NP0 50V + + + +
2027 222286115272 CER1 0805 NP0 50V + + + +
2028 532212232531 100PF 5%NP0 50V + + + +
2029 532212232531 100PF 5%NP0 50V + + + +
2030 532212231647 1NF10%X7R 63V + + + +
2031 482212614585 100NF 10% X7R 0805 50V + + + +
2032 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2033 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2037 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2038 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2039 482212233177 10NF 20% X7R 50V + + + +
2040 482212233172 390PF 5% NP0 50V + + + +
2041 532212234099 470PF10%X7R 63V + + + +
2042 532212233538 150PF 2%NP0 63V + + + +
2043 532212231647 1NF10%X7R 63V + + + +
2044 482212613486 15PF 2% NP0 63V + + + +
2045 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2046 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2047 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2048 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2049 532212611579 3,3NF10%X7R 63V + + + +
2050 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + +
2052 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2053 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2054 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + +
2056 532212611579 3,3NF10%X7R 63V + + + +
2057 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2058 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2059 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2060 532212611579 3,3NF10%X7R 63V + + + +
2061 482212411947 10UF 20% 16V + + + +

CL06532018_087.eps

010300

GB 85CDR 3rd gen. 10.

GB 86 CDR 3rd gen.10.

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

2063 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2078 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2080 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + +
2081 532211680853 560PF 5%NP0 63V + + + +
2082 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + +
2083 482212613956 68PF 5% NP0 63V CASE 0603 + + + +
2084 482212232627 2.7NF10%X7R 50V + + + +
2126 482212614585 100NF 10% X7R 0805 50V + + + +
2207 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2208 482212614585 100NF 10% X7R 0805 50V + + + +
2209 482212614585 100NF 10% X7R 0805 50V + + + +
2214 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2216 482212233777 47PF 5%NP0 63V + + + +
2217 482212614494 22NF 10% X7R 25V 0603 + + + +
2218 482212614585 100NF 10% X7R 0805 50V + + + +
2220 319801734730 CER2 0603 X7R 16V 47N COL + + + +
2221 482212614585 100NF 10% X7R 0805 50V + + + +
2222 482212614226 82PF 5% NP0 50V 0603 + + + +
2224 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2225 482212614585 100NF 10% X7R 0805 50V + + + +
2226 482212614585 100NF 10% X7R 0805 50V + + + +
2227 319801631020 CER1 0603 NP0 25V 1N + + + +
2228 482212614585 100NF 10% X7R 0805 50V + + + +
2229 319801631020 CER1 0603 NP0 25V 1N + + + +
2230 482212614494 22NF 10% X7R 25V 0603 + + + +
2231 482212614494 22NF 10% X7R 25V 0603 + + + +
2232 482212614494 22NF 10% X7R 25V 0603 + + + +
2233 319801631020 CER1 0603 NP0 25V 1N + + + +
2234 319801631020 CER1 0603 NP0 25V 1N + + + +
2235 319801631020 CER1 0603 NP0 25V 1N + + + +
2240 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2241 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2242 482212441796 22UF20% 16V + + + +
2243 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2255 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2256 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2272 482212614585 100NF 10% X7R 0805 50V + + + +
2273 482212614585 100NF 10% X7R 0805 50V + + + +
2274 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2275 482212614585 100NF 10% X7R 0805 50V + + + +
2276 482212614585 100NF 10% X7R 0805 50V + + + +
2277 482212614585 100NF 10% X7R 0805 50V + + + +
2278 482212614585 100NF 10% X7R 0805 50V + + + +
2283 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2284 482212614585 100NF 10% X7R 0805 50V + + + +
2285 482212614585 100NF 10% X7R 0805 50V + + + +
2286 482212233127 2,2NF10%X7R 63V + + + +
2287 482212233127 2,2NF10%X7R 63V + + + +
2288 532212232654 22NF10%X7R 63V + + + +
2289 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2291 482212614585 100NF 10% X7R 0805 50V + + + +
2300 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2302 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2303 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2304 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2305 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2306 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2308 222286115222 CER1 0805 NP0 50V 2N2 PM5 + + + +
2309 222286115222 CER1 0805 NP0 50V 2N2 PM5 + + + +
2310 222286115222 CER1 0805 NP0 50V 2N2 PM5 + + + +
2314 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +

Spareparts List

CL06532018_088.eps

010300

Spareparts List

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

2315 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2316 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2317 532212611579 3,3NF10%X7R 63V + + + +
2318 482212614585 100NF 10% X7R 0805 50V + + + +
2319 482212614585 100NF 10% X7R 0805 50V + + + +
2320 482212614585 100NF 10% X7R 0805 50V + + + +
2321 482212614585 100NF 10% X7R 0805 50V + + + +
2322 532212611579 3,3NF10%X7R 63V + + + +
2333 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2335 319801734730 CER2 0603 X7R 16V 47N COL + + + +
2336 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2337 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2355 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2359 482212613692 47PF 1% NP0 63V + + + +
2360 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2362 482212613751 47NF10% X7R 63V + + + +
2364 482212614585 100NF 10% X7R 0805 50V + + + +
2368 223886115182 CER1 0805 NP0 50V 1N8 PM5 R + + + +
2369 532212232268 470PF 10% 50V + + + +
2370 482212441796 22UF20% 16V + + + +
2371 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2372 532212232447 1PF 5% NP0 63V CASE 0805 + + + +
2373 482212441796 22UF20% 16V + + + +
2374 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2375 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2378 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2379 482212613692 47PF 1% NP0 63V + + + +
2401 482212614585 100NF 10% X7R 0805 50V + + + ­2402 482205120008 0R00 JUMP. (0805) + + + +
2404 482212412245 ELCAP 10V 220U PM20 + + + ­2405 482212614585 100NF 10% X7R 0805 50V + + + ­2406 532212411919 47UF 20% 6,3V + + + ­2407 482212614585 100NF 10% X7R 0805 50V + + + ­2408 532212411919 47UF 20% 6,3V + + + ­2409 482212614585 100NF 10% X7R 0805 50V + + + ­2411 319803074780 ELCAP SM 35V 4U7 PM20 COL R + + + ­2413 482212613838 100NF Y5V 0805 50V P80M20 + + + ­2414 482212480483 47UF20% 6,3V + + + ­2415 482212614585 100NF 10% X7R 0805 50V + + + ­2417 319803074780 ELCAP SM 35V 4U7 PM20 COL R + + + ­2419 482212613838 100NF Y5V 0805 50V P80M20 + + + ­2421 482212614585 100NF 10% X7R 0805 50V + + + ­2422 482212614585 100NF 10% X7R 0805 50V + + + ­2424 482212480483 47UF20% 6,3V + + + ­2425 482212233216 270PF 5%NP0 50V + + - ­2430 482212480483 47UF20% 6,3V + + + ­2431 482212233216 270PF 5%NP0 50V + - - ­2433 482212614585 100NF 10% X7R 0805 50V + - - ­2434 482212614585 100NF 10% X7R 0805 50V + + + ­2435 482212614585 100NF 10% X7R 0805 50V + + + ­2437 202002490264 ELCAP MA 4V S 470U PM20 A + + + ­2438 202002490264 ELCAP MA 4V S 470U PM20 A + + + ­2440 482212480483 47UF20% 6,3V + + + ­2441 482212480483 47UF20% 6,3V + + + ­2442 532212231647 1NF10%X7R 63V + + + ­2443 532212231647 1NF10%X7R 63V + + + ­2450 482212233216 270PF 5%NP0 50V + + + ­2451 482212233216 270PF 5%NP0 50V + + + ­2460 482212611663 12PF + + + ­2463 482212233926 12PF 50V + + + ­2464 482212611663 12PF + + + -

GB 87CDR 3rd gen. 10.

CL06532018_089.eps

010300

GB 88 CDR 3rd gen.10.

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

2465 482212611663 12PF + + + ­2500 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + +
2501 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + +
2502 482212614238 CER2 0603 X7R 50V 2N2 COL R + + + +
2504 482212412245 + + + +
2505 482212412255 10UF 20% 50V + + + +
2506 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + +
2507 482212412255 10UF 20% 50V + + + +
2508 482212614585 100NF 10% X7R 0805 50V + + + +
2509 482212614585 100NF 10% X7R 0805 50V + + + +
2535 482212614585 100NF 10% X7R 0805 50V + + + +
2536 482212614585 100NF 10% X7R 0805 50V + + + +
2537 532212411919 47UF 20% 6,3V + + + +
2541 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2543 482212614585 100NF 10% X7R 0805 50V + + + +
2544 482212480483 47UF20% 6,3V + + + +
2546 482212480483 47UF20% 6,3V + + + +
2547 482212481286 47UF20% 16V + + + +
2548 482212441643 100UF 20% 16V DIM:6,3X11MM + + + +
2550 482212614585 100NF 10% X7R 0805 50V + + + +
2551 482212441796 22UF20% 16V + + + +
2552 532212231647 1NF10%X7R 63V + + + +
2553 482212614585 100NF 10% X7R 0805 50V + + + +
2555 482212233177 10NF 20% X7R 50V + + + +
2556 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2557 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2558 482212441584 100UF 20% 10V + + + +
2561 482212614585 100NF 10% X7R 0805 50V + + + +
2562 482212614585 100NF 10% X7R 0805 50V + + + +
2563 482212614585 100NF 10% X7R 0805 50V + + + +
2565 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2568 482212441643 100UF 20% 16V DIM:6,3X11MM + + + +
2571 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2572 482212614585 100NF 10% X7R 0805 50V + + + +
2574 482212614585 100NF 10% X7R 0805 50V + + + +
2575 482212412245 ELCAP 220U 16V 20% + + + +
2576 482212613838 100NF Y5V 0805 50V P80M20 + + + +
2577 482212614305 100NF 10% X7R 16V 0603 CER2 + + + +
2700 482212614585 100NF 10% X7R 0805 50V + + + +
2701 532212411919 47UF 20% 6,3V + + + +
2702 482212614585 100NF 10% X7R 0805 50V + + + +
2703 532212411919 47UF 20% 6,3V + + + +
2704 482212614585 100NF 10% X7R 0805 50V + + + +
2705 482212614585 100NF 10% X7R 0805 50V + + + +
2706 482212614585 100NF 10% X7R 0805 50V + + + +
2707 482212613692 47PF 1% NP0 63V + + + +
2708 482212613692 47PF 1% NP0 63V + + + +
2709 482212613692 47PF 1% NP0 63V + + + +
2710 532212411919 47UF 20% 6,3V + + + +
2711 482212614585 100NF 10% X7R 0805 50V + + + +
2712 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + +
2713 532212611583 10NF 10% X7R 50V 0603 CER2 + + + +
2714 482212614549 33N 16V X7R O6O3 + + + +
2715 482212614585 100NF 10% X7R 0805 50V + + + +
2716 532212611583 10NF 10% X7R 50V 0603 CER2 + + + +
2717 319801741050 CER2 0603 Y5V 10V 1U COL R + + + +
2718 532211680853 560PF 5%NP0 63V + + + +
2719 532211680853 560PF 5%NP0 63V + + + +
2720 532212231647 1NF10%X7R 63V + + + +
2721 482212613692 47PF 1% NP0 63V + + + +
2722 482212613692 47PF 1% NP0 63V + + + +

Spareparts List

CL06532018_090.eps

010300

Spareparts List

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

2723 482212614585 100NF 10% X7R 0805 50V + + + +
2725 482212614585 100NF 10% X7R 0805 50V + + + +
2726 482212614585 100NF 10% X7R 0805 50V + + + +
2727 482212614585 100NF 10% X7R 0805 50V + + + +
2728 482212614585 100NF 10% X7R 0805 50V + + + +
2731 482212613692 47PF 1% NP0 63V + - - ­2733 482212233777 47PF 5%NP0 63V + - - ­2734 482212233777 47PF 5%NP0 63V + - - ­2735 482212233777 47PF 5%NP0 63V + - - ­2736 482212614305 100NF 10% X7R 16V 0603 CER2 + - - ­2737 482212614305 100NF 10% X7R 16V 0603 CER2 + - - ­2738 482212233777 47PF 5%NP0 63V + - - ­2739 482212233777 47PF 5%NP0 63V + - - ­2740 482212233777 47PF 5%NP0 63V + - - ­2741 482212233777 47PF 5%NP0 63V + - - ­2742 482212233777 47PF 5%NP0 63V + - - ­2743 482212233777 47PF 5%NP0 63V + - - ­2750 319801741050 CER2 0603 Y5V 10V 1U COL R + + + +
2751 482212614585 100NF 10% X7R 0805 50V + + + +
2752 482212614585 100NF 10% X7R 0805 50V + + + +
2760 482212614585 100NF 10% X7R 0805 50V + + + +
2761 482212614585 100NF 10% X7R 0805 50V + + + +
2762 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + +
2763 482212614585 100NF 10% X7R 0805 50V + + + +
2764 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + +
2765 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + +
2766 482212612105 CER2 0805 X7R 50V 33NF PM5 + + + +
2901 319802190030 RST JUMPER 0603 0.05 OHM + + + +
2902 482205120008 0R00 JUMP. (0805) + + + +
2903 319802190030 RST JUMPER 0603 0.05 OHM + + - +
2904 319802190030 RST JUMPER 0603 0.05 OHM + + + +
2905 319802190030 RST JUMPER 0603 0.05 OHM + + + +
2906 482205120008 0R00 JUMP. (0805) + + + +
2907 482205120008 0R00 JUMP. (0805) + + + +
2908 319802190030 RST JUMPER 0603 0.05 OHM + + + +
2909 319801741050 CER2 0603 Y5V 10V 1U COL R + + + +
2910 482212412245 ELCAP 220U 16V 20% + + + +
3000 482205120101 100R00 5% 0,1W + + + +
3001 482211711151 1R 5% + + + +
3002 482205120122 1K20 5% 0,1W + + + +
3003 482205130121 120R00 5% 0,062W + + + +
3004 482205130121 120R00 5% 0,062W + + + +
3006 482205130008 0R00 JUMPER + + + +
3007 482205120154 150K00 5% 0,1W + + + +
3009 482205130681 680R00 5% 0,062W + + + +
3010 482205130681 680R00 5% 0,062W + + + +
3011 482205120829 82R00 5% 0,1W + + + +
3012 482205130154 150K00 5% 0,062W + + + +
3013 482205120105 1M00 5% 0,1W + + + +
3014 482211711139 1K5 1% 0,1W + + + +
3015 482211683933 15K 1% 0,1W + + + +
3016 482211713172 62K 1% RC12H 0805 0,1W + + + +
3017 482205130392 3K9 5% 0.063W 0603 + + + +
3019 482205130105 1M00 5% 0,062W + + + +
3020 482211683933 15K 1% 0,1W + + + +
3021 482211683933 15K 1% 0,1W + + + +
3022 482211711456 30K 1% 0,1W + + + +
3023 482211713172 62K 1% RC12H 0805 0,1W + + + +
3024 482211711374 120K 1% RC12H 0805 + + + +
3025 482211713569 240K 1% 0805 RC12H + + + +
3026 482205120474 470K00 5% 0,1W + + + +

GB 89CDR 3rd gen. 10.

CL06532018_091.eps

010300

GB 90 CDR 3rd gen.10.

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

3027 482211711456 30K 1% 0,1W + + + +
3028 482211713172 62K 1% RC12H 0805 0,1W + + + +
3029 482211711374 120K 1% RC12H 0805 + + + +
3030 482211713569 240K 1% 0805 RC12H + + + +
3031 482205120474 470K00 5% 0,1W + + + +
3035 482211713571 910K 1% 0805 RC12H + + + +
3036 482211713571 910K 1% 0805 RC12H + + + +
3037 482211710833 10K 1% 0,1W + + + +
3039 482205130183 18K00 5% 0,062W + + + +
3040 482205130101 100R00 5% 0,062W + + + +
3041 482205130103 10K00 5% 0,062W + + + +
3043 482205130105 1M00 5% 0,062W + + + +
3044 482205120105 1M00 5% 0,1W + + + +
3048 482205130103 10K00 5% 0,062W + + + +
3049 482205110102 1K00 2% 0,25W + + + +
3050 482205130101 100R00 5% 0,062W + + + +
3051 482211712902 8K2 1% 0.063W 0603 + + + +
3052 482211712902 8K2 1% 0.063W 0603 + + + +
3053 482205130102 1K00 5% 0,062W + + + +
3054 482211711188 20K 1% 0,1W + + + +
3055 482205130102 1K00 5% 0,062W + + + +
3056 482205130102 1K00 5% 0,062W + + + +
3057 482205120472 4K70 5% 0,1W + + + +
3058 482205120154 150K00 5% 0,1W + + + +
3059 482205130682 6K80 5% 0,062W + + + +
3060 482205130103 10K00 5% 0,062W + + + +
3061 482205130102 1K00 5% 0,062W + + + +
3063 482211713572 22R 5% 1206 + + + +
3064 482205130221 220R00 5% 0,062W + + + +
3065 482205120393 39K00 5% 0,1W + + + +
3066 482211712367 33K 1% 0.10W + + + +
3067 482205130102 1K00 5% 0,062W + + + +
3068 482205120472 4K70 5% 0,1W + + + +
3069 482205120392 3K90 5% 0,1W + + + +
3070 482205110102 1K00 2% 0,25W + + + +
3071 482205130222 2K20 5% 0,062W + + + +
3072 482205120472 4K70 5% 0,1W + + + +
3073 482205120472 4K70 5% 0,1W + + + +
3074 482211711151 1R 5% + + + +
3075 482205120154 150K00 5% 0,1W + + + +
3076 482205120154 150K00 5% 0,1W + + + +
3077 482205120154 150K00 5% 0,1W + + + +
3078 482205130102 1K00 5% 0,062W + + + +
3079 482211711751 16K RC12H 1% 0805 + + + +
3081 482205110102 1K00 2% 0,25W + + + +
3082 482205130102 1K00 5% 0,062W + + + +
3085 482211713568 6R8 5% 1206 + + + +
3086 482211711503 220R 1% 0.1W + + + +
3087 482205130222 2K20 5% 0,062W + + + +
3088 482205130152 1K50 5% 0,062W + + + +
3090 482205130479 47R00 5% 0,062W + + + +
3091 482211712903 1K8 1% 0.063W 0603 + + + +
3092 482205130103 10K00 5% 0,062W + + + +
3094 482205130221 220R00 5% 0,062W + + + +
3095 482211713568 6R8 5% 1206 + + + +
3097 482205130479 47R00 5% 0,062W + + + +
3098 482205130103 10K00 5% 0,062W + + + +
3100 482205120472 4K70 5% 0,1W + + + +
3101 482211713572 22R 5% 1206 + + + +
3102 482211711148 56K 1% 0,1W + + + +
3103 482211710833 10K 1% 0,1W + + + +

Spareparts List

CL06532018_092.eps

010300

Spareparts List

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

3104 482211710833 10K 1% 0,1W + + + +
3105 482205120182 1K80 5% 0,1W + + + +
3106 482205130008 0R00 JUMPER + + + +
3107 482205130008 0R00 JUMPER + + + +
3110 482205130103 10K00 5% 0,062W + + + +
3111 482211712902 8K2 1% 0.063W 0603 + + + +
3112 482205130479 47R00 5% 0,062W + + + +
3113 482211711503 220R 1% 0.1W + + + +
3114 482211713577 330R 1% RC12H 0805 1,25W + + + +
3115 482211712521 68R 1% 0,1W + + + +
3116 482211711817 1K2 1% 1/16W + + + +
3117 482205130103 10K00 5% 0,062W + + + +
3118 482205130561 560R00 5% 0,062W + + + +
3119 482205130221 220R00 5% 0,062W + + + +
3120 532211711726 10R 5% + + + +
3123 482205130472 4K70 5% 0,062W + + + +
3126 482205130682 6K80 5% 0,062W + + + +
3127 482211712903 1K8 1% 0.063W 0603 + + + +
3128 482205130479 47R00 5% 0,062W + + + +
3129 482205130102 1K00 5% 0,062W + + + +
3130 482205130103 10K00 5% 0,062W + + + +
3131 482205130103 10K00 5% 0,062W + + + +
3200 482205120479 47R00 5% 0,1W + + + +
3201 482205120479 47R00 5% 0,1W + + + +
3202 482205120479 47R00 5% 0,1W + + + +
3203 482205120479 47R00 5% 0,1W + + + +
3204 482205120479 47R00 5% 0,1W + + + +
3205 482205120479 47R00 5% 0,1W + + + +
3206 482205120479 47R00 5% 0,1W + + + +
3207 482205120479 47R00 5% 0,1W + + + +
3208 482211710833 10K 1% 0,1W + + + +
3209 482215771206 BLM21A601SPT + + + +
3210 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3211 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3212 482211711503 220R 1% 0.1W + + + +
3213 482205130008 0R00 JUMPER + + + +
3215 482205130153 15K00 5% 0,062W + + + +
3216 482205130153 15K00 5% 0,062W + + + +
3217 482211712925 47K 1% 0.063W 0603 + + + +
3218 482205130103 10K00 5% 0,062W + + + +
3219 482205130223 22K00 5% 0,062W + + + +
3220 482205130103 10K00 5% 0,062W + + + +
3221 482205130223 22K00 5% 0,062W + + + +
3222 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3223 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3224 482211711374 120K 1% RC12H 0805 + + + +
3225 482211712367 33K 1% 0.10W + + + +
3226 482211710833 10K 1% 0,1W + + + +
3227 482211712367 33K 1% 0.10W + + + +
3228 482211710833 10K 1% 0,1W + + + +
3229 482211711374 120K 1% RC12H 0805 + + + +
3230 482211713632 100K 1% 0603 0.62W + + + +
3231 482211713632 100K 1% 0603 0.62W + + + +
3232 482211710833 10K 1% 0,1W + + + +
3233 482205120101 100R00 5% 0,1W + + + +
3234 482205110102 1K00 2% 0,25W + + + +
3235 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3237 482205130562 5K6 5% 0,063W 0603 RC21 RST SM + + + +
3238 482205130221 220R00 5% 0,062W + + + +
3239 482205130102 1K00 5% 0,062W + + + +
3240 482205130103 10K00 5% 0,062W + + + +

GB 91CDR 3rd gen. 10.

CL06532018_093.eps

010300

GB 92 CDR 3rd gen.10.

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

3241 482205130008 0R00 JUMPER + + + +
3242 235003510103 RST NETW SM ARV24 4X10K PM5 R + + + +
3243 235003510103 RST NETW SM ARV24 4X10K PM5 R + + + +
3244 482205130008 0R00 JUMPER + + + +
3245 482205130221 220R00 5% 0,062W + + + +
3246 482205130221 220R00 5% 0,062W + + + +
3248 482211713523 220R 5% RESN 0.63W + + + +
3249 482211711503 220R 1% 0.1W + + + +
3252 482211711145 4K70 1% 0,1W + + + +
3253 482211711145 4K70 1% 0,1W + + + +
3254 482205130008 0R00 JUMPER + + + +
3255 482211710833 10K 1% 0,1W + + + +
3256 482205130008 0R00 JUMPER + + + +
3260 482205130008 0R00 JUMPER + + + +
3261 482205130222 2K20 5% 0,062W + + + +
3265 482205130008 0R00 JUMPER + + + +
3271 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3273 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3274 482211710837 100K 1% 0.1W + + + +
3276 482205130479 47R00 5% 0,062W + + + +
3280 482205130479 47R00 5% 0,062W + + + +
3281 482211713579 220K 1% 0.1W RC12H 0805 + + + +
3284 482211711151 1R 5% + + + +
3286 482205130223 22K00 5% 0,062W + + + +
3287 482205130103 10K00 5% 0,062W + + + +
3288 482205130563 56K00 5% 0,062W + + + +
3289 482205130563 56K00 5% 0,062W + + + +
3290 482205130683 68K00 5% 0,062W + + + +
3291 482205130563 56K00 5% 0,062W + + + +
3295 482205130332 3K30 5% 0,062W + + + +
3297 482205130332 3K30 5% 0,062W + + + +
3299 482205130332 3K30 5% 0,062W + + + +
3300 482205110102 1K00 2% 0,25W + + + +
3301 482205110102 1K00 2% 0,25W + + + +
3303 482211713572 22R 5% 1206 + + + +
3305 482211710833 10K 1% 0,1W + + + +
3308 482205120008 0R00 JUMP. (0805) + + + +
3309 482211712367 33K 1% 0.10W + + + +
3312 482205130479 47R00 5% 0,062W + + + +
3313 482205130479 47R00 5% 0,062W + + + +
3314 482205120479 47R00 5% 0,1W + + + +
3315 482205130102 1K00 5% 0,062W + + + +
3316 482205120472 4K70 5% 0,1W + + + +
3317 482205120472 4K70 5% 0,1W + + + +
3319 482205120479 47R00 5% 0,1W + + + +
3322 482205130102 1K00 5% 0,062W + + + +
3323 482205130562 5K6 5% 0,063W 0603 RC21 RST SM + + + +
3324 482205130562 5K6 5% 0,063W 0603 RC21 RST SM + + + +
3325 482205130103 10K00 5% 0,062W + + + +
3333 482211713574 1R5 5% 1206 + + + +
3334 482211713574 1R5 5% 1206 + + + +
3335 482211713574 1R5 5% 1206 + + + +
3337 482205130563 56K00 5% 0,062W + + + +
3338 532211712487 1K RC12G 1% 0,125W + + + +
3339 532211712487 1K RC12G 1% 0,125W + + + +
3340 482211713632 100K 1% 0603 0.62W + + + +
3341 232273468209 RST SM 0805 RC12H 82R PM1 + + + +
3346 482211711507 6K8 1% 0,1W + + + +
3347 482211711507 6K8 1% 0,1W + + + +
3348 482211711507 6K8 1% 0,1W + + + +
3349 482211713632 100K 1% 0603 0.62W + + + +

Spareparts List

CL06532018_094.eps

010300

Spareparts List

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

3350 232273468209 RST SM 0805 RC12H 82R PM1 + + + +
3351 482211711151 1R 5% + + + +
3352 482205130008 0R00 JUMPER + + + +
3360 482211710354 22K 1% 0,1W + + + +
3361 482211712139 22R 5% 0,062W + + + +
3362 482211712708 39K 1% 0,1W 0805 RC12G + + + +
3363 482211712968 820R 5% 0,62W + + + +
3365 482205130101 100R00 5% 0,062W + + + +
3368 482205130479 47R00 5% 0,062W + + + +
3370 482205130561 560R00 5% 0,062W + + + +
3371 482205130152 1K50 5% 0,062W + + + +
3372 482205120122 1K20 5% 0,1W + + + +
3373 482211712903 1K8 1% 0.063W 0603 + + + +
3374 482211713572 22R 5% 1206 + + + +
3375 482205130222 2K20 5% 0,062W + + + +
3376 482205130221 220R00 5% 0,062W + + + +
3377 482205130479 47R00 5% 0,062W + + + +
3378 482205130273 27K00 5% 0,062W + + + +
3379 482205130183 18K00 5% 0,062W + + + +
3381 482205120008 0R00 JUMP. (0805) + + + +
3382 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3402 482211711503 220R 1% 0.1W + + + ­3403 482211712024 27K 1% 0.1W + + + ­3404 482211710833 10K 1% 0,1W + + + ­3405 482211712024 27K 1% 0.1W + + + ­3407 482205120101 100R00 5% 0,1W + + + ­3408 482211710833 10K 1% 0,1W + + + ­3409 482211712367 33K 1% 0.10W + + + ­3410 482211710833 10K 1% 0,1W + + + ­3411 482211711152 4R7 5% + + + ­3412 482211712024 27K 1% 0.1W + + + ­3413 482211710833 10K 1% 0,1W + + + ­3414 482211712024 27K 1% 0.1W + + + ­3415 482211710833 10K 1% 0,1W + + + ­3416 482211712367 33K 1% 0.10W + + + ­3418 482205120008 0R00 JUMP. (0805) + + + ­3420 482211710833 10K 1% 0,1W + + + ­3421 482211711383 12K 1% 0,1W + + + ­3422 482211710834 47K 1% 0,1W + + + ­3423 482211713629 120R 1% 0.1W RC12H 0805 + - + ­3424 482205120225 2M20 5% 0,1W + - + ­3427 482211713629 120R 1% 0.1W RC12H 0805 + - + ­3428 482205120225 2M20 5% 0,1W + - + ­3429 482211710834 47K 1% 0,1W + + + ­3432 482211710833 10K 1% 0,1W + + + ­3433 482205120008 0R00 JUMP. (0805) + + + ­3435 482211710833 10K 1% 0,1W + + + ­3436 482211711383 12K 1% 0,1W + + + ­3439 482211711152 4R7 5% + + + ­3441 482205120101 100R00 5% 0,1W + + + ­3447 482205120008 0R00 JUMP. (0805) - + + ­3448 482205120008 0R00 JUMP. (0805) - + + ­3449 482205120008 0R00 JUMP. (0805) - + + ­3450 319802153311 330R 5% + - - ­3451 482211711383 12K 1% 0,1W + + + ­3452 482211711383 12K 1% 0,1W + + + ­3453 482211713579 220K 1% 0.1W RC12H 0805 + + + ­3454 482211713579 220K 1% 0.1W RC12H 0805 + + + ­3455 319802190030 RST JUMPER 0603 0.05 OHM + + + ­3460 319802190030 RST JUMPER 0603 0.05 OHM + + + ­3531 482205120562 5K6 5% 0,1W 0805 + + + +

GB 93CDR 3rd gen. 10.

CL06532018_095.eps

010300

GB 94 CDR 3rd gen.10.

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

3532 482205120562 5K6 5% 0,1W 0805 + + + +
3533 482211710837 100K 1% 0.1W + + + +
3536 482211710837 100K 1% 0.1W + + + +
3537 482211710833 10K 1% 0,1W + + + +
3538 482211710833 10K 1% 0,1W + + + +
3539 482211710837 100K 1% 0.1W + + + +
3540 482211710833 10K 1% 0,1W + + + +
3541 482211711747 12R 1206 5% FUSE + + + +
3542 482211711747 12R 1206 5% FUSE + + + +
3544 482211710834 47K 1% 0,1W + + + +
3545 482211713568 6R8 5% 1206 + + + +
3546 482205120101 100R00 5% 0,1W + + + +
3547 482211683933 15K 1% 0,1W + + + +
3548 482211710834 47K 1% 0,1W + + + +
3549 482205120101 100R00 5% 0,1W + + + +
3550 482205120101 100R00 5% 0,1W + + + +
3551 482205120332 3K30 5% 0,1W + + + +
3552 482211710834 47K 1% 0,1W + + + +
3553 482205120101 100R00 5% 0,1W + + + +
3554 482211710833 10K 1% 0,1W + + + +
3555 482205120122 1K20 5% 0,1W + + + +
3556 482211710833 10K 1% 0,1W + + + +
3557 482211710837 100K 1% 0.1W + + + +
3559 482205120562 5K6 5% 0,1W 0805 + + + +
3560 482211710837 100K 1% 0.1W + + + +
3562 482205120562 5K6 5% 0,1W 0805 + + + +
3563 482205130563 56K00 5% 0,062W + + + +
3566 482211710837 100K 1% 0.1W + + + +
3567 482205120223 22K00 5% 0,1W + + + +
3570 482205120101 100R00 5% 0,1W + + + +
3701 482205120101 100R00 5% 0,1W + + + +
3702 482205130472 4K70 5% 0,062W + + + +
3703 482205130472 4K70 5% 0,062W + + + +
3704 482205120008 0R00 JUMP. (0805) + + + +
3705 482205130223 22K00 5% 0,062W + + + +
3706 482205120479 47R00 5% 0,1W + + + +
3708 482205120479 47R00 5% 0,1W + + + +
3710 482205130101 100R00 5% 0,062W + + + +
3711 482211710833 10K 1% 0,1W + + + +
3712 482211710833 10K 1% 0,1W + + + +
3713 482205120479 47R00 5% 0,1W + + + +
3714 482205120479 47R00 5% 0,1W + + + +
3715 482205120479 47R00 5% 0,1W + + + +
3716 482211710833 10K 1% 0,1W + + + +
3717 482211710833 10K 1% 0,1W - + + +
3718 482211710833 10K 1% 0,1W + + + ­3719 482205130103 10K00 5% 0,062W + + - +
3720 482205130101 100R00 5% 0,062W + + + +
3721 482205130101 100R00 5% 0,062W + + + +
3722 482211710833 10K 1% 0,1W + - - ­3723 482211710833 10K 1% 0,1W - - - +
3724 482205130103 10K00 5% 0,062W + - + ­3725 482205130101 100R00 5% 0,062W + + + +
3726 482205130103 10K00 5% 0,062W + + + +
3727 482205120105 1M00 5% 0,1W + + + +
3728 482205130101 100R00 5% 0,062W + + + +
3729 482205130101 100R00 5% 0,062W + + + +
3731 482205130391 390R00 5% 0,062W + + + +
3732 482205130479 47R00 5% 0,062W + + + +
3735 482205120479 47R00 5% 0,1W + + + +
3742 482205130102 1K00 5% 0,062W + + + +

Spareparts List

CL06532018_096.eps

010300

Spareparts List

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

3743 482205130479 47R00 5% 0,062W + + + +
3744 482205120274 270K00 5% 0,1W + + + +
3745 482205120274 270K00 5% 0,1W + + + +
3746 482205130153 15K00 5% 0,062W + + + +
3747 482205130103 10K00 5% 0,062W + + + +
3748 482205130103 10K00 5% 0,062W + + + +
3749 482205130103 10K00 5% 0,062W + + + +
3750 482205130123 12K00 5% 0,062W + + + +
3751 482205120472 4K70 5% 0,1W +

3752 482211710353 150R 1% 0,1W + + + +
3753 482205120472 4K70 5% 0,1W + - - ­3754 482205110102 1K00 2% 0,25W + + + +
3755 482211710353 150R 1% 0,1W + + + +
3756 482205130101 100R00 5% 0,062W + + + +
3757 482205120479 47R00 5% 0,1W + - - ­3758 482205120101 100R00 5% 0,1W + + + +
3759 482205110102 1K00 2% 0,25W + + + +
3760 482205120472 4K70 5% 0,1W + + + +
3761 482205130472 4K70 5% 0,062W + + + +
3762 482205130472 4K70 5% 0,062W + + + +
3763 482205130102 1K00 5% 0,062W + + + +
3764 482205120472 4K70 5% 0,1W + + + +
3766 482205130472 4K70 5% 0,062W + + + +
3767 482205130472 4K70 5% 0,062W + + + +
3768 482205120472 4K70 5% 0,1W + + + +
3769 482205130472 4K70 5% 0,062W + + + +
3770 482205120472 4K70 5% 0,1W + + + +
3771 482205130101 100R00 5% 0,062W + + + +
3780 482211710837 100K 1% 0.1W + + + +
3806 482205130103 10K00 5% 0,062W + + + +
3807 482205120008 0R00 JUMP. (0805) + + + +
3808 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3809 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3810 482205130472 4K70 5% 0,062W + + + +
3811 482205130103 10K00 5% 0,062W + + + +
3813 482205130101 100R00 5% 0,062W + + + +
3814 482205130479 47R00 5% 0,062W + + + +
3817 482205110102 1K00 2% 0,25W + + + +
3818 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3819 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3820 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3821 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3822 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3823 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3824 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3825 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3826 482205120101 100R00 5% 0,1W + + + +
3828 482205130479 47R00 5% 0,062W + - - ­3829 482205130479 47R00 5% 0,062W + - - ­3830 482205130479 47R00 5% 0,062W + - - ­3831 482205130479 47R00 5% 0,062W + - - ­3832 482205130479 47R00 5% 0,062W + - - ­3833 482205130479 47R00 5% 0,062W + - - ­3834 482205130479 47R00 5% 0,062W + - - ­3835 482205130479 47R00 5% 0,062W + - - ­3836 482205130479 47R00 5% 0,062W + - - ­3837 482211710833 10K 1% 0,1W + + + +
3838 482211710833 10K 1% 0,1W + + + +
3841 482205120101 100R00 5% 0,1W + + + +
3843 482211710833 10K 1% 0,1W + + + +
3844 482211710833 10K 1% 0,1W + + + +

GB 95CDR 3rd gen. 10.

-

--

CL06532018_097.eps

010300

GB 96 CDR 3rd gen.10.

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

3845 482211710833 10K 1% 0,1W + + + +
3886 482205120008 0R00 JUMP. (0805) - + + ­3889 482211711151 1R 5% + + + +
3891 482211710833 10K 1% 0,1W + + + ­3892 482211710833 10K 1% 0,1W + + + ­3894 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3897 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3898 482211713573 NETW 4 X 47R 5% MNR14 + + + +
3900 319802190030 RST JUMPER 0603 0.05 OHM - - - +
3902 319802190030 RST JUMPER 0603 0.05 OHM - - - +
3903 482205130008 0R00 JUMPER + + + +
3904 482205110102 1K00 2% 0,25W - + - +
3906 482205120472 4K70 5% 0,1W + + + +
3907 482205130472 4K70 5% 0,062W + + + +
3908 482205130102 1K00 5% 0,062W + + + +
3909 482205130472 4K70 5% 0,062W + + + +
3910 482205120472 4K70 5% 0,1W + + + +
3911 482205120472 4K70 5% 0,1W + + + +
5008 482215771206 BLM21A601SPT + + + +
5201 482215771206 BLM21A601SPT + + + +
5202 482215771206 BLM21A601SPT + + + +
5203 482215771206 BLM21A601SPT + + + +
5301 482215771206 BLM21A601SPT + + + +
5302 482215771206 BLM21A601SPT + + + +
5303 482215771206 BLM21A601SPT + + + +
5401 482215771206 BLM21A601SPT + + + ­5403 482215771206 BLM21A601SPT + + + ­5404 482215771206 BLM21A601SPT + + + ­5406 482215771206 BLM21A601SPT + + + ­5407 482215771206 BLM21A601SPT + + + ­5413 482215771206 BLM21A601SPT + + + ­5414 482215771206 BLM21A601SPT + + + ­5500 482215711716 BLM21P300SPT + + + +
5501 242254942103 IND FXD SM EMI 100MHZ 2K2 R + + + +
5502 242254942103 IND FXD SM EMI 100MHZ 2K2 R + + + +
5503 242254942103 IND FXD SM EMI 100MHZ 2K2 R + + + +
5541 242254942103 IND FXD SM EMI 100MHZ 2K2 R + + + +
5542 242254942103 IND FXD SM EMI 100MHZ 2K2 R + + + +
5543 482215711716 BLM21P300SPT + + + +
5544 482215711716 BLM21P300SPT + + + +
5546 482215771206 BLM21A601SPT + + + +
5551 482215771206 BLM21A601SPT + + + +
5554 482215710548 47UH 5% + + + +
5555 482215771206 BLM21A601SPT + + + +
5556 482215771206 BLM21A601SPT + + + +
5557 482215771206 BLM21A601SPT + + + +
5701 482215771206 BLM21A601SPT + + + +
5709 242254942103 IND FXD SM EMI 100MHZ 2K2 R + + + +
5710 482215710477 COIL 47UH + + + +
5712 482215771206 BLM21A601SPT + + + +
5713 482215771206 BLM21A601SPT + + + +
5715 482215771206 BLM21A601SPT + + + +
5716 482215771206 BLM21A601SPT + + + +
6002 532213030691 BAW56 + + + +
6003 482213083757 BAS216 + + + +
6007 532213034337 BAV99 + + + +
6373 482213083757 BAS216 + + + +
6374 482213083757 BAS216 + + + +
6375 482213083757 BAS216 + + + +
6400 482213010648 BZX284-C5V6 + - - ­6500 532213083777 BAV70W + + + +

Spareparts List

CL06532018_098.eps

010300

Spareparts List

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

6501 532213034337 BAV99 + + + +
6502 482213034441 BZX79-B22 + + + +
6553 482213083757 BAS216 + + + +
6554 532213034337 BAV99 + + + +
6555 482213083757 BAS216 + + + +
6556 482213083757 BAS216 + + + +
6557 482213083757 BAS216 + + + +
6701 934042250135 DIO VAR SM BB147 (PHSE) R + + + +
6702 934042250135 DIO VAR SM BB147 (PHSE) R + + + +
7001 482220963709 LM324DTR + + + +
7002 482220963709 LM324DTR + + + +
7005 482220990331 TL084CDT + + + +
7008 482220917223 EFM TIM3 + + + +
7010 935261972518 IC SM TZA1020HP/M1 (PHSE) R + + + +
7016 482220917225 M62364FP + + + +
7050 482220990331 TL084CDT + + + +
7104 482213060373 BC856B + + + +
7110 482213060511 BC847B + + + +
7111 482213060511 BC847B + + + +
7112 482213042804 BC817-25 + + + +
7113 482213060511 BC847B + + + +
7119 482213060383 BF824 + + + +
7120 482213060383 BF824 + + + +
7121 532213060123 BC807-40 + + + +
7122 532213060123 BC807-40 + + + +
7124 482213060511 BC847B + + + +
7126 933714420653 IC SM 74HC4066D + + + +
7127 482213060373 BC856B + + + +
7133 482213060511 BC847B + + + +
7135 532213060123 BC807-40 + + + +
7201 482213060511 BC847B + + + +
7202 482213060511 BC847B + + + +
7207 932213040668 IC SM M24C16-WMN (ST00) R + + + +
7208 310412394850 FLASH EPROM ASSY CDR-AUDIO + + + +
7209 482220917227 MC74LCX573 + + + +
7215 482220932073 MC34072D + + + +
7225 532220971553 NE532D + + + +
7240 482220917229 BA5938FM + + + +
7270 482220917231 SAA7399HL + + + +
7300 935263368557 IC SM SAA7392HL/M3 (PHSE) Y + + + +
7330 482220916877 BA6856FP + + + +
7355 933713370653 IC SM 74HCT00D (PHSE) R + + + +
7360 933715300118 IC SM 74HCT4051D (PHSE) R + + + +
7361 482213060511 BC847B + + + +
7370 482213060511 BC847B + + + +
7371 482213011527 BFS540 + + + +
7373 482213011527 BFS540 + + + +
7375 482213011527 BFS540 + + + +
7401 482220960792 74HC4053D + - - ­7405 482220930095 LM833D + + + ­7406 935254530118 IC SM UDA1341TS/N1 (PHSE) R + + + ­7407 482220960792 74HC4053D + - - ­7408 482220982362 NJM4556D + - + ­7409 482220930095 LM833D + + + ­7410 482213042804 BC817-25 + - + ­7411 482213042804 BC817-25 + - + ­7520 820405604480 FET POW STD16NE06L + + + +
7521 482220932073 MC34072D + + + +
7522 482213060373 BC856B + + + +
7523 482213060511 BC847B + + + +
7524 482213060511 BC847B + + + +

GB 97CDR 3rd gen. 10.

CL06532018_099.eps

010300

GB 98 CDR 3rd gen.10.

Spareparts List

ITEM CODENUMBER DESCRIPTION CDR775 CDR570 CDR770 CDR950

7525 482213060373 BC856B + + + +
7526 482213060511 BC847B + + + +
7527 482213011379 BCP69 + + + +
7528 482213060511 BC847B + + + +
7529 482213060373 BC856B + + + +
7535 482220917398 LD1117DT33 + + + +
7548 482213060511 BC847B + + + +
7549 482213060511 BC847B + + + +
7556 482220990332 MC79L05ABD + + + +
7558 482220915083 AN78M09 + + + +
7560 482213060373 BC856B + + + +
7561 482213060373 BC856B + + + +
7562 482213060511 BC847B + + + +
7563 482213060511 BC847B + + + +
7701 820405603460 USER PROCESSOR DASP CF5244PU + + + +
7702 482220917375 GM71V18163CJ-6 + + + +
7703 932213814668 IC SM AM29LV800BB-70REC (AMD)R + + + +
7704 482220916318 MC33464-30A + + + +
7705 482220932073 MC34072D + + + +
7706 482220917236 74LV74D + + + +
7707 482213060511 BC847B + - - ­7708 932214178668 IC SM 74LCX00M (ST00) R + + + +
7710 932213967685 IC SM MC33464N-45A (MOTA) R + + + +
7801 820405603520 LEVEL DIG POTMETER DS1807S-T/R + + + ­7802 820405603910 IC SM CY7C199-15ZC + + + +
7803 482213060511 BC847B + + + +
7804 482213060511 BC847B + + + +

PCINT-DASP 710408691110 PC-INTERFACE BOARD DASP + + + +

PCINT-MACE 710408683110 PC-INTERFACE BOARD MACE + + + +

CL06532018_100.eps

030300

Block diagrams

6. Block diagrams

CDR MAIN BOARD BLOCK DIAGRAM

GB 33CDR 3rd gen. 6.

CDL4009
LOADER ASSY

CDM3800

TURN
TABLE

M

MODULATOR

FS

LASER

PDAR

PHOTO
DIODES

B1

B2

C4

C3

C1 C2

A1

A2

RADIAL
FOCUS

SLEDGE

M

TRAY

M

TRAY
SWITCH

7330

HALL
MOTOR
DRIVER

BA6856FP

1330

1000

FORWARD SENSE CIRCUIT

FSA

7119, 7120

FSON
FSOF

EFMTIM3

LO9805

EPONRC
WPONRC
LDON
BIASC
ERON
RECORDING
CDRW
ALS
ASTROBE
AINTON

DP4

TIMING
I / O

ERASEC

UCOIL, VCOIL, WCOIL, U+, U-, V+, V-, W+, W-, HALL+, HALL-

7126C

FSCLR

7050A, 7050B

7126D

FSRSFSWSRDGAIN

LWRT

POR

SHIFT
REG

N
N-1, N+1

I2C

PERASE

PWRITE

FSW

FSR

7008

TO MACE2 (PCS)

LWRT

E5V

EFMDATA, EFMCLK

7016

IE

EPONRC

IW

WPONRC

IR

RECORDING
CDRW

FS30V

TO CDR60

1220

1200

CAHF

C1LF - C4LF

A1LF, A2LF

B1LF, B2LF

RAD+, RAD-

FOC+, FOC-

SIN+, SIN­COS+, COS-

SL+, SL-

TR+, TR-

TRAYSW

(HF DATA CAPTURE)

S2V9

+

I-ERASE

I-WRITE

LDON

I-READ

BIASC

PW

DALPHA

AEGER

TZA1020

DIODE
STAGE
2

DIODE
STAGE
1

GAP
REF

PCS PRE-AMP

NE532D

POWER
DRIVER

BA5938FM

+

ERON
RECORDING

RECORDING

ERON

RECORDING

P
MIN/MAX
CONTR

ALPHA
DETECTOR

BETA
DETECTOR

BALANCE

NORMA­LIZER

7225

7240

PWD

PWD

DELTA P

PRCOARSE

PRFINE

ALS
ASTROBE
AINTON
DALPHA

+ / -

I

RAD

FOCUS

SLEDGE

TRAY

PWB

7010

I2C

ALPHA0

A1, A2, CALF

TLN, MIRN
FEN, REN

RE

V

XDAC

M62364

PWB

DAC

PWD

DAC

S2V9

DAC

S2V9

DAC

S2V9

DAC

PWMIN

S2V9

DAC

PWMAX

7050C

FROM FORWARD
SENSE CIRCUIT

REFSIN, SINPHI, REFCOS, COSPHI

WOBBLE

DAC DAC

12
BIT
SHIFT
REGISTER

7215A

TRAYIN, TRAYOUT

LASDACDI
LASDACCK
LASDACLD

S2V9

FTCH, FTCL

FSR, FSW

VRA, VFO, VSL

TRAYSWF

ATIPSYNC

PW

OPC

LASER
CONTROL

TRACK
COUNTER

PCS

SERVO
CONTROLS

PORT 5

PORT 4

I2C BUS

OFFTRACK

LLP

HALL U, HALL V, HALL W

MOTO1

OFFTRACK

CDR60LWRT

LLP

EFMDATA

EFMCLK

ATIPSYNC

WOBBLE

RAM ROM

SPECIAL FUNCTION
REGISTERS

MACE2

SAA7399

ADC
AGC
REF

MOTOR/TACHO
INTERFACE

MODULATOR
CONTROL

EFM
MODULATOR

EFM CLOCK
GENERATOR

WOBBLE
PROCESSOR

BIT
DETECTOR

HF DATA
CAPTURE

HIN

7360

HFS0

HF AMP
FILTER

CAHF

FROM CDM3800
(PDAR)

7207

I2C
EEPROM

M24C08

PORT
REGISTERS

8051
CPU

TEST DEBUG

CDR60

SAA7392

DECODER

ENCODER

ERROR
CORRECTION
AND MEMORY
PROCESSOR

DEMODULATOR

RESET

SRSTN

SYST CLK
GENERATOR

SUB­CODE
I / O

SUB - CPU INTERFACE

CDR60CS

CDR60INT

7270

MUTE, ATT, DEEMP

BE-RESET

I2S1-MS

PORT

REGISTERS

CLOCK
GEN

EBU

I2S
I / O

MRDN
MWRN
ALE

7300

CDR60PLL

TO CDR60

RAM

CDR60PLL

FROM MACE2

7802

ADDRESS
BUS

DOBM-CDR

I2S BUS

SUBCODE BUS

CD TEXT

DATA
BUS

DSA-CDR

FLASH
EPROM

A1 - A20 D16 - D31

EBU-IN1

I2S1

DIGITAL AUDIO
SIGNAL
PROCESSOR

XTRIM

7208

DEMUX

FLASH
ROM

DRAM

DASP

MCF5244

7209

ADDRESS
BUS

7703

7702

7701

I2S2 / I2S4

EBU-IN2

EBU-OUT1

EBU-IN3

EBU-IN4

1707

33.8688 MHz

DATA
BUS

D3V3

MASTER
RESET

INT-COPY-ANA

SEL-HP-OUT

NMUTE

SYS-CLK-11W

I2S BUS

L3 BUS

EXT-DIG-IN

DIG-OUT-C

EXT-OPT-IN

I2S3

SYS-CLK-16W (16.9344 Mhz)

7704

RESET

MC33464

7710

RESET

MC33464

DIGITAL
POT

DS1807

CODEC

UDA1341TS

ADC / DAC

D3V3

+5VA

D5V

D5VS

L5V

L-5V

-8VA
A-8V

+9SRVPWR

+12VA

L12V

P12V

12VPWR

FS30V

7801

7405

ANALOG
IN

7406

SYS-RESET

DSA-CD

I2S BUS-CD

DOBM-CD

7706A

/2

74F74D

SYS-CLK-BE
(8.4672 Mhz)

POWER
PART

D3V3

D5V

SYS-RESET

I2C BUS

NOT FOR CDR570/930

ANA-OUT

CD-ANA-OUT

ANALOG
OUT

CDR775 ONLY

+5V

-8V

+12V

VDC2, VDC1, VFTD

D5V

NOT FOR CDR950/951

7401

EXT-ANA-IN

CD-ANA-OUT

7407

7408

7409

SYS-CLK-8W (8.4672 Mhz)

1500

F934

1410

1400

1708

CL06532018_025.eps

290200

Electrical diagrams and PWB’s

7. Electrical diagrams and PWB’s

CDR-Mainboard Version 4228.5

CDR MAIN BOARD - CIRCUIT DIAGRAM 1 : AEGER, EFMTIM, FORWARD SENSE CIRCUIT TESTPOINTS

GB 34CDR 3rd gen. 7.

S17

S18

A

B

C

S15

D

E

F

G

H

I

TO
CDM3800

S14

F150

RAD+

F155

30

FOC+

F159

29

FOC-

F162

28

RAD-

27

DIO12V

26

PDGND

25

24

23

22

HFGND

21

20

19

18

17

16

15

14

13

F208

12

F211

11

10

9

8

F223

7

F228

6

F235

5

4

F240

3

2

F246

1

1000

PB CDRW

MAIN-4228-CDR99

3104 123 4228

ACTUATOR BUS

F166

F171

F175

3006

0R

2001 33n

FS30V

3000

PDGND

*

1%

1K2

3002

PDGND

CDRW

RECORDING

WPONRC

EPONRC

2

I2CBUS

F147

FSA

L12V

100R

100n

2011

L5V

A1LF

2R2

A2LF

B1LF

3001

B2LF

C1LF

100n

2002

C2LF

C3LF

CAHF

C4LF

C2LF

A1LF

B1LF

C3LF

C4LF

B2LF

A2LF

C1LF

FSA

{C2LF,A1LF,B1LF,C3LF,C4LF,B2LF,A2LF,C1LF,FSA,CAHF}

IE

IR

IW

WPONRC

L-5V

S2V9

I2CSDA

I2CSCL

F152

F157

F161

F165

F169

F172

F176

F177

2

3 96 118

4

51

7

10

12

13

ACTUATOR BUS

I2CBUS

DALPHA

L5V

BF824
7120

1K

3053

1%

3014

2012100n

CALF

A1

A2

2020
15n

L-5V

L-5VL5VL5V

2016

2015

100n

100n

GNDD

17

SGND

DIODE
INPUT

STAGE 1

DIODE
INPUT

STAGE 2

GAP
REF.

2

I

C

INTERFACE

BETA

DETECTOR

16

VDD128VDD2

ERON

AMON

FEN

35

7010

TZA1020

F145

CAGAIN

11

SA1

4

SA2

8

SB1

5

SB2

9

C1

10

C2

3

C3

6

C4

7

RREF

2

F182

1K5

UOUT

1

SGND

SDA

12

SCL

13

F196

CALF

44

F202

A1

43

F204

A2

42

F207

CALPF

39

F209

HCA2

41

HCA1

40

2022
10n

10n

2021

L-5V

F231

2014

100n

18

VSS2

LPF

NORMALIZER

TLN

REN

37

34

36

F232

F233

SGND

XDN

F227

2013

100n

30

VSS1

ALFA

DETECTOR

BALANCE

IV

IV

MIRN

38

XDN

F234

ASTROBE

AINTON

GND

29

SGND

ERON

AMON

ALS

AINT

DALFA

AZIN

PPN

CWBL

MEAS1

MEAS2

CAHF

F143

150p

15K

100n

RECORDING

F149

F153

F158

3065

F174

L5V

10K

3103

10K

3104

3105

1K8

L5V

4

ERON

ASTROBE

AINTON

39K

2018
68p

F170

SGND

L5V

10

15

14

19

21

20

22

2042

24

F167

25

3015

26

2019

27

F178

32

F181

33

F193

RE

31

F194

23

7050-C

TL084CDT

8

11

L-5V

F215

10K

3130

56K

3102

TLN

REN

FEN

MIRN

WOBBLE

3052

8K2

F133

FSCLR

2n7

20K

2027

3054

2026

ALS

L-5V

SGND

RDGAIN1

RDGAIN2

{FSRS,FSWS,ALS,AINTON,ASTROBE,ERON,RDGAIN1,RDGAIN2,FSCLR,RDGAIN3,FSOF,FSON}

ALPHA0

RE

3012

150K

9

10K

3131

SGND

3n3

2060

2n7

RDGAIN3

7126-C

74HC4066D

20301n

BF824

7119

89

6

11 10

12

2010

150p

OPTION 27

3004

120R

3010

680R

3107

0R

2007

15p

EPON

EPONO

2009

150p
3009

15p 2008

4

680R

3106

0R

3003

120R

OPTION 28

3 13

WPON

WPONO

BIASC

IR

WOBBLE

5

6

7

ERASEC

8

L5V

L5V

D5VS

DP4

F138

14

100p

7

7126-D
74HC4066D

14

2028

7

5008

BLM21

E5V

L5V

1K

2029

F146

100p

1%

910K 3035

1%

E5V

2059

100n

PWRITE

PERASE

3108

OPTION 17

560p

AINTON

ASTROBE

50

51

AINTON

ASTROBE

CLKOUT_N

WPONOUT

31

1%

1%

15K

3021

L12V

3K9

3069

F101

BC857B

7104

74HC4066D

3017

F115

3113

2081

220R

ALS

49

ALS

48

FSWS

47

FSRS

46

CDR

45

TC0

44

VPLUS

43

LWRT

42

VDD2

41

GND5

40

EFM

39

EFMCLK

38

GND4

37

36

35

IN5

34

IN4

33

IN3

GND3

32

{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}

12

F100

8

S2V9 L-5V

13

7

F110

62K

58

56

57

GND6

CAGS

RDGAIN1

GND2

24

25

1%

15K

470K1M240K

3020

D5VS

7355-C
74HCT00D

14

9

CDRW

10

RECORDING

7

12

L5V

14

180K

2126

100n

F107

BAW56

6002

3016

3115

68R

I2CSCL

I2CSDA

ERON

RECORDING

53

54

55

52

SCL

SDA

ERON

RECORDING

PWC026PWC127PWC228PWC329PWC430PWC5

1%

1%

1%

1%

30K

3023 62K

3026

3025

3022

3024 120K

11

3049

L5V

3

2

L-5V

L5V

5

6

L-5V

E5V

100n

3036910K

F247

F249

F251

F252

4

11

4

11

F203

2025

100n

3019

7050-A
TL084CDT

1

7050-B
TL084CDT

7

7008
EFMTIM2

1

2

3

4

5

6

7

8

9

10

11

2023

12

13

14

15

3055

16

1K

91

3051

3050

100R

F142

3040

100R

F163

VDD3

EPON

EPONO

LDON

WPON

WPONO

DP0

DP1

GND1

VDD1

DP2

DP3

DP4

BIASC

ERASC

POR

FSONFSOF

8K2

F140

FSW

FSWS

F148

FSRS

FSON

F185

64

FSON

SELN4

17

FSR

FSOF

A27

63

FSOF

SELN2

18

1%

470K

3031

74HC4066D

7126-A

FSCLR

RDGAIN3

RDGAIN2

RDGAIN1

F187

59

61

62

60

TC1

FSCLR

RDGAIN2

RDGAIN3

PWF019PWF120PWF221PWF322PWF423PWF5

1%

1%

1%

1%

30K

62K

240K

120K

3027

3028

3029

3030

10

L12V

L12V

10n

4K7

2039

F103

3068

F102

BC857B
7127

7133

BC847B

L5V

7126-B

14

43

5

3K9

F113

CDR

3114

F108

7

3079

16K

330R

FSRS

FSWS

D5VS

7355-D

74HCT00D

14

12

F199

13

7

L12V

CDR

18K

F220

3039

F222

10K

3048

10K

3041

100n

E5V

2024

F238

F243

A17

A18

{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}

14

{RAD+,FOC+,FOC-,RAD-}

{I2CSDA,I2CSCL}

DALPHA

{FSW,FSR}

L5V

L5V

7005-A

F104

3

4

4K7

3123

1

TL084CDT

2

11

L-5V

L5V

2057

100n

12

4

14

13

11

LWRT

7050-D
TL084CDT

11

2058

100n

L-5V

CDRW

CDR60LWRT

F226

EFMDATA

EFMCLK

{FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}

14

CAHFCAHF

VCAGAIN

1000 G1
2001 F1
2002 D2
2007 H4
2008 I4
2009 H4
2010 G4
2011 C2
2012 E3
2013 B5
2014 B5

A

2015 B4
2016 B4
2018 C7
2019 D6
2020 F3
2021 F3
2022 F3
2023 G9
2024 F12
2025 E9
2026 C7
2027 B7
2028 C8

B

2029 B8
2030 B8
2039 A13
2042 C6
2057 D13
2058 D13
2059 H9
2060 B7
2081 D12
2126 C11
3000 B2
3001 C2
3002 D2

C

3003 I4
3004 H4
3006 D2
3009 H4
3010 G4
3012 E7
3014 D3
3015 D6
3016 C11
3017 C12
3019 H9
3020 I10

D

3021 I11
3022 I11
3023 I11
3024 I11
3025 I11
3026 I11
3027 I10
3028 I10
3029 I10
3030 I10
3031 I10
3035 F9
3036 F9

E

3039 F13
3040 C9
3041 F13
3048 F13
3049 A9
3050 B9
3051 A9
3052 A7
3053 A7
3054 B7
3055 H9
3065 C6
3068 A13

F

3069 A12
3079 C13
3102 G5
3103 D6
3104 E6
3105 E6
3106 I4
3107 H4
3108 B11
3113 D12
3114 C12
3115 C11
3123 B13

G

3130 F6
3131 F7
5008 E8
6002 C11
7005-A B14
7008 E9
7010 B4
7050-A B9
7050-B C9
7050-C E6
7050-D D13
7104 B12
7119 A8

H

7120 A8
7126-A C11
7126-B C12
7126-C B8
7126-D C8
7127 B13
7133 B13
7355-C A11
7355-D E12
F100 A11
F101 B12
F102 B13
F103 A12

I

F104 B14
F107 C11
F108 C13

CL06532018_076.eps

010300

F110 C11
F113 C12
F115 C12
F133 B7
F138 B8
F140 B10
F142 B9
F143 B6
F145 C3
F146 C8
F147 A3
F148 C10
F149 C6
F150 C1
F152 C3
F153 C6
F155 C1
F157 C3
F158 C6
F159 C1
F161 C3
F162 C1
F163 D9
F165 C3
F166 C1
F167 D6
F169 D3
F170 D7
F171 D1
F172 D3
F174 D6
F175 D1
F176 D3
F177 D3
F178 D6
F181 D6
F182 D3
F185 D10
F187 D10
F193 E6
F194 E6
F196 E3
F199 E12
F202 E3
F203 E9
F204 E3
F207 E3
F208 E1
F209 F3
F211 F1
F215 F7
F220 F12
F222 F12
F223 F1
F226 F13
F227 F5
F228 F1
F231 F4
F232 F5
F233 F5
F234 F5
F235 F1
F238 G12
F240 G1
F243 G12
F246 G1
F247 G9
F249 G9
F251 G9
F252 H9

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 2 : XDAC, LASER DRIVE CURRENT CIRCUITS

GB 35CDR 3rd gen. 7.

D3V3

2061

3066

1M

OPTION

150K

F156

F195

6

33K

10u

6015

BAS216

OPTION 11

L12V

5

3044

3057

4K7

3058

150K

150K

3046

150K

3045

5

4

11

F121

3059

150K

3072

4K7

3081

1K

7002-B
LM324D

6K8

3075

7

F244

1K

4K7

3073

F173

1n

7124

3078

3126

6K8

1

VCAGAIN

2

A A

F125

LASDACDI

B

LASDACCK

LASDACLD

F126

F128

C

DALPHA

34

RESETN

VDAref

19

18

VCAGAIN

3067

1K

7016
M62364FP

IN1

OUT1

IN2

OUT2

IN3

OUT3

IN4

OUT4

IN5

OUT5

IN6

OUT6

IN7

OUT7

IN8

OUT8

F106

1

F117

2

4

F122

3

9

PWB

F124

10

12

11

PWMIN

F130

13

14

PWMAX

F131

16

F132

15

21

PWD

F136

22

DELTAP

24

PWB

F139

23

PWD

D3V3

*

1R

3074

100n

F112

2003

5

VDD

8

DI

7

CLK

6

LD

17

D0

GND

20

S2V9

PRCOARSE

S2V9

PRFINE

PWB

S2V9

S2V9

S2V9

3007

D

PWMIN

OPTION 12

E

PWMAX

PW

F

G

PWD

{PWMIN,PWMAX,PWD,DELTAP,PWB,PWD}

F245

H

DELTAP

I

PB CDRW

MAIN-4228-CDR99

3104 123 4228

{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}

1

PWRITE

2

3 10

4

DP4

56

13

12

2043

F141

150K

F154

3n3

11

4

L12V

3042

PWB

2056

BC847B

1K2

2031

100n

L5VL5V

1K8

F237

F253

3116

6

LM324D
7002-D

LWRT

6

5

F180

3127

3

2

F269

14

2

3

6

5

F116

L-5V

L5V

L12V

1K

3037

10K

2040

390p

11

4

L-5V

L5V

L-5V

L5V

4

11

2n2

L5V L5V

8K2

3111

F114

7110
BC847B

10K

3061

F144

100n

2037
LM324D

7001-B

7

F164

2038

100n

2041

470p

11

LM324D

4

7001-A

2054

2n2

11

TL084CDT

7005-B

4

WRITE

7002-A
LM324D

1

2082

7

2n7

2084

L5V

7005-D

12

4

TL084CDT

3119

L-5V

3097

47R

3098

10K

220R

14

F120

11

2080

2n2

3110

10K

L5V

12

4

13

11

L-5V

F160

BAV99
6007

F183

100n

2052

F229

F242

L5V

1K

3129

F255

2078

100n

1

7

F129

3060

F123

3071

F236

F241

3128

47R

2K2

13

3070

1K

2083

3118

560R

68p

3117

10K

7 8 12 13

7001-D
LM324D

100n

*

3120

F271

3112

47R

14

F151

L5VL5V

2053

220R

BC807-40
7122

100n

7111
BC847B

BAS216
7112
BC817-25

F268

10R

8

L5V

2032

100n

100n

F119

READ

3076

150K

F168

3094

2063

6003

ILASER_DELTA

2033

9

10

L5V

*

3095

68R

15p

L5V L5V

3064

220R

BC807-40

7135

OPTION 14

L-5V

11

LM324D

4

L5V

3077

L5V

6R8

3899

ILASER_WRITE

3099

OPTION 26

2055

7001-C

2044

15p

150K

IW

IW

2K2

9

L5V

*

*

3063

22R

22R

3101

ILASER_READ

F118

IR

1K

3056

3062 68R

100p

2034

L5V

4K7

3100

8

OPTION

1M

3043

BIASC

9

10 11

L12V

7002-C
LM324D

F206

1K

BC847B

7113

3082

PERASE

L5V L5V

3n3

2049

F200

F224

PERASE

1K8

3091

ERASE

L5V

2046

100n

2050

2n2

10

4

8

7005-C

9

TL084CDT

11

2045

100n

L-5V

11

F201

2047

3090

47R

3092

10K

12

{LASDACDI,LASDACCK,LASDACLD,PW}

100n

2048

100n

220R

F205

BC807-40
7121

3086

IE

IE

*

3085

OPTION 13

L5VL5V L5V

3093 68R

15p2051

6R8

L12V

1K5

ERASEC

13

3088

ILASER_ERASE

F218

2K23087

IR

CL06532018_035.eps

2003 A3
2031 B6
2032 A8
2033 A8
2034 C9
2037 D6
2038 D6
2040 C6
2041 E7
2043 E5
2044 E9
2045 F11
2046 E11
2047 E12
2048 E12
2049 E10
2050 E11
2051 G12
2052 G7
2053 G8
2054 F7

B

C

D

E

F

G

H

2055 H8
2056 G6
2061 A5
2063 H8
2078 I7
2080 B7
2082 I6
2083 I7
2084 A7
3007 C4
3037 C6
3042 E6
3043 G9
3044 H5
3045 E5
3046 D5
3056 B9
3057 A5
3058 B5
3059 B5
3060 B7
3061 B6
3062 B9
3063 A9
3064 A9
3066 A5
3067 A4
3070 E7
3071 D7
3072 E5
3073 D5
3074 A3
3075 E5
3076 C8
3077 E9
3078 H5
3081 F5
3082 F10
3085 E12
3086 E12
3087 G13
3088 E13
3090 F12
3091 E11
3092 F12
3093 G12
3094 G8
3095 F8
3097 G7
3098 G7
3099 H8
3100 D9
3101 A9
3110 B7
3111 A6
3112 A8
3116 I6
3117 I7
3118 H7
3119 I7
3120 I8
3126 I5
3127 G6
3128 I7
3129 H7
3899 F9
6003 H8
6007 D7
6015 C5
7001-A F6
7001-B D6
7001-C E9
7001-D C8
7002-A I6
7002-B G5
7002-C F10
7002-D A6
7005-B G6
7005-C F11
7005-D A7
7016 A4
7110 A7
7111 H8
7112 I8
7113 F10
7121 F12
7122 G8
7124 G5
7135 A9
F106 A4
F112 A3
F114 A7

I

F116 A6
F117 A4
F118 A9
F119 A8

F120 A7
F121 A5
F122 B4
F123 B7
F124 B4
F125 B3
F126 B3
F128 B3
F129 B7
F130 B4
F131 C4
F132 C4
F136 C4
F139 C4
F141 C6
F144 C7
F151 D8
F154 D6
F156 D5
F160 D7
F164 D7
F168 D8
F173 E5
F180 E6
F183 E7
F195 F5
F200 F10
F201 F11
F205 F12
F206 F10
F218 G13
F224 G10
F229 G7
F236 G7
F237 G6
F241 G7
F242 G7
F244 G5
F245 H4
F253 I6
F255 I7
F268 I8
F269 I6
F271 I8

290200

Electrical diagrams and PWB’s

GB 36CDR 3rd gen. 7.

CDR MAIN BOARD - CIRCUIT DIAGRAM 3 : SERVO DRIVERS, MACE-RAM, -FLASH, -DEMUX TEST POINTS

1

A

B

TO SLEDGE CDM3800

52207

1220

1

2

3

C

4

5

6

7

8

SGND

9

10

D

E

F

G

TO TRAY
CDL4009

S22

S21

H

I

1200

PH-B

F446

4

F447

3

2

F448

1

S23

{RAD-,RAD+,FOC+,FOC-}

12

2221

100n

2255

PGND

TR+

100n

D3V3

TR-

PGND

S11

100n2256

24

3

S1

3225

1%

33K

3

2

5

6

D5V

10K

3237

7201
BC847B

3239

2241

10

21

VCC2

VCC3

+

-

LOGIC
TRAY

REV

FWD

GND114GND228GND3

15

16

8

PGND

100n

3240

D5V

D5V

F393

22

VCC1

+

+

3224

120K

3227

33K

3229

120K

2225

100n

8

4

SGND

8

4

SGND

-

+

-

-

MT1

7225-A

NE532D

1%

1%

7225-B

NE532D

1%

7240
BA5938FM

MT

29

MT2

PGND

F306

SGND

1

S6

7

7202
BC847B

X2

X2

X2

X2

30

FOC-

FOC+

F371

F374

F379

F381

F383

F386

S12

3241

3244

VFO

PGND

ACTUATOR BUS

SIN+

SIN-

{SIN-,SIN+,COS+,COS-}

COS-

COS+

SIN-

SIN+

COS+

COS-

SL+

SL-

F403

0R

F406

VFOO

0R

F409

VFOIN

F433

1K

3742

11

12

13

TRAYSW

S8

1

2

3

4

7

5

6

9

D3V3

S4

S5

S7

0.7V

PGND

VOL-

VOL+

VIN1

VIN2

MUTE

NC1

NC2

NC3

NC5

VO2+

VO2-

3747

2242

10K

X2

X2

X2

X2

3748

10K

F396

10u

PGND

MUTE

D5V

5K6

1K

100n

VOLTAGE
CONTROL

2214

56

F300

3226

12

REFSIN

10K

100n

2226

S3

PCSSIN

1n

2227

VO4-

VO4+

VIN5

VIN4

BIAS

VIN3

VREF

VO3+

VO3-

PGNDPGND PGND

SGND

SGND

1%

1%

+9SRVPWR

27

26

25

24

23

20

19

18

17

F445

TRAYOUT

TRAYIN

TRAYSWF

F301

100n

1n

D3V3

4K7

4K7

2228

2229

3253

3252

F404

F407

F444

VRAO

S1V65

S2

3228

10K

1.6V

F389

100n

2240

3256

3254

+9SRVPWR

3257

3265

0R

REFCOS

PCSCOS

5

6

0R

0R

0R

345

D5V

A-8V

RAD-

RAD+

8

4

100n

2224

7215-B

MC34072

6

7

SGND

SL+

SL-

100n

F391

2243

{SL+,SL-}

78

CSRAM

FWEN

MAD(0:7)

DATA BUS

S9

D5VS

100R

100n

PGND

PSENN

3251

F438

8K2

2250

PGND

OPTION 32

3250

S1V65

VRA

VSL

78

MAD(0)

MAD(1)

MAD(2)

MAD(3)

MAD(4)

MAD(5)

MAD(6)

MAD(7)

FWEN

ALE

MAD(0)

MAD(1)

MAD(2)

MAD(3)

MAD(4)

MAD(5)

MAD(6)

MAD(7)

9101112

OPTION 82

3806

10K

47R

3808-A

18

3808-B

27

47R
47R

3808-C

36

3808-D

47R

45

3809-D

47R

4

5

3809-C

47R

36

47R

3809-B

27

3809-A

47R

18

F353

F356

F390

D3V3

F312

F316

F319

F323

F327

F330

F337

F341

D5V

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

DQ7

RESET_

CE_

OE_

WE_

VSS

16

1R

*

32

Am29F002B

VCC

Vcc

GND

OPTION 83

3284

100n

2208

7208

A0

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

A12

A13

A14

A15

A16

A17

D3V3

F313

12

F317

11

F320

10

F324

9

F328

8

F331

7

F338

6

F342

5

F346

27

F348

26

F349

23

F354

25

F357

4

F360

28

F364

29

F366

3

F370

2

F373

30

3209

F355

3200

3201

3202

3203

3204

3205

3206

3207

1R

3283

*

F311

13

14

15

17

18

19

20

21

1

22

24

31

7209
MC74LCX573

120

EN

11 10

C1

219

1D

318

417

516

615

714

813

912

2209

100n

47R

47R

47R

47R

47R

47R

47R

47R

MA(0)

MA(1)

MA(2)

MA(3)

MA(4)

MA(5)

MA(6)

MA(7)

MA(8)

MA(9)

MA(10)

MA(11)

MA(12)

MA(13)

MA(14)

MA(15)

MA(16)

MA(17)

MA(0)

MA(1)

MA(2)

MA(3)

MA(4)

MA(5)

MA(6)

MA(7)

7802
CY7C199

20

CE_

GND

VCC

D5V

F321

14

3889

WE_

I|O7

I|O6

I|O5

I|O4

I|O3

I|O2

I|O1

I|O0

OE_

A14

A13

A12

1R

2291

100n

28

27

22

19

18

17

16

15

13

12

11

10

9

8

7

A11

6

A10

5

A9

4

A8

3

A7

2

A6

1

A5

26

A4

25

A3

24

A2

23

A1

21

A0

MWRN

MRDN

3210-A

47R

3210-B

47R

3210-C

47R

3210-D

47R

3211-A

47R

3211-B

47R

3211-C

47R

3211-D

47R

MA(14)

MA(13)

MA(12)

MA(11)

MA(10)

MA(9)

MA(8)

MA(7)

MA(6)

MA(5)

MA(4)

MA(3)

MA(2)

MA(1)

MA(0)

PB CDRW

MAIN-4228-CDR99

3104 123 4228

9101112

13

{REFSIN,REFCOS,PCSSIN,PCSCOS}

{MRDN,MWRN,ALE}

CONTROL BUS

MA(0:17)

ADDRESS BUS

MAD(7)

MAD(6)

MAD(5)

MAD(4)

MAD(3)

MAD(2)

MAD(1)

MAD(0)

{TRAYIN,TRAYOUT,TRAYSWF}

{VFO,VRA,VSL}

CL06532018_078.eps

13

010300

1200 H1
1220 B1
2208 B10
2209 F11
2214 I3
2221 D1
2224 D6
2225 A4
2226 A5
2227 A5
2228 B5

A

B

C

D

E

F

G

H

I

2229 C5

2241 E4
2242 E3
2243 D6
2250 H8
2255 I1
2256 I1
2291 C12
3200 F10
3201 G10
3202 G10
3203 G10
3204 G10
3205 G10
3206 G10
3207 G10
3209 F10
3210-A D12
3210-B D12
3210-C D12
3210-D D12
3211-A D12
3211-B D12
3211-C D12
3211-D E12
3224 B4
3225 A4
3226 A5
3227 B4
3228 B5
3229 C4
3237 D4
3239 D4
3240 D4
3241 F3
3244 F3
3250 G8
3251 G8
3252 D5
3253 D5
3254 F5
3256 F5
3257 G5
3265 H5
3283 B9
3284 B10
3742 G3
3747 H3
3748 I3
3806 B9
3808-A B9
3808-B C9
3808-C C9
3808-D C9
3809-A C9
3809-B C9
3809-C C9
3809-D C9
3889 B12
7201 D4
7202 D4
7208 B10
7209 F10
7215-B D6
7225-A A4
7225-B C4
7240 E4
7802 C11
F300 A5
F301 B5
F306 I4
F311 B10
F312 B9
F313 B10
F316 B9
F317 B10
F319 C9
F320 C10
F321 C12
F323 C9
F324 C10
F327 C9
F328 C10
F330 C9
F331 C10
F337 C9
F338 C10
F341 C9
F342 C10
F346 C10
F348 D10
F349 D10
F353 D9
F354 D10
F355 F10
F356 D9
F357 D10
F360 D10
F364 D10
F366 D10
F370 E10
F371 C2
F373 E10
F374 C2
F379 C2
F381 C2

F383 D2
F386 D2
F389 D5
F390 F9
F391 D7
F393 D4
F396 D3
F403 F3
F404 F5
F406 F3
F407 F5
F409 F3
F433 G32240 D5
F438 G8
F444 H5
F445 H5
F446 H1
F447 H1
F448 I1

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 4 : MACE BE-PROCESSOR TESTPOINTS

GB 37CDR 3rd gen. 7.

A

B

C

D

E

F

G

H

I

MAIN-4228-CDR99

1

SYS_CLK_BE

{REFSIN,PCSSIN,REFCOS,PCSCOS}

{VFO,VRA,VSL}

FSR

FSW

RE

F368

F380

MIRN

TLN

REN

FEN

{FSR,FSW,S2V9,FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}

A1

A2

CALF

SGND

ALPHA0

S2V9

PB CDRW

3104 123 4228

{TRAYIN,TRAYOUT,TRAYSWF}

1

15K

15K

2222

SGND

1n

912

5202

2275

100n

100n

2274

100n

69

82

21

VssDc2

83

VddDc1

VssDc1

VddDp6

68

VssDp6

ROM

RAM

Port 3

TXD1

INT0_PWD

INT1

TXD2

RXD2

WRN

41

40

39

34

35

38

MWRN_P

F436

F443

MWRN

F423

47R3280

TERMB

LASCK

F426

F425

F452

DSA_ACK_CDR

IIS1_MS

F427

3208

D3V3

9

10 11

2276

2277

100n

100n

12

VddDp5

RXD1

33

F453

10K

F454

11

VssDp5

32

VddDp4

RDNH

20

FWEN

31

WRNH

19

F429

220R

3245

10 11

R5

2278

56

95

43

44

VssDp3

VddDp3

VssDp4

interface

Port 1

PXT0

PXT116PXT215PXT2en

17

18

F430

F431

F432

220R

3238 220R

3246 220R

3249

F440

HFS0

DSA_DATA_CDR

LASLD

DSA_STR_CDR

{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}

96

VssDp2

VddDp2

Port

4

Port

2

Port

0

System

HI_POWER

F411

CDR60INT

57

VssDp1

VddDp1

H7

H6

H5

H4

H3|CSBN

H2|CSDN

H1|A17

H0|A16

A15

A14

A13

A12

A11

A10

A9

A8

AD7

AD6

AD5

AD4

AD3

AD2

AD1

AD0

ALE

PSENn

EAn

DSDen

RSTI

NC1

NC2

NC3

NC4

NC5

NC6

NC8

NC7

INT214INT3|ALEh

13

3232

10K

CDR60PLL

{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}

30

29

28

27

26

25

24

23

52

51

50

49

48

47

46

45

65

64

63

62

61

60

59

58

54

53

55
78

98

2

3

36

37

67

101

100

D3V3

SRSTN

F314

F318

3807

0R

3235-A

18

3235-B

27

3235-D

45

3235-C

36

3271-A

18

3271-B

27

3271-C

36

3271-D

45

3273-A

18

3273-B

27

36

3273-D

45

3222-A

47R

3222-B

47R

3222-C

47R

3222-D

47R

3223-A

47R

3223-B

47R

3223-C

47R

3223-D

47R

F398

F400

3230

3231

100K

F451

MRST_P

F402

R2

10K

10K

10K

10K

5

3242-A

3242-B

3242-D

3242-C

18

4

36

27

MWRN

MRDN

TERMB

{LASDACDI,LASDACCK,LASDACLD,PW}

12

S13

Slegde
control

Radial

control

control

Defect

detector

counter

Uopt

117

100n

SGND

220R 3248-C

220R 3248-D

5

SYS_CLK_BE

PCS

Focus

Track

Ex

Dx

OPC

Uopb

118

F413

2285

100n

SGND

3248-A220R

18

3248-B220R

2

36

45

3212

220R

5

2284

10K

7

Signal

cond.

3247-D

6

D3V3 D3V3 D3V3

3274

100K

DEBON

F305

F304

7

5

6

XTLI

XXTLO

SELPLL

CLOCK

GEN.

Laser

control

LLP

ALPHAO

LDON

4

97

94

F414

D3V3

10K

3247-C

45

36

I2DA

I2CL

LASDD

LASCK

LASLD

10K

2289

100n

99

102

103

TS2

TS3

TS1

TEST

ADC/

AGC
ref.

VRH

IREFT

105

114

F415

F416

100n

2283

220K

1%

F307

SGND

SGND

{I2CL,I2DA,LASDD,LASCK,LASLD}

6

23

REFSIN

PCSSIN

REFCOS

PCSCOS

2230

22n

SGND

F350

F377

1

3219

22n

47K

10K

PW

SGND

22n

2217

3217

3218

2232

VSL

F361

VRA

F375

VFO

S16

OFFTRACK

ATIPSYNC

LLP

D3V3

F434

3291

3290

3289

3288

3216

3215

3220

82p

2220

SGND

1n

2233

SGND

3

2

2216

47p

D5V

MC34072

A-8V

3221

22K

F384

10K

47n

1n

2234

SGND

8

7215-A

4

D3V3

22K

SGND

2235

2 13

22n

2n2

2n2

7207
M24C08

1

2

3

6

7

3

56K

68K

56K

56K

E0

E1

E2

SCL

WC_

SGND
3299

3K3

2288

3297

3K3

2287

3295

3K3

2286

D3V3

5203

BLM21

D3V3

D3V3

SGND

VCC

22n

3255

10K

8

SDA

VSS

F322

F325

F329

F335

3286

22K

2231

DESIGN_TEST2

10K

3247-A

10K

3247-B

F382

F385

F387

F392

F394

F397

F399

2207

100n

F439

5

4

4

125

126
128

127

F351

F358

80

18

F362

70

F367

81

27

DESIGN_TEST1

71

93

92

115

116

79

106

107

108

111

112

113

SGND

121

122

123

124

77

I2CSDA

I2CSCL

I2CSDA

I2CSCL

4

10

8

9

1

72

7270
SAA7399

RAC_SW

REFSIN
SINPHI

REFCOS
COSPHI

ACT_EMFP

ACT_EMFN

XDET

SL

RP

RA

TL_FTL

FO

DEFOn

DEFIn

FTCH

FTCL

OTD

D1|MIRN

D2|TLN

D3|REN

D4|FEN

S1

S2

A1

A2

CALF

PW

ATIPin

LASDACDI

LASDACCK

LASDACLD

S10

3749

3281

P6

F417

10K

D3V3

7

76

75

CLKOUT

DEB_OUT

DEBUG

P6

I2CSDA

91

104

F418

3287

S19

7

74

MON_A

I2DA

73

MON_D

8051
core

Port 5

I2CSCL

SRV_INT_LGR

89

90

F419

F420

I2CL

LASDD

S20

SGND

OPC_INT

88

MUTE

FOK

87

ATT

BLM21

F302

120

VddAop

CLO

86

DEEMP

8

5201

2272

100n

119

VssAop

SFR

TEN

TPWM

85

84

F422

F421

TRAYIN

TRAYOUT

8

110

VddAs

100n

109

VssAs

2273

47R

BLM21

F303

22

VddDc2

RDN

42

MRDN_P

F435

3276

F442

MRDN

13

3243-A

18

27

36

45

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R3273-C

47R

100K

D3V3

10K

3243-B

10K

3243-C

10K

3243-D

10K

3887

STANDBY

0R

POWER_UP

F326

F334

MA(17)

MA(16)

3703

MA(15)

MA(14)

MA(13)

MA(12)

MA(11)

MA(10)

MA(9)

MA(8)

MAD(7)

MAD(6)

MAD(5)

MAD(4)

MAD(3)

MAD(2)

MAD(1)

MAD(0) MAD(0:7)

33R3213

47R

3260

F450

3234

1K

D3V3

100n

3261

BE_RESET

0R

{MRDN,MWRN,ALE}

TRAYSWF

CSRAM

CDR60CS

4K7

F401

2218

100R

3702

ALE

3233

SRSTN

4K7

DMON

{POWER_UP,KILL_OUT}

{I2CSDA,I2CSCL}

CL06532018_079.eps

14

STANDBY

CSRAM

MA(0:17)

ADDRESS BUS

DATA BUS

PSENN

FWEN

TERMB

CONTROL BUS

I2C BUS

14

010300

2207 H4
2216 C2
2217 D2
2218 G12
2220 E2
2222 E1

A

2230 B3
2231 C4

2233 G2
2234 G2
2235 G2
2272 A8
2273 A8
2274 A9
2275 A9
2276 A9
2277 A10
2278 A10
2283 H6
2284 H5

B

2285 H5
2286 D3
2287 C3
2288 C3
2289 A6
3208 H9
3212 I5
3213 E12
3215 C2
3216 C2
3217 E2
3218 E2
3219 E2

C

3220 E2
3221 D2
3222-A D12
3222-B D12
3222-C D12
3222-D E12
3223-A E12
3223-B E12
3223-C E12
3223-D E12
3230 G12
3231 G12
3232 H11

D

3233 G12
3234 G12
3235-A B12
3235-B B12
3235-C C12
3235-D B12
3238 H10
3242-A H12
3242-B H12
3242-C H12
3242-D H12
3243-A A12

E

3243-B A12
3243-C A12
3243-D A12
3245 H10
3246 H10
3247-A C4
3247-B C4
3247-C H6
3247-D H5
3248-A H5
3248-B I5
3248-C I5
3248-D I5

F

3249 H10
3255 D4
3260 F12
3261 F13
3271-A C12
3271-B C12
3271-C C12
3271-D C12
3273-A C12
3273-B D12
3273-C D12
3273-D D12
3274 A6

G

3276 H8
3280 H9
3281 H7
3286 B4
3287 H7
3288 F3
3289 F3
3290 E3
3291 E3
3295 D3
3297 C3
3299 C3
3702 C13

H

3703 C13
3749 A6
3807 B12
3887 A12
5201 A8
5202 A9
5203 H3
7207 H3
7215-A D2
7270 A4
F302 A8
F303 A8
F304 A6

I

F305 A6
F307 H6
F314 A12
F318 B12
F322 B4

F325 B4
F326 B12
F329 B4
F334 B12
F335 B4
F350 C3
F351 C4
F358 C4
F361 C32232 G2
F362 C4
F367 C4
F368 C1
F375 D3
F377 D2
F380 D1
F382 D4
F384 D2
F385 E4
F387 E4
F392 E4
F394 E4
F397 F4
F398 F12
F399 F4
F400 F12
F401 G12
F402 F12
F411 H11
F413 H5
F414 H6
F415 H6
F416 H6
F417 H7
F418 H7
F419 H7
F420 H7
F421 H8
F422 H8
F423 H9
F425 H9
F426 H9
F427 H9
F429 H10
F430 H10
F431 H10
F432 H10
F434 I3
F435 H8
F436 H9
F439 I4
F440 H10
F442 H8
F443 H9

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 5 : CD ENCODING-DECODING PART

GB 38CDR 3rd gen. 7.

1

L12V

OPTION 33

22R

3374

F500

A

22u

100n

HFGND

BFS540

F511

47R

100n

2378

27K

7375

3377

220R

2374

2373

HFGND

B

HF1

C

CAHF

D

CONN. 1330
TO TURN TABLE MOTOR

E

F

G

H

I

1330-11

11

1330-1

1

1330-2

2

1330-3

3

OPTION 37

1330-6

6

1330-4

4

1330-8

8

1330-5

5

1330-9

9

1330-10

10

1330-7

HALL_I

7

MAIN-4228-CDR99

3104 123 4228

F547

HALL+

F556

WCOIL

F559

VCOIL

UCOIL

100R

3330

F564

U+

F567

U-

F572

V+

F574

V-

F578

W+

W-

OPTION 30

F590

3341

82R

OPTION 31

3304

82R

{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}

DATA BUS

CONTROL BUS

{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}

PB CDRW

1

OPTION 35

18K

3379

3378

F505

6375

BAS216

2K2

3375

3376

3350

82R

100n2330

100R

100R

3331

3332

F565

F579

PGND

MAD(0:7)

{MRDN,MWRN,ALE}

3302

100R

F509

100n

100n2331

PGND

10K

3346

2

BAS216

2375

2332 100n

10K

3347

2

1K8

3373

7373
BFS540

OPTION 40

F510

6374

OPTION 45

6373

BAS216

HFGND

F561

OPTION 36

10K

OPTION 38

3348

F504

3372

1K2

2372

8p2

3

5

7

1

2

9

10

4

6

11

12

15

13

14

3380

1%

F512

7330
BA6856FB

A3

A2

A1

NC1

NC2

H1+

H1-

NC3

NC4

H2+

H2-

NC5

H3+

H3-

3381

0R

0R

PGND

F501

F506

1K5

7371
BFS540

BC847B

+

-

+

-

+

-

+

-

+

-

+

-

D5VS

3

7370

F507

HFGND

3371

DRIVER

GAIN

CONTROL

3

OPTION 41

HFGND

560R

2370

3368

3370

47R

F548

PGND

GND

F598

L12V

22R

22u

HFGND

D5VS

*

3351

VCC

8

45

3303

F522

100n

F503

25

-+

2371

HF

2368

1n8

1R

2333

100n

H BIAS

MT130MT2

REV

29

2308

2n2

2309

2n2

2310

2n2

2369

470p

F523

PS

+

-

PGNDPGND

4

PGND

RNF

VM2

VM1

REV

PS

EC

ECR

CNF

VH

FG1

FG2

FG3

PGND

F555

13

Y0

14

Y1

15

Y2

12

Y3

1

Y4

5

Y5

2

Y6

4

Y7

OPTION 39

28

27

26

24

23

F568

22

F569

21

F570

20

F575

19

18

17

16

100K

3340

PGND

F502

16

VCC

GND

8

1R5 3335

1R5 3333

PGND

F566

7360

74HCT4051D

S0

S1

S2

E_

Z

VEE

7

HFGND

D5VS

33361R5

33341R5

D5V

D5VS

1%

3339 1K

100n

2337 100n

2336

11

10

9

6

3

3322

0R

100K

3338 1K

F508

F517

7361
BC847B

1K

7803

BC847B

BC847B

3352

3349

1%

5

HFGND

7804

L5V

BLM21

100n

22K

39K

D5VS

3323

F563

HFS0

33603362

F513

HFGND

5K6

2335

10n

5301

2360

3337

68K

22R

F516

820R

DMON

5K6

3325

HALL_U

HALL_V

HALL_W

MERRIN

MERR

3361

3363

3324

10K

6

6

HF2

2362

47n

EFMDATA

CDR60LWRT

LLP

EFMCLK

WOBBLE

F544

ATIPSYNC

OFFTRACK

3365

100R

HFGND

2322

3n3

F599

F524

47p

7

2364 100n

3309

33K

HFGND

2321 100n

2359

2320 100n

2319

100n

100n2318

HFGND

3313

47R

3312

47R

3315

2316 100n

1K

3n3

2317

2314

F525

WGND

WGND

HALL_U

HALL_V

HALL_W

D5VS

14

4

7

7355-B

F600

5

74HCT00D

6

7

8

7300
SAA7392

F520

VREF

7

F521

IREF

8

7

13

12

6

1

3

2

2355

7355-A

HIN

AGCREF

HREFLO

HREFMI

HREFHI

EFMDATA

LASON

PANIC

XEFM

WIN

WREFLO

WREFMI

WREFHI

W441

ATPSYC

OTD

100n

1

2

74HCT00D

GENERATOR

HF DATA

CAPTURE

MODULATOR

CONTROL

EFM CLOCK

GENERATOR

WOBBLE

PROC.

MOTOR/

TACHO

INTERFACE

T170T2

F601

1%

100n2315

100n

F527

F530

F532

F535

F542

F558

F562

F571

F573

F577

11

14

10

79

77

27

78

F545

F549

F551

F553

25

26

23

D5VS

14

3

8 9 10 11

IREF

69

MOTO1

3300

MOT2|T3

73

9

1K

3301

F519

DEMODULATOR

MOT1

74

R10

OPTION 34

1K

F518

17

18

TEST2

TEST1

TEST

BIT

DETECTOR

EFM

MODULATOR

SYST CLOCK

GENERATOR

XTLI21XTLO

F580

0R

3308

SYS_CLK_BE

22

5302

BLM21

100n

WGND
WGND

5

4

Vdd1

MUXSWI

24

10K

3305

F581

CDR60PLL

10 14

D3V3D3V3

100n

16

Vss2

PORE

28

SRSTN

2302

30

Vdd4

BLM21

2303

100n

53

31

Vss4

Vdd7

Error correction

and memory processor

35

F583

F592

MAD(6)

MAD(7)

Vss1

CL1

29

F514

2300

HFGND
HFGND

15

Vdd2

RESET

11 12 13

{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}

5303

F515

2304

100n

52

Vss7

76

Vdd10

100n

75

Vss10

2305

20

Vdd3

19

Vss3

49

Vdd6

48

Vss6

100n

2306

44

Vdd5

43

Vss5

63

Vdd8

DECODER

ENCODER

DA3

DA438DA537DA636DA7

39

F585

F584

F593

MAD(5)

MAD(4)

SUB-CPU INTERFACE

DA042DA141DA2

40

F586

F594

F595

MAD(3)

MAD(2)

MAD(1)

MAD(0)

ALE

47

ALE

RDi

46

MRDN

WRi

45

MWRN

CSi

50

F591

F597

CDR60CS

SUBCODE

INT

34

F588

4K7

3316

D3V3

CDR60INT

12

72

Vss862Vss9

Vdd9

EBUOUT

EBU

2

I

S

I/O

STOPCK

I/O

PCA

2

I

C

SCL32SDA

33

F589

CDR60SCL

CDR60SDA

4K7

3317

D3V3

71

MEAS1

CFLG

BCLK

WCLK

DATAI

DATA0

SYNC

FLAG

RCK

SFSY

SUB

PCAin

3382-A

80

47R

18

3382-B

47R 2 7

68

3382-C

36

47R

3382-D

56

47R

45

F534

61

F536

60

64

F538

59

I2SDATAOR

F540

57

{DOBM_CDR,BCLK,WCLK,DATA0,DATA1}

F541

54

F543

58

F546

66

RCKR

F550

67

F552

65

V4

NC

F554

55

51

9

2907

560p
2908

560p

13 14

F526

47p

2379

CDR60MEAS1

CDR60CFLG

CDR60CL1

F531

DOBM_CDR

WCLK

DATA1

3314

DATA0

47R

3319

47R

{RCK,SFSY,SUB}

H301

1

2

CL06532018_080.eps

BCLK

A16

RCK

SFSY

SUB

SYS_CLK_BE

A14

A15

010300

1330-1 E1
1330-10 H1
1330-11 E1
1330-2 F1
1330-3 F1
1330-4 F1
1330-5 G1
1330-6 F1
1330-7 H1
1330-8 G1
1330-9 G1

A

2300 B10
2302 B10
2303 B10
2304 B11
2305 B11
2306 B12
2308 A4
2309 A4
2310 B4
2314 E7
2315 E7
2316 E7
2317 E7

B

2318 D7
2319 D7
2320 D7
2321 D7
2322 E7
2330 F2
2331 F2
2332 F2
2333 E4
2335 H5
2336 I5
2337 I4
2355 H8

C

2359 D7
2360 B5
2362 C6
2364 C7
2368 B4
2369 B4
2370 A3
2371 A4
2372 B2
2373 A1
2374 C1
2375 C2
2378 A1

D

2379 C14
2907 G13
2908 H13
3300 B9
3301 B9
3302 A2
3303 A4
3304 H1
3305 G10
3308 H9
3309 C7
3312 E7
3313 D7

E

3314 D14
3315 E7
3316 H12
3317 H12
3319 E14
3322 F5
3323 F5
3324 G6
3325 G6
3330 F1
3331 F1
3332 F1
3333 E5

F

3334 E5
3335 E5
3336 E5
3337 H5
3338 I5
3339 F5
3340 I4
3341 H1
3346 H2
3347 H2
3348 H2
3349 H5
3350 E2

G

3351 E4
3352 H5
3360 B5
3361 C6
3362 D5
3363 D6
3365 C7
3368 B3
3370 B3
3371 C3
3372 B2
3373 A2
3374 A1

H

3375 C2
3376 C1
3377 C1
3378 A1
3379 A2
3380 H2
3381 H3
3382-A C13
3382-B C13
3382-C D13
3382-D D13
5301 A5

I

5302 B10
5303 B10
6373 C2
6374 B2

6375 C1
7300 C8
7330 E2
7355-A H8
7355-B H7
7360 B5
7361 C5
7370 B3
7371 A3
7373 B2
7375 B1
7803 F5
7804 G5
F500 A1
F501 A3
F502 A5
F503 B4
F504 A2
F505 B2
F506 B3
F507 B3
F508 B5
F509 B2
F510 B2
F511 B1
F512 C3
F513 C5
F514 B10
F515 B11
F516 C6
F517 C5
F518 C9
F519 C9
F520 C8
F521 C8
F522 A4
F523 B4
F524 C7
F525 E7
F526 H13
F527 C8
F530 D8
F531 D14
F532 D8
F534 D13
F535 D8
F536 D13
F538 D13
F540 D13
F541 E13
F542 E8
F543 E13
F544 E7
F545 E8
F546 E13
F547 E1
F548 E3
F549 E8
F550 E13
F551 E8
F552 E13
F553 E8
F554 E13
F555 E4
F556 E1
F558 E8
F559 F1
F561 F2
F562 F8
F563 H5
F564 F1
F565 F1
F566 F5
F567 F1
F568 F4
F569 G4
F570 G4
F571 G8
F572 G1
F573 G8
F574 G1
F575 G4
F577 G8
F578 G1
F579 H2
F580 G9
F581 G9
F583 G10
F584 G10
F585 G11
F586 G11
F588 G12
F589 G12
F590 H1
F591 G12
F592 G10
F593 G11
F594 G11
F595 G11
F597 G12
F598 H3
F599 H7
F600 H8
F601 H8
H301 G14

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 6 : AUDIO PART (NOT FOR CDR950/951)

GB 39CDR 3rd gen. 7.

1

1

A

A

CONN. 1400
TO I/O BOARD

A1

B

B

C

C

D

D

E

E

G

G

H

H

1400-9

9

1420-1

1

GND_CASE

1400-10

10

1420-2

2

1400-11

11

1420-3

3

GND_CASE

F

F

I I

I

PB CDRW

MAIN-4228-CDR99

3104 123 4228

F712

2446

F716

2448

GND_CASE

F717

2447

-8VA

+5VA

+12VA

-8VA

F704

5446

BLM21

1n

1n

F723

5447

BLM21

1n

1

GNDA

A2

5407

BLM21

5401

BLM21

5404

BLM21

3450

330R

2450

GNDA

2451

GNDA

270p

270p

2422

GNDA

F734

2401

GNDA

2415

GNDA

6400

GNDA

2

2

2

2

LEFT

5

3

GNDA

2

1

GNDA

RIGHT

12

13

GNDA

F729

100n

+5VX

100n

100n

BZX284-C5V6

3886

74HC4053D

Y0

Y1

74HC4053D

Y0

Y1

8

74HC4053D

Y0

Y1

F714

0R

7401-C

Vee8Vss

7

-5VA

7401-B

Vee7Vss

-5VA

7401-A

Vee8Vss

7

-5VA

3447

0R

GNDA

3413

24K

3404

24K

A3

+5VA

3412

3451

+5VA

3403

3452

4

27K

47K

F727

27K

47K

F724

2438

2437

GNDA

GNDA

47u

47u

GNDA

3405

GNDA

3414

27K

27K

345

+5VX

16

Vdd

S

9

Z

E

6

GNDA
+5VX

16

Vdd

S

Z

E

6

GNDA
+5VX

16

Vdd

S

Z

E

6

GNDA

2440

4

47u

F713

3410

INT_COPY_ANA

10K

GNDA

2441

47u

10

15

11

14

A4

-8Vb

+12VA

+12Vb

F750

2433

100n

-5VA

3

4

4

5

5

GNDA

GNDA
GNDA

GNDA

F706

5413

BLM21

2905

560p
2906

560p

A5

7801
bso16e127rs375

F703

1

1

2

2

3

3

4

4

5

5

6

6

7

7

8

8

A6

F735

2434

100n

GNDA

H402

1

2

+12Vf

6

6

+5VX

F701

3402

2404

100n

GNDA

16

16

15

15

14

14

13

13

12

12

11

11

10

10

9

9

F721

-8VA

-8VA

GNDA

6

6

7

IIC_CLK

IIC_DATA

220R

F707

7

7

3408

10K

3415

10K

F728

GNDA

F736

GNDA

1

2

3

2

5

6

2421

2435

+12Ve

H401

5403

BLM21

-8Ve
3409 27K

2465

-8Ve
3416

2464

100n

100n

+12VA

F710

F711

GNDA

5406

BLM21

5414

BLM21

2903

560p
2904

560p

3418 = 100R for CDR-MINI
3433 = 100R for CDR-MINI

83579

8910

L3_CLK

L3_MODE

SYS_CLK_11B

8

4

F700

GNDA

7405-A
LM833D

2405

2402

1n

GNDA

+12Ve

100n

4u7

F709

1

2411

NMUTE

L3_DATA

10

IIS_WS_A1

IIS_DATA_A0

A7

12p

+12Ve

8

4

-8Ve

-8Vf

7405-B
LM833D

27K

12p

A8

4u7

7

F720

2417

+5VX

16

7407-C

Vdd

5

3

12

13

2

1

GNDA

74HC4053D

Y0

Y1

GNDA

74HC4053D

Y0

Y1

Vss

8

74HC4053D

Y0

Y1

9

9

Vee8Vss

7

-5VA

7407-A

Vee

7

-5VA

7407-B

Vee8Vss

7

-5VA

E

6

GNDA

E

6

E

6

+5VX

16

Vdd

GNDAGNDA

+5VX

16

Vdd

GNDA

S

Z

S

Z

S

Z

9

4

11

14

10

15

10K

3432

GNDA GNDA

10

10 111 13

F737

LEFT

F744

RIGHT

F726

A20

8

8

IIS_BCLK_A1

IIS_DATA_A1

3407

100R

3448

0R

3449

0R

GNDA

F738

F742

11

11

{IIS_DATA_A0,IIS_DATA_A1,IIS_WS_A1,IIS_BCLK_A1,SYS_CLK_11B,L3_MODE,L3_CLK,L3_DATA,NMUTE}

D3V3

F715

3441

100R

2414

100n

GNDA

GNDA

7406

UDA1341TS

VADCN5VADCP

VINL26

0dB/6dB
SWITCH

VINL12

0dB/6dB
SWITCH

DATA018

BCK16

DIGITAL

WS17

INTERF

DATA119

DSP FEATURES

QMUTE23

INTERPOLATION FILTER PEAK

VOUTL26 VOUTR 24

DAC

VSSD VSSDAC
11

+12Vf

F730

A19

3420

10K

SEL_HP_OUT

F745

3435

10K

7409-A

3

8

LM833D

2

4

-8Vf
3421

10K

2463 12p

+12Vf

7408-B

8

5

NJM4556AD

6

4

-8Vf

+12Vf

7408-A

8

3

NJM4556AD

2

4

-8Vf

+12Vf

7409-B

5

8

LM833D

6

4

-8Vf
3436

10K

2460

12p

100n

7

25

VDDDAC

PGA

ADC2L

ADC1L

DIGITAL AGC

DIGITAL MIXER

DECIMATION FILTER

NOIS SHAPER

27

GNDA

GNDA

2424

1

47u

F741

3422

GNDA

7

1

7

2430

47u

F748

3429

GNDA

11

12 13

12

F718

3439

F708

4R7

2413

2419

GNDA

ADC2R

VSSAD
1

KILL

47K

ADC1R

100n

VDDAD3VDDD

0dB/6dB

PGA

SWITCH

0dB/6dB
SWITCH

L3-BUS
INTERF

DET

DAC
TEST1 TEST2
20

F719

10K

3892

3418

0R

3419

2K2

10

10K

28

VREF

VINR2 8

VINR1 4

AGCSTAT 22

L3CLOCK 14

L3MODE 13

L3DATA 15

SYSCLK 12

21

3891

BLM21

7412
BC848B

GNDA

100n

9OVERFL

5444

only for CDR-MINI

3423

120R

KILL

KILL

47K

3424

2K2

3428

2K2

KILL

3434

2K2

3427

120R

3433

0R

GNDA

GNDA

BC848B
7410

BC848B
7411

5445

BLM21

7413
BC848B

GNDA

only for CDR-MINI

12 133

12

13

GNDA

F732

GNDA

GNDA

2407

2442

F740

2425

2431

F743

GNDA

2444

F733

GNDA

F753

2443

D3V3

F731

F739

{IIC_CLK,IIC_DATA}

100u

2406

GNDA

1420-5

KILL

2n2

GND_CASE

A21

1n

GNDA

1410-1

A26

270p

1410-2

GNDA

1410-3

270p

1420-4

2n2

2445

GND_CASE

1n

14

14

I2C BUS

D3V3

4R7

3411

F702

100u

100n

2409

GNDA GNDA

CONN. 1400
TO I/O BOARD

5

1400-8

8

1400-14

14

1400-13

13

CONN. 1410
TO HEADPHONE
BOARD

PH-B

1

PH-B2

PH-B3

A25

4

1400-12

12

A22

CL06532018_081.eps

14

14

2408

010300

7407-A G9

1400-10 C1

1400-10 C1
1400-11 D1

1400-11 D1
1400-12 I14

1400-12 I14
1400-13 F14

1400-13 F14
1400-14 E14

1400-14 E14
1400-8 E14

1400-8 E14
1400-9 B1

1400-9 B1

A

A

1410-1 G14

1410-1 G14
1410-2 G14

1410-2 G14
1410-3 H14

1410-3 H14
1420-1 B1

1420-1 B1
1420-2 C1

1420-2 C1
1420-3 D1

1420-3 D1
1420-4 H14

1420-4 H14
1420-5 E14

1420-5 E14
2401 F2

2401 F2
2402 A8

2402 A8
2404 B6

2404 B6
2405 B8

2405 B8
2406 A13

2406 A13

B

B

2407 A13

2407 A13
2408 A14

2408 A14
2409 A14

2409 A14
2411 C8

2411 C8
2413 A12

2413 A12
2414 A11

2414 A11
2415 G2

2415 G2
2417 D8

2417 D8
2419 A12

2419 A12
2421 F7

2421 F7
2422 F2

2422 F2
2424 E12

2424 E12
2425 G13

2425 G13

C

C

2430 I12

2430 I12
2431 H13

2431 H13
2433 H3

2433 H3
2434 F6

2434 F6
2435 F7

2435 F7
2437 B4

2437 B4
2438 D4

2438 D4
2440 B3

2440 B3
2441 D3

2441 D3
2442 F13

2442 F13
2443 I13

2443 I13
2444 E13

2444 E13
2445 I13

2445 I13

D

D

2446 C1

2446 C1
2447 E1

2447 E1
2448 D1

2448 D1
2450 B2

2450 B2
2451 D2

2451 D2
2460 I11

2460 I11
2463 F11

2463 F11
2464 D8

2464 D8
2465 C8

2465 C8
2903 G7

2903 G7
2904 H7

2904 H7
2905 G5

2905 G5
2906 H5

2906 H5

E

E

3402 A6

3402 A6
3403 A4

3403 A4
3404 B4

3404 B4
3405 B5

3405 B5
3407 B10

3407 B10
3408 C7

3408 C7
3409 C8

3409 C8
3410 C3

3410 C3
3411 A14

3411 A14
3412 C4

3412 C4
3413 D4

3413 D4
3414 D4

3414 D4

F

F

3415 D7

3415 D7
3416 D8

3416 D8
3418 E12

3418 E12
3419 F12

3419 F12
3420 F11

3420 F11
3421 F11

3421 F11
3422 F12

3422 F12
3423 G12

3423 G12
3424 G12

3424 G12
3427 H12

3427 H12
3428 H12

3428 H12
3429 I12

3429 I12
3432 I10

3432 I10

G

G

3433 I12

3433 I12
3434 I12

3434 I12
3435 I11

3435 I11
3436 I11

3436 I11
3439 A12

3439 A12
3441 A12

3441 A12
3447 E3

3447 E3
3448 F10

3448 F10
3449 H10

3449 H10
3450 H2

3450 H2
3451 D4

3451 D4
3452 B4

3452 B4
3886 A2

3886 A2

H

H

3891 D12

3891 D12
3892 D12

3892 D12
5401 F2

5401 F2
5403 B7

5403 B7
5404 G2

5404 G2
5406 E7

5406 E7
5407 E2

5407 E2
5413 F5

5413 F5
5414 F7

5414 F7
5444 E13

5444 E13
5445 H13

5445 H13
5446 B1

5446 B1
5447 D1

5447 D1
6400 H2

6400 H2
7401-A D3

7401-A D3

I

7401-B C3

7401-B C3
7401-C B3

7401-C B3
7405-A B8

7405-A B8
7405-B D8

7405-B D8
7406 A11

7406 A11

7407-A G9
7407-B I9

7407-B I9
7407-C F9

7407-C F9
7408-A H11

7408-A H11
7408-B F11

7408-B F11
7409-A E11

7409-A E11
7409-B I11

7409-B I11
7410 G13

7410 G13
7411 H13

7411 H13
7412 F13

7412 F13
7413 I13

7413 I13
7801 B6

7801 B6
F700 B8

F700 B8
F701 A6

F701 A6
F702 A14

F702 A14
F703 B6

F703 B6
F704 B1

F704 B1
F706 C5

F706 C5
F707 H7

F707 H7
F708 A13

F708 A13
F709 B8

F709 B8
F710 B7

F710 B7
F711 C7

F711 C7
F712 B1

F712 B1
F713 C3

F713 C3
F714 G2

F714 G2
F715 A11

F715 A11
F716 C1

F716 C1
F717 D1

F717 D1
F718 A12

F718 A12
F719 D12

F719 D12
F720 D8

F720 D8
F721 D6

F721 D6
F723 D1

F723 D1
F724 B4

F724 B4
F726 I9

F726 I9
F727 D4

F727 D4
F728 E7

F728 E7
F729 E2

F729 E2
F730 E11

F730 E11
F731 E13

F731 E13
F732 E13

F732 E13
F733 H13

F733 H13
F734 F2

F734 F2
F735 F6

F735 F6
F736 F7

F736 F7
F737 F9

F737 F9
F738 F10

F738 F10
F739 H13

F739 H13
F740 G13

F740 G13
F741 F12

F741 F12
F742 G10

F742 G10
F743 I13

F743 I13
F744 G9

F744 G9
F745 H11

F745 H11
F748 I12

F748 I12
F750 H3

F750 H3
F753 I13

F753 I13
H401 G7

H401 G7
H402 G6

H402 G6

Electrical diagrams and PWB’s

I
H
I
G

A

E
F
E

B
C
C

H

H

A
A
B

F
F

D

I

D
D
D
D

E
E
E

E
E
F
F

B

D
E

B

F

C
H
C
C
D

F
E

F
H

B
C

CDR MAIN BOARD - CIRCUIT DIAGRAM 7 : POWER PART TESTPOINTS

GB 40CDR 3rd gen. 7.

1

A

B

C

TO DISPLAY BOARD

1500

D

FROM
PSU

E

EH-B

F

G

H

I

{POWER_UP,KILL_OUT}

F815

1

F816

2

F817

3

F820

4

5

6

7

8

9

10

F828

11

2501

GND_CASE

F822

2n2

2500

GND_CASE

BLM21

2n2

VDC2

VFTD

VDC1

5501

F823

F827

2577

5500

5502

BLM21

5503

BLM21

2n2

2502

GND_CASE

BLM21

100n

2572

5709

5543

P12VKILL

2571

100n

F831

-8VA

100n

5544

POWER_UP

POWER_UP

F844

+5VA

3544

47K

F830

5V

F812

5.2V

2552

1n

12VPWR

3

2

1542

1543

5541

BLM21

5542

BLM21

10K

1A

MP

1A

MP

F838

8

4

3556

3545

6R8

4

14

0.7V

F845

3557

12VCP

7521-A
MC34072

1
F836

5V

2536

2543

3538

100K

100n

100n

10K

1541

11.8V

2551

22u

3546

100R

7535
LD1117

IN3OUT

GND

2544

F814

3539

1A

MP

7528
BC847B

5556

BLM21

1

47u

0.7V

100K

2541

3555

3552

47K

3547

15K

1K2

100n

F846

2

3554

5

2568

2535

7524
BC847B

10K

F842

11V

12VCP

F813

2548

+5VA

100u

2537

100n

BCP69
7527

7526
BC847B

F491

7522
BC857B

5V

100u

47u

F800

F802

F805

3537

5.2V

3548
47K

F835

3551
3K3

10K

5555

BLM21

3553

100R

3570

3532

5K6

100R

220u

2505

10u

F801

0.7V

F811

F826

2558

100u

F819

12

11.8V

3531

11

BC857B
7560

5K6

2506
33n

F809

3559

FS30V

5K6

7563
BC847B

12

2555

13 14

3533

100K

F803

11.8V

5K6

3562

F808

7562
BC847B

7556
MC79L05ABD

2

10n

100n

3

6

7

2556

OUT

IN

NC

GND

5

BC857B
7561

F804

-8V during
normal

3560

100K

operation

-8VA

KILL_OUT

13

A-8V

F829

1

4

8

MAIN-4228-CDR99

3104 123 4228

L-5V

2557

100n

PB CDRW

CL06532018_082.eps

14

KILL

010300

1500 D1
1541 D4
1542 A4
1543 B4
2500 E2
2501 F1
2502 F2
2504 A11
2505 H12
2506 H12

A

B

C

D

E

F

G

H

I

2507 H9
2508 I8
2509 I8
2535 B5
2536 B4
2537 B5
2541 D5
2543 B4
2544 B4
2546 C7
2547 F6
2548 D5
2550 H8
2551 G4
2552 H3
2553 H8
2555 F12
2556 G13
2557 F14
2558 F12
2561 F11
2562 H8
2563 H8
2565 D6
2568 A5
2571 D3
2572 E2
2574 E8
2575 E9
2577 F2
3531 C12
3532 C12
3533 A13
3536 C6
3537 C6
3538 C4
3539 D5
3540 E10
3541 F6
3542 E6
3544 F3
3545 G4
3546 G4
3547 H5
3548 H6
3549 I7
3550 H10
3551 I6
3552 F5
3553 I6
3554 E5
3555 E5
3556 E4
3557 F4
3559 B12
3560 B14
3562 B13
3566 E10
3567 E11
3570 A12
5500 D2
5501 E2
5502 E2
5503 E2
5541 D4
5542 D4
5543 B3
5544 B3
5546 C7
5551 F11
5554 H10
5555 D6
5556 A5
5709 F2
6500 G11
6501 G9
6502 I11
6553 A11
6554 H9
7520 C6
7521-A G4
7521-B I6
7522 H5
7523 C6
7524 C5
7525 E11
7526 G5
7527 E5
7528 F4
7529 I8
7535 A4
7548 I8
7549 F11
7556 F13
7558 E8
7560 B12
7561 B14
7562 C13
7563 C12
F491 G5
F492 H8
F493 I7
F494 I8
F495 I9
F496 H8
F497 H10
F498 H10

F499
F800
F801
F802
F803
F804
F805
F806
F807
F808
F809
F810
F811
F812
F813
F814
F815
F816
F817
F818
F819
F820
F821
F822
F823
F824
F825
F826
F827
F828
F829
F830
F831
F832
F834
F835
F836
F837
F838
F839
F840
F841
F842
F843
F844
F845
F846

6

723

8

91011

1

+5VA

P12VKILL

6553

BAS216

2

D3V3

2504

3

47u

D5V

D5VS

L5V

4

5

F810

3536

7523
BC847B

P12V

100K

7520

STD17N05

1

F806

2

3

5546

BLM21

F807

2546

6

F821

+12VA

100n

2565

GNDA

F839

7

P12V

8

3542

12R
3541

12R

F840

2547

F843

47u

12VPWR

L12V

7558

L78M09

IN OUT

GND

2574

100n

F841

2575

9

+9SRVPWR

220u

3566

100K

-8VA

10

6501

23.2V

10V

F496

2508

100n
2509

100n

100n
2553

4.6V

2563

100n

F492

6554
BAV99

F495

17.8V

2562

100n
2550

100n

12VCP

12VCP

7548

F493

BC847B

F494

7529
BC857B

7521-B

5

8

MC34072

6

4

4.6V

7

F834

3549

100R

F837

4.5V

BAV99

27.5V

F499

2507

10u

5554

47u

F498

3550

100R

F818

12VPWR

3540
10K

F497

27.4V

7525
BC857B

F832

3567

22K

F825

F824

P12V

7549
BC847B

2561
100n

6502
BZX284-C22

5551

BLM21

6500

BAV70W

5.2V

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 8 : TEST & CONNECTOR PART

123456789

A

CONN. 1820
TO I/O BOARD CDR950/951

1820

1

2

3904

100R

3900 0R

0R3901

D5V

3902

0R

100R

3905

IIS_DATA_CD

SEL_HP_OUT

IIS_WS_A0

IIS_BCLK_A0

IIS_DATA_A0

IIS_WS_A1

IIS_BCLK_A1

IIS_DATA_A1

SYS_RESET

DSA_DATA_CD

NMUTE

L3_MODE

KILL

PROF_EBU

INT_COPY_ANA

EXT_DIG_IN

DIG_IN2

DIG_OUT_C

EXT_OPT_IN

PH-B

1818

HDCD

LEVEL_A0

LEVEL_A1

LEVEL_A2

1

RXD_TOOL

2

TXD_TOOL

3

4

5

6

7

D5V

TRACE99_RxD

TRACE99_TxD

TERMB

B

C

D

E

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

DSA_COPY

19

20

21

22

23

24

25

26

27

28

29

30

F

GB 41CDR 3rd gen. 7.

{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_11B,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}

{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}

{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}

1830-1

DSA_DATA_CDR

1

DSA_ACK_CDR

2

DSA_STR_CDR

3

4

1812-1

52207

1819

PH-B

1

CDR60CL1

2

CDR60CFLG
CDR60MEAS1

3

4

5

MERR

6

MERRIN

7

HALL_U

8

HALL_V

9

HALL_W

10

11

1

2

3

4

5

6

7

8

9

SGND

PCSSIN

PCSCOS

D3V3 D3V3 D3V3

4K7

3907

4K7

3908

WRITE_TOGGLE

4K7

3909

BKPT

DSCLK

DSI

TDSO

TCK

CLK_OUT

RESET_MIN

2600

10n

GND_CASE

2603

10n

GND_CASE

2605

10n

GND_CASE

2606

10n

GND_CASE

{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}

{REFSIN,REFCOS,PCSSIN,PCSCOS}

2601

10n

GND_CASE

1831

GND_CASE

2604

10n

GND_CASE

A

B

C

D

E

F

1812-1 C4
1818 E3
1819 E4
1820 A1
1830-1 A4
1831 B7
2600 B6
2601 A8
2603 B6
2604 C8
2605 C6
2606 C6
3900 B1
3901 B1
3902 D1
3904 C1
3905 E1
3907 E5
3908 E5
3909 E5

TERMB

{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}

CLK_OUT

1

23456789

PB CDRW

MAIN-4228-CDR99

3104 123 4228

CL06532018_041.eps

290200

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 9 : DASP MASTER PROCESSOR TESTPOINTS

GB 42CDR 3rd gen. 7.

A

B

C

D

E

F

G

H

I

MAIN-4228-CDR99

1

{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}

A(1:20)

{IIC_CLK,IIC_DATA}

STANDBY

{RCK,SFSY,SUB}

{POWER_UP,KILL_OUT}

I2C BUS

D5V

D3V3

RCK

SFSY

SUB

TCK

TDSO

BKPT

DSI

DSCLK

D3V3

DSA_ACK_CDR

SYS_RESET

SEL_HP_OUT

INT_COPY_ANA

F_RW

RAS0

CAS0

CAS1

DRAW_RW

234

RESET_MIN

7710
MC33464N

1

RESET_

2

IN

NC

GND

3

1

RESET_

2

IN

GND

3

D3V3 D3V3 D3V3

4K7

4K7

3760

3761

3906 4K7

4K7

3769

F933

F935

F937

4

NC

4

3762

7704
MC33464N

F977

150p

2718

6701

BB132
270K

3744

3727

1M

CX-11F

33M8688

1707

F757

2714

6702

BB132

33n

3811

10K

CLK_SYS

3731

2719

7705-B

MC34072

7

4R7

150p

3745270K

3750

6K8

{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_IIW,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}

{IIC_CLK,IIC_DATA}

D(16:31)

{DOBM_CDR,BCLK,WCLK,DATA1,DATA0}

I2C BUS

1234567

PB CDRW

3104 123 4228

D3V3

3764

3765

D3V3

F939

F941

3705

5

5

4K7

F756

+12VX

8

4

3720

3721

4K7

0R

10K

3707

3756

3710

D3V3

3766

F919

F923

F924

F925

F926

3763

3729

100R

F940

F976

F978

F979

0R

100R

100R

10K

F915

F916

100R

100R

5

6

D3V3a

4K7

3746 15K

D3V3

7701
DASP

3810

100

105

106

103

101

102

4K7

3767

3837

10K

3838

10K

84

RSTI

61

TEST1

62

TEST2

64

TEST3

80

RCK|GPIO13

81

SFSY|GPIO14

83

SUBR|GPIO15

94

TCK

TDSO

95

TMS|BKPT

96

97

TDI|DSI

99

TRST|DSCLK

HIZ

GPIO16|TT0

GPIO17|TT1

ATM

GPIO8|SIZ0

59

GPIO7|SIZ1

58

R|W

TS_

RAS0

22

RAS1

23

CAS0

25

CAS1

26

DRAMW

20

CRIN

87

88

CROUT

XTRIM

85

56

CRSEL

2713

5K6

CL1168CL16

69

47R

3732

10n

SYS_CLK_IIW

DSA_ACK_CD

F990

131

130

RTS2|RST0

CTS2|GPIO28

GPIO22|CLKOUT

121

47R

3771

3894-D

F951

CLK_OUT

SYS_CLK_16W

TXD_TOOL

RXD_TOOL

F909

F910

128

129

RXD2|GPI27

TXD2|GPO27

TIN2|GPIO29

132

D3V3

D3V3

100R

4K7

3768

3910 4K7

DSA_STR_CDR

STANDBY

DSA_DATA_CDR

F963

F905

3813

100R

127

125

RTS1|GPIO26

CTS1|GPIO25

R1

R6

TIN1|GPIO4

TOUT2|GPIO30

53

134

IIS1_MS

DEEMP

TRACE99_TxD

TRACE99_RxD

F965

F964

F992

F991

123

124

RXD1|GPI24

TXD1|GPO24

TOUT1|GPIO3

SDA

52

135

3735

47R

F953

IIC_DATA

L3_MODE

567

HDCD

KILL_OUT

F_READY

116

PP0|DDATA0

SCL

EBUIN179EBUIN249EBUIN351EBUIN4|GPIO21

136

IIC_CLK

DIG_IN2

DOBM_CDR

LEVEL_A0

KEY_PRESSED

117

118

120

107

113

PP5|PST1

PP4|PST0

PP1|DDATA1

PP2|DDATA2

PP3|DDATA3

EBUOUT147EBUOUT2|GPIO2

48

PROF_EBU

EXT_DIG_IN

EXT_OPT_IN

DIG_OUT_C

8

{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}

{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}

D3V3

5701

BLM21

F903

1u

47u

2750

2703

2760

9

86

89

90

PLLGND

47R

3894-B

F983

F974

VDD1

OSCVDD

OSCGND

SDATAO2

SCLK3|GPIO18

LRCK266LRCK3|GPIO19

67

108

109

47R

3894-C

F984

F955

IIS_DATA_A0

IIS_WS_A0

IIS_BCLK_CD

IIS_WS_CD

3

GND1

SDATA3|GPIO20

110

47R

3814

F985

F956

IIS_DATA_CD

LEVEL_A1

LEVEL_A2

114

PP6|PST2

111

3903

DOBM_CD

DSA_DATA_CD

115

PP7|PST3

A13

SCLK1

LRCK1

74

76

47R

47R

3898-B

3898-A

0R

BCLK

WCLK

F759

92

NC

SDATAO1

SDATAI1

78

77

47R

3898-C

F954

DATA0

D3V3

5710

93

A12

DATA1

47u

PLLVDD

SCLK2

65

47R

3894-A

F975

F982

IIS_BCLK_A0

{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}

3752

3755

F758

+12VX

2717

2761

1u

100n

63

47R

47R

POWER 7705

33n

2762

GND775GND891GND9

D9

32

30

47R

47R

+12VA

150R

150R

10n

100n

2751

D3V3a

100n

2704

100n

2706

100n

2716

2752

100n

15

VDD221VDD333VDD444VDD557VDD670VDD782VDD898VDD9

GND2

GND327GND438GND550GND6

SCLK4|GPIO10

SDATAI4|GPIO12

LRCK4|GPIO11

D045D1

D2

D3

D4

71

73

47R

42

47R

72

47R

40

47R3825-B

37

47R

D541D643D746D8

39

47R

47R

3743

3824-B

3824-A

F986

F957

3825-A

3825-D

3825-C

27

36

45

18

3824-D

3824-C

36

27

45

18

3823-D

3823-C

45

36

F973

IIS_DATA_A1

IIS_BCLK_A1

IIS_WS_A1

D(16)

A11

D(17)

D(18)

D(19)

A10

D(20)

D(21)

A9

D(22)

D(23)

D(24)

910

5714

D5V V7706

2764

100n

2763

112

104

D1035D1136D1234D13

47R

47R

3823-A

3823-B

18

27

D(25)

D(27)

D(26)

BLM21

5715

D3V3

BLM21

33n

33n

2765

126

140

119

VDD10

VDD11

GND10

A0|GPIO31

A26|CS6|WE1|GPIO1

A27|CS7|WE0|GPIO0

CS1|GPIO9

GPIO5|CS2

GPIO6|CS3

GPIO23

D14

D15

31

29

28

47R

47R

47R

47R

3822-B

3822-A

3822-D

3822-C

18

27

36

45

D(28)

D(29)

D(30)

2766

CS0_

D(31)

10K

33n

133

GND11

137

A1

138

A2

139

A3

141

A4

142

A5

143

A6

144

A7

1

A8

2

A9

4

A10

5

A11

6

A12

7

A13

8

A14

10

A15

11

A16

12

A17

13

A18

14

A19

16

A20

17

19

18

24

60

54

55

122

D3V3

SYS_CLK_16W

R8

D3V3D3V3

10K

3718

F967

F966

10K

10K

3723

3897-D

45

3897-C

36

3897-B

27

3897-A

18

3818-D

45

3818-C

36

3818-A

18

3818-B

27

3819-D

45

3819-C

36

27

3819-A

1

3820-D

45

3820-C

36

3820-B

27

3820-A

18

4

3821-C

36

3821-B

27

3821-A

18

3725 100R

3728

10K

3716

7706-A
74LV74D

0R

3704

3812

470R

DISPL_INT

100R

3717

3722

D3V3

F968

10K

4

3

2

V7706

10

11

12

10K

8

5

F969

3719

DEEMP

3724

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R3819-B

47R

47R

47R

47R

47R

47R3821-D

47R

47R

47R

CSFLASH

F970

F971

8 9 10 11

ATT

MUTE

A(1)

A(2)

A(3)

A(4)

A(5)

A(6)

A(7)

A(8)

A(9)

A(10)

A(11)

A(12)

A(13)

A(14)

A(15)

A(16)

A(17)

A(18)

A(19)

A(20)

MUTE

ATT

BE_RESET

V7706

14

7

7706-B
74LV74D

14

7

2712

33n

5

61

9

813

RESET_MIN

DSA_STR_CD

IIC_DATA

IIC_CLK

D3V3

3726

NMUTE

L3_CLK

L3_DATA

SYS_CLK_BE

SYS_CLK_8W

KEY_PRESSED

F972

3816

470R

11

10K

100R

100R

3826

3815

EXT_DIG_IN

DIG_OUT_C

EXT_DIG_IN

EXT_OPT_IN

F918

3734

100R

F917

47p

2724

2K7

D5V

DISPL_INT

D5V

VDC2

VFTD

VDC1

SYS_RESET

DSA_DATA_CD

DSA_STR_CD

DSA_ACK_CD

R9

IIS_DATA_CD

IIS_WS_CD

IIS_BCLK_CD

DOBM_CD

SYS_RESET

KILL

SYS_CLK_8W

3701 100R

F913

5704

BLM21

F921

GND_CASE

3713
47R

3712

3757

47R

3753

5707

BLM21

D5V

3711

2725 100n

F961

12

2721

3706

3709

2771

F920

2708

2K7

F927

F928

F929

100n2726

3830 47R

47p2731

3770

4K7

4K7

12

F_READY

F901

47p

47R

3708

47R

10K

5705

BLM21

47p

F922

3714

47p

3715

100n2727

47R3835

7707
BC848B

5702

BLM21

GND_CASE

5703

BLM21

GND_CASE

A24

2722

2772

GND_CASE

47R

47R

2709

2728 100n

47p

2733

3828

47R

F944

47p

47p

2735

2734

3834 47R

D5V

F962

47p

47p

47p

+12VA

47R3833

47R3836

3751 4K7

F900

2767

F931

2769

GND_CASE

2707

47p

F932

5706

BLM21

2774

GND_CASE

3758 100R

560p2901

2902 560p

3829

47R

3832

D5V

47R

100n

2736

F949

F952

47p

2738

F958

LEFT

RIGHT

47p

2741

47p47p

D5V

2n2

2739

2742

F930

F914

F912

F907

1705

2773

2737

47p

47p

13

2768

100n

2770

100n

A23

2723

F936

F960

2n2

GND_CASE

R3

F906

F943F942

47R3831

F945

F946

100n

F948

47p

2740

F959

47p

2743

13

1701-1

1701-2

1702
EH-B

100n

GND_CASE

GND_CASE

F938

CLK_OUT

1

2

3

4

5

6

1400-1

1

1400-2

2

1400-3

3

1400-4

4

1400-5

5

1400-6

6

1400-7

7

1

2

3

4

5

6

7

F934-5

5

F934-6

6

F934-7

7

F934-8

8

F934-10

10

F934-9

9

F934-1

1

F934-2

2

F934-3

3

F934-4

4

1

2

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23 24

1704

H700

1708

1

2

A

B

CONN. 1400
TO
I/O BOARD
NOT FOR
CDR950/951

C

D

E

CONN. F934
TO DISPLAY
BOARD

F

CONN. 1708
TO CD MAIN
BOARD
CDR775/776

G

H

R4

I

CL06532018_084.eps

1400-1 B13
1400-2 B13
1400-3 B13
1400-4 B13
1400-5 C13
1400-6 C13
1400-7 C13
1701-1 A13
1701-2 A13
1702 A13
1704 C13
1707 G1
1708 F13
2703 B6
2704 B7
2706 B7
2707 C13
2708 D12
2709 F12
2712 G11
2713 H3
2714 H1
2716 A8
2717 A8
2718 G1
2719 G2
2721 A12
2722 C12
2723 C13
2724 D11
2725 F12
2726 F12
2727 F12
2728 F12
2731 H12
2733 F12
2734 G12
2735 G12
2736 H13
2737 H13
2738 H13
2739 H13
2740 H13
2741 I13
2742 I13
2743 I13
2750 B6
2751 B7
2752 B8
2760 B7
2761 B8
2762 B8
2763 B9
2764 B9
2765 B9
2766 B9
2767 A13
2768 A13
2769 B13
2770 B13
2771 C12
2772 C12
2773 D13
2774 D13
2901 F13
2902 F13
3701 A12
3704 I10
3705 B2
3706 B12
3707 C2
3708 C12
3709 C12
3710 D2
3711 E12
3712 D12
3713 D12
3714 D12
3715 E12
3716 G10
3717 B10
3718 B10
3719 B10
3720 E2
3721 E2
3722 C10
3723 C10
3724 C10
3725 G10
3726 F11
3727 G1
3728 G10
3729 E2
3731 G2
3732 H3
3734 C11
3735 H4
3743 H7
3744 H1
3745 H2
3746 H3
3750 I2
3751 H13
3752 A7
3753 I12
3755 A7
3756 D2
3757 H12
3758 F13
3760 C2
3761 C2
3762 C2
3763 E2
3764 G2
3765 H2
3766 C2

010300

3767 B3
3768 H3
3769 E2
3770 I12
3771 H3
3810 I3
3811 H2
3812 I10
3813 B4
3814 H7
3815 H11
3816 I11
3818-A D10
3818-B D10
3818-C D10
3818-D D10
3819-A E10
3819-B E10
3819-C D10
3819-D D10
3820-A E10
3820-B E10
3820-C E10
3820-D E10
3821-A F10
3821-B F10
3821-C F10
3821-D E10
3822-A H9
3822-B H9
3822-C H9
3822-D H9
3823-A H9
3823-B H9
3823-C H8
3823-D H8
3824-A H8
3824-B H8
3824-C H8
3824-D H8
3825-A H8
3825-B H7
3825-C H7
3825-D H7
3826 G11
3828 G12
3829 G13
3830 G12
3831 G13
3832 G13
3833 H12
3834 H12
3835 G12
3836 H12
3837 B3
3838 B3
3894-A H6
3894-B H6
3894-C H6
3894-D H3
3897-A D10
3897-B C10
3897-C C10
3897-D C10
3898-A H5
3898-B H5
3898-C H6
3903 H5
3906 D2
3910 H4
5701 B6
5702 A12
5703 B12
5704 C12
5705 C12
5706 D13
5707 D12
5710 B6
5714 A9
5715 A9
6701 H1
6702 H2
7701 C3
7704 B2
7705-B H2
7706-A H10
7706-B H10
7707 I12
7710 B2
F934-1 E13
F934-10 E13
F934-2 E13
F934-3 F13
F934-4 F13
F934-5 D13
F934-6 E13
F934-7 E13
F934-8 E13
F934-9 E13
H700 F13

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 10 : DASP FLASH & DRAM TESTPOINTS

GB 43CDR 3rd gen. 7.

12

34

A

567891011

{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}

B

D3V3

BLM21

5713

7702
GM71C18163CJ-6

17

A(10)

C

D

A(11)

A(12)

A(13)

A(14)

A(15)

A(16)

A(17)

A(18)

A(20)

E

A0

18

A1

19

A2

20

A3

23

A4

24

A5

25

A6

26

A7

27

A8

28

A9

16

A10

15

A11

11

NC1

12

NC2

32

NC3

F

G

H

VCC11VCC26VCC3

UCAS_

VSS122VSS237VSS3

42

F754

21

I|O0

I|O1

I|O2

I|O3

I|O4

I|O5

I|O6

I|O7

I|O8

I|O9

I|O10

I|O11

I|O12

I|O13

I|O14

I|O15

RAS_

LCAS_

WE_

OE_

2701

2702

100n

2715

100n

2700

D(16)

D(17)

D(18)

D(19)

D(20)

D(21)

D(22)

D(23)

D(24)

D(25)

D(26)

D(27)

D(28)

D(29)

D(30)

D(31)

RAS0

CAS1

CAS0

DRAW_RW

CSFLASH

RESET_MIN

F_RW

D3V3

1K

V7708

3754

F902

3759

D3V3

BLM21

100n

F904

1K

5716

2705

7708-B

74HC00D

7708-D

74HC00D

A(1)

A(2)

A(3)

A(4)

A(5)

A(6)

A(7)

A(8)

A(9)

A(10)

A(11)

A(12)

A(13)

A(14)

A(15)

A(16)

A(17)

A(18)

A(19)

A(20)

F980

F981

D3V3

V7708

V7708

14

4

5

7

V7708

14

12

13

7

7708-A

74HC00D

6

11

14

1

3

2

7

SYS_CLK_IIW

100u

2

3

4

5

7

8

9

10

33

34

35

36

38

39

40

41

14

31

30

13

29

100n

D3V3

5712

BLM21

7703
Am29LV160BB

25

A0

24

A1

23

A2

22

A3

21

A4

20

A5

19

A6

18

A7

8

A8

7

A9

6

A10

5

A11

4

A12

3

A13

2

A14

1

A15

48

A16

17

A17

16

A18

9

A19

26

CE_

28

OE_

11

WE_

12

RESET_

47

BYTE_

VSS146VSS2

2720

1n

37

VCC

DQ15|A-1

RY|BY_

27

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

DQ7

DQ8

DQ9

DQ10

DQ11

DQ12

DQ13

DQ14

NC2

NC3

NC4

F755

2710

29

31

33

35

38

40

42

44

30

32

34

36

39

41

43

45

F947

15

10

13

14

7708-C

74HC00D

2711

100n

100u

D(16)

D(17)

D(18)

D(19)

D(20)

D(21)

D(22)

D(23)

D(24)

D(25)

D(26)

D(27)

D(28)

D(29)

D(30)

D(31)

3817

F_READY

1K

+12VX

7705-A

3

8

MC34072

2

1

4

R7

V7708

14

9

8

10

7

3780

100K

F950

12 13

D(16:31)

A(1:20)

3898-D

47R

7999
BC848B

SYS_CLK_11B

3999

0R

2700 B5
2701 B5
2702 B5
2705 G7
2710 B10
2711 B10
2715 B5
2720 H9

A

B

3754 H7
3759 I7
3780 I10
3817 E10
3898-D F12
3999 G12
5712 B9
5713 B4
5716 G7
7702 C3
7703 C9
7705-A G11
7708-A G8
7708-B G7
7708-C H10
7708-D H7
7999 G12
F754 B4
F755 B10
F902 H7
F904 H7
F947 E10
F950 H11
F980 F9
F981 F9

C

D

E

F

G

H

I

PB CDRW

MAIN-4228-CDR99

3104 123 4228

123

45

678

91011

WRITE_TOGGLE

12 13

CL06532018_085.eps

010300

I

Electrical diagrams and PWB’s

CDR MAIN BOARD - TOP VIEW

GB 44CDR 3rd gen. 7.

CL06532018_044.eps

290200

Electrical diagrams and PWB’s

CDR MAIN BOARD - BOTTOM VIEW

GB 45CDR 3rd gen. 7.

CL06532018_045.eps

030300

Electrical diagrams and PWB’s

CDR-Mainboard Version 4228.7

CDR MAIN BOARD - CIRCUIT DIAGRAM 1 : AEGER, EFMTIM, FORWARD SENSE CIRCUIT TESTPOINTS

GB 46CDR 3rd gen. 7.

A

B

S17

C

S18

S15

D

E

F

G

H

I

1234567891011121314

ACTUATOR BUS

TO
CDM3800

S14

F150

RAD+

F155

30

FOC+

F159

29

FOC-

F162

28

RAD-

1000

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

PDGND

HFGND

F208

F211

F223

F228

F235

F240

F246

DIO12V

F166

3104 123 4228.7

12345

F171

F175

33n2001

FS30V

3006

0R

3000

PDGND

*

1%

1K2

3002

PDGND

CDRW

RECORDING

WPONRC

EPONRC

I2CBUS

F147

FSA

L12V

100R

100n

2011

L5V

A1LF

A2LF

B1LF

3001 2R2

B2LF

C1LF

100n

2002

C2LF

C3LF

CAHF

C4LF

C2LF

A1LF

B1LF

C3LF

C4LF

B2LF

A2LF

C1LF

FSA

{C2LF,A1LF,B1LF,C3LF,C4LF,B2LF,A2LF,C1LF,FSA,CAHF}

IE

IR

IW

WPONRC

S2V9

I2CSDA

I2CSCL

F152

F157

F161

F165

F169

F172

F176

F177

L-5V

100n 2012

3014

1%

CALF

A1

A2

2020

15n

1K5

202210n

L-5V

F145

F182

SGND

F196

F202

F204

F207

F209

11

4

8

5

9

10

3

6

7

2

1

12

13

44

43

42

39

41

40

10n

2021

OPTION 27

OPTION 28

7010

TZA1020

CAGAIN

SA1

SA2

SB1

SB2

C1

C2

C3

C4

RREF

UOUT

SDA

SCL

CALF

A1

A2

CALPF

HCA2

HCA1

GNDD

17

3004

120R

3003

120R

SGND

DIODE
INPUT

STAGE 1

DIODE
INPUT

STAGE 2

GAP
REF.

2

C

I

INTERFACE

BETA

DETECTOR

2007

15p

200815p

2016

100n

100n

28

VDD116VDD2

ERON

AMON

FEN

35

2010

150p
3010

680R
3107

0R

2009

150p
3009

680R
3106

0R

2015

LPF

NORMALIZER

REN

36

F231

F232

REN

FEN

37

2014

100n

TLN

F233

L-5V

18

VSS2

TLN

SGND

XDN

34

F227

56K

3102

L-5VL5VL5V

2013

100n

30

VSS1

ALFA

DETECTOR

BALANCE

IV

IV

MIRN

38

XDN

F234

MIRN

EPON

WPON

WPONO

EPONO

ASTROBE

AINTON

MEAS1

MEAS2

GND

29

SGND

DALPHA

ERON

AMON

ALS

AINT

DALFA

AZIN

PPN

CWBL

CAHF

L5V

BF824
7120

1K

3053

FSCLR

8K2

3052

F133

BF824

7119

7126-C

74HC4066D

89

6

F143

150p

15K

100n

RECORDING

F149

F153

F158

3065

F174

L5V

10K

3103

10K

3104

3105

1K8

L5V

4

ERON

ASTROBE

AINTON

39K

2018
68p

F170

SGND

15

14

19

21

20

22

2042

24

F167

25

3015

26

2019

27

F178

32

F181

33

F193

RE

31

F194

23

7050-C

TL084CDT

8

11

L-5V

F215

10K

3130

20K

2027

2060

3054

2n7

2026

ALS

L-5V

11 10

12

SGND

RDGAIN1

RDGAIN2

{FSRS,FSWS,ALS,AINTON,ASTROBE,ERON,RDGAIN1,RDGAIN2,FSCLR,RDGAIN3,FSOF,FSON}

ALPHA0

150K

L5V

RDGAIN3

RE

3012

10

9

10K

3131

1n2030

3n3

2n7

SGND

WOBBLE

DP4

BIASC

IR

WOBBLE

ERASEC

L5V

14

7

7126-D

L5V

74HC4066D

14

7

D5VS

E5V

F138

100p

2028

5008

BLM21

1%

PWRITE

PERASE

L5V

1K

2029

F146

100p

910K 3036

1%

E5V

2059

100n

3049

3051

FSONFSOF

8K2

L5V

7050-A

3

4

TL084CDT

2

11

L-5V

L5V

7050-B

5

4

TL084CDT

6

11

L-5V

E5V

F203

100n

2025

3035910K

100n

F247

F249

F251

F252

3055

1K

3019

1M

2023

1

7

10

11

12

13

14

15

16

3050

100R

F142

3040

100R

F163

7008
EFMTIM2

1

VDD3

2

EPON

3

EPONO

4

LDON

5

WPON

6

WPONO

7

DP0

8

DP1

9

GND1

VDD1

DP2

DP3

DP4

BIASC

ERASC

POR

F140

FSW

FSWS

F148

FSR

FSRS

FSOF

FSON

RDGAIN3

A27

F185

64

62

63

TC1

FSOF

FSON

SELN2

SELN4

PWF020PWF121PWF222PWF323PWF424PWF5

17

19

18

1%

1%

470K

240K

3031

3030

F187

61

RDGAIN3

678910

FSCLR

1%

120K

3029

60

FSCLR

1%

62K

3028

74HC4066D

7126-A

RDGAIN2

RDGAIN1

58

59

RDGAIN1

RDGAIN2

1%

30K

3027

D5VS

14

F100

8

7

S2V9 L-5V

12

13

7

14

F110

62K

3016

3115

I2CSDA

55

56

57

SDA

GND6

CAGS

GND2

PWC027PWC1

25

26

1%

1%

15K

470K

240K

3020

3026

3025

7355-C
74HCT00D

9

10

L5V

2126

100n

BAW56

6002

68R

I2CSCL

ERON

RECORDING

53

54

SCL

RECORDING

PWC229PWC330PWC431PWC5

28

1%

1%

1%

62K

120K3024

3023

CDRW

RECORDING

180K

OPTION 17

F107

ASTROBE

52

51

ERON

ASTROBE

1%

30K

3022

L12V

3K9

3069

F103

F101

BC857B

7104

3108

7126-B

74HC4066D

43

5

3K9

3017

F113

CDR

F115

3114

330R

3113

560p

2081

220R

ALS

AINTON

49

50

ALS

AINTON

VPLUS

EFMCLK

CLKOUT_N

WPONOUT

GND3

FSWS

FSRS

CDR

LWRT

VDD2

GND5

EFM

GND4

TC0

FSRS

FSWS

48

47

46

CDR

45

F220

44

F222

43

42

100n

41

40

39

38

37

36

A18

35

IN5

34

IN4

33

IN3

32

1%

15K

3021

{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}

{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}

ACTUATOR BUS

I2CBUS

L12V

L12V

10n

4K7

3068

F102

BC857B
7127

7133

BC847B

L5V

14

7

D5VS

7355-D

74HCT00D

12

F199

13

L12V

18K

3039

E5V

10K

3041

2024

F238

F243

A17

2039

L5V

4K7

F108

16K

3079

12

13

L-5V

14

11

7

LWRT

10K

F226

3048

{FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}

3123

1

TL084CDT

L5V

4

11

CDR60LWRT

EFMDATA

EFMCLK

{RAD+,FOC+,FOC-,RAD-}

L5V

7005-A

4

11

L-5V

2057

100n

14

7050-D

TL084CDT

2058

100n

CDRW

{I2CSDA,I2CSCL}

F104

3

2

11 12 13 14

CAHFCAHF

DALPHA

{FSW,FSR}

VCAGAIN

1000 G1
2001 F1
2002 D2
2007 H4
2008 I4
2009 H4
2010 G4
2011 C2
2012 E3
2013 B5
2014 B5

A

2015 B4
2016 B4
2018 C7
2019 D6
2020 F3
2021 F3
2022 F3
2023 G9
2024 F12
2025 E9
2026 C7
2027 B7

B

2028 C8
2029 B8
2030 B8
2039 A13
2042 C6
2057 D14
2058 D14
2059 H9
2060 B7
2081 D12
2126 C11
3000 B2

C

3001 C2
3002 D2
3003 I4
3004 H4
3006 D2
3009 H4
3010 G4
3012 E7
3014 D3
3015 D6
3016 C11

D

3017 C12
3019 H9
3020 I10
3021 I11
3022 I11
3023 I11
3024 I11
3025 I11
3026 I11
3027 I10
3028 I10
3029 I10

E

3030 I10
3031 I10
3035 F9
3036 F9
3039 F13
3040 C9
3041 F13
3048 F13
3049 A9
3050 B9
3051 A9
3052 A7

F

3053 A7
3054 B7
3055 H9
3065 C6
3068 A13
3069 A12
3079 C13
3102 G5
3103 D6
3104 E6
3105 E6

G

3106 I4
3107 H4
3108 B11
3113 D12
3114 C12
3115 C11
3123 B13
3130 F6
3131 F7
5008 E8
6002 C11
7005-A B14

H

7008 E9
7010 B4
7050-A B9
7050-B C9
7050-C E6
7050-D D13
7104 B12
7119 A8
7120 A8
7126-A C11
7126-B C12
7126-C B8

I

7126-D C8
7127 B13
7133 B13
7355-C A11
7355-D E12
F100 A11
F101 B12
F102 B13
F103 B12
F104 B14
F107 C11
F108 C13

CL06532018_046.eps

F110 C11
F113 C12
F115 C12
F133 B7
F138 B8
F140 B10
F142 B9
F143 B6
F145 C3
F146 C8
F147 A3
F148 C10
F149 C6
F150 C1
F152 C3
F153 C6
F155 C1
F157 C3
F158 C6
F159 C1
F161 C3
F162 C1
F163 D9
F165 C3
F166 C1
F167 D6
F169 D3
F170 D7
F171 D1
F172 D3
F174 D6
F175 D1
F176 D3
F177 D3
F178 D6
F181 D6
F182 D3
F185 D10
F187 D10
F193 E6
F194 E6
F196 E3
F199 E12
F202 E3
F203 E9
F204 E3
F207 E3
F208 E1
F209 F3
F211 F1
F215 F7
F220 F12
F222 F12
F223 F1
F226 F13
F227 F5
F228 F1
F231 F4
F232 F5
F233 F5
F234 F5
F235 F1
F238 G12
F240 G1
F243 G12
F246 G1
F247 G9
F249 G9
F251 G9
F252 H9

Electrical diagrams and PWB’s

GB 47CDR 3rd gen. 7.

12

VCAGAIN

A

LASDACDI

B

LASDACCK

LASDACLD

C

DALPHA

D

E

PW

345

RESETN

VDAref

19

18

VCAGAIN

3067

1K

7016

M62364FP

IN1

OUT1

IN2

OUT2

IN3

OUT3

IN4

OUT4

IN5

OUT5

IN6

OUT6

IN7

OUT7

IN8

OUT8

D3V3

33K

S2V9

PRCOARSE

S2V9

PRFINE

PWB

PWMIN

OPTION 12

PWMAX

PWD

S2V9

S2V9

S2V9

3007

3066

2061

150K

F156

F195

10u

OPTION

6015

BAS216

OPTION 11

3057

4K7

3058

150K

150K

3046

150K

3045

F106

1

F117

2

4

F122

3

9

PWB

F124

10

12

11

PWMIN

F130

13

14

PWMAX

F131

16

F132

15

21

PWD

F136

22

DELTAP

24

PWB

F139

23

PWD

F125

F126

F128

D3V3

*

1R

3074

100n

F112

2003

5

VDD

8

DI

7

CLK

6

LD

17

D0

GND

20

F121

3059

3072

4K7

3081

150K

1K

6K8

3075

4K7

3073

F173

1n

F

L12V

G

H

{PWMIN,PWMAX,PWD,DELTAP,PWB,PWD}

F245

1M

DELTAP

7002-B

5

4

6

11

3044

LM324D

7

F244

1K

7124

3078

3126

6K8

I

3104 123 4228.7

{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}

PWRITE

1234

DP4

5 6 7 8 9 10 11 12 13

67

L5V L5V

2n7

8K2

2084

3111

F114

10K

F144

7

F164

2041

470p

LM324D
7001-A

2054

2n2

TL084CDT

7005-B

7110
BC847B

F123

F129

3060

3071

1

7

F241

12

13

2K2

3070

1K

F236

13

12

2043

F141

150K

L12V

F154

3042

3n3

BC847B

11

4

2031

100n

PWB

2056

F237

LM324D
7002-D

LWRT

6

5

F180

L5VL5V

1K8

3127

F116

14

1K

3061

3037

10K

2040

390p

L-5V

100n

2037

11

LM324D
7001-B

4

2038

100n

L5V

L-5V

11

2

4

3

L5V

L-5V

11

6

4

5

L5V

WRITE

3118

560R

2083

3128

1

47R

3117

1K2

F253

3116

3

2

F269

L12V

4

11

2n2

7002-A
LM324D

2082

68p

10K

L-5V

3097

3098

3119

L5V

47R

10K

220R

4

11

2080

2n2

3110

10K

12

13

F160

F255

7005-D
TL084CDT

14

F120

L5V

4

11

L-5V

BAV99

6007

F183

100n

2052

F229

F242

L5V

1K

3129

2078

100n

8 9 10 11 12

L5V L5V

3112

47R

7001-D
LM324D

100n

7112
BC817-25

*

3120

F271

3076

14

150K

F151

L5VL5V

2053

220R

BC807-40
7122

100n

7111
BC847B

6003

BAS216

F268

10R

L5V

100n

2032

100n

F119

READ

F168

L5V

*

3095

3094

2063

15p

ILASER_DELTA

2033

9

10

68R

3064

220R

BC807-40

7135

OPTION 14

L-5V

11

4

L5V

3077

6R8

ILASER_WRITE

3099

OPTION 26

2055

7001-C

LM324D

2044

15p

150K

L5V

3899

IW

L5V

*

*

3063

3062 68R

100p

2034

L5V

8

2K2

IW

4K7

22R

3101

3100

OPTION

BIASC

22R

ILASER_READ

F118

IR

1K

3056

1M

3043

L12V

7002-C
LM324D

F206

1K

BC847B
7113

3082

PERASE

L5V L5V

3n3

2049

F200

F224

PERASE

1K8

3091

L5V

10

4

7005-C

9

11

L-5V

2046

100n

2050

2n2

TL084CDT

2045

100n

ERASE

2047

100n

F201

3090

8

47R

3092

10K

{LASDACDI,LASDACCK,LASDACLD,PW}

L5VL5V L5V

*

2048

100n

220R

F205

BC807-40
7121

3086

IE

OPTION 13

IE

3085

68R

3093

15p2051

13

L12V

1K5

6R8

3088

ILASER_ERASE

F218

2K23087

ERASEC

CL06532018_047.eps

IR

290200

2003 A3
2031 A6
2032 A8
2033 A8
2034 C9
2037 D7
2038 D7
2040 C6
2041 E7
2043 E5
2044 E9

A

B

C

D

E

F

G

H

I

2045 F11
2046 E11
2047 E12
2048 E12
2049 E10
2050 E11
2051 G12
2052 F7
2053 F8
2054 F7
2055 H8
2056 G6
2061 A5
2063 H8
2078 I7
2080 B7
2082 I7
2083 I7
2084 A7
3007 C5
3037 C6
3042 E6
3043 G9
3044 H5
3045 E5
3046 D5
3056 B9
3057 A5
3058 B5
3059 B5
3060 B7
3061 B6
3062 B9
3063 A9
3064 A9
3066 A5
3067 A4
3070 E7
3071 D7
3072 E5
3073 D5
3074 A3
3075 E5
3076 C8
3077 E9
3078 G5
3081 F5
3082 F10
3085 E12
3086 E12
3087 G13
3088 E13
3090 F12
3091 E11
3092 F12
3093 G12
3094 F8
3095 F8
3097 G7
3098 G7
3099 H8
3100 D9
3101 A9
3110 B7
3111 A6
3112 A8
3116 I6
3117 I7
3118 H7
3119 I7
3120 I8
3126 I6
3127 G6
3128 I7
3129 H7
3899 F9
6003 H8
6007 D7
6015 C5
7001-A F7
7001-B D6
7001-C E9
7001-D C8
7002-A H6
7002-B G5
7002-C F10
7002-D A6
7005-B G6
7005-C F11
7005-D A7
7016 A4
7110 A7
7111 H8
7112 I8
7113 F10
7121 F12
7122 G8
7124 G5
7135 A9
F106 A4
F112 A3
F114 A7
F116 A6
F117 A4
F118 A9
F119 A8
F120 A7

F121 A5
F122 A4
F123 B7
F124 B4
F125 B3
F126 B3
F128 B3
F129 B7
F130 B4
F131 B4
F132 C4
F136 C4
F139 C4
F141 C6
F144 C7
F151 D8
F154 D6
F156 D5
F160 D7
F164 D7
F168 D8
F173 E5
F180 E6
F183 E7
F195 F5
F200 F10
F201 F12
F205 F12
F206 F10
F218 F13
F224 G10
F229 G8
F236 G7
F237 G6
F241 G7
F242 G8
F244 G5
F245 G5
F253 H6
F255 I7
F268 I8
F269 I6
F271 I8

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 3 : SERVO DRIVERS, MACE-RAM, -FLASH, -DEMUX TEST POINTS

GB 48CDR 3rd gen. 7.

1

A

B

TO SLEDGE CDM3800

52207

1220

1

2

C

D

3

4

5

6

7

8

SGND

9

10

E

F

G

TO TRAY
CDL4009

S22

H

I

S21

1200

4

3

2

1

PH-B

S23

{RAD-,RAD+,FOC+,FOC-}

F446

F447

F448

12345678910111213

2221

100n

2255

PGND

100n

TR+

D3V3

TR-

PGND

S11

100n

2256

2345

FOC-

FOC+

F371

F374

F379

F381

F383

F386

S12

VFO

PGND

ACTUATOR BUS

SIN+

SIN-

{SIN-,SIN+,COS+,COS-}

COS-

COS+

SIN-

SIN+

COS+

COS-

SL+

SL-

F403

3241

1

0R

2

F406

VFOO

3244

3

0R

F409

4

VFOIN

F433

7

5

6

1K

3742

9

11

12

13

TRAYSW

S4

S5

S7

S8

0.7V

PGND

VOL-

VOL+

VIN1

VIN2

MUTE

NC1

NC2

NC3

NC5

VO2+

VO2-

D3V3

3747

2242

10K

X2

X2

X2

X2

3748

10K

F396

10u

PGND

MUTE

D5V

5K6

3237

1K

3239

2241

100n

-

VOLTAGE

CONTROL

LOGIC
TRAY

REV

15

2214

100n

S1

3225

1%

33K

D5V

2225

100n

3

8

2

7225-A

NE532D

4

SGND

3224

1%

120K

3227

1%

33K

D5V

5

8

6

7225-B

NE532D

4

SGND

3229

1%

120K

D5V

10K

3240

F393

7201
BC847B

22

10

21

VCC1

VCC2

VCC3

+

+

-

+

-

-

+

FWD

16

PGND

GND18GND2

14

PGND

MT1

PGND

F306

MT
29

PGND

SGND

1

S6

7

7202
BC847B

7240
BA5938FM

VO4-

X2

VO4+

X2

VIN5

VIN4

BIAS

VIN3

VREF

VO3+

X2

VO3-

X2

GND3

30

MT2

PGND

F300

100n

1n

SGND

F301

100n

1n

SGND

D3V3

1%

4K7

1%

4K7

+9SRVPWR

27

26

25

24

23

20

19

18

17

28

F445

TRAYOUT

TRAYIN

TRAYSWF

12

2226

S3

2227

3228

10K

2228

2229

1.6V

3253

F389

100n

3252

F404

F407

VRAO

S1V65

+9SRVPWR

F444

3226

10K

S2

3257

3265

0R

REFSIN

PCSSIN

REFCOS

PCSCOS

5

6

2240

3256

0R

3254

0R

0R

6789

CSRAM

OPTION 82

3808-A

18

3808-B

3808-C

36

3808-D

45

3809-D

5

3809-C

3809-B

3809-A

F353

F356

ALE

4

36

27

18

F390

3806

10K

47R

47R27

47R

47R

47R

47R
47R

47R

D5V

A-8V

RAD-

RAD+

8

4

100n

2224

7215-B

MC34072

7

SGND

SL+

FWEN

MAD(0:7)

DATA BUS

MAD(0)

MAD(1)

MAD(2)

MAD(3)

MAD(4)

MAD(5)

MAD(6)

MAD(7)

S9

F391

S1V65

2243

100n

{SL+,SL-}

VRA

VSL

SL-

D5VS

100R

100n

PGND

PSENN

3251

F438

8K2

2250

PGND

OPTION 32

FWEN

MAD(0)

MAD(1)

MAD(2)

MAD(3)

MAD(4)

MAD(5)

MAD(6)

MAD(7)

3250

10 11 12 13

D3V3

F312

F316

F319

F323

F327

F330

F337

F341

D5V

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

DQ7

RESET_

CE_

OE_

WE_

VSS

16

1R

*

32

Am29F002B

VCC

Vcc

GND

OPTION 83

3284

100n

2208

7208

A0

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

A12

A13

A14

A15

A16

A17

D3V3

20

10

17

12

11

10

1R

3283

*

F311

13

14

15

17

18

19

20

21

1

22

24

31

7209

MC74LCX573

1

EN

11

C1

219

1D

318

4

516

615

714

813

912

1200 H1
1220 C1

{REFSIN,REFCOS,PCSSIN,PCSCOS}

A

{MRDN,MWRN,ALE}

CONTROL BUS

MA(0:17)

ADDRESS BUS

D5V

F313

MA(0)

F317

MA(1)

F320

MA(2)

F324

9

8

7

6

5

27

26

23

25

4

28

29

3

2

30

3209

F355

3200

3201

3202

3203

3204

3205

3206

3207

F328

F331

F338

F342

F346

F348

F349

F354

F357

F360

F364

F366

F370

F373

2209

100n

47R

47R

47R

47R

47R

47R

47R

47R

MA(3)

MA(4)

MA(5)

MA(6)

MA(7)

MA(8)

MA(9)

MA(10)

MA(11)

MA(12)

MA(13)

MA(14)

MA(15)

MA(16)

MA(17)

MA(0)

MA(1)

MA(2)

MA(3)

MA(4)

MA(5)

MA(6)

MA(7)

7802
CY7C199

20

CE_

GND

VCC

3889

F321

WE_

I|O7

I|O6

I|O5

I|O4

I|O3

I|O2

14

OE_

I|O1

I|O0

A14

A13

A12

28

A11

A10

1R

2291

100n

27

MWRN

22

MRDN

3210-A

47R

47R

47R

47R

47R

47R

47R

47R

MA(14)

MA(13)

MA(12)

MA(11)

MA(10)

MA(9)

MA(8)

MA(7)

MA(6)

MA(5)

MA(4)

MA(3)

MA(2)

MA(1)

MA(0)

MAD(7)

MAD(6)

MAD(5)

MAD(4)

MAD(3)

MAD(2)

MAD(1)

MAD(0)

19

3210-B

18

3210-C

17

3210-D

16

3211-A

15

3211-B

13

3211-C

12

3211-D

11

10

9

8

7

6

5

A9

4

A8

3

A7

2

A6

1

A5

26

A4

25

A3

24

A2

23

A1

21

A0

B

C

D

E

F

G

H

{TRAYIN,TRAYOUT,TRAYSWF}

{VFO,VRA,VSL}

3104 123 4228.7

CL06532018_048.eps

290200

2208 B10
2209 F11
2214 I3
2221 D1
2224 D6
2225 A4
2226 A5
2227 A5
2228 B5
2229 C5
2240 D5
2241 E4
2242 E3
2243 D6
2250 H8
2255 I1
2256 I1
2291 C12
3200 F10
3201 G10
3202 G10
3203 G10
3204 G10
3205 G10
3206 G10
3207 G10
3209 F10
3210-A D12
3210-B D12
3210-C D12
3210-D D12
3211-A D12
3211-B D12
3211-C D12
3211-D E12
3224 B4
3225 A4
3226 A5
3227 B4
3228 B5
3229 C4
3237 D4
3239 E4
3240 D4
3241 F3
3244 F3
3250 H8
3251 G8
3252 D5
3253 D5
3254 F5
3256 F5
3257 G5
3265 H5
3283 B9
3284 B10
3742 G3
3747 I3
3748 I3
3806 B9
3808-A B9
3808-B C9
3808-C C9
3808-D C9
3809-A C9
3809-B C9
3809-C C9
3809-D C9
3889 B11
7201 E4
7202 D4
7208 B10
7209 F9
7215-B D6
7225-A A4
7225-B C4
7240 F4
7802 C11
F300 A5
F301 B5
F306 I4
F311 B10
F312 B9
F313 B10
F316 C9
F317 C10
F319 C9
F320 C10
F321 C11
F323 C9
F324 C10
F327 C9
F328 C10
F330 C9
F331 C10
F337 C9
F338 C10
F341 C9
F342 C10
F346 D10
F348 D10
F349 D10

I

F353 D9
F354 D10
F355 F10
F356 D9
F357 D10
F360 D10
F364 D10
F366 E10
F370 E10
F371 C2
F373 E10

F374 C2
F379 C2
F381 D2
F383 D2
F386 D2
F389 D5
F390 F9
F391 D7
F393 D4
F396 D3
F403 F3
F404 F5
F406 F3
F407 F5
F409 G3
F433 G3
F438 G8
F444 H5
F445 H5
F446 H1
F447 H1
F448 I1

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 4 : MACE BE-PROCESSOR TESTPOINTS

GB 49CDR 3rd gen. 7.

1

A

SYS_CLK_BE

{REFSIN,PCSSIN,REFCOS,PCSCOS}

{VFO,VRA,VSL}

B

FSR

FSW

RE

C

D

E

F

15K

F368

15K

F380

2222

SGND

MIRN

TLN

REN

FEN

{FSR,FSW,S2V9,FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}

A1

A2

CALF

G

1n

SGND

ALPHA0

S2V9

H

I

3104 123 4228.7

{TRAYIN,TRAYOUT,TRAYSWF}

12

23

SGND

F350

F377

1

3219

22n

47K

10K

PW

SGND

22n

2217

3217

3218

2232

VSL

F361

VRA

F375

VFO

S16

OFFTRACK

ATIPSYNC

LLP

D3V3

F434

22n

2n2

2n2

3291

3290 68K

3289

3288

7207
M24C08

1

2

3

6

7

56K

56K

56K

E0

E1

E2

SCL

WC_

3216

3215

82p

SGND

2233

SGND

3

2

3220

2220

1n

2216

47p

D5V

MC34072

A-8V
3221

22K

F384

10K

47n

1n

2234

SGND

8

7215-A

4

D3V3

22K

SGND

2235

34

REFSIN

PCSSIN

REFCOS

PCSCOS

2230

22n

SGND
3299

3K3

2288

3297

3K3

2287

3295

3K3

2286

D3V3

5203

BLM21

SGND

D3V3

D3V3

VCC

3255

10K

8

VSS

3247-A

8

3247-B

SDA

4

456789101112

D3V3 D3V3 D3V3

F322

F325

F329

F335

3286

22K

223122n

DESIGN_TEST2

2K2

1

2K2

27

DESIGN_TEST1

F382

F385

F387

F392

F394

F397

F399

2207

100n

F439

5

I2CSDA

I2CSCL

F351

F358

F362

F367

SGND

10

8

125

9

126
128

1

127

72

80

70

81

71

93

92

115

116

79

106

107
108

111

112

113

121

122

123

124

77

I2CSDA

I2CSCL

7270
SAA7399

RAC_SW

REFSIN

SINPHI

REFCOS
COSPHI

ACT_EMFP

ACT_EMFN

XDET

S10

SL

RP

RA

TL_FTL

FO

DEFOn

DEFIn

FTCH

FTCL

OTD

D1|MIRN

D2|TLN

D3|REN

D4|FEN

S1

S2

A1

A2

CALF

PW

ATIPin

LASDACDI

LASDACCK

LASDACLD

S13

Slegde

control

Radial

control

control

Defect

detector

counter

100n

SGND

220R 3248-A

220R 3248-B

SYS_CLK_BE

PCS

Focus

Track

Ex

Dx

OPC

Uopb

Uopt

118

117

F413

2285

100n

SGND

18

27

3248-C220R

36

3248-D220R

45

3212

220R

2284

2K2

Signal

cond.

3247-D

100K

F305

F304

7

6

5

XTLI

XXTLO

SELPLL

CLOCK

GEN.

Laser

control

LLP

ALPHAO

LDON

4

97

94

F414

D3V3

2K2

3247-C

45

36

I2DA

I2CL

LASDD

LASCK

LASLD

3274

DEBON

10K

3749

2289

100n

99

102

103

TS2

TS3

TS1

TEST

ADC/

AGC
ref.

VRH

IREFT

105

114

F416

F415

2283

100n

3281

220K
1%

F307

SGND

SGND

{I2CL,I2DA,LASDD,LASCK,LASLD}

76

CLKOUT

DEBUG

P6

P6

104

F417

10K

3287

D3V3

S19

74

75

MON_A

DEB_OUT

I2CSDA

90

91

F419

F418

I2DA

73

MON_D

8051
core

Port 5

I2CSCL

SRV_INT_LGR

89

F420

I2CL

LASDD

S20

SGND

OPC_INT

88

MUTE

R5

57

56

VddDp1

VssDp1

H7

H6

H5

H4

H3|CSBN

H2|CSDN

H1|A17

H0|A16

A15

A14

A13

A12

A11

A10

A9

A8

AD7

AD6

AD5

AD4

AD3

AD2

AD1

AD0

ALE

PSENn

EAn

DSDen

RSTI

NC1

NC2

NC3

NC4

NC5

NC6

NC8

NC7

INT213INT3|ALEh

3232

10K

CDR60PLL

{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}

100n

109

VssAs

2273

BLM21

F303

22

VddDc2

5202

100n

21

VssDc2

2274

83

VddDc1

100n

82

VssDc1

2275

100n

69

VddDp6

68

VssDp6

2276

12

VddDp5

100n

11

VssDp5

2277

32

VddDp4

100n

31

VssDp4

2278

44

VddDp3

43

VssDp3

96

VddDp2

95

VssDp2

BLM21

F302

120

VddAop

5201

100n

119

VssAop

2272

110

VddAs

Port

4

Port

ROM

2

RAM

Port

0

SFR

Port 3

FOK

TEN

CLO

85

87

86

F421

F422

ATT

DEEMP

TRAYOUT

TPWM

84

TRAYIN

47R

RDN

42

MRDN_P

F435

3276

F442

MRDN

MWRN_P

F436

F443

WRN

41

MWRN

TXD2

40

F423

3280 47R

TERMB

INT1

RXD2

39

38

F425

LASCK

DSA_ACK_CDR

35

F426

F452

IIS1_MS

34

33

F453

F427

10K

3208

D3V3

RXD1

TXD1

INT0_PWD

F454

WRNH

RDNH

19

20

F429

220R

FWEN

3245

DSA_STR_CDR

System

interface

Port 1

PXT2en

PXT0

PXT118PXT2

15

17

16

14

F430

F432

F431

220R

220R3238

220R3249

3246

F440

DSA_DATA_CDR

HI_POWER

F411

HFS0

CDR60INT

LASLD

{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}

30

29

28

27

26

25

24

23

52

51

50

49

48

47

46

45

65

64

63

62

61

60

59

58

54

53

55
78

98

2

3

36

37

67

101

100

D3V3

SRSTN

F314

F318

3807

0R

3235-A

18

3235-B

27

3235-D

4

3235-C

36

3271-A

18

3271-B

27

3271-C

36

3271-D

4

3273-A

18

3273-B

27

3273-C

36

3273-D 47R

45

3222-A

47R

3222-B

47R

3222-C

47R

3222-D

47R

3223-A

47R

3223-B

47R

3223-C

47R

3223-D

47R

F398

F400

3230

100K

F451

MRST_P

F402

R2

10K

10K

10K

3242-A

3242-B

3242-C

18

27

36

MWRN

MRDN

TERMB

5 6 7 8 9 10 11 12 13

13 14

3243-A

18

27

36

45

47R

47R

47R

5

47R

47R

47R

47R

47R

5

47R

47R

47R

3231

100K

10K

3242-D
45

{LASDACDI,LASDACCK,LASDACLD,PW}

D3V3

10K

3243-B

10K

3243-C

10K

3243-D

10K

3887

STANDBY

0R

POWER_UP

F326

F334

MA(17)

MA(16)

MA(15)

MA(14)

MA(13)

MA(12)

MA(11)

MA(10)

MA(9)

MA(8)

MAD(7)

MAD(6)

MAD(5)

MAD(4)

MAD(3)

MAD(2)

MAD(1)

MAD(0) MAD(0:7)

3213 33R

47R3260

F450

3234

1K

D3V3

100n

3261

BE_RESET

0R

{MRDN,MWRN,ALE}

TRAYSWF

CSRAM

CDR60CS

4K7

3703

F401

2218

100R

3702

ALE

SRSTN

DMON

4K7

3233

{POWER_UP,KILL_OUT}

ADDRESS BUS

DATA BUS

CONTROL BUS

{I2CSDA,I2CSCL}

CL06532018_049.eps

14

STANDBY

CSRAM

MA(0:17)

PSENN

FWEN

TERMB

I2C BUS

290200

2207 H4
2216 C2
2217 D2
2218 F13
2220 E2
2222 E1
2230 B3
2231 C4
2232 G2
2233 G2

A

2234 G2
2235 G2
2272 A8
2273 A8
2274 A9
2275 A9
2276 A9
2277 A10
2278 A10
2283 H6
2284 H5
2285 H5
2286 D3
2287 C3

B

2288 C3
2289 A6
3208 H9
3212 I5
3213 E13
3215 C2
3216 C2
3217 E2
3218 E2
3219 E2
3220 E2
3221 D2

C

3222-A D12
3222-B D12
3222-C D12
3222-D E12
3223-A E12
3223-B E12
3223-C E12
3223-D E12
3230 F12
3231 F12
3232 H11

D

3233 F13
3234 F13
3235-A B12
3235-B B12
3235-C C12
3235-D B12
3238 H10
3242-A H12
3242-B H12
3242-C H12
3242-D H12
3243-A A12

E

3243-B A12
3243-C A12
3243-D A12
3245 H10
3246 H10
3247-A C4
3247-B C4
3247-C H6
3247-D H5
3248-A H5
3248-B I5
3248-C I5

F

3248-D I5
3249 H10
3255 D3
3260 F13
3261 F12
3271-A C12
3271-B C12
3271-C C12
3271-D C12
3273-A C12
3273-B D12

G

3273-C D12
3273-D D12
3274 A6
3276 H8
3280 H9
3281 H7
3286 B4
3287 H7
3288 F3
3289 F3
3290 E3
3291 E3

H

3295 D3
3297 C3
3299 C3
3702 C13
3703 C13
3749 A6
3807 B12
3887 A12
5201 A8
5202 A9
5203 H3
7207 H3

I

7215-A D2
7270 A4
F302 A8
F303 A8
F304 A5
F305 A6
F307 H6
F314 A12
F318 B12
F322 B4
F325 B4

F326 B12
F329 B4
F334 B12
F335 B4
F350 C3
F351 C4
F358 C4
F361 C3
F362 C4
F367 C4
F368 C1
F375 D3
F377 D2
F380 D1
F382 D4
F384 D2
F385 E4
F387 E4
F392 E4
F394 E4
F397 F4
F398 F12
F399 F4
F400 F12
F401 F13
F402 G12
F411 H11
F413 H5
F414 H6
F415 H6
F416 H6
F417 H7
F418 H7
F419 H7
F420 H7
F421 H8
F422 H8
F423 H9
F425 H9
F426 H9
F427 H9
F429 H10
F430 H10
F431 H10
F432 H10
F434 I3
F435 H8
F436 H9
F439 I4
F440 H10
F442 H8
F443 H9
F450 F13
F451 F12
F452 H9
F453 H10
F454 H10

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 5 : CD ENCODING-DECODING PART

GB 50CDR 3rd gen. 7.

1234

CD ENCODING & DECODING PART

L12V

OPTION 33

3378

7375

3376

18K

6375

2K2

OPTION 35

3302

100R

3379

F505

F509

BAS216

100n

3375

BAS216

2375

1K8

7373
BFS540

F510

6374

6373

HFGND

3373

F504

OPTION 40

3372

2372

OPTION 45

BAS216

1K2

1p

F512

F501

F506

1K5

7371
BFS540

7370

BC847B

F507

3371

HFGND

22R

2373

HFGND

3374

F500

22u

100n

HFGND

2378

27K

A

B

BFS540

HF1

F511

47R

CAHF

100n

3377

220R

2374

C

OPTION 41

HFGND

560R

2370

3368

3370

47R

L12V

22R

22u

100n

HFGND

F503

HF

2371

2368

1n8

3303

2308

2n2

2309

2n2

2310

2n2

2369

470p

F523

F522

F502

16

VCC

13

Y0

14

Y1

15

Y2

12

Y3

1

Y4

5

Y5

2

Y6

4

Y7

GND

8

D

D5VS

*

1R

F548

GND

F598

PGND

3351

2333

100n

25

VCC

-+

REV

H BIAS

MT129MT2

8

E

1330-11

11

1330-1

1

1330-2

2

1330-3

F

3

OPTION 37

1330-6

6

1330-4

4

G

1330-8

8

1330-5

5

1330-9

9

1330-10

10

1330-7

H

HALL_I

7

I

F547

F556

F559

100R

100R

3331

3332

F565

F579

3341

82R

PGND

3304

82R

MAD(0:7)

{MRDN,MWRN,ALE}

3350

82R

2330 100n

2331 100n

PGND

10K

3346

100n

2332

OPTION 36

10K

3347

F561

10K

3348

7330
BA6856FB

A3

3

5

A2

A1

7

1

NC1

2

NC2

H1+

9

10

H1-

4

NC3

6

NC4

11

H2+

12

H2-

15

NC5

13

H3+

H3-

14

OPTION 38

3381

0R

0R

3380

PGND

D5VS

HALL+

WCOIL

VCOIL

UCOIL

100R

3330

F564

U+

F567

U-

F572

V+

F574

V-

F578

W+

W-

OPTION 30

F590

OPTION 31

{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}

DATA BUS

CONTROL BUS

{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}

DRIVER

GAIN

CONTROL

+

-

+

-

+

-

+

-

+

-

+

-

OPTION 39

1R5 3336

F555

1R5

PGND

1R5 3334

28

RNF

27

VM2

26

VM1

REV

24

PGND

23

PS

ECR

CNF

FG1

FG2

FG3

EC

VH

30

PGND

22

21

20

19

18

17

16

F575

100K

3340

F568

F569

F570

PGND

F566

PS

+

-

PGNDPGND

3104 123 4228.7

12345678

5678910111213

{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}

L5V

5301

7360

74HCT4051D

11

S0

10

S1

S2

E_

Z

VEE

7

HFGND

D5VS

3335

33331R5

D5V

D5VS

1K3339

1%

0R

1K3338

100n2337

2336 100n

9

6

3

3322

100K

F508

F517

7361
BC847B

1K

7803

BC847B

7804

BC847B

3352

3349

1%

BLM21

100n

HFGND

22K39K

D5VS

3323

F563

2360

HFS0

3360

F513

3362

HFGND

5K6

2335

47n

HALL_W

3337

56K

22R

F516

820R

DMON

5K6

3325

HALL_U

HALL_V

MERRIN

MERR

3361

3363

3324

10K

HF2

2362

47n

EFMDATA

CDR60LWRT

LLP

EFMCLK

WOBBLE

F544

ATIPSYNC

OFFTRACK

3365

100R

HFGND

2322

3n3

F599

F524

47p

5302

BLM21

F514

100n

3308

WGND
WGND

5

4

Vss1

Vdd1

MUXSWI

CL1

24

29

10K

3305

F581

CDR60PLL

2300

HFGND
HFGND

15

Vdd2

1K

1K

3300

3301

F518

IREF

HF DATA

CAPTURE

CONTROL

EFM CLOCK

GENERATOR

WOBBLE

PROC.

MOTOR/

TACHO

T2

MOT2|T3

73

F601

MOTO1

F519

DETECTOR

DEMODULATOR

MOT1

74

R10

OPTION 34

18

17

TEST2

TEST1

TEST

BIT

EFM

MODULATOR

SYST CLOCK

GENERATOR

XTLI22XTLO

21

F580

0R

SYS_CLK_BE

7300
SAA7392

F520

100n2364

3309

1%

33K

HFGND

3n3

F525

WGND

7

2320

2319 100n

2318 100n

HFGND

2317

HALL_U

HALL_V

HALL_W

4

5

7355-B

74HCT00D

100n2321

100n

100n2316

2315 100n

2314 100n

WGND

F600

2359

3313

47R

3312

47R

3315

1K

D5VS

14

6

F527

F530

F532

F535

F542

F558

F562

F571

F573

F577

3

F521

F545

F549

F551

F553

7

8

13

12

11

14

10

79

77

27

78

6

1

3

2

25

26

23

D5VS

14

7

VREF

IREF

HIN

AGCREF

HREFLO

HREFMI

HREFHI

EFMDATA

LASON

PANIC

XEFM

WIN

WREFLO

WREFMI

WREFHI

W441

ATPSYC

OTD

100n

2355

1

2

7355-A

74HCT00D

GENERATOR

MODULATOR

INTERFACE

70T169

9101112

100n

16

Vss2

RESET

PORE

28

SRSTN

D3V3D3V3

BLM21

2302

100n

2303

31

30

53

Vss4

Vdd4

Vdd7

and memory processor

F583

F592

MAD(7)

5303

F515

100n

2304

52

76

Vss7

Vdd10

DECODER

Error correction

ENCODER

DA437DA536DA635DA7

38

F584

F593

MAD(6)

MAD(5)

MAD(4)

2305

100n

19

20

75

Vss3

Vdd3

Vss10

SUB-CPU INTERFACE

DA041DA140DA2

DA3

42

39

F586

F585

F595

F594

MAD(3)

MAD(2)

MAD(1)

MAD(0)

49

Vdd6

ALE

47

ALE

100n

48

Vss6

RDi

46

MRDN

2306

44

Vdd5

WRi

45

MWRN

43

Vss5

CSi

50

F591

F597

CDR60CS

63

Vdd8

EBU

I

I/O

SUBCODE

I/O

PCA

I

SCL33SDA

INT

32

34

F588

CDR60SCL

4K7

3316

D3V3

CDR60INT

62

72

Vss871Vss9

Vdd9

MEAS1

CFLG

EBUOUT

BCLK

WCLK

DATAI

2

S

DATA0

SYNC

STOPCK

FLAG

RCK

SFSY

SUB

PCAin

2

C

F589

CDR60SDA

4K7

3317

D3V3

SYS_CLK_BE

80

47R

47R

68

47R

47R

56

F534

61

F536

60

64

F538

59

F540

57

F541

54

F543

58

66

RCKR

67

65

55

V4

51

9

NC

2907

560p
2908

560p

13

14

47p

2379

3382-A

18

27

36

4

CDR60MEAS1

3382-B

3382-C

3382-D

I2SDATAOR

CDR60CFLG

CDR60CL1

F531

5

DOBM_CDR

BCLK

WCLK

DATA1

3314

DATA0

47R

{DOBM_CDR,BCLK,WCLK,DATA0,DATA1}

A16

F546

3319
F550

F552

F554

1

2

F526

RCK

47R

SFSY

SUB

{RCK,SFSY,SUB}

H301

CL06532018_050.eps

14

A14

A15

290200

A

B

C

D

E

F

G

H

I

1330-1 F1
1330-10 H1
1330-11 E1
1330-2 F1
1330-3 F1
1330-4 G1
1330-5 G1
1330-6 F1
1330-7 H1
1330-8 G1
1330-9 H1
2300 B10
2302 B10
2303 C10
2304 C11
2305 C11
2306 C12
2308 A4
2309 B4
2310 B4
2314 F7
2315 E7
2316 E7
2317 E7
2318 D7
2319 D71%
2320 D7
2321 D7
2322 E7
2330 F2
2331 F2
2332 F2
2333 E4
2335 H5
2336 I5
2337 I5
2355 H8
2359 D7
2360 B5
2362 D6
2364 C7
2368 B4
2369 B4
2370 A3
2371 A4
2372 C2
2373 A1
2374 C1
2375 C2
2378 B1
2379 C14
2907 H13
2908 H13
3300 C9
3301 C9
3302 A2
3303 A4
3304 H1
3305 G10
3308 H9
3309 C7
3312 E7
3313 D7
3314 D14
3315 E7
3316 H12
3317 H12
3319 E14
3322 F5
3323 F5
3324 G6
3325 G6
3330 F1
3331 F1
3332 F1
3333 F5
3334 E5
3335 E5
3336 E5
3337 H5
3338 I5
3339 F5
3340 I4
3341 H1
3346 H2
3347 H2
3348 H2
3349 H5
3350 E2
3351 E4
3352 H5
3360 C5
3361 C6
3362 D5
3363 D6
3365 D7
3368 B3
3370 C3
3371 C3
3372 B2
3373 A2
3374 A1
3375 C2
3376 C1
3377 C1
3378 A1
3379 A2
3380 I2
3381 H3
3382-A C13
3382-B D13
3382-C D13
3382-D D13
5301 A5
5302 B10

5303 B10
6373 C2
6374 C2
6375 C2
7300 C8
7330 E2
7355-A H8
7355-B H7
7360 B5
7361 C5
7370 B3
7371 B3
7373 B2
7375 B1
7803 F5
7804 G5
F500 A1
F501 A3
F502 B5
F503 B4
F504 B2
F505 B2
F506 B3
F507 B3
F508 B5
F509 B2
F510 B2
F511 C1
F512 D3
F513 C5
F514 B10
F515 B11
F516 D6
F517 C5
F518 C9
F519 C9
F520 C8
F521 C8
F522 A4
F523 C4
F524 C7
F525 F7
F526 H13
F527 D8
F530 D8
F531 D14
F532 D8
F534 D13
F535 D8
F536 D13
F538 D13
F540 E13
F541 E13
F542 E8
F543 E13
F544 E7
F545 E8
F546 E13
F547 E1
F548 E3
F549 E8
F550 E13
F551 E8
F552 E13
F553 F8
F554 F13
F555 E4
F556 F1
F558 F8
F559 F1
F561 F2
F562 F8
F563 H5
F564 F1
F565 G1
F566 G5
F567 G1
F568 G4
F569 G4
F570 G4
F571 G8
F572 G1
F573 G8
F574 G1
F575 G4
F577 G8
F578 H1
F579 H2
F580 G9
F581 G9
F583 G10
F584 G11
F585 G11
F586 G11
F588 G12
F589 G12
F590 H1
F591 G12
F592 G10
F593 G11
F594 G11
F595 G11
F597 G12
F598 H3
F599 H7
F600 H8
F601 H8
H301 H14

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 6 : AUDIO PART (NOT FOR CDR950/951)

GB 51CDR 3rd gen. 7.

1

A

A1

B

C

1400-9

9

1420-1

1

1400-10

10

1420-2

2

GND_CASE

D

1400-11

11

1420-3

3

E

GND_CASE

F712

2446

F716

2448

GND_CASE

F717

2447

-8VA

F704

5446

BLM21

1n

1n

F723

5447

BLM21

1n

F

+5VA

G

+12VA

-8VA

H

I

3104 123 4228.7

1234567

234567891011

IIC_CLK

GNDA

A2

5407

BLM21

5401

BLM21

5404

BLM21

3450

330R

2450

GNDA

2451

GNDA

270p

270p

2422

GNDA

F734

2401

GNDA

2415

GNDA

6400

GNDA

LEFT

5

3

GNDA

2

1

GNDA

RIGHT

12

13

GNDA

F729

100n

+5VX

100n

100n

BZX284-C5V6

3886

0R

74HC4053D

Y0

Y1

8

74HC4053D

Y0

Y1

Vss

8

74HC4053D

Y0

Y1

8

F714

7401-C

Vee7Vss

-5VA

7401-B

Vee

7

-5VA

7401-A

Vee7Vss

-5VA

3447

0R

F750

2433

GNDA

E

6

E

6

E

6

+12Vb

+5VX

16

Vdd

GNDA

+5VX

16

Vdd

GNDA

+5VX

16

Vdd

GNDA

-8Vb

100n

IIC_DATA

100n

2411

2417

GNDA

4u7

4u7

+12Ve

F709

A7

A8

F720

2402

LEFT

RIGHT

1n

F737

F744

F726

SYS_CLK_11B

Y0

5

Y1

3

GNDA

Y0

12

Y1

13

GNDA

74HC4053D

Vss

8

74HC4053D

+5VX

+5VA

F701

3402

2404

220R

F700

F707

3408

10K

3415

10K

F728

2421

GNDA

F736

2435

GNDA

1

2

5403

BLM21

2405

+12Ve

GNDA

7405-A

3

8

LM833D

-8Ve

-8Ve

100n

100n

4

2465

8

4

3416

2464

+12Ve

-8Ve

-8Vf

27K3409

12p

7405-B
LM833D

27K

12p

1

7

2

5

6

H401

F710

F711

GNDA

2903

560p
2904

560p

+12VA

5406

BLM21

5414

BLM21

220u

16

16

15

15

14

14

13

13

12

12

11

11

10

10

9

9

F721

-8VA

-8VA

GNDA

27K

3403

7801
bso16e127rs375

GNDA

GNDA
GNDA

GNDA

F706

BLM21

2905

560p
2906

560p

5413

A5

1

2

3

4

5

6

7

8

F735

GNDA

1

2

3

4

5

6

7

8

2434

1

2

100n

H402

F703

A6

GNDA

+12Vf

27K

3405

2437

3412

3451

3452

F727

27K

2438

12K

12K

F724

GNDA

470u

GNDA

A4

470u

GNDA

3414

GNDA

27K

+12VA

S

9

3404

Z

S

Z

S

Z

2440

4

3453
220K

GNDA

F713

10

15

3410

11

14

GNDA

10K

GNDA

2441

47u

-5VA

47u

3454
220K

10K

A3

INT_COPY_ANA

+5VA

3413

10K

3418 = 100R for CDR-MINI
3433 = 100R for CDR-MINI

A20

2

1

GNDA

74HC4053D

Y0

Y1

Vss

8

89

L3_CLK

L3_MODE

7407-C

E

Vee

6

7

-5VA

GNDA

7407-A

E

Vee8Vss

6

7

-5VA

7407-B

E

Vee

6

7

-5VA

NMUTE

L3_DATA

IIS_WS_A1

IIS_BCLK_A1

IIS_DATA_A1

+5VX

16

Vdd

+5VX

16

Vdd

GNDA

+5VX

16

Vdd

GNDA

S

9

Z

4

S

11

Z

14

S

10

Z

15

IIS_DATA_A0

10K

3432

GNDA

3449

3407

100R

3448

GNDA

F738

F742

0R

GNDA

GNDA

7406

UDA1341TS

6 VINL2

2 VINL1

18 DATA0

16 BCK

17 WS

19 DATA1

23 QMUTE

26 VOUTL 24VOUTR

+12Vf

F730

3

2

A19

0R

3420

10K

SEL_HP_OUT

F745

3435

10K

-8Vf

8

5

6

-8Vf

8

3

2

-8Vf

5

6

-8Vf

10 11 12 13

12 13 14

8VINR2

4VINR1

22AGCSTAT

14L3CLOCK

13L3MODE

15L3DATA

12SYSCLK

5444

5445

100n

GNDA

F732

2407

2442

GNDA

F740

2425

GNDA

F733

2431

F743

F753

GNDA

{IIC_CLK,IIC_DATA}

D3V3

100u

GNDA

F731

KILL

2n2

2444

GND_CASE

A21

1n

GNDA

A26

270p

GNDA

270p

GNDA

F739

2445

1n

2443

D3V3

4R7

2406

1420-5

5

8

14

13

1410-1

1410-2

2

1410-3

3

A25

1420-4

4

2n2

GND_CASE

12

A22

{IIS_DATA_A0,IIS_DATA_A1,IIS_WS_A1,IIS_BCLK_A1,SYS_CLK_11B,L3_MODE,L3_CLK,L3_DATA,NMUTE}

F715

2u2

2414

GNDA

5

VADCN7VADCP

0dB/6dB
SWITCH

0dB/6dB
SWITCH

DIGITAL

INTERF

DSP FEATURES

INTERPOLATION FILTER PEAK

DAC

VSSD
11 27

GNDA

7409-A

8

LM833D

4

3421

12K

12p

2463

+12Vf

7408-B
NJM4556AD

7

4

+12Vf

7408-A
NJM4556AD

1

4

+12Vf

7409-B

8

LM833D

4

3436

12K

2460

12p

D3V3

3441

10K

100n

2413

25

VDDDAC

PGA

ADC2L

ADC2R

ADC1L

DIGITAL AGC

DIGITAL MIXER

DECIMATION FILTER

NOIS SHAPER

VSSAD

VSSDAC

1

GNDA

2424

1

47u

F741

47K

3422

GNDA

KILL

KILL

7

2430

47u

F748

47K

3429

GNDA

F718

3439

F708

4R7

2419

100n

GNDA

10

VDDD

0dB/6dB
SWITCH

0dB/6dB
SWITCH

DET

DAC
TEST1
20 21

10K

F719

3892

3418

0R

2K2

28

VREF

OVERFL 9

TEST2

3891

7412

BC848B

GNDA

BLM21

KILL

3

VDDAD

PGA

ADC1R

L3-BUS
INTERF

10K

3419

only for CDR-MINI

3423

120R

3424

2K2

3428

2K2

KILL

3434

2K2

3427

120R

3433

0R

GNDA

GNDA

BC848B
7410

BC848B
7411

BLM21

7413
BC848B

GNDA

only for CDR-MINI

I2C BUS

3411

F702

100u

2409

100n

GNDA

GNDA

1400-8

1400-14

1400-13

PH-B1

PH-B

PH-B

1400-12

CL06532018_051.eps

290200

14

2408

1400-10 C1
1400-11 D1
1400-12 I14
1400-13 F14
1400-14 E14
1400-8 E14
1400-9 B1
1410-1 G14
1410-2 G14
1410-3 H14
1420-1 B1

A

1420-2 D1
1420-3 D1
1420-4 H14
1420-5 E14
2401 F2
2402 A8
2404 B6
2405 B8
2406 A13
2407 A13
2408 A14
2409 A14

B

2411 C8
2413 A12
2414 A11
2415 G2
2417 D8
2419 A12
2421 F7
2422 F2
2424 E12
2425 G13
2430 I12
2431 H13

C

2433 H3
2434 F6
2435 F7
2437 B4
2438 D4
2440 B3
2441 D3
2442 F13
2443 I13
2444 E13
2445 I13

D

2446 C1
2447 E1
2448 D1
2450 B2
2451 D2
2460 I11
2463 F11
2464 E8
2465 C8
2903 G7
2904 H7
2905 G5

E

2906 H5
3402 A6
3403 A4
3404 B4
3405 B5
3407 B10
3408 C7
3409 C8
3410 C3
3411 A14
3412 C4
3413 D4

F

3414 D4
3415 D7
3416 D8
3418 E12
3419 F12
3420 F11
3421 F11
3422 F12
3423 G12
3424 G12
3427 H12

G

3428 H12
3429 I12
3432 I10
3433 I12
3434 I12
3435 I11
3436 I11
3439 A13
3441 A12
3447 E3
3448 F10
3449 H10

H

3450 H2
3451 D4
3452 B4
3453 B3
3454 E4
3886 A3
3891 D12
3892 D12
5401 F2
5403 B8
5404 G2
5406 E7
5407 E2

I

5413 F5
5414 F7
5444 E13
5445 H13
5446 B1
5447 D1
6400 H2
7401-A D3
7401-B C3
7401-C B3
7405-A B8

7405-B D8
7406 A11
7407-A G9
7407-B I9
7407-C F9
7408-A H11
7408-B F11
7409-A E11
7409-B I11
7410 G13
7411 H13
7412 F13
7413 I13
7801 B6
F700 B8
F701 A6
F702 A14
F703 B6
F704 B1
F706 C5
F707 H7
F708 A13
F709 B8
F710 C7
F711 C7
F712 B1
F713 C3
F714 G2
F715 A12
F716 D1
F717 D1
F718 A12
F719 D12
F720 D8
F721 D7
F723 D1
F724 B4
F726 I9
F727 D4
F728 E7
F729 E2
F730 E11
F731 E13
F732 E13
F733 H13
F734 F2
F735 F6
F736 F7
F737 F9
F738 F11
F739 H13
F740 G13
F741 F12
F742 G11
F743 I13
F744 G9
F745 H11
F748 I12
F750 H3
F753 I13
H401 G7
H402 G6

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 7 : POWER PART TESTPOINTS

GB 52CDR 3rd gen. 7.

A

B

C

D

E

F

G

H

I

12345

POWER PART

5556

BLM21

2568

7535

14

F845

3557

12VCP

2536

2543

3538

10K

0.7V

100K

1
F836

5V

LD1117

3

IN2OUT

100n

100n

2544

1541

1A

MP

11.8V

2551

22u

3546

100R

GND

47u

0.7V

F814

3539

3555

7528
BC847B

3552

47K

3547

15K

1

100K

2541

100n

3554

1K2

F846

TO DISPLAY BOARD

1500

F815

1

F816

2

F817

3

F820

1501

FROM PSU

EH-B

4

5

6

7

8

9

10

F828

11

2501

GND_CASE

F822

2500

GND_CASE

2n2

7

6

5

4

3

2

1

EH-B

3104 123 4228.7

{POWER_UP,KILL_OUT}

1

1542

1A

MP

VDC2

VFTD

VDC1

2n2

5501

BLM21

F827

2577

5500F823

5502

BLM21

5503

BLM21

2n2

2502

GND_CASE

100n

2572

5709

BLM21

5543

P12VKILL

100n

F831

2571

5544

POWER_UP

100n

POWER_UP

+5VA

-8VA

5V

F812

F844

3544
47K

F830

5.2V

2552

1n

12VPWR

3

2

1543

5541

BLM21

5542

BLM21

10K

1A

MP

8

4

3556

3545

6R8

F838

7521-A
MC34072

23456

2535

F813

7524
BC847B

10K

F842

12VCP

+5VA

100u

100n

2548

BCP69
7527

11V

7526
BC847B

7522
BC857B

2537

F491

5V

100u

47u

678910

1

F800

+5VA

2

F802

D3V3

3

F805

P12V

D5V

4

3537

10K

3536

7523
BC847B

100K

7520

STD17N05

1

2

3

5546

BLM21

2546

F806

F807

D5VS

5

L5V

47u

6

5555

BLM21

F839

2565

F821

100n

GNDA

+12VA

7

P12V

8

3542

12R
3541

12R

F840

2547

F843

12VPWR

L12V

47u

7558

L78M09

IN OUT

GND

2574

100n

2575

F841

220u

9

+9SRVPWR

3566

100K

-8VA

10

6501

23.2V

BAV99

5.2V

3548

47K

F835

3551

3K3

3553

100R

10V

F496

2508

100n
2509

100n

100n
2553

4.6V

2563

100n

F492

6554
BAV99

F495

17.8V

2562

100n
2550

100n

F493

12VCP

7548
BC847B

F494

7529
BC857B

12VCP

7521-B

5

8

MC34072

6

4.6V

4

7

F834

4.5V

3549

100R

F837

5.2V

27.5V

F499

2507

10u

5554

47u

F498

7 8 9 10 11 12 13 14

P12VKILL

F818

3550

100R

3540

10K

F497

27.4V

11 12 13 14

12VPWR

P12V

7525
BC857B

F832

3567

22K

F825

7549
BC847B

F824

F810

2561

100n

6502

BZX284-C22

6553

BAS216

5551

BLM21

6500

BAV70W

2504

3570

3532

5K6

100R

220u

2505

10u

F801

0.7V

2558
100u

F811

3531

11.8V

5K6

F826

11

F819

2506
33n

BC857B
7560

F809

3559

7563
BC847B

2555

5K6

3013
1M

3533

11.8V

3562

F808

7562
BC847B

12

7556
MC79L05ABD

10n

3

IN

6

7

GND

2556

100n

FS30V

100K

F803

5K6

12

OUT

100n

4

NC

8

5

CL06532018_052.eps

BC857B
7561

F804

3560

100K

-8V during
normal
operation

-8VA

KILL_OUT

13

A-8V

F829

L-5V

2557

290200

KILL

1500 D1
1541 D4
1542 A4
1543 B4
2500 E2
2501 F1
2502 F2
2504 A12
2505 H12
2506 H12
2507 H10
2508 I8

A

2509 I8
2535 B5
2536 B4
2537 B5
2541 D5
2543 B4

14

2544 B4
2546 C7
2547 F6
2548 D5
2550 H8
2551 G4

B

2552 H4
2553 H8
2555 F12
2556 G13
2557 F14
2558 F12
2561 F11
2562 H8
2563 H8
2565 D6
2568 A5

C

2571 D3
2572 E2
2574 E8
2575 E9
2577 F2
3013 H13
3531 C12
3532 C12
3533 A13
3536 C6
3537 C6
3538 C4

D

3539 D5
3540 E10
3541 F6
3542 E6
3544 F4
3545 G4
3546 G4
3547 H5
3548 H6
3549 I7
3550 H10
3551 I6

E

3552 F5
3553 I6
3554 E5
3555 E5
3556 E4
3557 F4
3559 B12
3560 B14
3562 B13
3566 E10
3567 E11

F

3570 A12
5500 D2
5501 E2
5502 E2
5503 E2
5541 D4
5542 D4
5543 B3
5544 B3
5546 C7
5551 F11
5554 H10

G

5555 D6
5556 A5
5709 F3
6500 G11
6501 G9
6502 I11
6553 A11
6554 H9
7520 C6
7521-A G4
7521-B I6
7522 H5

H

7523 C6
7524 C5
7525 E11
7526 G5
7527 E5
7528 F5
7529 I8
7535 A4
7548 I8
7549 F11
7556 F13

I

7558 E8
7560 B12
7561 B14
7562 C13
7563 C12
F491 G5
F492 H9
F493 I7
F494 I8
F495 I9
F496 H8
F497 H11

F498 H10
F499 H9
F800 A6
F801 A12
F802 A6
F803 B13
F804 B14
F805 B6
F806 C8
F807 C8
F808 B13
F809 B12
F810 C11
F811 C12
F812 H3
F813 C5
F814 C5
F815 D2
F816 D2
F817 D2
F818 E10
F819 H12
F820 D1
F821 D7
F822 D2
F823 D2
F824 F11
F825 F11
F826 F12
F827 E2
F828 E2
F829 F14
F830 F4
F831 F3
F832 E11
F834 I7
F835 I6
F836 H4
F837 I7
F838 G4
F839 E6
F840 E6
F841 E9
F842 E5
F843 F7
F844 E3
F845 F4
F846 H5

Electrical diagrams and PWB’s

123456789

A

1820

1

2

3

B

C

D

E

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

DSA_COPY

19

20

21

22

23

24

25

26

27

28

29

30

3901 0R

D5V

3904

100R

3902

0R

100R

3905

F

0R3900

IIS_DATA_CD

SEL_HP_OUT

IIS_WS_A0

IIS_BCLK_A0

IIS_DATA_A0

IIS_WS_A1

IIS_BCLK_A1

IIS_DATA_A1

SYS_RESET

DSA_DATA_CD

NMUTE

L3_MODE

PROF_EBU

INT_COPY_ANA

EXT_DIG_IN

DIG_OUT_C

EXT_OPT_IN

KILL

DIG_IN2

PH-B

1818

LEVEL_A0

LEVEL_A1

LEVEL_A2

1

RXD_TOOL

2

TXD_TOOL

3

4

5

TRACE99_RxD

6

TRACE99_TxD

7

TERMB

HDCD

D5V

GB 53CDR 3rd gen. 7.

{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_11B,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}

{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}

{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}

1830-1

DSA_DATA_CDR

1

DSA_ACK_CDR

2

DSA_STR_CDR

3

4

1812-1

52207 1

1819

PH-B

CDR60CL1

2

CDR60CFLG

CDR60MEAS1

3

4

5

MERR

6

MERRIN

7

HALL_U

8

HALL_V

9

HALL_W

10

11

1

2

3

4

5

6

7

8

9

SGND

PCSSIN

PCSCOS

D3V3 D3V3

1K

4K7

3907

3908

WRITE_TOGGLE

RESET_MIN

4K7

3909

DSCLK

CLK_OUT

2600

10n

GND_CASE

2603

10n

GND_CASE

2605

10n

GND_CASE

2606

10n

GND_CASE

BKPT

DSI

TDSO

TCK

{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}

{REFSIN,REFCOS,PCSSIN,PCSCOS}

2601

10n

GND_CASE

1831

GND_CASE

2604

10n

GND_CASE

A

B

C

D

E

F

1812-1 C4
1818 E3
1819 E4
1820 A1
1830-1 A4
1831 B7
2600 A6
2601 A8
2603 B6
2604 C8
2605 C6
2606 C6
3900 B1
3901 B1
3902 D1
3904 C1
3905 E1
3907 E5
3908 E5
3909 E5

TERMB

{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}

CLK_OUT

123456789

3104 123 4228.7

CL06532018_053.eps

290200

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 9 : DASP MASTER PROCESSOR TESTPOINTS

GB 54CDR 3rd gen. 7.

{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}

A(1:20)

A

{IIC_CLK,IIC_DATA}

STANDBY

B

C

{RCK,SFSY,SUB}

D

E

F

G

H

I

3104 123 4228.7

12345678910

{POWER_UP,KILL_OUT}

{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}

I2C BUS

{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}

D5V

7710
MC33464N

D3V3

7704
MC33464N

RCK

SFSY

SUB

TCK

TDSO

BKPT

DSI

DSCLK

D3V3

DSA_ACK_CDR

SYS_RESET

SEL_HP_OUT

INT_COPY_ANA

F_RW

RAS0

CAS0

CAS1

DRAW_RW

3727

1M

1707

CX-11F

33M8688

2718

560p

6702

6701

BB132

BB132
270K3744

F757

2714

{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_IIW,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}

{IIC_CLK,IIC_DATA}

D(16:31)

{DOBM_CDR,BCLK,WCLK,DATA1,DATA0}

I2C BUS

RESET_MIN

1

RESET_

2

IN

GND

3

1

RESET_

2

IN

GND

3

D3V3 D3V3 D3V3

4K7

4K7

3761

3760

4K73906

4K7

3769

F933

F935

F937

CLK_SYS

3731

390R

560p

2719

270K3745

7705-B

MC34072

3811

7

10K

33n

3750

12K

NC

4

NC

4

3762

D3V3

3764

3765

D3V3

F939

F941

F977

3705

5

5

4K7

F756

+12VX

8

4

3720

3721

4K7

0R

22K

2909

3756

3710

100R

D3V3

3766

F919

F923

F924

F925

F926

3763

0R

3729

F940

F976

F978

F979

1u

100R

100R

5

6

F915

F916

100R

100R

D3V3

D3V3a

4K7

15K3746

7701
DASP

135

105

113

114

123

122

136

108

144

121

110

109

141

139

137

115

124

127

129

3810

4K7

3767

3837

10K
3838

10K

RSTI

TEST1

TEST2

TEST3

RCK|GPIO13

SFSY|GPIO14

5

SUBR|GPIO15

TCK

TDSO

67

TMS|BKPT

TDI|DSI

TRST|DSCLK

HIZ

66

41

GPIO16|TT0

39

GPIO17|TT1

ATM

GPIO8|SIZ0

GPIO7|SIZ1

95

R|W

96

TS_

26

65

RAS0

RAS1

CAS0

CAS1

10

DRAMW

CRIN

CROUT

XTRIM

CRSEL

2713

4K7

CL1177CL16

47R

3732

10n

SYS_CLK_IIW

DSA_ACK_CD

F990

81

74

RTS2|RST0

CTS2|GPIO28

GPIO22|CLKOUT

76

78

47R

3771

3894-D

F951

CLK_OUT

SYS_CLK_16W

TXD_TOOL

RXD_TOOL

F909

F910

111

28

RXD2|GPI27

TXD2|GPO27

R1

R6

TIN1|GPIO4

TIN2|GPIO29

30

40

D3V3

D3V3

100R

4K73910

4K7

3768

DSA_STR_CDR

STANDBY

DSA_DATA_CDR

F963

F905

3813

100R

29

90

RTS1|GPIO26

CTS1|GPIO25

TOUT1|GPIO3

TOUT2|GPIO30

45

42

3735

F953

IIS1_MS

DEEMP

L3_MODE

TRACE99_TxD

TRACE99_RxD

F964

F965

F992

F991

86

31

RXD1|GPI24

TXD1|GPO24

SCL

SDA

6

7

47R

IIC_CLK

IIC_DATA

F_READY

22

23

PP0|DDATA0

PP1|DDATA1

EBUIN1

35

DIG_IN2

DOBM_CDR

KILL_OUT

KEY_PRESSED

20

PP2|DDATA2

EBUOUT1

36

DIG_OUT_C

HDCD

LEVEL_A0

LEVEL_A1

LEVEL_A2

DSA_DATA_CD

25

100

43

34

PP5|PST1

PP4|PST0

PP6|PST293PP7|PST3

PP3|DDATA3

A13

SCLK1

3903

EXT_OPT_IN

DOBM_CD

46

47R

3898-A

0R

BCLK

LRCK1

27

47R

3898-B

WCLK

EBUIN269EBUIN354EBUIN4|GPIO21

EBUOUT2|GPIO2

101

107

PROF_EBU

EXT_DIG_IN

F759

59

NC

SDATAI1

44

F954

DATA0

D3V3

5710

16

PLLVDD

A12

SDATAO1

SCLK2

92

79

47R

47R

3894-A

3898-C

F975

F982

IIS_BCLK_A0

DATA1

47u

2750

55

PLLGND

LRCK2

11

47R

3894-B

F983

F974

1u

2703

68

OSCVDD

SDATAO2

53

47R

3894-C

F984

F955

IIS_DATA_A0

IIS_WS_A0

D3V3

5701

F903

47u

75

58

VDD1

OSCGND

SCLK3|GPIO18

LRCK3|GPIO19

126

118

IIS_BCLK_CD

IIS_WS_CD

BLM21

100n

2760

63

82

GND1

SCLK4|GPIO10

SDATA3|GPIO20

120

102

47R

3814

F985

F956

IIS_DATA_CD

12345678

{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}

+12VA

D3V3a

2751

100n

38

VDD257VDD3

GND2

SDATAI4|GPIO12

LRCK4|GPIO11

116

117

47R

3743

F957

F986

F973

3752

3755

150R

150R

2706

100n

2704

103

142

128

VDD4

GND3

D1

21D03

47R

47R

3825-B 47R

3825-D

3825-C

45

36

F105

F758

10n

2716

2752

100n

100n

130

125

131

VDD5

VDD6

GND4

GND552GND6

D2

D3

D4

9

24

18

19D517D614D789

47R

47R

47R

3825-A

3824-B

3824-A

18

27

27

18

+12VX

1u

2717

2761

100n

2762

134

132

VDD770VDD812VDD9

GND750GND8

D8

47R

47R

47R

3823-D

3824-D

3824-C

45

45

36

POWER 7705

33n

2763

100n

D9

D1080D1164D1262D13

51

99

47R

47R

47R

3823-A

3823-B

3823-C

18

36

5714

D5V

BLM21

5715

D3V3

BLM21

33n

2764

2765

138

143

1

GND9

VDD102VDD11

GND10

A0|GPIO31

A26|CS6|WE1|GPIO1

A27|CS7|WE0|GPIO0

CS1|GPIO9

GPIO5|CS2

GPIO6|CS3

D14

61

47R

47R

47R

7

3822-B

3822-D

3822-C

45

27

2

36

33n

2766

4

GND11

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

A12

A13

A14

A15

A16

A17

A18

A19

A20

CS0_

GPIO23

D15

60

SYS_CLK_16W

47R

3822-A

18

3911 4K7

IIS_DATA_A1

IIS_BCLK_A1

IIS_WS_A1

D(16)

A11

D(17)

D(18)

D(19)

A10

D(20)

D(21)

A9

D(22)

D(23)

D(24)

D(25)

D(26)

D(27)

D(28)

D(29)

D(30)

D(31)

91011

V7706

10K

33n

F967

10K

48

8

49

47

71

56

85

88

87

33

91

98

15

72

73

32

37

83

133

140

119

97

104

112

106

84

94

13

10K

D3V3

R8

D3V3

D3V3D3V3

10K

3718

3717

F968

F966

10K

3722

3723

3897-D

45

3897-C

36

3897-B

27

3897-A

18

3818-D

45

3818-C

36

3818-A

18

3818-B

27

3819-D

45

3819-C

36

3819-B 47R

27

3819-A

18

3820-D

4

3820-C

36

3820-B

27

3820-A

18

3821-D 47R

45

3821-C

36

3821-B

27

3821-A

18

100R3725

3728

100R

3716

4

3

2

7706-A
74LV74D

V7706

10

0R

3704

11

12

3812

470R

DISPL_INT

10K

10K

5

F969

3719

DEEMP

3724

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R

47R

CSFLASH

F970

F971

ATT

MUTE

A(1)

A(2)

A(3)

A(4)

A(5)

A(6)

A(7)

A(8)

A(9)

A(10)

A(11)

A(12)

A(13)

A(14)

A(15)

A(16)

A(17)

A(18)

A(19)

A(20)

MUTE

ATT

BE_RESET

V7706

7

7706-B
74LV74D

7

14

14

2712

33n

5

61

9

813

11 12 13

F_READY

2721

F901

47p

5702

BLM21

GND_CASE

5703

EXT_DIG_IN

100R3701

BLM21

3706

3709

2771

F920

2708

10K

F927

F928

F929

2726 100n

3835 47R

47R

3708

47R

10K

5705

BLM21

47p

F922

GND_CASE

3714

47R

47p

3715

47R

2727 100n

47R3830

GND_CASE

2722

100n2728

47p

2733

3828

47R

F944

47p

2734

3833 47R

3836 47R

A24

2772

2709

47p

2735

D5V

RESET_MIN

DSA_STR_CD

IIC_DATA

IIC_CLK

D3V3

10K

3726

NMUTE

L3_CLK

L3_DATA

SYS_CLK_BE

100R

100R

SYS_CLK_8W

3826

3815

DIG_OUT_C

EXT_DIG_IN

EXT_OPT_IN

F918

3734

100R

F917

47p

2724

10K

D5V

DISPL_INT

D5V

VDC2

VFTD

VDC1

SYS_RESET

DSA_DATA_CD

DSA_STR_CD

DSA_ACK_CD

R9

IIS_DATA_CD

IIS_WS_CD

IIS_BCLK_CD

DOBM_CD

F913

5704

BLM21

F921

GND_CASE

3713

47R

3712

3757

47R

5707

BLM21

D5V

3711

100n2725

2731 47p

F961

3753

4K7

3770

4K7

7707
BC848B

CLK_OUT

F962

KEY_PRESSED

F972

3816

470R

SYS_RESET

KILL

SYS_CLK_8W

12 13

47p

47p

47p

+12VA

47R3834

4K73751

F900

2767

F931

2769

GND_CASE

2707

47p

F932

5706

BLM21

2774

GND_CASE

2901 560p

3829

47R

F942

3831 47R

3832

D5V

47R

100n

2736

F949

F952

47p

2738

F958

LEFT

RIGHT

47p

2741

47p

47p

D5V

2n2

100R3758

560p2902

2739

2742

F930

F914

F912

F907

1705

2773

2737

47p

47p

1701-1

1701-2

1702
EH-B

1

2

2768

3

100n

4

5

2770

6

100n

1400-1

1

1400-2

2

A23

1400-3

3

1400-4

4

1400-5

5

1400-6

6

1400-7

7

100n

2723

1704

1

2

3

F936

4

F960

5

6

7

2n2

GND_CASE

GND_CASE

GND_CASE

F934-5

5

F934-6

6

F934-7

7

F934-8

8

F934-10

10

F938

F906

F934-9

9

F934-1

1

F934-2

2

F934-3

3

F934-4

4

1

2

1

H700

1708

R3

2

F943

3

4

F945

5

F946

6

7

F948

8

9

10

11

100n

12

13

47p

14

2740

15

F959

16

17

18

19

20

21

22

47p

23 24

2743

CL06532018_054.eps

290200

1400-1 B13
1400-2 B13

1

2

1400-3 B13
1400-4 B13
1400-5 C13
1400-6 C13
1400-7 C13
1701-1 A13
1701-2 A13
1702 A13

A

1704 C13
1705 C13
1707 G1
1708 F13
2703 B6
2704 B7
2706 B7
2707 C13
2708 D12
2709 F12
2712 G11
2713 H3
2714 H1
2716 A8

B

2717 A8
2718 G1
2719 G2
2721 A12
2722 C12
2723 C13
2724 D11
2725 F12
2726 F12
2727 F12
2728 F12
2731 H12

C

2733 F12

CONN. 1400TOI/O BOARD NOT FORCDR950/951

2734 G12
2735 G12
2736 H13
2737 H13
2738 H13
2739 H13
2740 H13
2741 I13
2742 I13
2743 I13

D

2750 B6
2751 B7
2752 B8
2760 B6
2761 B8
2762 B8
2763 B8
2764 B9
2765 B9
2766 B9
2767 A13
2768 A13

E

2769 B13
2770 B13
2771 C12
2772 C12
2773 D13
2774 D13
2901 F13
2902 F13
2909 C2

CONN. F934 TO DISPLAY BOARD

3701 A12
3704 I10
3705 A2

F

3706 B12
3708 B12
3709 C12
3710 D2
3711 E12
3712 D12
3713 D12
3714 D12
3715 E12
3716 G10
3717 B10

G

3718 B10
3719 B10
3720 E2
3721 E2
3722 C10
3723 C10
3724 C10
3725 G10
3726 F11
3727 G1
3728 G10
3729 E2

H

3731 G2
3732 H3

CONN. 1708 TO CD MAIN BOARDCDR775/776

3734 C11
3735 H4
3743 H7
3744 H1
3745 H2

R4

3746 H2
3750 I2
3751 H13
3752 A7
3753 I12
3755 A7

I

3756 D2
3757 H12
3758 F13
3760 C2
3761 C2
3762 C2
3763 E2
3764 G2
3765 H2
3766 B2
3767 B3

3768 H3
3769 E2
3770 I12
3771 H3
3810 I3
3811 H2
3812 I10
3813 B4
3814 H7
3815 H11
3816 I11
3818-A D10
3818-B D10
3818-C D10
3818-D D10
3819-A E10
3819-B E10
3819-C D10
3819-D D10
3820-A E10
3820-B E10
3820-C E10
3820-D E10
3821-A F10
3821-B F10
3821-C F10
3821-D E10
3822-A H9
3822-B H9
3822-C H9
3822-D H9
3823-A H9
3823-B H9
3823-C H8
3823-D H8
3824-A H8
3824-B H8
3824-C H8
3824-D H8
3825-A H8
3825-B H7
3825-C H7
3825-D H7
3826 G11
3828 G12
3829 G13
3830 G12
3831 G13
3832 G13
3833 H12
3834 H12
3835 G12
3836 H12
3837 B3
3838 B3
3894-A H6
3894-B H6
3894-C H6
3894-D H3
3897-A D10
3897-B C10
3897-C C10
3897-D C10
3898-A H5
3898-B H5
3898-C H6
3903 H5
3906 D2
3910 H4
3911 I7
5701 A6
5702 A12
5703 B12
5704 C12
5705 C12
5706 D13
5707 D12
5710 A6
5714 A9
5715 A9
6701 G1
6702 G2
7701 C3
7704 B1
7705-B H2
7706-A H10
7706-B H10
7707 I12
7710 B1
F105 H7
F756 H2
F757 H1
F758 A8
F759 B6
F900 A13
F901 A12
F903 B6
F905 B4
F906 F13
F907 B13
F909 B3
F910 B3
F912 B13
F913 B12
F914 B13
F915 C3
F916 C3
F917 D11
F918 C11
F919 D2
F920 D12
F921 D12
F922 D12
F923 D2
F924 D2
F925 D2
F926 D2
F927 E12

F928 E12
F929 E12
F930 A13
F931 B13
F932 C13
F933 E2
F934-1 E13
F934-10 E13
F934-2 E13
F934-3 F13
F934-4 F13
F934-5 D13
F934-6 E13
F934-7 E13
F934-8 E13
F934-9 E13
F935 E2
F936 D13
F937 F2
F938 F13
F939 F2
F940 F2
F941 F2
F942 G13
F943 G13
F944 G12
F945 G13
F946 G13
F948 H13
F949 H13
F951 H3
F952 H13
F953 H4
F954 H6
F955 H6
F956 H7
F957 H7
F958 I13
F959 H13
F960 D13
F961 I12
F962 I12
F963 B4
F964 B4
F965 B4
F966 B10
F967 B10
F968 B10
F969 F10
F970 G10
F971 G10
F972 I11
F973 H7
F974 H6
F975 H6
F976 F2
F977 G2
F978 G2
F979 G2
F982 H6
F983 H6
F984 H6
F985 H7
F986 H7
F990 B3
F991 B4
F992 B4
H700 F13

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 10 : DASP FLASH & DRAM TESTPOINTS

GB 55CDR 3rd gen. 7.

1

A

B

D3V3

7702

C

D

GM71C18163CJ-6

A(10)

A(11)

A(12)

A(13)

A(14)

A(15)

A(16)

A(17)

A(18)

A(20)

E

F

G

H

I

4567891011

{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}

D3V3

5712

BLM21

7703
Am29LV160BB

25

A0

24

A1

23

A2

22

A3

21

A4

20

A5

19

A6

18

A7

8

A8

7

A9

6

A10

5

A11

4

A12

3

A13

2

A14

1

A15

48

A16

17

A17

16

A18

9

A19

26

CE_

28

OE_

11

WE_

12

RESET_

47

BYTE_

VSS127VSS2

2720

1n

37

VCC

DQ10

DQ11

DQ12

DQ13

DQ14

DQ15|A-1

RY|BY_

7708-C

74HC00D

F755

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

DQ7

DQ8

DQ9

NC2

NC3

NC4

9

10

46

3780

100K

29

31

33

35

38

40

42

44

30

32

34

36

39

41

43

45

15

10

13

14

V7708

2710

14

7

F947

100u

8

2711

3817

1K

D(16)

D(17)

D(18)

D(19)

D(20)

D(21)

D(22)

D(23)

D(24)

D(25)

D(26)

D(27)

D(28)

D(29)

D(30)

D(31)

100n

R7

3011

82R

F_READY

3

2

+12VX

8

4

OPTION

3841

0R

OPTION

7705-A
MC34072

3842

0R

1

17

18

19

20

23

24

25

26

27

28

16

15

11

12

32

BLM21

5713

A0

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

NC1

NC2

NC3

1

VCC16VCC2

UCAS_

VSS137VSS242VSS3
22

F754

21

I|O0

VCC3

I|O1

I|O2

I|O3

I|O4

I|O5

I|O6

I|O7

I|O8

I|O9

I|O10

I|O11

I|O12

I|O13

I|O14

I|O15

RAS_

LCAS_

WE_

OE_

2701

2

3

4

5

7

8

9

10

33

34

35

36

38

39

40

41

14

31

30

13

29

100u

2702

100n

2715

100n

2700

100n

D(16)

D(17)

D(18)

D(19)

D(20)

D(21)

D(22)

D(23)

D(24)

D(25)

D(26)

D(27)

D(28)

D(29)

D(30)

D(31)

RAS0

CAS1

CAS0

DRAW_RW

CSFLASH

RESET_MIN

F_RW

V7708

D3V3

BLM21

100n

D3V3

1K

5716

2705

7708-B

74HC00D

4

5

3754

F902

3759

F904

1K

14

7

7708-D

74HC00D

12

13

V7708

6

V7708

A(1)

A(2)

A(3)

A(4)

A(5)

A(6)

A(7)

A(8)

A(9)

A(10)

A(11)

A(12)

A(13)

A(14)

A(15)

A(16)

A(17)

A(18)

A(19)

A(20)

F980

F981

D3V3

V7708

7708-A

14

74HC00D

1

3

2

7

14

11

7

SYS_CLK_IIW

F950

1223

7999
BC848B

SYS_CLK_11B

3898-D

47R

3999

0R

D(16:31)

A(1:20)

2700 C5
2701 C5
2702 C5
2705 G7
2710 C10
2711 C10
2715 C5
2720 H9

A

B

C

3011 H10
3754 H7
3759 I7
3780 I10
3817 E10
3841 H11
3842 I11
3898-D G12
3999 G12
5712 B9
5713 C4
5716 G7
7702 C3
7703 C9
7705-A G11
7708-A G8
7708-B G7
7708-C H10
7708-D H7
7999 G12
F754 B4
F755 B10
F902 H7
F904 I7
F947 E10
F950 H11
F980 F9
F981 F9

D

E

F

G

H

I

3104 123 4228.7

123

WRITE_TOGGLE

CL06532018_055.eps

4

5 6 7 8 9 10 11 12

290200

Electrical diagrams and PWB’s

CDR MAIN BOARD .7 - TOP VIEW

GB 56CDR 3rd gen. 7.

CL06532018_056.eps

290200

Electrical diagrams and PWB’s

CDR MAIN BOARD .7 - BOTTOM VIEW

GB 57CDR 3rd gen. 7.

CL06532018_057.eps

290200

Electrical diagrams and PWB’s

CDR-Mainboard Version 4228.8

CDR MAIN BOARD - CIRCUIT DIAGRAM 1 : AEGER, EFMTIM, FORWARD SENSE CIRCUIT TESTPOINTS

1234

ACTUATOR BUS

A

L12V

B

S17

C

S18

S15

D

E

F

G

H

I

TO
CDM3800

S14

F150

RAD+

F155

30

FOC+

F159

29

FOC-

F162

28

RAD-

1000

27

26

25

24

23

22

21

20

19

18

17

16

15

14

13

12

11

10

9

8

7

6

5

4

3

2

1

PDGND

HFGND

F208

F211

F223

F228

F235

F240

F246

DIO12V

F166

3104 123 4228.8

1 2 3 4 5 6 7 8 9 10 11 12 13 14

F171

F175

33n2001

FS30V

3006

0R

3000

PDGND

*

1%

1K2

3002

PDGND

CDRW

RECORDING

WPONRC

EPONRC

100R

L5V

3001 2R2

2002

100n

2011

100n

CAHF

C2LF

A1LF

B1LF

C3LF

C4LF

B2LF

A2LF

C1LF

FSA

IE

IR

IW

I2CBUS

F147

FSA

7010

TZA1020

F145

CAGAIN

11

S2V9

I2CSDA

I2CSCL

F152

F157

F161

F165

F169

F172

F176

F177

3014

L-5V

1%

100n 2012

CALF

A1

A2

A1LF

A2LF

B1LF

B2LF

C1LF

C2LF

C3LF

C4LF

2020
15n

{C2LF,A1LF,B1LF,C3LF,C4LF,B2LF,A2LF,C1LF,FSA,CAHF}

1K5

SA1

4

SA2

8

SB1

5

SB2

9

C1

10

C2

3

C3

6

C4

7

RREF

2

F182

UOUT

1

SGND

SDA

12

SCL

13

F196

CALF

44

F202

A1

43

F204

A2

42

F207

CALPF

39

F209

HCA2

41

HCA1

40

202210n

10n

2021

L-5V

OPTION 27

WPONRC

OPTION 28

GNDD

17

3004

120R

3003

120R

DIODE
INPUT

STAGE 1

DIODE
INPUT

STAGE 2

GAP
REF.

2

I

C

INTERFACE

BETA

DETECTOR

2007

15p

15p

2008

SGND

2016

100n

28

VDD116VDD2

ERON

AMON

35

2010

150p
3010

680R

3107

0R

2009

150p
3009

680R

3106

0R

GB 58CDR 3rd gen. 7.

56789

DALPHA

2015

100n

LPF

NORMALIZER

FEN

REN

36

F231

F232

FEN

L5V

BF824
7120

1K

3053

L-5V

L-5VL5VL5V

2014

2013

100n

100n

SGND

30

18

VSS1

VSS2

DETECTOR

BALANCE

TLN

XDN

MIRN

37

34

38

F227

XDN

F233

ALFA

IV

IV

F234

ERON

AMON

ASTROBE

AINTON

DALFA

CWBL

MEAS1

MEAS2

GND

29

SGND

ALS

AINT

AZIN

PPN

RE

CAHF

56K

3102

TLN

REN

MIRN

EPON

EPONO

WPON

WPONO

15

14

19

21

20

22

24

25

26

27

32

33

31

23

2042

150p

F167

3015

2019

100n

F178

F181

F193

F194

7050-C

TL084CDT

8

WOBBLE

WOBBLE

F143

RECORDING

F149

F153

F158

15K

3103

10K

3104

3105

1K8

10K

3130

3065

F174

L5V

10K

L5V

4

L-5V

ERON

ASTROBE

AINTON

39K

2018
68p

F170

SGND

11

F215

ALS

L5V

10

9

SGND

3052

8K2

F133

FSCLR

2n7

20K

3054

2027

2026

L-5V

SGND

RDGAIN1

RDGAIN2

{FSRS,FSWS,ALS,AINTON,ASTROBE,ERON,RDGAIN1,RDGAIN2,FSCLR,RDGAIN3,FSOF,FSON}

ALPHA0

RE

3012

150K

10K

3131

3n3

2060

2n7

RDGAIN3

7126-C

74HC4066D

1n2030

IR

BF824

7119

89

6

11 10

12

DP4

BIASC

ERASEC

L5V

14

7

7126-D

L5V

74HC4066D

14

7

D5VS

E5V

F138

100p

2028

5008

BLM21

1%

PWRITE

PERASE

L5V

1K

2029

F146

100p

910K 3036

1%

E5V

2059

100n

3049

L5V

7050-A

3

4

TL084CDT

2

11

L-5V

L5V

7050-B

5

4

TL084CDT

6

11

L-5V

E5V

F203

2025

100n

3035910K

100n

F247

F249

F251

F252

3055

1M 3019

1K

1

7

7008
EFMTIM2

1

2

3

4

5

6

7

8

9

10

11

2023

12

13

14

15

16

F142

F163

VDD3

EPON

EPONO

LDON

WPON

WPONO

DP0

DP1

GND1

VDD1

DP2

DP3

DP4

BIASC

ERASC

POR

3051

8K2

3050

100R

3040

100R

10 11 12 13 14

ACTUATOR BUS

I2CBUS

FSONFSOF

F140

FSW

FSWS

F148

FSR

FSRS

FSOF

FSON

RDGAIN3

A27

F185

64

62

63

TC1

FSOF

FSON

SELN2

SELN4

PWF020PWF121PWF222PWF323PWF424PWF5

18

17

19

1%

1%

470K

240K

3031

3030

FSCLR

F187

61

60

FSCLR

RDGAIN3

1%

120K

3029

74HC4066D

7126-A

RDGAIN2

RDGAIN1

59

RDGAIN2

1%

1%

30K

62K3028

3027

F100

8

S2V9 L-5V

13

7

F110

62K

58

56

57

GND6

CAGS

RDGAIN1

GND2

25

1%

1%

15K

470K

3020

3026

D5VS

7355-C

14

74HCT00D

9

CDRW

10

RECORDING

7

12

L5V

14

100n

2126

3108

180K

OPTION 17

F107

BAW56

6002

3016

3115

68R

ERON

ASTROBE

53

52

51

ERON

ASTROBE

RECORDING

560p

AINTON

50

AINTON

CLKOUT_N

WPONOUT

I2CSCL

I2CSDA

RECORDING

54

55

SCL

SDA

PWC027PWC128PWC229PWC330PWC431PWC5

26

1%

240K

3025

1%

120K3024

1%

62K

3023

1%

30K

3022

1%

15K

3021

L12V

3K9

3069

F101

BC857B

7104

74HC4066D

3017

F115

3113

2081

220R

ALS

49

ALS

48

FSWS

47

FSRS

46

CDR

45

TC0

44

VPLUS

43

LWRT

42

VDD2

41

GND5

40

EFM

39

EFMCLK

38

GND4

37

36

35

IN5

34

IN4

33

IN3

GND3

32

{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}

{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}

L12V

4K7

F103

3068

F102

BC857B
7127

7133

BC847B

L5V

7126-B

14

43

5

7

3K9

F113

CDR

3114

330R

FSRS

FSWS

7355-D

74HCT00D

12

F199

13

L12V

CDR

18K

F220

F222

E5V

10K

2024

100n

F238

F243

A18

L12V

10n

2039

F108

16K

3079

12

13

D5VS

14

11

7

3039

LWRT

10K

F226

3048

3041

A17

{FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}

L5V

4K7

L5V

L-5V

CDR60LWRT

EFMDATA

3123

1

TL084CDT

4

11

EFMCLK

11

2057

100n

2058

100n

{RAD+,FOC+,FOC-,RAD-}

{I2CSDA,I2CSCL}

L5V

7005-A

3

4

2

L-5V

14

7050-D

TL084CDT

CDRW

F104

CAHFCAHF

DALPHA

{FSW,FSR}

VCAGAIN

1000 G1
2001 F1
2002 D2
2007 H4
2008 I4
2009 H4
2010 G4
2011 C2
2012 E3
2013 B5
2014 B5
2015 B4
2016 B4
2018 C7

A

2019 D6
2020 F3
2021 F3
2022 F3
2023 G9
2024 F12
2025 E9
2026 C7
2027 B7
2028 C8
2029 B8

B

2030 B8
2039 A13
2042 C6
2057 D14
2058 D14
2059 H9
2060 B7
2081 D12
2126 C11
3000 B2
3001 C2
3002 D2

C

3003 I4
3004 H4
3006 D2
3009 H4
3010 G4
3012 E7
3014 D3
3015 D6
3016 C11
3017 C12
3019 H9
3020 I10

D

3021 I11
3022 I11
3023 I11
3024 I11
3025 I11
3026 I11
3027 I10
3028 I10
3029 I10
3030 I10
3031 I10

E

3035 F9
3036 F9
3039 F13
3040 C9
3041 F13
3048 F13
3049 A9
3050 B9
3051 A9
3052 A7
3053 A7
3054 B7

F

3055 H9
3065 C6
3068 A13
3069 A12
3079 C13
3102 G5
3103 D6
3104 E6
3105 E6
3106 I4
3107 H4
3108 B11

G

3113 D12
3114 C12
3115 C11
3123 B13
3130 F6
3131 F7
5008 E8
6002 C11
7005-A B14
7008 E9
7010 B4

H

7050-A B9
7050-B C9
7050-C E6
7050-D D13
7104 B12
7119 A8
7120 A8
7126-A C11
7126-B C12
7126-C B8
7126-D C8
7127 B13

I

7133 B13
7355-C A11
7355-D E12
F100 A11
F101 B12
F102 B13
F103 A12
F104 B14
F107 C11
F108 C13

CL06532018_059.eps

010300

F110 C11
F113 C12
F115 C12
F133 B7
F138 B8
F140 B10
F142 B9
F143 B6
F145 C3
F146 C8
F147 A3
F148 C10
F149 C6
F150 C1
F152 C3
F153 C6
F155 C1
F157 C3
F158 C6
F159 C1
F161 C3
F162 C1
F163 D9
F165 C3
F166 C1
F167 D6
F169 D3
F170 D7
F171 D1
F172 D3
F174 D6
F175 D1
F176 D3
F177 D3
F178 D6
F181 D6
F182 D3
F185 D10
F187 D10
F193 E6
F194 E6
F196 E3
F199 E12
F202 E3
F203 E9
F204 E3
F207 E3
F208 E1
F209 F3
F211 F1
F215 F7
F220 F12
F222 F12
F223 F1
F226 F13
F227 F5
F228 F1
F231 F4
F232 F5
F233 F5
F234 F5
F235 F1
F238 G12
F240 G1
F243 G12
F246 G1
F247 G9
F249 G9
F251 G9
F252 H9

Electrical diagrams and PWB’s

GB 59CDR 3rd gen. 7.

1 2 3 4 5 6 7 8 9 10 11 12 13

VCAGAIN

D3V3

VCAGAIN

D3V3

L5V L5V

L5V

L5V L5V

L5V

{LASDACDI,LASDACCK,LASDACLD,PW}

*

1R

3074

100n

F112

2003

5

A

F125

LASDACDI

F126

B

LASDACCK

LASDACLD

F128

VDD

8

DI

7

CLK

6

LD

17

D0

C

GND

20

DALPHA

RESETN

VDAref

19

18

3067

1K

7016

M62364FP

IN1

OUT1

IN2

OUT2

IN3

OUT3

IN4

OUT4

IN5

OUT5

IN6

OUT6

IN7

OUT7

IN8

OUT8

F106

1

S2V9

F117

2

PRCOARSE

4

S2V9

F122

3

PRFINE

9

PWB

F124

10

12

11

PWMIN

F130

13

14

PWMAX

F131

16

F132

15

21

PWD

F136

22

DELTAP

24

PWB

F139

23

PWD

D

E

PW

F

G

{PWMIN,PWMAX,PWD,DELTAP,PWB,PWD}

H

I

3104 123 4228.8

{IW,IE,IR,PWRITE,PERASE,DP4,ERASEC,BIASC}

PWRITE

1234

3066

2061

S2V9

S2V9

S2V9

PWB

3007

PWMIN

OPTION 12

PWMAX

PWD

F245

DELTAP

150K

F156

F195

6

33K

10u

OPTION

6015

BAS216

OPTION 11

L12V

5

3057

4K7

3058

150K

150K

3046

150K

3045

4

11

F121

3059

150K

3072

4K7

3081

1K

7002-B
LM324D

7

6K8

3075

F244

1K

4K7

3073

F173

1n

7124

3078

13

12

2043

F141

150K

L12V

F154

3042

3n3

BC847B

11

4

PWB

2056

LM324D
7002-D

2031

100n

LWRT

L5VL5V

1K8

F237

6

5

F180

3127

3111

F116

14

1K

3061

3037

10K

2040

390p

L-5V

100n

2037

11

LM324D
7001-B

4

2038

100n

L5V

L-5V

11

2

LM324D

4

3

7001-A

L5V

2054

2n2

L-5V

11

TL084CDT

7005-B

6

4

5

L5V

7

2041

470p

8K2

F114

7110
BC847B

10K

F144

F164

1

7

F129

3060

2084

F123

3071

F236

F241

2n7

12

13

2K2

3070

1K

3097

3098

WRITE

1M

3044

3118

L12V

3

2

F269

4

11

2n2

7002-A
LM324D

2082

F253

3126

6K8

1K2

3116

DP4

560R

68p

2083

3128

1

47R

3119

3117

10K

567

L5V

L-5V

47R

10K

220R

7005-D

4

TL084CDT

11

2080

2n2

3110

10K

12

13

F160

F183

100n

F255

100n

*

*

3063

22R

100n

2032

100n

2033

3064

220R

3112

14

F120

L5V

7001-D

4

LM324D

11

L-5V

BAV99
6007

100n

2052

F229

F242

L5V

1K

3129

2078

*

3120

F271

47R

3076

14

150K

F151

L5VL5V

2053

220R

BC807-40
7122

100n

7111
BC847B

6003

BAS216
7112
BC817-25

F268

10R

F119

READ

F168

L5V

*

3095

3094

68R

2063

15p

ILASER_DELTA

OPTION 14

9

10

6R8

3099

2055

BC807-40

7135

L-5V

11

7001-C

LM324D

4

L5V

2044

15p

150K

3077

L5V

3899

ILASER_WRITE

IW

OPTION 26

68R

3062

100p

2034

L5V

4K7

8

2K2

IW

8 9 10 11 12 13

3101

F118

3100

OPTION

BIASC

22R

ILASER_READ

IR

1K

3056

1M

3043

L12V

7002-C
LM324D

F206

1K

BC847B

7113

3082

PERASE

L5V L5V

3n3

2049

F200

F224

PERASE

1K8

3091

ERASE

L5V

L5VL5V L5V

*

3086

IE

OPTION 13

IE

3085

68R3093

2051 15p

L12V

1K5

6R8

ILASER_ERASE

ERASEC

3088

F218

3087 2K2

IR

2046

100n

2050

2047

2048

100n

100n

7005-C

L-5V

4

11

2n2

TL084CDT

2045

100n

F201

3090

8

3092

10

9

47R

10K

220R

F205

BC807-40
7121

CL06532018_060.eps

2003 A3
2031 A6
2032 A8
2033 A8
2034 C9
2037 D6
2038 D6
2040 C6
2041 E7
2043 E5
2044 E9
2045 F11
2046 E11
2047 E12

A

2048 E12
2049 E10
2050 E11
2051 G12
2052 F7
2053 F8
2054 F7
2055 H8
2056 G6
2061 A4
2063 H8

B

2078 I7
2080 B7
2082 I6
2083 H7
2084 A7
3007 C4
3037 C6
3042 E6
3043 G9
3044 H5
3045 E5
3046 D5

C

3056 B9
3057 A5
3058 A5
3059 B5
3060 B7
3061 B6
3062 B9
3063 A9
3064 A8
3066 A5
3067 A4
3070 E7

D

3071 D7
3072 E5
3073 D5
3074 A3
3075 E5
3076 C8
3077 E9
3078 G5
3081 F5
3082 F10
3085 E12

E

3086 E12
3087 G13
3088 E13
3090 F12
3091 E11
3092 F12
3093 G12
3094 F8
3095 F8
3097 G7
3098 G7
3099 H8

F

3100 D9
3101 A9
3110 B7
3111 A6
3112 A8
3116 I6
3117 I7
3118 H7
3119 I7
3120 I8
3126 H5
3127 G6

G

3128 I7
3129 H7
3899 F9
6003 H8
6007 D8
6015 C5
7001-A F6
7001-B D6
7001-C E9
7001-D C8
7002-A H6

H

7002-B G5
7002-C F10
7002-D A6
7005-B G6
7005-C F11
7005-D A7
7016 A4
7110 A7
7111 H8
7112 I8
7113 F10
7121 F12

I

7122 G8
7124 G5
7135 A9
F106 A4
F112 A3
F114 A7
F116 A6
F117 A4
F118 A9
F119 A8

010300

F120 A7
F121 A5
F122 A4
F123 B7
F124 B4
F125 B3
F126 B3
F128 B3
F129 B7
F130 B4
F131 B4
F132 C4
F136 C4
F139 C4
F141 C6
F144 C7
F151 D8
F154 D6
F156 D5
F160 D7
F164 D7
F168 D8
F173 E5
F180 E6
F183 E7
F195 F5
F200 F10
F201 F11
F205 F12
F206 F10
F218 F13
F224 G10
F229 G7
F236 G7
F237 G6
F241 G7
F242 G7
F244 G5
F245 G4
F253 H6
F255 I7
F268 I8
F269 I6
F271 I8

Electrical diagrams and PWB’s

GB 60CDR 3rd gen. 7.

CDR MAIN BOARD - CIRCUIT DIAGRAM 3 : SERVO DRIVERS, MACE-RAM, -FLASH, -DEMUX TEST POINTS

123456789101112

A

B

TO SLEDGE CDM3800

C

D

1220

52207

1

2

3

4

5

6

7

8

SGND

9

10

E

F

G

TO TRAY
CDL4009

S22

H

I

S21

1200

F446

4

F447

3

2

F448

1

PH-B

S23

3104 123 4228.8

{RAD-,RAD+,FOC+,FOC-}

123

2221

100n

2255

PGND

TR+

100n

D3V3

TR-

PGND

S11

100n

2256

FOC-

FOC+

F371

F374

F379

F381

F383

F386

S12

VFO

PGND

ACTUATOR BUS

SIN+

SIN-

{SIN-,SIN+,COS+,COS-}

COS-

COS+

SIN-

SIN+

COS+

COS-

SL+

SL-

F403

3241

0R

F406

VFOO

3244

0R

F409

VFOIN

F433

1K

3742

11

12

13

TRAYSW

S4

S5

S7

S8

0.7V

1

2

3

4

7

5

6

9

D3V3

PGND

VOL-

VOL+

VIN1

VIN2

MUTE

NC1

NC2

NC3

NC5

VO2+

VO2-

3747

2242

10K

X2

X2

X2

X2

3748

10K

F396

22u

PGND

MUTE

D5V

5K6

3237

1K

3239

100n

2241

-

VOLTAGE
CONTROL

LOGIC

TRAY

REV

15

100n

2214

13

S1

3225

1%

33K

D5V

2225

100n

3

8

2

7225-A

NE532D

4

SGND

3224

1%

120K

3227

1%

33K

D5V

5

8

6

7225-B

NE532D

4

SGND

3229

1%

120K

D5V

10K

3240

F393

7201
BC847B

22

10

21

VCC1

VCC2

VCC3

+

+

-

+

-

-

+

FWD

16

PGND

GND114GND2

8

PGND

MT1

PGND

MT
29

F306

PGND

SGND

1

S6

7

7202
BC847B

7240
BA5938FM

VO4-

X2

VO4+

X2

VIN5

VIN4

BIAS

VIN3

VREF

VO3+

X2

VO3-

X2

GND3

30

MT2

PGND

F300

100n

1n

SGND

F301

100n

1n

SGND

D3V3

1%

4K7

1%

4K7

+9SRVPWR

27

26

25

24

23

20

19

18

17

28

F445

TRAYOUT

TRAYIN

TRAYSWF

12

2226

S3

2227

3228

10K

2228

2229

1.6V

3253

F389

100n

3252

F404

F407

VRAO

S1V65

+9SRVPWR

F444

3226

10K

S2

3257

3265

0R

2240

3256

3254

{REFSIN,REFCOS,PCSSIN,PCSCOS}

REFSIN

{MRDN,MWRN,ALE}

PCSSIN

CSRAM

REFCOS

PCSCOS

D5V

SL+

S9

F391

S1V65

100n

2243

{SL+,SL-}

VRA

VSL

SL-

100n

2224

RAD-

8

4

7215-B

MC34072

SGND

7

5

6

A-8V

0R

RAD+

0R

0R

D5VS

100R

100n

PGND

FWEN

MAD(0:7)

DATA BUS

PSENN

3251

F438

8K2

2250

PGND

OPTION 32

3250

MAD(0)

MAD(1)

MAD(2)

MAD(3)

MAD(4)

MAD(5)

MAD(6)

MAD(7)

FWEN

ALE

MAD(0)

MAD(1)

MAD(2)

MAD(3)

MAD(4)

MAD(5)

MAD(6)

MAD(7)

3808-A

18

3808-B

27

3808-C

3

3808-D

45

3809-D

3809-C

3809-B

3809-A

F353

F356

OPTION 82

3806

10K

47R

47R

47R

6

47R

47R

45

47R

36

47R

27

47R

18

F390

D3V3

F312

F316

F319

F323

F327

F330

F337

F341

11 10

D5V

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

DQ7

RESET_

CE_

OE_

WE_

VSS

16

1R

*

32

Am29F002B

VCC

Vcc

GND

OPTION 83

3284

100n

2208

7208

A0

A1

A2

A3

A4

A5

A6

A7

A8

A9

A10

A11

A12

A13

A14

A15

A16

A17

D3V3

14

12

11

10

9

8

7

6

5

27

26

23

25

4

28

29

3

2

30

1R

3283

*

F311

13

14

15

17

18

19

20

21

1

22

24

31

7209

MC74LCX573

120

EN

C1

219

1D

318

417

516

615

7

813

912

3209

F355

3200

3201

3202

3203

3204

3205

3206

3207

F313

F317

F320

F324

F328

F331

F338

F342

F346

F348

F349

F354

F357

F360

F364

F366

F370

F373

2209

100n

47R

47R

47R

47R

47R

47R

47R

47R

MA(0)

MA(1)

MA(2)

MA(3)

MA(4)

MA(5)

MA(6)

MA(7)

MA(8)

MA(9)

MA(10)

MA(11)

MA(12)

MA(13)

MA(14)

MA(15)

MA(16)

MA(17)

MA(0)

MA(1)

MA(2)

MA(3)

MA(4)

MA(5)

MA(6)

MA(7)

7802
CY7C199

20

CE_

GND

VCC

D5V

F321

14

3889

WE_

I|O7

I|O6

I|O5

I|O4

I|O3

I|O2

I|O1

I|O0

OE_

A14

A13

A12

A11

A10

1R

2291

100n

28

27

MWRN

22

MRDN

3210-A

47R

47R

47R

47R

47R

47R

47R

47R

MA(14)

MA(13)

MA(12)

MA(11)

MA(10)

MA(9)

MA(8)

MA(7)

MA(6)

MA(5)

MA(4)

MA(3)

MA(2)

MA(1)

MA(0)

MAD(7)

MAD(6)

MAD(5)

MAD(4)

MAD(3)

MAD(2)

MAD(1)

MAD(0)

19

3210-B

18

3210-C

17

3210-D

16

3211-A

15

3211-B

13

3211-C

12

3211-D

11

10

9

8

7

6

5

A9

4

A8

3

A7

2

A6

1

A5

26

A4

25

A3

24

A2

23

A1

21

A0

CONTROL BUS

MA(0:17)

ADDRESS BUS

{TRAYIN,TRAYOUT,TRAYSWF}

{VFO,VRA,VSL}

45678910111213

1200 H1
1220 C1
2208 B10
2209 F11
2214 I3
2221 D1
2224 D6
2225 A4
2226 A5
2227 A5
2228 B5

A

2229 C5
2240 D5
2241 E4
2242 E3
2243 D6
2250 H7
2255 I1
2256 I1
2291 C12
3200 G10
3201 G10
3202 G10
3203 G10

B

3204 G10
3205 G10
3206 G10
3207 H10
3209 F10
3210-A D12
3210-B D12
3210-C D12
3210-D D12
3211-A D12
3211-B D12
3211-C E12

C

3211-D E12
3224 B4
3225 A4
3226 A5
3227 B4
3228 B5
3229 C4
3237 D4
3239 E4
3240 D4
3241 F3
3244 F3

D

3250 H8
3251 G8
3252 D5
3253 D5
3254 F5
3256 F5
3257 G5
3265 H5
3283 B9
3284 B10
3742 G3

E

3747 I3
3748 I3
3806 B9
3808-A C9
3808-B C9
3808-C C9
3808-D C9
3809-A C9
3809-B C9
3809-C C9
3809-D C9
3889 C11

F

7201 E4
7202 D4
7208 B10
7209 F9
7215-B D6
7225-A A4
7225-B C4
7240 F4
7802 C11
F300 A5
F301 B5
F306 I4

G

F311 B10
F312 C9
F313 C10
F316 C9
F317 C10
F319 C9
F320 C10
F321 C11
F323 C9
F324 C10
F327 C9

H

F328 C10
F330 C9
F331 C10
F337 C9
F338 C10
F341 D9
F342 D10
F346 D10
F348 D10
F349 D10
F353 D9
F354 D10

I

F355 F10
F356 D9
F357 D10
F360 D10
F364 E10
F366 E10
F370 E10
F371 C2
F373 E10

CL06532018_061.eps

010300

F374 C2
F379 C2
F381 D2
F383 D2
F386 D2
F389 D5
F390 F9
F391 D7
F393 D4
F396 D3
F403 F3
F404 F5
F406 F3
F407 F5
F409 G3
F433 G3
F438 G8
F444 H5
F445 H5
F446 H1
F447 H1
F448 I1

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 4 : MACE BE-PROCESSOR TESTPOINTS

GB 61CDR 3rd gen. 7.

A

SYS_CLK_BE

{REFSIN,PCSSIN,REFCOS,PCSCOS}

{VFO,VRA,VSL}

B

C

D

E

F

G

H

I

3104 123 4228.8

1 2 3 4 5 6 7 8 9 10 11 12 13 14

3243-A

18

10K

3243-B

27

SRSTN

0R

18

27

45

36

18

27

36

45

18

27

36

45

3230

F451

F314

3235-A

3235-B

3235-D

3235-C

3271-A

3271-B

3271-C

3271-D

3273-A

3273-B

47R

47R

47R

47R

47R

47R

47R

47R

100K

MRST_P

10K

3243-C

36

10K

3243-D

45

10K

3887

0R

F326

F334

47R

47R

47R

MA(17)

47R

MA(16)

47R

47R

47R

47R

47R

MA(11)

47R

MA(10)
47R3273-C

47R3273-D

MAD(7)

MAD(6)

MAD(5)

MAD(4)

MAD(3)

MAD(2)

MAD(1)

MAD(0) MAD(0:7)

D3V3

3231

100K

R2

10K

10K

10K

3242-B

3242-D

3242-C

27

45

36

MWRN

TERMB

{LASDACDI,LASDACCK,LASDACLD,PW}

D3V3

STANDBY

POWER_UP

TRAYSWF

CSRAM

CDR60CS

4K7

3703

MA(15)

MA(14)

MA(13)

MA(12)

MA(9)

MA(8)

33R3213

3260 47R

3234

1K

100n

3261

BE_RESET

0R

{MRDN,MWRN,ALE}

F401F450

2218

100R

3702

ALE

3233

SRSTN

DMON

4K7

{POWER_UP,KILL_OUT}

ADDRESS BUS

CONTROL BUS

{I2CSDA,I2CSCL}

FSR

22n

2217

3217

3218

2232

F350

VSL

F361

VRA

F375

VFO

S16

OFFTRACK

ATIPSYNC

LLP

D3V3

F434

SGND

FSW

RE

15K

3216

15K

2222

1n

3215

3220

82p

2220

SGND

1n

2233

SGND

3

2

2216

47p

D5V

MC34072

A-8V

3221

22K

F384

10K

47n

1n

2234

SGND

8

7215-A

1

F377

4

22n

D3V3

22K

47K

3219

10K

SGND

PW

2235

SGND

F368

F380

SGND

MIRN

TLN

REN

FEN

{FSR,FSW,S2V9,FEN,REN,TLN,MIRN,RE,ALPHA0,CALF,A1,A2}

A1

A2

CALF

SGND

ALPHA0

S2V9

{TRAYIN,TRAYOUT,TRAYSWF}

3291

3289

3288

22n

2n2

2n2

7207
M24C08

1

2

3

6

7

56K

68K3290

56K

56K

E0

E1

E2

SCL

WC_

REFSIN

PCSSIN

REFCOS

PCSCOS

2230

22n

SGND
3299

3K3

2288

3297

3K3

2287

3295

3K3

2286

D3V3

5203

BLM21

SGND

D3V3

D3V3

22n 2231

3255

10K

8

VCC

VSS

3247-A

3247-B

SDA

4

F322

F325

F329

F335

2K2

2K2

F385

F387

F392

F394

F397

F399

3286

22K

F351

DESIGN_TEST2

F358

18

F362

F367

27

DESIGN_TEST1

F382

SGND

2207

100n

F439

5

I2CSDA

I2CSCL

10

8

125

9

126
128

1

127

72

80

70

81

71

93

92

115

116

79

106

107
108

111

112

113

121

122

123

124

77

I2CSDA

I2CSCL

7270
SAA7399

RAC_SW

REFSIN

SINPHI

REFCOS
COSPHI

ACT_EMFP

ACT_EMFN

XDET

SL

RP

RA

TL_FTL

FO

DEFOn

DEFIn

FTCH

FTCL

OTD

D1|MIRN

D2|TLN

D3|REN

D4|FEN

S1

S2

A1

A2

CALF

PW

ATIPin

LASDACDI

LASDACCK

LASDACLD

S10

S13

Slegde

control

Radial

control

control

Defect

detector

counter

Uopt

117

100n

SGND

220R 3248-C

220R 3248-D

SYS_CLK_BE

PCS

Focus

Track

Ex

Dx

OPC

Uopb

118

F413

2285

100n

SGND

3248-A220R

18

3248-B220R

27

3

45

3212

220R

2284

2K2

6

Signal

3247-D

D3V3 D3V3 D3V3

3274

F304

7

6

XTLI

XXTLO

CLOCK

GEN.

100K

F305

5

SELPLL

100n

2289

99

TS1

TEST

DEBON

102

TS2

10K

103

TS3

3749

74

75

76

MON_A

CLKOUT

DEB_OUT

DEBUG

73

MON_D

SGND

BLM21

F302

120

VddAop

8051
core

cond.

Laser

control

ALPHAO

LDON

4

97

D3V3

2K2

3247-C

36

45

I2DA

I2CL

LASDD

LASCK

LASLD

ADC/

AGC
ref.

LLP

VRH

IREFT

94

105

114

F414

F415

F416

100n

2283

220K

1%

F307

SGND

SGND

{I2CL,I2DA,LASDD,LASCK,LASLD}

3281

P6

P6

F417

10K

D3V3

Port 5

FOK

I2CSCL

OPC_INT

SRV_INT_LGR

88

87

LASDD

ATT

MUTE

CLO

86

DEEMP

I2CSDA

89

90

91

104

F420

F419

F418

3287

I2DA

I2CL

S20

S19

5201

2272

100n

119

VssAop

SFR

TEN

TPWM

84

85

F422

F421

TRAYIN

TRAYOUT

110

VddAs

100n

109

VssAs

2273

47R

BLM21

F303

22

VddDc2

RDN

42

MRDN_P

F435

3276

F442

MRDN

5202

100n

21

VssDc2

WRN

41

MWRN_P

F436

F443

MWRN

100n

2274

82

83

VddDc1

Port 3

RXD2

TXD2

40

39

F423

47R3280

LASCK

TERMB

100n

2275

69

68

VssDc1

VddDp6

VssDp6

ROM

RAM

TXD1

INT0_PWD

INT1

34

35

38

F425

F426

F452

DSA_ACK_CDR

IIS1_MS

2276

33

F427

3208

D3V3

RXD1

12

VddDp5

F453

F454

10K

100n

11

VssDp5

2277

32

VddDp4

RDNH

20

FWEN

R5

100n

2278

44

43

31

VssDp4

VddDp3

VssDp3

96

VddDp2

Port

4

Port

2

Port

0

System

interface

Port 1

WRNH

PXT0

PXT116PXT215PXT2en

19

17

18

F432

F431

F429

F430

220R

220R

3246

3238 220R

3245

3249 220R

F440

HFS0

CDR60INT

DSA_DATA_CDR

LASLD

DSA_STR_CDR

{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}

56

95

57

VssDp1

VssDp2

VddDp1

H3|CSBN

H2|CSDN

H1|A17

H0|A16

A15

A14

A13

A12

A11

A10

AD6

AD5

AD4

AD3

AD2

AD1

AD0

ALE

PSENn

EAn

DSDen

RSTI

NC1

NC2

NC3

NC4

NC6

INT214INT3|ALEh

13

3232

10K

HI_POWER

F411

CDR60PLL

{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}

H7

H6

H5

H4

A9

A8

AD7

NC5

NC8

NC7

30

29

28

27

26

25

24

23

52

51

50

49

48

47

46

45

65

64

63

62

61

60

59

58

54

F398

53

F400

55
78

98

2

3

F402

36

37

67

101

100

D3V3

10K

F318

3807

3222-A

3222-B

3222-C

3222-D

3223-A

3223-B

3223-C

3223-D

3242-A

18

MRDN

1 2 3 4 5 6 7 8 9 10 11 12 13 14

STANDBY

CSRAM

MA(0:17)

DATA BUS

PSENN

FWEN

TERMB

I2C BUS

2207 H4
2216 C2
2217 D2
2218 F13
2220 E2
2222 E1
2230 B3
2231 C4
2232 G2
2233 G2
2234 G2
2235 G2

A

2272 A8
2273 A8
2274 A9
2275 A9
2276 A9
2277 A10
2278 A10
2283 H6
2284 H5
2285 H5
2286 D3
2287 C3
2288 C3

B

2289 A6
3208 H9
3212 I5
3213 E13
3215 C2
3216 C2
3217 E2
3218 E2
3219 E2
3220 E2
3221 D2
3222-A D12

C

3222-B D12
3222-C D12
3222-D E12
3223-A E12
3223-B E12
3223-C E12
3223-D E12
3230 F12
3231 F12
3232 H11
3233 F13
3234 F13

D

3235-A B12
3235-B B12
3235-C C12
3235-D B12
3238 H10
3242-A H12
3242-B H12
3242-C H12
3242-D H12
3243-A A12
3243-B A12

E

3243-C A12
3243-D A12
3245 H10
3246 H10
3247-A C4
3247-B C4
3247-C H6
3247-D H5
3248-A H5
3248-B I5
3248-C I5
3248-D I5

F

3249 H10
3255 D3
3260 F13
3261 F12
3271-A C12
3271-B C12
3271-C C12
3271-D C12
3273-A C12
3273-B D12
3273-C D12
3273-D D12

G

3274 A6
3276 H8
3280 H9
3281 H7
3286 B4
3287 H7
3288 F3
3289 F3
3290 E3
3291 E3
3295 D3

H

3297 C3
3299 C3
3702 C13
3703 C13
3749 A6
3807 B12
3887 A12
5201 A8
5202 A9
5203 H3
7207 H3
7215-A D2

I

7270 A4
F302 A8
F303 A8
F304 A5
F305 A6
F307 H6
F314 A12
F318 B12
F322 B4
F325 B4

CL06532018_062.eps

010300

F326 B12
F329 B4
F334 B12
F335 B4
F350 C3
F351 C4
F358 C4
F361 C3
F362 C4
F367 C4
F368 C1
F375 D3
F377 D2
F380 D1
F382 D4
F384 D2
F385 E4
F387 E4
F392 E4
F394 E4
F397 F4
F398 F12
F399 F4
F400 F12
F401 F13
F402 G12
F411 H11
F413 H5
F414 H6
F415 H6
F416 H6
F417 H7
F418 H7
F419 H7
F420 H7
F421 H8
F422 H8
F423 H9
F425 H9
F426 H9
F427 H9
F429 H10
F430 H10
F431 H10
F432 H10
F434 I3
F435 H8
F436 H9
F439 I4
F440 H10
F442 H8
F443 H9
F450 F13
F451 F12
F452 H9
F453 H9
F454 H10

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 5 : CD ENCODING-DECODING PART

GB 62CDR 3rd gen. 7.

CD ENCODING & DECODING PART

L12V

22R

2373

HFGND

3374

F500

22u

HFGND

A

B

HF1

C

CAHF

D

E

1330-11

HALL+

11

1330-1

WCOIL

1
1330-2

VCOIL

2
1330-3

F

G

H

I

UCOIL

3

OPTION 37

1330-6

U+

6
1330-4

U-

4

1330-8

V+

8
1330-5

V-

5

1330-9

W+

9
1330-10

W-

10

1330-7

HALL_I

7

DATA BUS

CONTROL BUS

{OFFTRACK,ATIPSYNC,LLP,HFS0,CDR60INT,CDR60CS,CDR60PLL,SRSTN,DMON}

3104 123 4228.8

123456

L12V

OPTION 41OPTION 33

OPTION 35

3302

100R

3379

F505

BAS216

3375

82R

100n2330

PGND

F509

100n

100n2331

10K

3346

BAS216

2375

2332 100n

OPTION 36

10K

3347

1K8

7373
BFS540

F510

6374

6373

HFGND

F561

10K

3348

18K

27K

3378

2378

100n

BFS540

7375

F511

6375

47R

3377

2K2

3376

220R

100n

2374

F547

3350

F556

F559

100R

100R

100R

3330

3331

OPTION 30

3341

82R

OPTION 31

3304

82R

3332

F565

F579

PGND

MAD(0:7)

{MRDN,MWRN,ALE}

F564

F567

F572

F574

F578

F590

{CDR60LWRT,EFMDATA,EFMCLK,WOBBLE}

3373

F504

OPTION 40

3372

2372

OPTION 45

BAS216

3

5

7

1

2

9

10

4

6

11

12

15

13

14

OPTION 38

3380

1%

1K2

1p

F512

7330
BA6856FB

A3

A2

A1

NC1

NC2

H1+

H1-

NC3

NC4

H2+

H2-

NC5

H3+

H3-

3381

0R

0R

PGND

F501

F506

1K5

D5VS

7371
BFS540

7370

BC847B

3371

CONTROL

+

-

+

-

+

-

+

-

+

-

+

-

F507

HFGND

DRIVER

GAIN

560R

2370

HFGND

3368

47R

3370

F548

GND

PGND

F598

22u

HFGND

D5VS

*

3351

VCC

8

22R

100n

F503

HF

25

-+

3303

2371

2368

1n8

1R

2333

100n

H BIAS

2308

2n2

2309

2n2

2310

2n2

2369

470p

F523

REV

PS

+

-

MT130MT2

29

PGNDPGND

PGND

RNF

VM2

VM1

REV

PS

EC

ECR

CNF

VH

FG1

FG2

FG3

PGND

F522

F555

13

Y0

14

Y1

15

Y2

12

Y3

1

Y4

5

Y5

2

Y6

4

Y7

GND

OPTION 39

28

27

26

24

23

F568

22

F569

21

F570

20

F575

19

18

17

16

100K

3340

PGND

F502

16

VCC

8

HFGND

33361R5

1R5 3335

33341R5

1R5 3333

1%

PGND

F566

2337 100n

7360

74HCT4051D

11

S0

10

S1

9

S2

6

E_

3

Z

VEE

7

D5VS

D5V

D5VS

1K

3339

3322

0R

100K

100n2336

3338 1K

F508

F517

7361
BC847B

1K

7803

BC847B

7804

BC847B

3352

3349

1%

L5V

BLM21

100n

HFGND

39K 22K

D5VS

3323

F563

5301

2360

HFS0

33603362

F513

HFGND

5K6

2335

47n

3337

56K

22R

3361

F516

3363

820R

DMON

5K6

3325

HALL_U

HALL_V

HALL_W

MERRIN

MERR

3324

10K

HF2

2362

47n

EFMDATA

CDR60LWRT

LLP

EFMCLK

WOBBLE

F544

ATIPSYNC

OFFTRACK

7 8 9 10111213

{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}

D3V3D3V3

3365

100R

HFGND

2322

3n3

F599

F524

47p

5302

BLM21

F514

100n

2300

1K

F518

18

TEST2

BIT

EFM

SYST CLOCK

GENERATOR

XTLI21XTLO

22

F580

F581

0R

3308

SYS_CLK_BE

100n

WGND
WGND

4

5

Vss1

Vdd1

MUXSWI

CL1

24

29

10K

3305

CDR60PLL

HFGND
HFGND

15

Vdd2

RESET

16

Vss2

PORE

28

SRSTN

1K

3300

3301

IREF

HF DATA

CAPTURE

CONTROL

EFM CLOCK

WOBBLE

PROC.

MOTOR/

TACHO

MOT2|T3

69

73

MOTO1

F519

DEMODULATOR

MOT1

74

R10

OPTION 34

17

TEST1

TEST

DETECTOR

MODULATOR

7300
SAA7392

F520

2364 100n

3309

1%

33K

HFGND

2321 100n

2359

3313

47R

3312

47R

3315

1K

D5VS

14

6

3n3

F525

WGND

7

7355-B

2320

HFGND

2316

2317

WGND

HALL_U

HALL_V

HALL_W

4

5

74HCT00D

100n

100n2319

100n2318

100n

100n2315

100n2314

F600

F527

F530

F532

F535

F542

F558

F562

F571

F573

F577

3

F521

F545

F549

F551

F553

7

8

13

12

11

14

10

79

77

27

78

6

1

3

2

25

26

23

D5VS

14

7

VREF

IREF

HIN

AGCREF

HREFLO

HREFMI

HREFHI

EFMDATA

LASON

PANIC

XEFM

WIN

WREFLO

WREFMI

WREFHI

W441

ATPSYC

OTD

100n

2355

1

2

7355-A

74HCT00D

GENERATOR

MODULATOR

GENERATOR

INTERFACE

T170T2

F601

BLM21

2302

2303

100n

31

30

53

Vss4

Vdd4

and memory processor

35

F583

F592

MAD(7)

5303

F515

100n

2304

52

76

Vss7

Vdd7

Vdd10

DECODER

Error correction

ENCODER

DA537DA636DA7

DA4

38

F584

F593

MAD(6)

MAD(5)

MAD(4)

2305

100n

75

19

20

Vss3

Vdd3

Vss10

SUB-CPU INTERFACE

DA042DA141DA2

DA3

40

39

F585

F586

F594

F595

MAD(3)

MAD(2)

MAD(1)

MAD(0)

49

Vdd6

ALE

47

ALE

48

Vss6

100n

RDi

46

MRDN

2306

44

Vdd5

WRi

45

MWRN

43

Vss5

CSi

50

F591

F597

CDR60CS

63

Vss862Vss9

Vdd8

EBU

2

I

S

I/O

SUBCODE

I/O

PCA

2

I

SCL32SDA

INT

34

F588

CDR60SCL

4K7

3316

D3V3

CDR60INT

72

Vdd9

EBUOUT

STOPCK

C

33

F589

CDR60SDA

4K7

3317

D3V3

71

MEAS1

CFLG

BCLK

WCLK

DATAI

DATA0

SYNC

FLAG

RCK

SFSY

SUB

PCAin

NC

V4

80

68

56

61

60

64

59

57

54

58

66

67

65

55

51

9

47R

18

47R 2 7

47R

3

47R

45

F534

F536

F538

F540

F541

F543

F546

RCKR

F550

F552

F554

2907

560p
2908

560p

3382-A

3382-B

3382-C

6

3382-D

I2SDATAOR

{DOBM_CDR,BCLK,WCLK,DATA0,DATA1}

1

2

F526

1234567891011121314

47p

2379

CDR60MEAS1

CDR60CFLG

CDR60CL1

F531

DOBM_CDR

3314

47R

3319

47R

{RCK,SFSY,SUB}

H301

14

BCLK

WCLK

DATA1

DATA0

A16

RCK

SFSY

SUB

SYS_CLK_BE

A

B

C

A14

D

A15

E

F

G

H

CL06532018_063.eps

1330-1 F1
1330-10 H1
1330-11 E1
1330-2 F1
1330-3 F1
1330-4 G1
1330-5 G1
1330-6 F1
1330-7 H1
1330-8 G1
1330-9 H1
2300 B10
2302 B10
2303 C10
2304 C11
2305 C11
2306 C12
2308 A4
2309 B4
2310 B4
2314 F7
2315 E7
2316 E7
2317 E7
2318 D7
2319 D7
2320 D7
2321 D7
2322 E7
2330 F2
2331 F2
2332 F2
2333 E4
2335 H5
2336 I5
2337 I5
2355 H8
2359 D7
2360 B5
2362 D6
2364 C7
2368 B4
2369 B4
2370 A3
2371 A4
2372 C3
2373 A1
2374 C1
2375 C2
2378 B1
2379 C14
2907 H13
2908 H13
3300 C9
3301 C9
3302 A2
3303 A4
3304 H1
3305 G10
3308 H9
3309 C7
3312 E7
3313 D7
3314 D14
3315 E7
3316 H12
3317 H12
3319 E14
3322 F5
3323 F5
3324 G6
3325 G6
3330 F1
3331 F1
3332 F1
3333 F5
3334 E5
3335 E5
3336 E5
3337 H6
3338 I5
3339 F5
3340 I4
3341 H1
3346 H2
3347 H2
3348 H2
3349 H5
3350 E2
3351 E4
3352 H5
3360 C5
3361 C6
3362 D5
3363 D6
3365 D7
3368 B3
3370 C3
3371 C3
3372 B3
3373 A2
3374 A1
3375 C2
3376 C1
3377 C1
3378 A1

I

3379 A2
3380 I2
3381 H3
3382-A C13
3382-B D13
3382-C D13
3382-D D13
5301 A5
5302 B10
5303 B10

6373 C2
6374 C2
6375 C2
7300 C8
7330 E3
7355-A H8
7355-B H7
7360 B5
7361 C5
7370 B3
7371 B3
7373 B2
7375 B1
7803 F5
7804 G5
F500 A1
F501 A3
F502 B5
F503 B4
F504 B3
F505 B2
F506 B3
F507 B3
F508 B5
F509 B2
F510 B2
F511 C1
F512 D3
F513 C5
F514 B10
F515 B11
F516 D6
F517 C5
F518 C9
F519 C9
F520 C8
F521 C8
F522 A4
F523 C4
F524 C7
F525 F7
F526 H13
F527 D8
F530 D8
F531 D14
F532 D8
F534 D13
F535 D8
F536 D13
F538 D13
F540 E13
F541 E13
F542 E8
F543 E13
F544 E7
F545 E8
F546 E13
F547 E1
F548 E3
F549 E8
F550 E13
F551 E8
F552 E13
F553 F8
F554 F13
F555 E4
F556 F1
F558 F8
F559 F1
F561 F2
F562 F8
F563 H5
F564 F1
F565 G1
F566 G5
F567 G1
F568 G4
F569 G4
F570 G4
F571 G8
F572 G1
F573 G8
F574 G1
F575 G4
F577 G8
F578 H1
F579 H2
F580 G9
F581 G9
F583 G10
F584 G11
F585 G11
F586 G11
F588 G12
F589 G12
F590 H1
F591 G12
F592 G10
F593 G11
F594 G11
F595 G11
F597 G12
F598 H3
F599 H7
F600 H8
F601 H9
H301 H14

010300

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 6 : AUDIO PART (NOT FOR CDR950/951)

12345678

F703

A6

+5VX

F701

2404

GNDA

16

15

14

13

12

11

10

9

+12Vf

A

B

1400-9

9

1420-1

1

C

GND_CASE

1400-10

10

1420-2

2

D

1400-11

11

1420-3

3

E

GND_CASE

F

G

H

I

3104 123 4228.8

123

F712

2446

F716

2448

GND_CASE

F717

2447

-8VA

+5VA

+12VA

-8VA

1n

1n

1n

A1

5446

BLM21

5447

BLM21

F704

F723

GNDA

5407

BLM21

5401

BLM21

5404

BLM21

3450

330R

2450

GNDA

2451

GNDA

270p

270p

A2

2422

GNDA

F734

2401

GNDA

2415

GNDA

6400

GNDA

LEFT

5

3

GNDA

2

1

GNDA

RIGHT

12

13

GNDA

F729

100n

+5VX

100n

100n

BZX284-C5V6

3886

0R

74HC4053D

Y0

Y1

Vss

8

74HC4053D

Y0

Y1

74HC4053D

Y0

Y1

8

F714

7401-C

Vee

7

-5VA

7401-B

Vee8Vss

7

-5VA

7401-A

Vee7Vss

-5VA

3447

0R

F750

2433

GNDA

E

6

E

6

E

6

+12Vb

+5VX

16

Vdd

GNDA
+5VX

16

Vdd

GNDA
+5VX

16

Vdd

GNDA

-8Vb

100n

+5VA

27K

3403

7801
bso16e127rs375

GNDA

GNDA
GNDA

GNDA

F706

5413

BLM21

2905

560p
2906

560p

A5

1

2

3

4

5

6

7

8

F735

GNDA

1

2

3

4

5

6

7

8

2434

1

2

100n

H402

27K

3405

2437

3412

3451

3452

27K

12K

F727

12K

F724

2438

GNDA

GNDA

470u

A4

470u

GNDA

3414

GNDA

27K

+12VA

S

9

2440

3453

220K

GNDA

2441

47u

47u

10K

-5VA

INT_COPY_ANA

3413

10K

3454

220K

3404

10K

A3

+5VA

Z

4

GNDA

F713

S

10

Z

15

3410

S

11

Z

14

GNDA

4567891011121314

IIC_CLK

IIC_DATA

3402

220R

F710

F711

GNDA

2903

560p
2904

560p

+12VA

5406

BLM21

5414

BLM21

3408

10K

3415

10K

F728

2421

GNDA

F736

2435

GNDA

1

2

F707

220u

16

15

14

13

12

11

10

9

F721

-8VA

-8VA

GNDA

3418 = 100R for CDR-MINI
3433 = 100R for CDR-MINI

GB 63CDR 3rd gen. 7.

9 1011121314

5444

8VINR2

4VINR1

22AGCSTAT

14L3CLOCK

13L3MODE

15L3DATA

12SYSCLK

100n

GNDA

F732

GNDA

5445

2407

2442

GNDA

F743

GNDA

D3V3

100u

GNDA

F731

2444

F740

2425

F733

2431

F739

F753

2443

{IIC_CLK,IIC_DATA}

KILL

2n2

GND_CASE

A21

1n

GNDA

270p

GNDA

270p

GNDA

2445

1n

{IIS_DATA_A0,IIS_DATA_A1,IIS_WS_A1,IIS_BCLK_A1,SYS_CLK_11B,L3_MODE,L3_CLK,L3_DATA,NMUTE}

D3V3

3441

NMUTE

L3_CLK

L3_DATA

2402

1n

GNDA

F700

5403

BLM21

+12Ve

7405-A

3

8

LM833D

2

4

-8Ve

2465

+12Ve

7405-B

5

8

LM833D

6

4

-8Ve
3416

2464

-8Ve

100n

-8Vf

100n

H401

27K3409

12p

12p

27K

2405

GNDA

+12Ve

100n

4u7

F709

1

2411

A7

A8

4u7

7

F720

2417

F737

LEFT

F744

RIGHT

F726

A20

SYS_CLK_11B

Y0

5

Y1

3

GNDA

Y0

12

Y1

13

GNDA

Y0

2

Y1

1

GNDA

L3_MODE

7407-C

74HC4053D

Vee7Vss

8

-5VA

GNDA

7407-A

74HC4053D

Vee8Vss

7

-5VA

7407-B

74HC4053D

Vee7Vss

8

-5VA

IIS_WS_A1

IIS_BCLK_A1

IIS_DATA_A1

IIS_DATA_A0

3407

100R

10K

3449

3448

GNDA

F738

F742

0R

GNDA

+5VX

16

Vdd

S

9

Z

4

E

6

+5VX

16

Vdd

S

11

Z

14

E

6

GNDA

+5VX

16

Vdd

S

10

Z

15

3432

E

6

GNDA

GNDA

GNDA

UDA1341TS

6 VINL2

2 VINL1

18 DATA0

16 BCK

17 WS

19 DATA1

23 QMUTE

26 VOUTL 24VOUTR

3455

100n

2466

F730

3

2

A19

0R

3420

10K

SEL_HP_OUT

5

6

F745

3

2

5

6

3435

10K

F715

10K

2u2

2414

GNDA

7406

5

VADCN7VADCP

0dB/6dB

PGA

SWITCH

ADC2L

0dB/6dB
SWITCH

ADC1L

DIGITAL AGC

DIGITAL MIXER

DECIMATION FILTER

DIGITAL
INTERF

DSP FEATURES

INTERPOLATION FILTER PEAK

NOIS SHAPER

DAC

VSSD

VSSDAC

11 27

GNDA

0R

0R

3460

GNDA

+12Vf

7409-A

8

LM833D

2424

1

4

3421

12K

2463

+12Vf

7408-B
NJM4556AD

4

+12Vf

7408-A
NJM4556AD

4

+12Vf

7409-B

8

LM833D

4

3436

12K

2460

12p

F741

12p

7

1

7

2430

F748

-8Vf

8

-8Vf

8

-8Vf

-8Vf

47u

47u

F718

100n

100n

2413

GNDA

3

25

VDDAD10VDDD

VDDDAC

PGA

ADC2R

ADC1R

L3-BUS

INTERF

DET

TEST1

VSSAD

20 21

1

GNDA

3419

KILL

47K

3422

2K2

GNDA

only for CDR-MINI

3423

120R

KILL

3424

2K2

3427

120R

KILL

3428

2K2

KILL

3434

2K2

47K

3429

GNDA

only for CDR-MINI

2419

0dB/6dB
SWITCH

0dB/6dB
SWITCH

DAC

F719

3418

0R

BC817-25

GNDA

3433

0R

BC817-25

3439

4R7

28

VREF

OVERFL 9

TEST2

BC817-25
7410

GNDA

BC817-25
7411

F708

BLM21

7412

GNDA

BLM21

7413

GNDA

2406

1420-5

5

8

14

13

1410-1

A26

1410-2

2

1410-3

3

A25

1420-4

4

2n2

GND_CASE

12

A22

D3V3

4R7

PH-B1

PH-B

PH-B

1400-8

1400-14

1400-13

1400-12

I2C BUS

3411

F702

100n

GNDA

2409

100u

GNDA

2408

CL06532018_064.eps

1400-10 C1
1400-11 D1
1400-12 I14
1400-13 F14
1400-14 F14
1400-8 E14
1400-9 B1
1410-1 G14
1410-2 G14
1410-3 H14
1420-1 B1
1420-2 D1
1420-3 D1
1420-4 H14

A

1420-5 E14
2401 F2
2402 A8
2404 B6
2405 B8
2406 A13
2407 A13
2408 A14
2409 A14
2411 C8
2413 A12
2414 A11

B

2415 G2
2417 D8
2419 A12
2421 F7
2422 F2
2424 E12
2425 G13
2430 I12
2431 H13
2433 H3
2434 G6
2435 G7

C

2437 B4
2438 D4
2440 B3
2441 D3
2442 F13
2443 I13
2444 E13
2445 I13
2446 C1
2447 E1
2448 D1

D

2450 B2
2451 D2
2460 I11
2463 F11
2464 E8
2465 C8
2466 D10
2903 G7
2904 H7
2905 G5
2906 H5
3402 A6

E

3403 A4
3404 B4
3405 B5
3407 B10
3408 C7
3409 C8
3410 C3
3411 A14
3412 C4
3413 D4
3414 D4
3415 D7

F

3416 D8
3418 E12
3419 F12
3420 F11
3421 F11
3422 F12
3423 G12
3424 G12
3427 H12
3428 H12
3429 I12

G

3432 I10
3433 I12
3434 I12
3435 I11
3436 I11
3439 A13
3441 A12
3447 E3
3448 F10
3449 H10
3450 H2
3451 D4

H

3452 B4
3453 B3
3454 E4
3455 D11
3460 D11
3886 A3
5401 F2
5403 B8
5404 G2
5406 E7
5407 E2
5413 F5
5414 F7
5444 E13

I

5445 H13
5446 B1
5447 D1
6400 H2
7401-A D3
7401-B C3
7401-C B3
7405-A B8

010300

7405-B D8
7406 A11
7407-A G9
7407-B I9
7407-C F9
7408-A H11
7408-B G11
7409-A E11
7409-B I11
7410 G13
7411 H13
7412 F13
7413 I13
7801 B6
F700 B8
F701 A6
F702 A14
F703 B6
F704 B1
F706 C5
F707 H7
F708 A13
F709 B8
F710 C7
F711 C7
F712 B1
F713 C3
F714 G2
F715 A12
F716 D1
F717 D1
F718 A12
F719 D12
F720 D8
F721 D7
F723 D1
F724 B4
F726 I9
F727 D4
F728 E7
F729 E2
F730 E11
F731 E13
F732 E13
F733 H13
F734 F2
F735 F6
F736 F7
F737 F9
F738 F11
F739 I13
F740 G13
F741 F12
F742 G11
F743 I13
F744 G9
F745 H11
F748 I12
F750 H3
F753 I13
H401 G7
H402 G6

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 7 : POWER PART TESTPOINTS

GB 64CDR 3rd gen. 7.

12345678910111213

POWER PART

A

B

C

TO DISPLAY BOARD

D

1501

7

6

5

4

E

F

G

H

I

3

2

FROM PSU

1

EH-B

EH-B

3104 123 4228.8

{POWER_UP,KILL_OUT}

1234567891011121314

1500

F815

1

F816

2

F817

3

F820

4

5

6

7

8

9

10

F828

11

2501

GND_CASE

F822

2n2

2500

GND_CASE

2n2

VDC2

VFTD

VDC1

5501

BLM21

F823

F827

2577

5500

5502

BLM21

5503

BLM21

2n2

2502

GND_CASE

100n

2572

5709

BLM21

5543

P12VKILL

2571

100n

F831

-8VA

100n

5544

POWER_UP

POWER_UP

F844

+5VA

47K

5V

F812

5.2V

3544

F830

2552

1n

12VPWR

3

2

1542

1543

5541

BLM21

5542

BLM21

10K

1A

MP

1A

MP

8

4

3545

6R8

3556

F838

14

0.7V

F845

3557

12VCP

7521-A
MC34072

1

F836

2536

2543

100K

5V

100n

100n

3538

10K

2551

22u

7535
LD1117

IN3OUT

2544

3539

1541

1A

MP

7528
BC847B

11.8V

3546

100R

5556

BLM21

GND

1

47u

0.7V

F814

2541

3555

3552

47K

3547

15K

100K

1K2

100n

F846

2

3554

2568

2535

F813

7524
BC847B

10K

F842

11V

12VCP

+5VA

100u

100n

2548

BCP69
7527

7526
BC847B

7522
BC857B

2537

F491

100u

5V

47u

3537

5.2V

3548

47K

F835

3551

3K3

10K

BLM21

BLM21

3553

100R

F800

5557

5555

1

F802

F805

14

2574

23.2V

F492

17.8V

100n

F495

2575

P12VKILL

F841

220u

6501

BAV99

+9SRVPWR

27.5V

F499

9

2507
10u

5554

47u

6555

BAS216 BAS216

3566

100K

-8VA

3550

F498

100R

F818

6556

3571

12VPWR

3540
10K

F497

27.4V

0R

6557

BAS216

7525
BC857B

F832

3567
22K

F825

F824

P12V

7549
BC847B

2561
100n

6502
BZX284-C22

6553

BAS216

F810

BAV70W

5551

BLM21

6500

2504

3570

3532

5K6

F801

11.8V

100R

220u

0.7V

2558
100u

2505

10u

F811

3531

F826

11

F819

BC857B
7560

5K6

2506
33n

F809

3559

7563
BC847B

2555

3013
1M

5K6

3533

100K

F803

11.8V

BC857B
7561

F804

14

KILL

-8V during

100K

F829

100n

3563

GNDA

13

2557

normal

56K

operation

KILL_OUT

A-8V

L-5V

CL06532018_065.eps

5K6

3562

7562
BC847B

3560

-8VA

F808

12

7556

10n

2

3

6

7

100n

FS30V

MC79L05ABD

2556

1

OUT

IN

4

NC

8

GND

5

+5VA

2

D3V3

3

3536

7523
BC847B

P12V

100K

7520

STD17N05

1

2

3

5546

BLM21

2546

F806

F807

D5V

4

D5VS

5

L5V

47u

6

F821

+12VCD

2576

100n

+12VA

100n

2565

F839

GNDA

7

P12V

8

3542

12R
3541

12R

F840

2547

F843

12VPWR

2910

L12V

47u

220u

7558

L78M09

IN OUT

GND

10

10V

F496

100n
2509

100n

2508

4.6V

2563

100n
2553

100n

6554
BAV99

2562

100n
2550

100n

F493

12VCP

7548
BC847B

F494

7529
BC857B

12VCP

7521-B

5

8

MC34072

6

4.6V

4

7

F834

4.5V

3549

100R

F837

5.2V

1500 D1
1541 D4
1542 A4
1543 B4
2500 E2
2501 F1
2502 F2
2504 A12
2505 H12
2506 H12
2507 H10
2508 I8
2509 I8
2535 B5

A

2536 B4
2537 B5
2541 D5
2543 B4
2544 B4
2546 C7
2547 F6
2548 D5
2550 H8
2551 G4
2552 H4

B

2553 H8
2555 F12
2556 G13
2557 F14
2558 F12
2561 F11
2562 H8
2563 H8
2565 D6
2568 A5
2571 D3
2572 E2

C

2574 E8
2575 E9
2576 D6
2577 F2
2910 E7
3013 H13
3531 C12
3532 C12
3533 A13
3536 C6
3537 C6
3538 C4

D

3539 D5
3540 E10
3541 F6
3542 E6
3544 F4
3545 G4
3546 H4
3547 H5
3548 H6
3549 I7
3550 H10

E

3551 I6
3552 F5
3553 I6
3554 E5
3555 F5
3556 E4
3557 F4
3559 B12
3560 B13
3562 B13
3563 B14
3566 E10

F

3567 E11
3570 A12
3571 A11
5500 D2
5501 E2
5502 E2
5503 E2
5541 D4
5542 D4
5543 B3
5544 B3
5546 C7

G

5551 F11
5554 H10
5555 D6
5556 A5
5557 D6
5709 F3
6500 G11
6501 G9
6502 I11
6553 A11
6554 H8

H

6555 A10
6556 A11
6557 A11
7520 C6
7521-A G4
7521-B I6
7522 H5
7523 C6
7524 C5
7525 E11
7526 G5
7527 E5
7528 F5

I

7529 I8
7535 A4
7548 I8
7549 F11
7556 F13
7558 E8
7560 B12
7561 B14
7562 C13

010300

7563 C12
F491 H5
F492 H9
F493 I7
F494 I8
F495 I9
F496 H8
F497 H11
F498 H10
F499 H9
F800 A6
F801 A12
F802 A6
F803 B13
F804 B14
F805 B6
F806 C8
F807 C8
F808 B13
F809 B12
F810 C11
F811 C12
F812 H3
F813 C5
F814 C5
F815 D2
F816 D2
F817 D2
F818 E10
F819 H12
F820 D1
F821 D7
F822 D2
F823 D2
F824 F11
F825 F11
F826 F12
F827 E2
F828 E2
F829 F14
F830 F4
F831 F3
F832 E11
F834 I7
F835 I6
F836 H4
F837 I7
F838 G4
F839 E6
F840 E6
F841 E9
F842 F5
F843 F7
F844 E3
F845 F4
F846 H5

Electrical diagrams and PWB’s

GB 65CDR 3rd gen. 7.

A

B

C

D

E

F

123456789

1820

1

2

3

4

5

6

7

8

9

10

11

12

13

3904

14

100R

15

16

17

18

DSA_COPY

19

20

21

22

23

24

25

26

27

28

29

30

TERMB

{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}

0R3900

3901 0R

D5V

3902

0R

100R

3905

IIS_DATA_CD

SEL_HP_OUT

IIS_WS_A0

IIS_BCLK_A0

IIS_DATA_A0

IIS_WS_A1

IIS_BCLK_A1

IIS_DATA_A1

SYS_RESET

DSA_DATA_CD

NMUTE

L3_MODE

KILL

PROF_EBU

INT_COPY_ANA

EXT_DIG_IN

DIG_IN2

DIG_OUT_C

EXT_OPT_IN

PH-B

1818

LEVEL_A0

LEVEL_A1

LEVEL_A2

1

RXD_TOOL

2

TXD_TOOL

3

4

5

TRACE99_RxD

6

TRACE99_TxD

7

TERMB

HDCD

D5V

{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_11B,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}

{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}

{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}

1830-1

DSA_DATA_CDR

1

DSA_ACK_CDR

2

DSA_STR_CDR

3

4

1812-1

52207 1

1819

PH-B

CDR60CL1

2

CDR60CFLG

CDR60MEAS1

3

4

5

MERR

6

MERRIN

7

HALL_U

8

HALL_V

9

HALL_W

10

11

1

2

3

4

5

6

7

8

9

SGND

PCSSIN

PCSCOS

D3V3 D3V3

1K

4K7

3908

3907

WRITE_TOGGLE

2600

2603

2605

2606

4K7

3909

BKPT

DSCLK

DSI

TDSO

TCK

CLK_OUT

RESET_MIN

10n

GND_CASE

10n

GND_CASE

10n

GND_CASE

10n

GND_CASE

{CDR60MEAS1,CDR60CFLG,CDR60CL1,MERR,MERRIN,HALL_V,HALL_U,HALL_W}

{REFSIN,REFCOS,PCSSIN,PCSCOS}

2601

10n

GND_CASE

1831

GND_CASE

2604

10n

GND_CASE

A

B

C

D

E

F

1812-1 C4
1818 E3
1819 E4
1820 A1
1830-1 A4
1831 B7
2600 A6
2601 A8
2603 B6
2604 C8
2605 C6
2606 C6
3900 B1
3901 B1
3902 D1
3904 C1
3905 E1
3907 E5
3908 E5
3909 E5

CLK_OUT

3104 123 4228.8

123456789

CL06532018_066.eps

010300

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 9 : DASP MASTER PROCESSOR TESTPOINTS

GB 66CDR 3rd gen. 7.

{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}

A(1:20)

A

{IIC_CLK,IIC_DATA}

STANDBY

B

C

{RCK,SFSY,SUB}

D

E

F

G

H

I

3104 123 4228.8

123456

{POWER_UP,KILL_OUT}

{EXT_DIG_IN,DIG_OUT_C,EXT_OPT_IN,DISPL_INT,SYS_RESET,DSA_DATA_CD,DSA_ACK_CD,DSA_STR_CD,KEY_PRESSED,IIS_DATA_CD,IIS_WS_CD,IIS_BCLK_CD,DOBM_CD,SYS_CLK_8W,DIG_IN2,KILL}

I2C BUS

RESET_MIN

D5V

7710
MC33464N

D3V3

7704
MC33464N

D3V3 D3V3 D3V3

RCK

SFSY

SUB

TCK

TDSO

BKPT

DSI

DSCLK

D3V3

DSA_ACK_CDR

SYS_RESET

SEL_HP_OUT

INT_COPY_ANA

F_RW

RAS0

CAS0

CAS1

DRAW_RW

3727

1M

1707

CX-11F

33M8688

2718

560p

6702

6701

BB132

BB132
270K3744

F757

2714

{SEL_HP_OUT,INT_COPY_ANA,SYS_CLK_IIW,L3_MODE,IIS_BCLK_A0,IIS_WS_A0,IIS_DATA_A0,IIS_BCLK_A1,IIS_WS_A1,IIS_DATA_A1,L3_DATA,L3_CLK,NMUTE,PROF_EBU}

{IIC_CLK,IIC_DATA}

D(16:31)

{DOBM_CDR,BCLK,WCLK,DATA1,DATA0}

I2C BUS

2

2

3760

3811

33n

IN

IN

10K

GND

GND

4K7

RESET_

3

RESET_

3

3761

4K7

3769

CLK_SYS

3731

2719

MC34072

1

1

4K7

390R

560p

270K3745

7705-B

7

NC

4

NC

4

3762

4K73906

F933

F935

F937

3750

12K

D3V3

D3V3

F939

F941

F977

3764

3765

3705

5

5

4K7

F756

3720

3721

4K7

0R

+12VX

8

4

22K

2909

3756

3710

100R

D3V3

3766

F919

F923

F924

F925

F926

3763

3729

F940

F976

F978

F979

0R

100R

100R

1u

4K7

F915

F916

100R

100R

15K3746

5

6

D3V3

D3V3a

7701
DASP

3810

84

61

62

64

80

81

83

94

95

96

97

99

100

105

106

103

59

58

101

102

22

23

25

26

20

87

88

85

56

4K7

3767

3837

10K

3838

10K

RSTI

TEST1

TEST2

TEST3

RCK|GPIO13

SFSY|GPIO14

SUBR|GPIO15

TCK

TDSO

TMS|BKPT

TDI|DSI

TRST|DSCLK

HIZ

GPIO16|TT0

GPIO17|TT1

ATM

GPIO8|SIZ0

GPIO7|SIZ1

R|W

TS_

RAS0

RAS1

CAS0

CAS1

DRAMW

CRIN

CROUT

XTRIM

CRSEL

CL1169CL16

47R

3732

10n

2713

4K7

SYS_CLK_IIW

DSA_ACK_CD

F990

131

130

RTS2|RST0

CTS2|GPIO28

GPIO22|CLKOUT

68

121

47R

3771

3894-D

F951

CLK_OUT

SYS_CLK_16W

TXD_TOOL

RXD_TOOL

F909

F910

128

129

RXD2|GPI27

TXD2|GPO27

TIN1|GPIO4

TIN2|GPIO29

53

132

D3V3

D3V3

100R

4K73910

4K7

3768

DSA_STR_CDR

STANDBY

DSA_DATA_CDR

F963

F905

3813

100R

127

125

RTS1|GPIO26

CTS1|GPIO25

R1

R6

TOUT2|GPIO30

134

3735

IIS1_MS

DEEMP

TRACE99_TxD

TRACE99_RxD

F964

F965

F991

F992

123

124

RXD1|GPI24

TXD1|GPO24

TOUT1|GPIO3

SDA

SCL

52

135

136

47R

F953

IIC_DATA

L3_MODE

KILL_OUT

F_READY

KEY_PRESSED

116

117

118

PP0|DDATA0

PP1|DDATA1

PP2|DDATA2

EBUIN149EBUIN251EBUIN3

EBUOUT148EBUOUT2|GPIO2

79

47

IIC_CLK

DIG_IN2

DIG_OUT_C

DOBM_CDR

HDCD

LEVEL_A0

107

120

PP4|PST0

PP3|DDATA3

PROF_EBU

EXT_DIG_IN

LEVEL_A1

113

PP5|PST1

3903

EXT_OPT_IN

{DSA_ACK_CDR,BE_RESET,DSA_STR_CDR,DSA_DATA_CDR,MUTE,ATT,DEEMP,IIS1_MS,SYS_CLK_BE}

90

PLLGND

LRCK2

66

47R

3894-B

F983

F974

IIS_WS_A0

1u

2703

86

89

OSCVDD

SDATAO2

67

47R

3894-C

F984

F955

IIS_DATA_A0

D3V3

5701

F903

47u

9

OSCGND

SCLK3|GPIO18

LRCK3|GPIO19

108

109

IIS_BCLK_CD

LEVEL_A2

DSA_DATA_CD

114

115

PP6|PST2

PP7|PST3

A13

SCLK1

LRCK1

EBUIN4|GPIO21

74

76

111

47R

47R

3898-B

3898-A

0R

BCLK

WCLK

DOBM_CD

F759

92

NC

SDATAI1

77

3898-C

F954

DATA0

D3V3

5710

93

PLLVDD

A12

SDATAO1

SCLK2

78

65

47R

47R

3894-A

F975

F982

IIS_BCLK_A0

DATA1

47u

2750

BLM21

2760

VDD1

IIS_WS_CD

7 8 9 10 11 12 13

F_READY

{BKPT,DSCLK,DSI,HDCD,LEVEL_A0,LEVEL_A1,LEVEL_A2,RXD_TOOL,TXD_TOOL,TCK,TRACE99_RxD,TRACE99_TxD,TDSO}

100R3701

F913

5704

2771

GND_CASE

5707

BLM21

3713

F920

47R

D5V

10K

F927

3711

F928

F929

100n2725

3835 47R

3757

47R

2731 47p

F961

3753

4K7

3709

2726 100n

2721

3706

2708

3770

4K7

F901

47p

47R

3708

47R

10K

5705

BLM21

47p

F922

GND_CASE

3714
47R

47p

3715

47R

2727 100n

47R3830

7707
BC848B

+12VCD

D3V3a

100n

100n

2751

21

15

3

VDD233VDD344VDD4

GND1

GND2

SCLK4|GPIO10

SDATA3|GPIO20

LRCK4|GPIO11

72

71

110

47R

47R

3743

3814

F985

F957

F986

F956

F973

IIS_BCLK_A1

IIS_WS_A1

IIS_DATA_CD

3752

3755

F758

150R

150R

2716

2752

100n

2704

2706

100n

57

27

VDD570VDD682VDD798VDD8

GND338GND450GND563GND675GND791GND8

SDATAI4|GPIO12

73

D1

D2

45D042

40

47R

47R

47R

3825-B 47R

3825-A

3825-D

3825-C

45

36

27

D3

37

18

+12VX

1u

10n

2717

100n

2761

100n

D4

39

41D543D646D730D832

47R

47R

47R

3824-A

3824-B

3824-C

18

36

27

2762

47R

3824-D

45

F105

3911 4K7

IIS_DATA_A1

D(16)

A11

D(17)

D(18)

D(19)

A10

D(20)

D(21)

A9

D(22)

D(23)

POWER 7705

33n

2763

100n

112

VDD9

D9

D1036D1134D1231D13

35

47R

47R

47R

47R

3823-B

3823-A

3823-C

3823-D

45

27

18

36

D(24)

D(25)

D(26)

5715

D3V3

BLM21

33n

2765

2764

126

104

119

GND9

VDD10

GND10

A0|GPIO31

A26|CS6|WE1|GPIO1

A27|CS7|WE0|GPIO0

CS1|GPIO9

GPIO5|CS2

GPIO6|CS3

D14

29

47R

47R

47R

6

3822-B

3822-D

3822-C

27

45

3

D(28)

D(29)

D(30)

D(27)

33n

33n

2766

140

133

VDD11

GND11

A1

A2

A3

A4

A5

A6

A7

2

A8

4

A9

5

A10

6

A11

7

A12

8

A13

10

A14

11

A15

12

A16

13

A17

14

A18

16

A19

A20

17

19

18

24

CS0_

60

54

55

122

GPIO23

D15

28

SYS_CLK_16W

47R

3822-A

18

R8

D(31)

V7706

D3V3D3V3

10K

10K

3718

F967

10K

3723

137

45

138

139

36

27

141

142

18

143

45

144

36

1

18

27

45

36

27

1

45

36

27

18

45

36

27

18

3728

10K

3716

D3V3

3704

3812

DISPL_INT

D3V3

10K

3717

F968

F966

10K

10K

3722

47R

3897-D

3897-C

47R

47R

3897-B

47R

3897-A

47R

3818-D

3818-C

47R

47R

3818-A

47R

3818-B

47R

3819-D

3819-C

47R

3819-B 47R

47R

3819-A

8

47R

3820-D

3820-C

47R

47R

3820-B

47R

3820-A

3821-D 47R

3821-C

47R

47R

3821-B

47R

3821-A

F969

100R3725

100R

4

3

2

7706-A
74LV74D

V7706

10

0R

11

12

470R

3719

DEEMP

MUTE

3724

A(1)

A(2)

A(3)

A(4)

A(5)

A(6)

A(7)

A(8)

A(9)

A(10)

A(11)

A(12)

A(13)

A(14)

A(15)

A(16)

A(17)

A(18)

A(19)

A(20)

CSFLASH

F970

F971

7706-B
74LV74D

ATT

MUTE

ATT

BE_RESET

V7706

2712

14

7

14

7

33n

5

61

9

813

RESET_MIN

DSA_STR_CD

IIC_DATA

IIC_CLK

D3V3

3726

NMUTE

L3_CLK

L3_DATA

SYS_CLK_BE

SYS_CLK_8W

KEY_PRESSED

F972

3816

470R

10K

100R

100R

3826

3815

EXT_DIG_IN

DIG_OUT_C

EXT_DIG_IN

EXT_OPT_IN

F918

3734

100R

F917

47p

2724

10K

D5V

DISPL_INT

D5V

VDC2

VFTD

VDC1

SYS_RESET

DSA_DATA_CD

DSA_STR_CD

DSA_ACK_CD

R9

IIS_DATA_CD

IIS_WS_CD

IIS_BCLK_CD

DOBM_CD

SYS_RESET

KILL

SYS_CLK_8W

BLM21

F921

3712

5702

BLM21

GND_CASE

5703

BLM21

GND_CASE

2722

2772

100n2728

2709

47p

2733

3828

47R

F944

47p

2735

2734

3833 47R

3836 47R

F962

A24

47p

47p

47R3834

D5V

F900

2707

47p

5706

BLM21

GND_CASE

3758

2901 560p

47p

F942

D5V

+12VCD

F952

4K73751

47p

2767

F931

47p

2769

GND_CASE

D5V

47p

F932

2n2

2774

100R

560p2902

GND_CASE

3829

47R

3831 47R

3832

47R

100n

2736

F949

47p

47p

2739

2738

F958

LEFT

RIGHT

47p

47p

2741

2742

F930

2768

100n

2770

100n

F914

F912

F907

F934

2773

GND_CASE

R3

F906

F943

F945

F946

100n

2737

47p

2740

F959

47p

2743

A23

2723

2n2

F938

F948

100n

F936

F960

3912

CLK_OUT

1701-1

1701-2

1702

EH-B

1

2

3

4

5

6

1400-1

1

1400-2

2

1400-3

3

1400-4

4

1400-5

5

1400-6

6

1400-7

7

1

2

3

4

5

6

7

GND_CASE

GND_CASE

1705-5

1705-6

1705-7

1705-8

1705-10

1705-9

1705-1

1705-2

1705-3

1705-4

1

2

0R

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

22

23

1704

H700

1708

123456789101112 13

1

2

A

B

CONN. 1400 TO I/O BOARD NOT FOR CDR950/951

C

D

E

CONN. 1705 TO DISPLAY BOARD

F

G

H

CONN. 1708 TO CD MAINBOARD CDR775/776

R4

I

24

CL06532018_067.eps

1400-1 B13
1400-2 B13
1400-3 B13
1400-4 B13
1400-5 C13
1400-6 C13
1400-7 C13
1701-1 A13
1701-2 A13
1702 A13
1704 C13
1705-1 E13
1705-10 E13
1705-2 E13
1705-3 F13
1705-4 F13
1705-5 D13
1705-6 E13
1705-7 E13
1705-8 E13
1705-9 E13
1707 G1
1708 F13
2703 B6
2704 B7
2706 B7
2707 C13
2708 D12
2709 F12
2712 G11
2713 H3
2714 H1
2716 A8
2717 A8
2718 G1
2719 G2
2721 A12
2722 C12
2723 C13
2724 D11
2725 F12
2726 F12
2727 F12
2728 F12
2731 H12
2733 F12
2734 G12
2735 G12
2736 H13
2737 H13
2738 H13
2739 H13
2740 H13
2741 I13
2742 I13
2743 I13
2750 B6
2751 B7
2752 B8
2760 B6
2761 B8
2762 B8
2763 B8
2764 B9
2765 B9
2766 B9
2767 A13
2768 A13
2769 B13
2770 B13
2771 C12
2772 C12
2773 D13
2774 D13
2901 F13
2902 F13
2909 C2
3701 A12
3704 I10
3705 A2
3706 B12
3708 C12
3709 C12
3710 D2
3711 E12
3712 D12
3713 D12
3714 D12
3715 E12
3716 G10
3717 B10
3718 B10
3719 B10
3720 E2
3721 E2
3722 C10
3723 C10
3724 C10
3725 G10
3726 F11
3727 G1
3728 G10
3729 E2
3731 G2
3732 H3
3734 C11
3735 H4
3743 H7
3744 H1
3745 H2
3746 H2
3750 I2
3751 H13
3752 A7
3753 I12
3755 A7
3756 D2

010300

3757 H12
3758 F13
3760 C2
3761 C2
3762 C2
3763 E2
3764 G2
3765 H2
3766 B2
3767 B3
3768 H3
3769 E2
3770 I12
3771 H3
3810 I3
3811 H2
3812 I10
3813 B4
3814 H7
3815 H11
3816 I11
3818-A D10
3818-B D10
3818-C D10
3818-D D10
3819-A E10
3819-B E10
3819-C D10
3819-D D10
3820-A E10
3820-B E10
3820-C E10
3820-D E10
3821-A F10
3821-B F10
3821-C F10
3821-D E10
3822-A H9
3822-B H9
3822-C H9
3822-D H9
3823-A H9
3823-B H9
3823-C H8
3823-D H8
3824-A H8
3824-B H8
3824-C H8
3824-D H8
3825-A H8
3825-B H7
3825-C H7
3825-D H7
3826 G11
3828 G12
3829 G13
3830 G12
3831 G13
3832 G13
3833 H12
3834 H12
3835 G12
3836 H12
3837 B3
3838 B3
3894-A H6
3894-B H6
3894-C H6
3894-D H3
3897-A D10
3897-B C10
3897-C C10
3897-D C10
3898-A H5
3898-B H5
3898-C H6
3903 H5
3906 D2
3910 H4
3911 I7
3912 F13
5701 A6
5702 A12
5703 B12
5704 C12
5705 C12
5706 D13
5707 D12
5710 A6
5715 A9
6701 G1
6702 G2
7701 C3
7704 B1
7705-B H2
7706-A H10
7706-B H10
7707 I12
7710 B2
F105 H7
F756 H2
F757 H1
F758 A8
F759 B6
F900 A13
F901 A12
F903 B6
F905 B4
F906 F13
F907 C13
F909 B3
F910 B3
F912 B13
F913 B12
F914 B13
F915 C3
F916 C3

F917 D11
F918 C11
F919 D2
F920 D12
F921 D12
F922 D12
F923 D2
F924 D2
F925 D2
F926 E2
F927 E12
F928 E12
F929 E12
F930 A13
F931 B13
F932 C13
F933 E2
F934 C13
F935 E2
F936 D13
F937 F2
F938 F13
F939 F2
F940 F2
F941 F2
F942 G13
F943 G13
F944 G12
F945 G13
F946 G13
F948 H13
F949 H13
F951 H3
F952 H13
F953 H4
F954 H6
F955 H6
F956 H7
F957 H7
F958 I13
F959 H13
F960 D13
F961 I12
F962 I12
F963 B4
F964 B4
F965 B4
F966 B10
F967 B10
F968 B10
F969 G10
F970 G10
F971 G10
F972 I11
F973 H7
F974 H6
F975 H6
F976 G2
F977 G2
F978 G2
F979 G2
F982 H6
F983 H6
F984 H6
F985 H7
F986 H7
F990 B3
F991 B4
F992 B4
H700 F13

Electrical diagrams and PWB’s

CDR MAIN BOARD - CIRCUIT DIAGRAM 10 : DASP FLASH & DRAM TESTPOINTS

GB 67CDR 3rd gen. 7.

1

A

2345678910111213

D(16:31)

{RAS0,CAS0,CAS1,DRAW_RW,F_READY,CSFLASH,F_RW,RESET_MIN}

A(1:20)

B

D3V3

BLM21

5713

7702

GM71C18163CJ-6

C

D

E

A(10)

A(11)

A(12)

A(13)

A(14)

A(15)

A(16)

A(17)

A(18)

A(20)

17

A0

18

A1

19

A2

20

A3

23

A4

24

A5

25

A6

26

A7

27

A8

28

A9

16

A10

15

A11

11

NC1

12

NC2

32

NC3

F

G

H

I

1

VCC16VCC221VCC3

UCAS_

VSS137VSS242VSS3
22

F754

I|O0

I|O1

I|O2

I|O3

I|O4

I|O5

I|O6

I|O7

I|O8

I|O9

I|O10

I|O11

I|O12

I|O13

I|O14

I|O15

RAS_

LCAS_

WE_

OE_

2701

2

3

4

5

7

8

9

10

33

34

35

36

38

39

40

41

14

31

30

13

29

100u

2702

3843

100n

2715

10K

3844

100n

2700

10K

D(16)

D(17)

D(18)

D(19)

D(20)

D(21)

D(22)

D(23)

D(24)

D(25)

D(26)

D(27)

D(28)

D(29)

D(30)

D(31)

3845

100n

DRAW_RW

10K

D3V3

RAS0

CAS1

CAS0

CSFLASH

RESET_MIN

F_RW

V7708

D3V3

BLM21

100n

D3V3

1K

5716

2705

7708-B

74HC00D

3754

F902

3759

4

5

F904

1K

14

7

7708-D

74HC00D

12

13

V7708

6

V7708

A(1)

A(2)

A(3)

A(4)

A(5)

A(6)

A(7)

A(8)

A(9)

A(10)

A(11)

A(12)

A(13)

A(14)

A(15)

A(16)

A(17)

A(18)

A(19)

A(20)

F980

F981

D3V3

V7708

7708-A

74HC00D

14

1

2

14

11

7

3

7

SYS_CLK_IIW

D3V3

5712

BLM21

7703
Am29LV160BB

25

A0

24

A1

23

A2

22

A3

21

A4

20

A5

19

A6

18

A7

8

A8

7

A9

6

A10

5

A11

4

A12

3

A13

2

A14

1

A15

48

A16

17

A17

16

A18

9

A19

26

CE_

28

OE_

11

WE_

12

RESET_

47

BYTE_

VSS127VSS2

2720

1n

37

VCC

DQ15|A-1

RY|BY_

7708-C

74HC00D

F755

DQ0

DQ1

DQ2

DQ3

DQ4

DQ5

DQ6

DQ7

DQ8

DQ9

DQ10

DQ11

DQ12

DQ13

DQ14

NC2

NC3

NC4

9

10

100n

2711

2710

100u

29

D(16)

31

D(17)

33

D(18)

35

D(19)

38

D(20)

40

D(21)

42

D(22)

44

D(23)

30

D(24)

32

D(25)

34

D(26)

36

D(27)

39

D(28)

41

D(29)

43

D(30)

45

D(31)

F947

3817

15

10

13

14

46

F_READY

1K

+12VX

3898-D

7705-A

3

8

MC34072

2

1

4

7999
BC848B

47R

3999

0R

R7

V7708

14

8

7

3780

100K

3011

82R

OPTION

3841

0R

F950

SYS_CLK_11B

WRITE_TOGGLE

2700 C6
2701 C5
2702 C5
2705 G7
2710 C10
2711 C11
2715 C5
2720 H10
3011 H11
3754 H7
3759 I7
3780 I10

A

3817 E11
3841 H11
3843 F5
3844 F6
3845 F6
3898-D G13
3999 G13
5712 B10
5713 C4
5716 G7
7702 C4
7703 C9

B

7705-A G11
7708-A G8
7708-B G7
7708-C H10
7708-D H7
7999 G12
F754 B5
F755 B10
F902 H7
F904 I7
F947 E10
F950 H12

C

F980 F9
F981 F9

D

E

F

G

H

I

3104 123 4228.8

12345678910111213

CL06532018_068.eps

010300

Electrical diagrams and PWB’s

CDR MAIN BOARD .8 - TOP VIEW

GB 68CDR 3rd gen. 7.

CL06532018_069.eps

010300

Electrical diagrams and PWB’s

CDR MAIN BOARD .8 - BOTTOM VIEW

GB 69CDR 3rd gen. 7.

CL06532018_070.eps

010300

Electrical diagrams and PWB’s

CDR-Mainboard PWB testpoints

CDR MAIN BOARD - BOTTOM VIEW : POWER PART TESTPOINTS

GB 70CDR 3rd gen. 7.

3

6

2

10

1

9

11

13

15

8

12

7

4

5

14

16

CL06532018_072.eps

010300

Electrical diagrams and PWB’s

CDR MAIN BOARD - BOTTOM VIEW : RESET & CLOCK TESTPOINTS

R2

GB 71CDR 3rd gen. 7.

R6

R4

R1

R5

R9

R7

R8

R3

CL06532018_073.eps

010300

Electrical diagrams and PWB’s

CDR MAIN BOARD - BOTTOM VIEW : SERVO TESTPOINTS

GB 72CDR 3rd gen. 7.

S11

S23

S9

S21

S22

S2

S19

S20

S13

S1

S10

S6

S3

S12

S8

S7

S4

S5

S16

S14

S15

S18

S17

CL06532018_074.eps

010300

Electrical diagrams and PWB’s

CDR MAIN BOARD - BOTTOM VIEW : AUDIO TESTPOINTS

GB 73CDR 3rd gen. 7.

A27

A16

R10

A15

A12

A10

A11

A14

A18

A13

A9

HF2

HF1

A17

A4

A7

A8

A19

A3

A5

A23

A2

A26

A20

A6

A24

A1

A22

A21

A25

CL06532018_075.eps

010300

Electrical diagrams and PWB’s

CDR MAINBOARD: SURVEY OF TESTPOINTS

GB 74CDR 3rd gen. 7.

CL06532018_086.eps

010300