Philips HTS-3300-Mk2 Service Manual

Published by KC-TE 0519 AV Systems Printed in the Netherlands Subject to modification EN 3139 785 31550

HTS3300MKII/05/12/51/98/55

DVD Receiver

CLASS 1

LASER PRODUCT

1 Technical Specifications and Connection
Facilities 2
2 Measurements Setup, Service Aid &
Lead Free Requirements 4
3 Dismantling Instructions & Service Positions 10
4 Service Test Program 12
5 FTD Display Pin Connection 14
6 Block Diagram 15
Wiring Diagram 16
7 Circuit Diagram and PWB Layout 17
Front: Display 17
Front: Display (Top view) 18
Front: Display (Bottom view) 19
Mono Board: Circuit Diagram (Part 1) 20
Mono Board: Circuit Diagram (Part 2) 21
Mono Board: Circuit Diagram (Part 3) 22
Mono Board: Circuit Diagram (Part 4) 23
Mono Board: Circuit Diagram (Part 5) 24
Layout: Mono Board (Top View) 25
Layout: Mono Board (Bottom View) 26
Front: Standby 27
PSU Circuit Diagram 28

©

Copyright 2005 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.

Version 1.0

Contents PageContents Page

8 Overview - Modulator, Input/Output and
Headphone/Line Output Connectors 30
TAS5086-5142V6REF 30
Power Output Stage (SE) 31
Power Output Stage (BTL) 32
Power Supplies 33
9 Exploded View & Spare Parts List 35
Exploded View of the set 35
Spare Part List 36

EN 2

3139 785 315501.

LOCATION OF PC BOARDS

Technical Specifi cations and Connection Facilities

VERSION VARIATIONS:

Type /Versions:

Features &

Progressive Scan
Line-Out

TV-In

Aux-In

Y/Pb/Pr (YUV) Component Video Output

Coax
CVBS

S-Video Output
SCART

/98

x

x
x

x

x

HTS3300MK2

/55

/51 /12 /05

x

x

x
x

x

xxx

x

x

xx

x

x

Technical Specifi cations and Connection Facilities

1. Specifi cations

3139 785 31550

1.

EN 3

1.1 General:

Mains voltage : 230V for /05, /12, /51
120V/230V for /55

/98

Mains frequency : 50/60Hz for /98, /55,

50Hz for /12, /05,

/51
Power consumption : 70W
< 0.5W Eco standby

power
< 70W at 1/8 P
(For main unit)

rated

Dimension main unit : 360 x 54 x 324mm

1.2 Tuner
FM

Tuning range : 87.5-108MHz
Grid : 50kHz for /12, /05, /51
100kHz for /98, /55
IF frequency : 10.7MHz ± 25kHz
Aerial input : 75Ω coaxial
Sensitivity at 26dB S/N : < 7μV
Selectivity at 600kHz bandwidth : > 25dB
IF rejection : > 60dB
Image rejection : > 25dB
Distortion at RF=1mV, dev. 75kHz : < 3%

-3dB Limiting point : 8μV
Crosstalk at RF=1mV, dev. 67.5kHz : > 28dB
Crosstalk at RF=1mV, dev. 40kHz : > 18dB

1.3 AMPLIFIER:

Output power
Front : 100W RMS / channel

Rear : 75W RMS / channel
Center : 100W RMS

Subwoofer : 150W RMS

Frequency response ±0.5dB : 20Hz-20kHz
Hum (Volume Minimum) : 200nW
Residual noise (Volume Minimum) : 40nW

Input sensitivity
Aux In : 1V ± 3dB at 22kΩ
Scart In : 0.5V ± 3dB at 22kΩ
Output sensitivity
Line Out (Left/Right) : 1V ± 2dB at 10kΩ
Scart Out (Left/Right) : 1V ± 2dB at 10kΩ

1.4 COMPACT DISC/VCD/DVD:

Video Decoding : MPEG-1/MPEG-2/

MPEG-4/DivX 3.11,

4.x & 5.x
Video DAC : 12 Bits
Signal System : PAL / NTSC
Video Format : 4:3 / 16:9

CVBS Out
CVBS level : 1.0 ± 0.1V
Luminance S/N : >= 60dB

1)

p-p

MW

Tuning range : 531-1602kHz for /12,

/05, /51, /98, /93, /55
530-1700kHz for /98,

/55
Grid : 9kHz for /12, /05, /51,

/98, /55
10kHz for /98, /55
IF frequency : 450kHz ± 1kHz
Aerial input : Frame aerial
Sensitivity at 26dB S/N : < 4.0mV/M
Selectivity at 18kHz bandwidth : > 20dB
IF rejection : > 45dB
Image rejection : > 28dB
Distortion at RF=50mV, m=80% : < 5%

S-Video Out
Y level : 1.0 ± 0.1V

1)

p-p

Y S/N : >= 60dB
C level (burst) : 286mV pp +1/-4 dB

RGB/YUV Out
Amplitude : 0.7 ± 0.1V
S/N : >= 60dB

1)

Output terminals to be terminated with 75Ω

1)

p-p

EN 4

3139 785 315502.

Measurements Setup, Service Aid & Lead Free Requirements

2. Measurements Setup, Service Aid & Lead Free Requirements

MEASUREMENT SETUP

Tuner FM

Bandpass

LF Voltmeter

e.g. PM2534

RF Generator

e.g. PM5326

DUT

250Hz-15kHz

e.g. 7122 707 48001

Ri=50Ω

S/N and distortion meter

e.g. Sound Technology ST1700B

Use a bandpass filter to eliminate hum (50Hz, 100Hz) and disturbance from the pilottone (19kHz, 38kHz).

Tuner AM (MW,LW)

RF Generator

e.g. PM5326

Ri=50Ω

DUT

Frame aerial

e.g. 7122 707 89001

Bandpass

250Hz-15kHz

e.g. 7122 707 48001

LF Voltmeter

e.g. PM2534

S/N and distortion meter

e.g. Sound Technology ST1700B

To avoid atmospheric interference all AM-measurements have to be carried out in a Faraday´s cage.
Use a bandpass filter (or at least a high pass filter with 250Hz) to eliminate hum (50Hz, 100Hz).

CD

Use Audio Signal Disc
(replaces test disc 3)

DUT

L

R

SBC429 4822 397 30184

S/N and distortion meter

e.g. Sound Technology ST1700B

LEVEL METER

e.g. Sennheiser UPM550

with FF-filter

Recorder

Use Universal Test Cassette CrO2 SBC419 4822 397 30069

or Universal Test Cassette

LF Generator

e.g. PM5110

Fe SBC420 4822 397 30071

DUT

L

R

S/N and distortion meter

e.g. Sound Technology ST1700B

LEVEL METER

e.g. Sennheiser UPM550

with FF-filter

Measurements Setup, Service Aid & Lead Free Requirements

SERVICE AIDS

Service Tools:

Universal Torx driver holder .................................. 4822 395 91019

Torx bit T10 150mm ............................................. 4822 395 50456

Torx driver set T6 - T20 ......................................... 4822 395 50145

Torx driver T10 extended ...................................... 4822 395 50423

Compact Disc:

SBC426/426A Test disc 5 + 5A ............................ 4822 397 30096

SBC442 Audio Burn-in Test disc 1kHz ................. 4822 397 30155

SBC429 Audio Signals disc .................................. 4822 397 30184

Dolby Pro-logic Test Disc ...................................... 4822 395 10216

3139 785 31550

2.

EN 5

HANDLING CHIP COMPONENTS

EN 6

3139 785 315502.

Measurements Setup, Service Aid & Lead Free Requirements

GB

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.

Tous les IC et beaucoup d’autres
semi-conducteurs sont sensibles aux
décharges statiques (ESD).
Leur longévité pourrait être considérablement
écourtée par le fait qu’aucune précaution n’est
prise à 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 à ce que les composants ainsi que les
outils que l’on utilise soient également à ce
potentiel.

F

WARNING

ATTENTION

GB

Complete Kit ESD3 (small tablemat, wristband,

connection box, extention cable and earth cable) ...........4822 310 10671

Wristband tester ....................................................................4822 344 13999

ESD

D

WARNUNG

Alle ICs und viele andere Halbleiter sind
empfindlich gegenüber elektrostatischen
Entladungen (ESD).
Unsorgfältige Behandlung im Reparaturfall kan
die Lebensdauer drastisch reduzieren.
Veranlassen Sie, dass Sie im Reparaturfall über
ein Pulsarmband mit Widerstand verbunden
sind mit dem gleichen Potential wie die Masse
des Gerätes.
Bauteile und Hilfsmittel auch auf dieses gleiche
Potential halten.

ESD PROTECTION EQUIPMENT:

NL

Alle IC’s en vele andere halfgeleiders zijn
gevoelig voor electrostatische 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 longevità potrebbe essere fortemente
ridatta in caso di non osservazione della più
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

GB

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

Safety components are marked by the symbol

!

.

NL

Veiligheidsbepalingen vereisen, dat het apparaat bij reparatie in
zijn oorspronkelijke toestand wordt teruggebracht en dat onderdelen,
identiek aan de gespecificeerde, worden toegepast.

De Veiligheidsonderdelen zijn aangeduid met het symbool

!

F

Les normes de sécurité exigent que l’appareil soit remis à l’état
d’origine et que soient utiliséés les piéces de rechange identiques
à celles spécifiées.

Less composants de sécurité sont marqués

!

D

Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zu
beachten. Der Original zustand des Geräts darf nicht verändert werden;
für Reparaturen sind Original-Ersatzteile zu verwenden.

Sicherheitsbauteile sind durch das Symbol

!

markiert.

I

Le norme di sicurezza esigono che l’apparecchio venga rimesso
nelle condizioni originali e che siano utilizzati i pezzi di ricambio
identici a quelli specificati.

Componenty di sicurezza sono marcati con

!

CLASS 1

LASER PRODUCT

GB

Invisible laser radiation when open.
Avoid direct exposure to beam.

Osynlig laserstrålning när apparaten är öppnad och spärren
är urkopplad. Betrakta ej strålen.

SF

Avatussa laitteessa ja suojalukituksen ohitettaessa olet alttiina
näkymättömälle laserisäteilylle. Älä katso säteeseen!

DK

Usynlig laserstråling ved åbning når sikkerhedsafbrydere er
ude af funktion. Undgå udsaettelse for stråling.

S

Warning !

Varning !

Varoitus !

Advarse !

GB

After servicing and before returning set to customer perform a leakage
current measurement test from all exposed metal parts to earth ground to
assure no shock hazard exist. The leakage current must not exceed

0.5mA.

F

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

Measurements Setup, Service Aid & Lead Free Requirements

2.1 Lead Free Requirements

3139 785 31550

2.

EN 7

Pb(Lead) Free Solder

When soldering , be sure to use the pb free solder.

INDENTIFICATION:

Regardless of special logo (not always indicated)

one must treat all sets from 1 Jan 2005 onwards, according next
rules:

Important note: In fact also products of year 2004 must be treated in
this way as long as you avoid mixing solder-alloys (leaded/ lead-free).
So best to always use SAC305 and the higher temperatures belong
to this.

Due to lead-free technology some rules have to be respected by the
workshop during a repair:

• Use only lead-free solder alloy Philips SAC305 with order
code 0622 149 00106. If lead-free solder-paste is required,
please contact the manufacturer of your solder-equipment.
In general use of solder-paste within workshops should be
avoided because paste is not easy to store and to handle.

• Use only adequate solder tools applicable for lead-free solder
alloy. The solder tool must be able

o To reach at least a solder-temperature of 400°C,
o To stabilize the adjusted temperature at the solder-tip
o To exchange solder-tips for different applications.

• Adjust your solder tool so that a temperature around 360°C
– 380°C is reached and stabilized at the solder joint. Heating­time of the solder-joint should not exceed ~ 4 sec. Avoid
temperatures above 400°C otherwise wear-out of tips will rise
drastically and fl ux-fl uid will be destroyed. To avoid wear-out
of tips switch off un-used equipment, or reduce heat.

• Mix of lead-free solder alloy / parts with leaded solder alloy /
parts is possible but PHILIPS recommends strongly to avoid
mixed solder alloy types (leaded and lead-free).
If one cannot avoid or does not know whether product is lead­free, clean carefully the solder-joint from old solder alloy and
re-solder with new solder alloy (SAC305).

• Use only original spare-parts listed in the Service-Manuals.
Not listed standard-material (commodities) has to be
purchased at external companies.

• Special information for BGA-ICs:

- always use the 12nc-recognizable soldering temperature
profi le of the specifi c BGA (for de-soldering always use the
lead-free temperature profi le, in case of doubt)

- lead free BGA-ICs will be delivered in so-called ‘dry­packaging’ (sealed pack including a silica gel pack) to protect
the IC against moisture. After opening, dependent of MSL­level seen on indicator-label in the bag, the BGA-IC possibly
still has to be baked dry. (MSL=Moisture Sensitivity Level).
This will be communicated via AYS-website.

Do not re-use BGAs at all.

• For sets produced before 1.1.2005 (except products of 2004),
containing leaded solder-alloy and components, all needed
spare-parts will be available till the end of the service-period.
For repair of such sets nothing changes.

• On our website www.atyourservice.ce.Philips.com you fi nd
more information to:

 BGA-de-/soldering (+ baking instructions)
 Heating-profi les of BGAs and other ICs used in

Philips-sets

You will fi nd this and more technical information within the

“magazine”, chapter “workshop news”.

For additional questions please contact your local repair-helpdesk.

EN 8

3139 785 315502.

Measurements Setup, Service Aid & Lead Free Requirements

2.2 Service Hints

CAUTION

CHARGED CAPACITORS ON THE SERVO BOARD MAY DAMAGE THE DRIVE
ELECTRONICS WHEN CONNECTING A NEW DRIVE.THAT’S WHY, BESIDES THE SAFETY
MEASURES LIKE

• SWITCH OFF POWER SUPPLY

• ESD PROTECTION
ADDITIONAL ACTIONS MUST BE TAKEN BY THE REPAIR TECHNICIAN.

The following steps have to be done when replacing the defective loader :

1. Dismantling of the loader to access the ESD protection point if necessary.

2. Solder the ESD protection point*.

3. Disconnect fl exfoil cable from the defective loader.

4. Put a paper clip on the fl exfoil to short-circuit the contacts (fi g.1)

5. Replace the defective loader with a new loader.

6. Remove paperclip from the fl exfoil and connect it to the new loader.

7. Remove solder joint on the ESD protection point.

ATTENTION: The laser diode of this loader is protected against ESD by a solder joint which shortcircuits the laserdiode to ground.

Type 1 Type 2

(ESD protection point is accessible from top of loader) (ESD protection point is accessible from bottom of the loader)

*Only applicable for defective loader needed to be sent back to supplier for failure analysis and to support backcharging
evidence.
This is also applicable for all partnership workshops.

For proper functionality of the loader this solder joint must be remove after connection loader to the set.

Measurements Setup, Service Aid & Lead Free Requirements

IMPORTANT: For HTS3300MKII /55, /98 only, please select the correct voltage before switching on.

3139 785 31550

2.

EN 9

Figure 2-1

EN 10

3139 785 315503.

3. Mechanical Instructions

Dismantling Instructions & Service Positions

3.1 Dismantling of the Front Board, PSU Module
& DVD Loader.

1) Release 4 snap hooks to remove the Front Board.

- 1 snap hook each on the left & right side

- 2 snap hooks on the bottom side

2) Loosen 4 screws A (See Figure 3-1) to remove the PSU
Module.

A

Figure 3-1

A

3.2 Dismantling of the Tuner Module & Mono
Board.

1) Loosen 1 screw C (See Figure 3-3) to remove the Tuner
Module.

C

Figure 3-3

2) Loosen 2 screws D and E (See Figure 3-4 & Figure 3-5)
to remove the Mono Board.

3) Loosen 4 screws B (See Figure 3-2) to remove the DVD
Loader.

B

Figure 3-2

B

D

E

Figure 3-4(AP) Figure 3-4(Europe)

F

Figure 3-5

Dismantling Instructions & Service Positions

3.3 Dismantling of the Amp-module Board

1) Loosen 4 screws F and 2 screws G (See Figure 3-6 &
Figure 3-7) to remove Amp-Module Board

G

EN 11

3139 785 31550

Insulation Sheet

3.

G

Front Panel Board

H

3.4 Service Positions

Figure 3-6

Figure 3-7

Insulation

Sheet

Insulation

Sheet

Service Position - Front Panel

Mono Board

Service Position - Mono Board

Insulation

Sheet

Amp Module

Bd

Service Position - Amp Module Bd

PSU Module

Service Position - PSU Module

EN 12

A

A

3139 785 315504.

4. Service Test Program

Service Test Program

To start service test program
open the tray with remote control
or front panel key, while plugging
in the mains cord press 2, 5 8 on
remote control, the tray will close

by itself and the set will display

shown “S-Vxx-yy”

Display shows

“SERVICE”

followed by ROM version

“S-Vxx-yy”

Main Menu

Display Test

key

"DisplayTest"

triggered?

y

ctivate and display

"Pattern1"

n

S refers to Service Mode
V refers to Version
xx refers to Software version number of BEA
(counting up from 01 to 99)
yy refers to Software version number of Front uP
(counting up from 01 to 99)

4.1 Display Test

Purpose:
This test is used to check the driving circuits, the display and whether there are
any short-circuits, open-circuits or any other defects.

Player:

Following display patterns are used to test the display and its connections to μP.
Pattern 1:

- to check the open-circuits

Pattern 2: Alternate display control pins are on (Test Pattern: 0x55)

- to check the short-circuits on Data port

Default: All display control pins are ON

key

"DisplayTest"

triggered?

y

ctivate and display

"Pattern2"

key

" "

triggered?

y

n

Receiver:

Following display patterns are used to test the display and its connections to μP.
Pattern 1:

Default: All display control pins are ON

- to check the open-circuits

Pattern 2: Alternate display control pins are on (Test Pattern: 0x55)

n

- to check the short-circuits on Data port

TEST Activated with ACTION

EEPROM FORMAT
TEST

to Exit

Load default data. Display shows “NEW”.
Caution!
All presets from the customer will be lost!!

ROTARY
ENCODER TEST

Volume

Knob

Display shows value for 2 seconds.
Volume values increases or decreases in
steps of 1
until 0 (VOL MIN) or 40 (VOL MAX) is
reached.

LEAVE SERVICE
TEST PROGRAM

Disconnect
mains cord

Service Test Program

3139 785 31550

4.

EN 13

4.1.1 Reprogramming of DVD version Matrix

After repair, the customer setting and region code may be lost.
Reprogramming will put the set back in the state in which it has left
the factory, ie. with the default setting and the allowed region code.

Model Region Region Code TV Type

HTS 3300MK2/05 UK, Ireland 2 PAL

HTS 3300MK2/12 Europe 2 PAL

HTS 3300MK2/51 Russia 5 PAL

HTS 3300MK2/55 Latam 4 NTSL

HTS 3500MK2/98 AP 3 PAL

To reprogram do as follows:

1) Power up the set and select DISC source.

2) Open tray by press “OPEN/CLOSE” button on the set or press
and hold “STOP” button on the RC.

3) Press the following buttons on the Remote Control:

<9> <9> <9> <9> <AUDIO> <0> ...........for HTS 3300MK2/12

<9> <9> <9> <9> <AUDIO> <1> ...........for HTS 3300MK2/51

<9> <9> <9> <9> <AUDIO> <2> ...........for HTS 3300MK2/05

<9> <9> <9> <9> <AUDIO> <3> ...........for HTS 3300MK2/98

<9> <9> <9> <9> <AUDIO> <6> ...........for HTS 3300MK2/55

4) The display shows ‘YYYY-ZZ’ and the tray will close.
YYYY = model number (eg. 8300, 8500, etc.)
ZZ = slash stroke version (eg. 01, 69, etc.)

4.1.2 Procedure for check Software version

1) Power up the set and select DISC source.

2) Open tray by press “OPEN/CLOSE” button on the set or press
and hold “STOP” button on the RC.

3) Press “DISPLAY” button on the Remote control.

4) The TV screen will shows:

PPPP-Vxx YYYYY-ZZ
SERVO: GGGGGGGG REG:DD

PPPP = HTS 3300MKII
xx = version number
YYYYY = model # - 3300D
ZZ = stroke version (12, 51, 05, 98, 55, 51K)
GGGGGGGG = version for servo code

4.1.4 Procedure to upgrade the fi rmware

1. Power up the set and open tray.

2. Insert the prepared Upgrade CDROM and close the tray.

3. The set will display:

LOAD -> MULTICH ->…………. ->UPG END.
The whole process takes less than 2 minutes.

Note: Do not press any button or interrupt the main supply upgrading
process,Otherwise the set may become defective.

4. When the upgrade is completed, the tray will close automatic.

5. The tray will close and the set will go to Standby mode
automatically when the upgrade process is completed.

4.1.5 Procedure to check the fi rmware version to confi rm
upgrading

1. Power up the set and open tray.

2. Press the <Menu Display> button on the Remote Control.

3. The fi rmware version will be displayed on the top left hand corner
of the OSD.

4.1.6 Trade Mode

Trade mode is a feature that will block all set keys when enabled. It is
for dealers to prevent customers fromremoving disc, changing source
etc using the set keys.Rotary and Remote Control (RC) keys are still
allowed inTrade mode.

To activate Trade Mode:

1) Power up the set and select DISC source.

2) Open tray by press “OPEN/CLOSE” button on the set
or press and hold “STOP” button on the RC.

3) Then press buttons <2> <5> <9> on the RC.

4) The display shows ‘TRA ON’ and the tray will close.
Trade Mode is now enabled.

To deactivate Trade Mode:

1) Power up the set and select DISC source.

2) Open tray by press and hold “STOP”button on the RC.

3) Then press buttons <2> <5> <9> on the RC.

4) The display shows ‘TRA OFF’ and the tray will close.
Trade Mode is now disabled.

4.1.7 Procedure to change Tuner Grid (/98, /55 only)

4.1.3 Burning of fi rmware

1. Unzip the zip-archive attached with this service information.

2. Start the CD burning software and create a new CD Project
(Data disc) with the following settings:
a. File System: ISO9660
b. Format: MODE 2/XA
c. Recording format: Single Session (Track at once),
Finalized CD

3. Place the content of the zip-archive into the root directory of the
new CD project.

4. Burn the data onto a blank CDR or CDRW.

Note: ISO9660 is mandatory, UDF discs are not supported!
The fi nal CDROM must not contain any other data except
the fi le from the zip-archive.

1 Press SOURCE to select “FM” or “MW”.
2 Press STANDBY ON to switch the

DVD system to standby mode.

3 Press STANDBY ON again to turn on

the DVD system and hold down S
button on the front panel.

➜ The display will show "GRID 9" or

"GRID 10".

Helpful Hint:
– GRID 9 and GRID 10 indicate that the
tuning grid is in step of 9 kHz and 10 kHz
respectively.

Note: Repeating the same action will toggle back to its previous
tuning grid setting.

EN 14

3139 785 315505.

FTD Display Pin Connection

5. FTD Display Pin Connection

EN 15

3139 785 31550

6

Block Diagram, Wiring Diagram

AUX

IN

FTD DISPLAY

1702

VSTB 1

VSTA 2

VSCK 3

GND_MTK 4

40KHZ 5

IR 6

ioSTBY 7

8

9

VGL-1

-24V

+12VL

FRONT BOARD

3139 11335761

7400

TDA8922

7401

TDA8920

7402

TDA8922

Clock Generator

Curcuit

7301

HEF4013BT

CLOCK

OUT_1 OUT_2 OUT_3

OUT_4

OUT_5

OUT_6

Vdd Vdd Vdd

VGL-2

7701

IR

-V-FI L
(-17.8V)

+Vcc 1

+Vcc 2

+Vcc 3

AMP_GND 4

AMP_GND 5

AMP_GND 6

-Vcc 7

-Vcc 8

-Vcc 9

NC 10

CN2

CN1

SMPS04-01

Mitsumi

3139 117 11 061

IC101

+5VL

T101

T102

IC151

VCC

D101 - D04

L100

LINE
OUT

CN3

SURR

RIGHT

1505

7708

V63111

Controller / Dr iver

1711

Filament

DRIVER

40KHZ

1 +5VL

2 +12VL

3 GND_D

4 +5VEV

5 -24V

Drain

FB

GND

IC301

STBY ON/OFF

CN100

FUSE

STBY ON/OFF

POWER DOWN

Vss

Vss

Vss

1 +3V3

2

GND_D

3 +3V3

4 +5

VL

5 GND _D
6 +12VA
7 GND _A
8 -12VA
9 STBY ON/OFF
10 POWER DOWN
11 +12VL
12 GND

+5VD
STBY

1705

VOLB

VOLA

7900

1 +Vcc

2 +Vcc

3 +Vcc

4 AMP_GND

5 AMP_GND

6 AMP_GND

7 -Vcc

8 -Vcc

9 -Vcc

10 NC

VSS

Control

Circuit

C

S VIDEO

OUT

Y

1802A

SCART

RED

1800

CVBS

1802B

21
20
19
18
17
16
15
14
13
12
11
10
9
8
7
6
5
4
3
2
1

7201

IS42S16400A

DRAM

7109

MT1389B

DVD/SACD PLAYER SYSTEM CHIP

DVD LOADER

WXD-8136 ASA

3139 247 11121

SL+ 6

SL- 5

GND 4

LIMIT 3

SP+ 2

SP- 1

24P FLEX

1 GND_LD

2 DVD-LD

3 NC

4 HFM

5 MD

6 CD_LD

7 VD_DVD

8 VD_CD9

9 NC

10 E

11 VCC

12 VREF

13 GND

14 F

15 B

16 A

17 RF

18 CD_DVD SW

19 C

20 D

21 TRAC K+

22 TRACK-

23 FOC+

24 FOC-

1101

GND_LD 1

DVD-LD 2

NC 3

HFM 4

MD 5

CD_LD 6

VD_DVD 7

VD_CD 8

NC 9

E 10

VCC 11

VREF 12

GND 13

F 14

B 15

A 16

RF 17

CD_DVD SW 18

C 19

D 20

TRACK+ 21

TRACK- 22

FOC+ 23

FOC- 24

7203

M29W160ET70

FLASH

+5M

+L_V33

+L_V33

7110

MM1646XH

Motor Drivers

LOAD+ 1

LOAD- 2

TROUT 3

GND 4

TRIN 5

1105

7200

IM24C16-RDW6

NVRAM

1109

1401

5130

27MHZ

7202

CS8415A

Digital Audio Interface

receiver

1502

SP- 1

SP+ 2

LIMIT 3

GND 4

SL+ 5
SL- 6

LOAD- 1

LOAD+ 2

TROUT 3

GND 4

TRIN 5

1102

AM / FM

Tuner TM10

2422 542 0001 4

AM

FM

GND 1

NC 2
SD 3

+9.1V 4

RDS_Mux

5

Rch 6

CE 7

Lch 8

Data_IN 9

DO/Stereo

10

CL 11

1 GND
2 NC
3 TU_SD
4 +9V
5 TU_RDS_IN
6 TU_RIGHT
7 TU_CE
8 TU_LEFT
9 TU_DAT_IN
10 TU_DO_STEREO

11

TU_CLK

1 +3V3_D

2

RXD

3 TXD

4 GND

1108

1 VSTB

2 VSDA

3 VSCK

4 GND

5 PCM_LRCK

6 RC6

7 IO

STBY

8

9

1501

AUX IN

Logic Switch

LO_Left

LO_Right

SCART_TV_L_IN

Left_in

Right_in

7503

74HC4052

Input Switch

7615

CS42406

CODEC

Left_in

Right_in

TV IN

MIC IN

Tuner IN

SEL-B

SEL-A

LPF Circuit

7613/7616/

7621

RDS_DA

RDS_CLK

6 channel audio data

Mode 12

Mode 34

Mode 56

STANDBY

BOARD

Standb

y

Button

1 stby
2

1 +5VAM
2 MIC
3 MGND
4 -12VAM

1 +5VAM
2 MIC
3 MGND
4 -12VAM

Mute

Circuit

RDS_CK

RDS_DA

Video

FRONT

LEFT

FRONT

RIGHT

CENTER

SUB_

WOOFER

SURR

LEFT

+3V3 1

GND_D 2

+3V3 3
+5VL 4

GND_D 5

+12VL 6

GND_A 7

+12VA 8

POW_ON 9

POWER_DN 10

+12VL 11

GND 12

TV IN

CVBS

7662

SAA6581T

RDS IC

1500

Component

Video

Digital In

1806

+5VL 1

+12VL 2

GND_D 3

+5VSTBY 4

-24V 5

1703

1707

1708

1900

1900

1302

VDD

Mono BOARD

MPEG+AV+AMP

3139 11331 471

6. Block Diagram

HTS 3500 block diagram.pdf_051305

EN 16

3139 785 31550

6.

Block Diagram, Wiring Diagram

10

TUNER
TM10 1

10

151 6 9

1

Digital Datas (I2S & I2C &Control )

1

1

18

151 6

12

1

5

191415

2P-stand-by switch

AMPLIFIER BOARD

(3139 247 11781)

SP-

Sp+

LIMIT

GND

SL+

SL-

Port_S
TU_SCL
TU_SDA
TU_SD
TU_L
TU_Stereo
TU-R
NC/RDS
VCC
GND

+Vcc

+Vcc

+Vcc

GND_AGND_AGND_

A

+12VL

+5VL

+5VL
GNDD
+5VL
+5VL
GNDD
+12VA
GNDA

-12VA
STBY
POW_DN
+12VL
GNDM

+5VL
+12VL
GND
+5V EV

-24V

LOAD-

LOAD+

TROUT

GND

TRIN

DVD LOADER

(

3139 247 12211

)

+5VL 1

+12VL

GND

+5V EV

-24V 5

FRONT BOARD(V63111)

9P EH TO FRONT

10P FFC TO TUNER

10 Port_S
I2S-CLK
I2S-DATA
TU_SD
TU_L
TU_Stereo
TU-R
NC/RDS
VCC
1 GND

1303

L-out

SCART

1501

1502YPb

PrCVBS

1302

A

UX_IN

TV_IN

8001 313911103781(FFC FOIL 10P/120/10P

AD FOLD)

MONO BOARD

(3139 243 32765)

24P/220mm FFC

1 LOAD-

LOAD+

TROUT

GND

5 TRIN

5P/220mm PH

6P/180mm PH

1 SP-

Sp+

LIMIT

GND

SL-

6 SL+

4P PH BOARD-IN TO FRONT(MIC)

3139 248 87361 FR1 2-layer
3139 248 87371

5P EH TO Front

HTS 3300MKII WIRING V0.1

+12VA 1

MIC

GND

-12VA 4

1 +5VL

GND
+5VL
+5VL

GND-D

+12VA

GNDA

-12VA
STBY

POW_DN

+12VL

12 GND-M

12P EH TO PSU

Power Supply

(3139 247 12171
3139 247 12161)

1 GNDD

SCLK

GNDD

LRCLK

GNDD

MCLK
GNDD
SDIN1
GNDD
SDIN2
GNDD
SDIN3
GNDD

SDA

SCL

GNDD

/RESET

/SD
/TD

/PDN

20 GND

20Pin FFC Cable

Video Circuit

MT1389

Analog SW

ADC

DAC

2422 542 00015
2422 542 00031

1300

1101 1103 1102

1105

1301

1 +12AM

MIC

GND_A

4 -12AM

1400

1201

+5VL

+12VL

GND-A

GND-A

GND-A

+Vcc

+Vcc

+Vcc

FR C FL SR SL SW

1702

NC 9NCSTBYRCLR-CLK

GND

VSCK

VSDA

VSTB 1

1707

1 NC

NC

STBY

RC

LR-CLK

GND

VSCK

VSDA

9 VSTB

1703

1708

1 STBY

2 GND

STBY BD

(3139 248 87401)

1900

Wiring Diagram

3300MKII wiring diagram.pdf _010506

EN 17

3139 785 31550

7

5

DIN
DOUT

STB

CLK

OSC

1
2

KEY

SWI

LED

SEG<1:20>

KS

GRID

4

6

8

7

VSS

5

4

3

2

1

3
4

1
2
3
4

IC

1
2
3
4
5

VEE

2

VDD

3

1

11
10

9
8
7

6

12

13

14

15

16

12

11

10

9

6708 G12
6709 G12

7701 H1

F732 F9

F712 G2

F728 I4
F729 D8

6710 G12
6711 G12

3738 I13

6720 I8

FROM 0202 OF PSU

A

1708 G7
1709 B1

10

2708 B5

1712 H7
1713 H7
1714 H5
1715 H6
1716 H7

3703 B4
3704 C4
3705 B5
3706 C5

2706 C5

7703 C3

TO/FROM 1105 OF

7702-2 B6

VSDA

3730 I6
3731 I7

3701 B2

2701 B3

1710 H5

612 5

3739 C7

3741 G4

F727 I2

2704 B5
2705 C4

3

F704 E2

F701 E2

7708 E10

F702 E2

7707 I12

4

7705 I12
7706 I12

VOLB

ioSTBY

F703 E2

7704 E5

6719 H8

6712 G12

F726 H3

6707 G11

3734 I11

1717 G8

11 12

2707 C5

9

F724 D1
F725 E5

6706 G11

3733 I10

6714 G13

6718 H8

6717 G6

F713 G2

F733 G9

F709 F2
F710 F2

F708 F2

3746 D8
4700 G9
4701 G9
4702 G9

3722 E5

4703 G4

F711 F2

40kHZ

F735 D1

+12VL

3740 D3

6704 E10
6705 G11

3732 F8

3702 B2

2702 B4
2703 B4

2719 G8

F

F723 D1

-24V

F718 B2
F719 B2

F715 D9

F720 B2
F721 D1

F716 C8
F717 C11

F714 G2

2729 I8
3700 C2

2700 B3

IR

3712 C8

1

3735 I12
3736 I12
3737 I13

3707 C6

F730 E10

VSCK

6716 G6

6713 G13

6715 G13

3708 B6

78

3711 C11

3713 C11

3710 C8

3709 D4

3742 G5
3743 H9

3716 E6

2715 I13

B

C

D

E

1711 H6

6700 E5

4704 G4

6703 C4

6701 D9

5700 B3

7702-1 B4

F734 C3

F705 E2
F706 F2

3744 H9

3717 E7

2716 E2
2717 E2
2718 H2

FROM 1500 OF MONOBOARD

GND_MTK

+5VL

VOLA

2712 E8
2713 E8

13

2709 C6
2710 E8
2711 D10

12 13

A

B

C

D

E

F

G

H

I

1705 G3

2345678910

3714 D8
3715 D9

2714 E8

+5V_Ever

11

3725 H3

3728 I5

MONOBOARD

3727 I4

G

H

I

1701 B8
1702 F2
1703 E1

3723 E4

3729 I6

3724 H2

3726 I4

DISPLAY BOARD

F731 D10

F707 F2

3745 E4

3718 E7
3719 E5
3720 E5
3721 E4

2720 G8

F705

VSTB

1707 D1

2726 D10

2725 E4

2723 H11

2722 I11

2724 E10

GND_D

2721 I10

SKQNAB

1713

F728

MGND

MGND

F727

F726

2714

10p

4702

3745

4K7

3K3

3718

BAS316

6703

3732

1M0

MGNDMGND

BAS316

6716

F718

F719

4701

3720

4K7

6715 BAS316

6713 BAS316

3736

330R

3701

1K2

2716

100n

100p

2700

6711 BAS316

F701

F720

2726 100n

1710

SKQNAB

MGND

F723

F721

4K7

3742

BAS3166712

3714

22K

MGND

3707

6K8

4704

4703

MGND

47p

2704

3733

2K2

3708

1K0

3K3

3717

455K

1717

1
2
3
4
5

F707

1703

WH05D-1

3704

1K0

2720

100p

2706

1u0

F714

3719

470R

4K7

3721

2717

100n

4700

F708

1K2

3727

1714

SKQNAB

1
2

F734

1708

WH02D-1

F730

F731

F732

4

3715

10K

1
2
3

MGND

MGND

WH04D-1

1707

3K3

F716

3716

BAS316

6720

2722

10u 35V

F713

5

6

7

84

4K7

3729

84

LM833D

7702-2

7702-1
LM833D

3

2

1

1u0

2725

F725

BAS316

6718

5700

F703

22u

3728

4K7

2710

F710

2u2

3737

4K7

BAS3166708

10u2724

F729

28

P2

P327P426P525P624P723P822P921P1020P11

19

18

P12

P13

17

16

P1415P1514P16

P17

13

7

4G

5G86G97G108G

11

F1

1

F232P1

29

DSP

1G42G53G

6

1701

HUV-08SS57T

PDZ6.2-B

6701

F717

470R

3722

4
5

1709

MSJ-035-11C B AG SR

1

2

33R

3712

GND

2

4

5

OUT

1

VS

3

7701

TSOP4836ZC1

2718

100n

7707

BC847B

F712

1715

SKQNAB

1711

SKQNAB

10K

3738

2
3
4
5
6
7
8
9

1702

WH09D-1

1

3730

4K7

470n

2703

2701

100p

F715

1716

SKQNAB

F702

3702

3703

68K

2K2

2707

1u0

3726

1K0

100R

3724

F733

BAS3166714

F704

10u

2721

35V

F706

3741

4K7

1u0

2705

6707 BAS316

BAS3166706

6705 BAS316

F724

3713

33R

3744

4K7

2702

470n

10p

2713

2K7

3705

4K7

3731

6700

LTL-816EELC

7706

BC857B

2729

100p

F735

6704

BAS316

3706

3K9

100p

2719

F711

1712

SKQNAB

22p

2715

1705

EVEMC

A

1B3

C

245

100p

2708

47p

2709

MGND

3740

150R

100n

2711

33n

2723

3725

10K

1
2
3
4

143345

34

51

36

16
17
18
19
20
21
22
23

9

24
25
26
27
28
29
30
31
32
35

15

10
11
12
13

50
49
48
47
46

52

6
5

44

43

42

41

40

39

38

37

7

7708

UPD16311GC-AB6

Φ

FIP

CONTROLLER/

DRIVER

8

6717

BAS316

6719

BAS316

4K7

3743

4K7

3723

3709

8K2

3735

2712

10p

330R

MGND

6709 BAS316

MGND

MGND

2K2

3746

BC847B

7704

F709

3734

BC817-25

7705

2K2

1K0

3739

10K

3700

BAS3166710

3710

33R

BC847B

7703

33R

3711

P(15)

P(14)

P(13)

P(12)

P(11)

P(10)

P(1)

G(8)

G(7)

G(6)

G(5)

G(4)

G(3)

G(2)

G(1)

RESET

-12VAM

+5VAM

VOLA

-24V

+5VL

+5VDSTBY

stdby_2

+5VDSTBY

stdby_1

VOLB

P(9)

P(8)

P(7)

P(6)

P(5)

P(4)

P(3)

P(2)

P(17)

P(16)

G(7) G(6)

G(5) G(4) G(3)

P(1)

MISCB

MISCA

MISCB

+5VDSTBY

P(3)

P(3) P(2)

P(2)

VOLA

VOLB

+5VDSTBY

REMOTE

P(1)

P(1)

+12VL

-12VAM

+5VAM

MIC_DET

-V_FIL

VGL+1

+12VL

VGL+1

40kHZ

+5VDSTBY

REMOTE

VGL-1

+5VDSTBY

+5VDSTBY

P(10)
P(11)
P(12)
P(13)
P(14)

MGND

+5VAM

MIC

+5VAM

-12VAM

MIC

MIC_DET

MISCA

stdby_1

+5VDSTBY

40kHZ

stdby_2

-24V

VGL-1

RESET

-V_FIL

G(1)

G(2)

G(8)

P(15)
P(16)
P(17)

P(2)
P(3)
P(4)
P(5)
P(6)
P(7)
P(8)

P(9)

3139_243_33711_sh130_sh1.pdf_010406

7. Front: Display

Circuit Diagram and PWB Layout

EN 18

3139 785 31550

7.

Topview_DisplayBd_33711.pdf_010406

Front: Display (topview)

Circuit Diagram and PWB Layout

EN 19

3139 785 31550

Front: Display (Bottom view)

7

Circuit Diagram and PWB Layout

Bottom view_DisplayBd_33711.pdf_010406

EN 20

3139 785 31550

Mono Board: Circuit Diagram (Part 1)

VIN3

VIN4

VINLOp

VINLOn

PREGND

PWRVCC

PREVCC

PS

VBIAS

SB

VIN1

VIN2p

VIN2n

PWRGND

HS_GND

OUTLn

OUTLp

OUT4n

OUT4p

OUT3n

OUT3p

OUT2n

OUT2p

OUT1n

OUT1p

VO2

COM

OUT

IN

T195 I10

T182 B4
T183 B4
T184 D4
T185 D5
T189 A5
T190 A6
T191 I11
T192 D4
T193 D3
T194 I11

T135 I1
T136 E6
T137 E6
T138 B9
T148 I9
T149 I9
T150 I9
T151 I9
T152 I9
T153 I10
T154 I10
T155 I10
T156 I10
T157 I10
T158 I10
T160 G4
T161 G4
T162 G4
T163 G4
T164 G4
T165 H4
T166 H5
T167 H5
T171 A2
T172 A3
T173 A4
T174 B2
T175 B3
T176 B5
T177 B5
T179 B2
T181 B4

T125 G1
T126 G1
T127 G1
T128 G1
T129 G1
T130 G1
T131 H1
T132 H1
T133 I1
T134 I1

T104 D1
T105 D1
T106 D1
T107 D1
T109 E1
T110 E1
T111 E1
T112 E1
T113 E1
T114 E1
T115 E1
T116 E1
T117 E1
T118 E1
T119 E1
T120 E1
T121 E1
T122 E1
T123 F1
T124 F1

5122 B2
5123 D2
5124 D4
5125 D3
5126 E5
6100 I10
7102 A2
7104 D4
7105 D3
7106 E2
7107 E3
7108 E3
7109 E9
7110 F3
7112 I12

F125 F12
F126 F12
F141 C6
F155 E6
F156 E6
T101 D1
T102 D1
T103 D1

3188 B10
3189 B10
3190 B10
4102 C6
4103 C6
4104 C6
4105 C6
4106 D6
4108 F6
4109 H10
5101 A8
5104 A1
5105 A2
5106 A3
5107 A4
5108 A6
5113 B7
5114 B8
5115 B9
5116 B9
5117 B1
5118 B3
5119 B4
5120 B5

3162 I2
3164 I9
3165 I9
3168 I2
3169 I2
3170 I11
3171 I10
3172 I11
3173 D2
3174 D2
3175 A11
3176 A10
3177 A12
3178 A13
3181 I9
3182 I9
3183 I9
3184 I9
3186 D12
3187 B10

3136 E5
3137 E5
3140 F4
3141 G5
3142 G5
3143 G2
3144 G5
3145 G1
3146 G5
3147 H1
3148 H2
3149 H2
3150 H5
3151 H9
3152 H9
3153 H10
3154 H10
3155 H10
3156 H10
3157 H10
3158 H5
3159 H5
3160 I2
3161 I12

3105 A13
3106 A9
3107 B10
3108 A7
3109 A11
3111 A12
3113 A10
3115 A11
3116 B11
3117 B11
3118 B9
3119 B7
3120 B11
3121 C12
3122 B11
3123 B12
3124 D12
3125 D13
3126 D4
3128 D3
3129 D2
3131 D12
3132 E3
3133 E2
3134 E3
3135 E2

2215 E5
2216 H5
2217 E5

NB

2218 I2
2219 I2
2220 E6
2221 E5
2223 F4
2241 I8
2242 I8
2243 I8
2245 I9

2246 I9
2249 I11
2250 I10
2251 I11
3101 A13
3102 A13
3103 A5
3104 A12

2186 H2
2187 I8
2188 I9
2194 G5
2195 G5
2196 G5
2197 G6
2198 H5
2199 H2
2200 C12
2201 C6
2202 C6
2203 C12
2204 C6
2205 C6
2206 C6
2207 C6
2208 D2
2209 D2
2210 D5
2211 D3
2212 E2
2213 E5
2214 E2

2165 H5
2166 H5
2167 C2

3121 = 1K8 for high Z mode

2168 C3
2169 C4
2170 C4
2171 C4
2172 C4
2173 C4
2174 C5
2175 B10
2179 F5
2180 E3
2181 G2
2182 G2
2183 G2
2184 H1
2185 H2

2143 B3
2144 B3
2145 B3

NB :

2146 B3
2147 B4
2148 B4
2149 B5
2151 B5
2152 B6
2153 B6
2154 B6
2155 B6
2156 B6
2157 B6
2158 B9
2159 B7
2160 B7
2161 B8
2162 B8
2163 B8
2164 B8

F

G

H

2116 H7
2117 A8
2118 A8
2119 A5
2120 A6
2121 A8
2122 A11
2123 A12
2126 D13
2127 B7
2128 B7
2129 B8
2130 B8
2131 B8
2132 B9
2133 B9
2134 A10
2135 A11
2138 B1
2139 B2
2140 B2
2141 B3
2142 B3

678910111213

A

B

C

D

E

F

G

H

I

A

B

C

D

E

123

4 5 6 7 8 9 10 11 12 13

12345

2105 A13
2106 A13
2107 A7
2108 A8
2109 A9
2111 A3
2112 A4
2114 H7
2115 A4

I

1101 D1
1102 G1
1103 H1
1105 I9
1108 I10
2100 A3
2101 A3
2102 A8
2103 A13
2104 A12

F125

2251

220p

100K

3172

3102150R

1n5

2197

3120

22R

560R

3121

T135

600R

5106

T165

T166

T164

T163

2118 1n0

T156

T155

T126

7107

BSH103

2170100n

T174

2101100n

100n 2100

T181

F155

T179 T182

150n

T161

2196

T160

T189

2132

2181

220p

10u

100R

3182

3183 100R

3117 150R

150R3116

T176

7112
BC847B

47R3189

3188 47R

2168100n

10p2243

2207 120p

2194

470p

T115

47u 2167

T158

5123

2214

100n

600R

1K0

2115100n

T167

3157

3107 100R

10n2126

3108

1n02117

100K

2204 1u0

T125

3140 10K

3173 100R

T162

2245 100p

2162

3118

1u0

22R

T133
T134

600R5126

2203

100n

1u02206

8K23146

T191

2105

47p

T131

T124

3119 15K

100n2102

5120

60R

47R3187

10K

3171

2242 10p

2179 10n

47p 2122

1u0

2201 1u0

5116

600R

2202

3144 56K

T132

60R

5104

2241 10p

27M

5108

T106

2138100n

2211

47u

10K3158

T157

100R3184

10n2166

2188220p

3133 100K

4109

10K3135

T130

31641K2

23

24

26

27

6

22

1

10

21

8

9

28

2

3

5

4

11

12

18

17

16

15

20

19

25

7

7110

29

30

13

14

2160

MM1646XH

Φ

100n

2174100n

390p

6

2109

B6B-PH-K

1102

1

2

3

4

5

2106

789

47p

B9B-EH-A

12345

6

1105

5115

600R

2154100n

2172

100n

T152

4R73176

2111220u

330K

3147

1K0 3153

31651K0

2129 100n

2SB1132

7104

2148

512410u

10u

T110

315510R

4104

600R

5114

2208 220u

F156

T101

4105

T104

T192

T103

22K3150

2212 100n

T114

3178

F126

4R7

2114

D

22u

D

T148

BSH103

7106

100n2159

2130 100n

470n

330K 3148

2158

3124

22R

T190

600R

5119

2121

100n

100n 2149

1K03160

T193

2183220p

T129

T127
T128

315410R

4R73126

F141

T149

2123

33R 3156

47p

3109150R

3134 10K

3104

150R

T184

316810K

3151100R

10n2175

100R3174

100n2223

2127

100n

T153

3136 680K

3129 390R

T113

600R

5122

T112

2112100n

47u 2171

10K3159

150R

T194

3111

1R03145

2133 100n

215110u

2157100n

T109

47n2164

T105

2180

10n

3161

4K7

T150

T151

100n 2140

100n 2145

470p 2219

3
4
5

47p

2135

B5B-PH-K

1
2

1103

10V

T185

D

1u0

2250

BAS316

6100

100n

T117

2220

5107

600R

3125

470R

2163 47n

680K

3106

2141

T138

100n

2147

314910K

3152

100n

2173

100R

47u

100n2198

D

T121

D

47p

2103

2184

220p

T136

22R

3131

220p 2187

60R

5105

3175 4R7

3181 100R

100n 2213

47p

D

D

2104

2146100n

100n

2144

2218

2139100n

470p

600R

5101

150R

2108

3101

100n

220p2185

123

4

T177

1108

B4B-PH-K

470p 2199

T183

T118

22p2107

3177 4R7

512510u

3162 1K0

4106

T122

213447p

4R73128

100K

2SB1132

7105

T137

3103

220p

2182

27K3141

T173

100n 2155

216947u

2221992n2

AD792A1793IOA094DVSS_395UWR#96URD#

DVDD18_297UP1_298UP1_3

AD385DVSS_286AD487AD588AD689IOA21

9

MB

90

ALE

91

77

IOA1

78

79

IOOE#

MA

8

80

DVDD3_281AD082AD183AD2

84

7

HIGHA570HIGHA471HIGHA372DVDD3_1

73

74

HIGHA275HIGHA1

IOA2076IOCS#

APLLCAP

63
64

APLLVSS

APLLVDD365IOWR#

66

67

A1668HIGHA7

HIGHA6

69

DVDRFIN

IOA5

56

IOA6

57

IOA7

58

HIGHA0

59

DVDRFIP

6

IOA18

60

IOA19

61

DVSS_1

62

49

TMS

DVDD

5

50

TCK
TDO

51
52

DVDD18_1
IOA2

53

IOA3

54

IOA4

55

41

TRO

42

FOO

43

USB_VSS
USBP

44
45

USBM
USB_VDD3

46
47

FG

48

TDI

34

OP_OUT

35

OP_INN

36

OP_INP
DMO

37
38

FMO

TROPENPWM

39

DVDC

4

40

PWMOUT1

27

SGND

28

V2REFO

29

V20

DVDB

3

30

VREFO
FEO

31
32

TEO

33

TEZISLV

250

CEQP

251

CEQN

252

OSP

OSN

253

RFGC

254

255

IREF

AVDD3

256

26

RFLVL

243

244

RFVDD3

245

RFRPDC

RFRPAC

246

HRFZC

247

CRTPLP

248

RFGND

249

25

CSO

236

LPFIP

237

LPFIN

LPFOP

238

ADCVDD3

239

24

SVDD3

240

S_VCM

ADCVSS

241

S_VREFP

242

S_VREFN

229

XTALI

23

LDO1

JITFO

230

JITFN

231

PLLVSS

232

IDACEXLP

233

PLLVDD3

234

235

LPFON

221

DVDD18_6

222

ASDATA4

DVSS_13

223

MC_DATA

224

SPDIF

225

226

RFGND18

RFVDD18

227

228

XTALO

214

ABCK

ACLK

215

DVSS_12

216

ASDATA0

217

218

ASDATA1

ASDATA2

219

LDO2

22

220

ASDATA3

207

SPMCLK

208

SPDATA

209

MDI2

21

210

SPLRCK

SPBCK

211

DVDD3_10

212

213

ALRCK

20

MDI1

200

YUV4

201

DACVSSA

YUV5

202

203

YUV6

DVDD3_9

204

VSYN

205

YUV7

206

HSYN

DACVSSC

194

YUV1

DACVDDB

195

YUV2

196

DACVSSB

197

198

YUV3

DACVDDA

199

DVDA

2

RD17

187

RD16

188

DACVDDC

189

19

TPI

VREF

190

191

FS

YUV0

192

193

DQM2

18

TNI

180

RD23

RD22

181

182

DVDD3_8

RD21

183

RD20

184

RD19

185

RD18

186

RD28

172

RD27

173

DVDD18_5

174

RD26

175

DVSS_11

176

RD25

177

RD24

178

DQM3

179

165

RA5

166

RA4

DVDD3_7

167

168

RD31

169

RD30

17

CDFOP

170

RD29

171

CKE

RA11

158

RA9

159

CDFON

16

RA8

160

161

DVSS_9

162

RA7

163

DVSS_10

RA6

164

RA2

150

RA3

151

DVDD18_4

152

RVREF

153

154

RCLKB

DVDD3_6

155

RCLK

156

157

RCS#

BA0

143

144

DVSS_7

BA1

145

146

RA10

147

RA0

DVSS_8

148

149

RA1

SD

15

RD8

136

DQS1

137

DQM1

RWE#

138

139

CAS#

14

SC

140

RAS#

141

DVDD3_5

142

129

RD13

SB

13

130

RD12

RD11

131

RD10

132

RD9

133

DVSS_6

134

135

121

122

DVDD18_3

RD2

123

124

RD1

RD0

125

RD15

126

DVDD3_4

127

128

RD14

DQS0

115

RD7

DVSS_4

116

RD6

117

RD5

118

DVSS_5

119

SA

12

RD4

120

RD3

107

108

DVDD3_3

109

ICE

11

MD

PRST#

110IR111

112

INT0#

113

DQM0

114

MC

10

UP1_4

100

101

UP1_5

102

UP1_6

UP1_7

103

UP3_0

104

UP3_1

105

UP3_4

106

UP3_5

MT1389

7109

AGND

1

600R

5117

2119

27p

T195

2186 220p

T175

3105

150R

100n

2200

1

32

7102

LD1117DT33

221047u

2165 10n

3186

22R

100n 2142

2215

100n 2152

100n

T171

2128 100n

680K3137

2153100n

2143

100n

100n

2131

T154

T123

T116

3122 150R

150R

3115

2116100n

2n22217

100p2246

BC817-25W

7108

100K

3132

2216 470p

27p

2120

3143 1K0

T120

T119

3142

15K

4108

T172

2249

100p

3113

150R

T102

100n

D

2156

8
9

25

26

20
21
22
23
24

3
4
5
6
7

10
11
12
13
14
15
16
17
18
19

2

1101

SFV24R-1ST

1

4103

4102

D

T111

1u02205

600R

5113

150R3123

1K0

3170

5118

600R

1K0

3190

2161 33n

316910K

2209 100n

T107

2195 100n

XO

XTALI

PCM_LRCK

PCM_SCLK

PCM_MCLK

P16

TU_SD

+5VL

+3V3_D

+3V3_D

VSTB

PCM_MIC_IN

+5M

VO2

V1P4

ADIN

LIMIT

+3V3_D

PCM_MIC_IN

MUTE_TV_
AMP_RST

+3V3_D

+L_V33

V1P4

+3V3_D

+3V3_D

+3V3_D

+S_V33

+5VL

+5D

+5M

+5M

+3V3_D

+V_V33

+DV33B

+S_V33

+DV33B

+3V3_D

+DV33A

+DV33A

+3V3_D

+V18

+V18

+3V3_D

+S_V33

+S_V33 +S_V33

+V18

+3V3_D

+1V8

PCM_LRCK

VSDA

VSCK

STBY

RC6

+5VL

VSDA

VSCK

VSTB

Source_sel_A1

SCL_DAC

SDA_DAC

S0_L3_0

PCM_LTRT

Erro_Det

VO2

V1P4

V1P4

FOO

TROUT

TRIN

OP+

OP-

DMO

V1P4

FMO

TROPEN

TRCLOSE

V1P4

TRO

V1P4

+5M

+5D

A_

Mot_stb

IOA

V20

V20

V1P4

C_

+S_V33

V20

V2P8

V2P8

E

F
B_

D_

IOA

+L_V33

+L_V33

B_

C_

D_

A_

CVBS

G_Y

V1P4

TxD

R_Cr

B_Cb

DQ(0:15)

MA(0:11)

A(0:21)

AD(0:7)

AD(4)

AD(5)

AD(6)

A(21)

AD(7)

A(17)

A(0)

+V18

A(10)

A(9)

A(20)

PCE

A(1)

PRD

AD(0)

AD(1)

AD(2)

AD(3)

+3V3_D

PWR

A(16)

A(15)

A(14)

A(13)

A(12)

A(11)

+DV33A

A(4)
A(5)
A(6)
A(7)
A(8)
A(18)
A(19)

TRO
FOO

TROUT

TRIN

Mot_stb

TRCLOSE

+V18
A(2)

A(3)

ADIN

OP­OP+

DMO
FMO

TROPEN

V1P4

XO

XTALI

SPLRCK

SPBCK

+DV33B

PCM_LR

PCM_LsRs

PCM_CLfe

+DV33B

SPMCLK

SPDATA

S1_L3_1

E

+V_V33

F

+V_V33

+V_V33

MA(8)

MA(7)

MA(6)

MA(5)

MA(4)

+DV33B

+V18

MA(2)

MA(3)

+V18

+DV33B

DCLK

DCKE

MA(11)

MA(9)

WE

CAS

RAS

+DV33B

CS

BA0

BA1

MA(10)

MA(0)

MA(1)

DQ(15)

+DV33B

DQ(14)

DQ(13)

DQ(12)

DQ(11)

DQ(10)

DQ(9)

DQ(8)

LIMIT

DQM1

DQM0

DQ(7)

DQ(6)

DQ(5)

DQ(4)

DQ(3)

+V18

DQ(2)

DQ(1)

DQ(0)

Source_sel_A0

RxD

+DV33A

RC6

3139_243_32765_a2_sh130_a1.pdf_010406

7

Circuit Diagram and PWB Layout

EN 21

3139 785 31550

Mono Board: Circuit Diagram (Part 2)

11

1

0

13

12

9

8

9
10

VSS

VDDQ

1M-1

DQM

VDD

VSSQ

0

A

BA

1

6

H

0

WE

L

NC

CAS

RAS

7

5

4

3

2

15

14

11

10

CS

CKE

CLK

D

0
1
2
3
4
5
6
7
8

SCL

ADR

0
1
2SDA

WC

19

0
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19

VSS

VDD

0

A

D

5

2

4

RB

OE
CE

7

6

WE

3

1

RP

0

BYTE

2M-1 / 1M-1

NC

A-1

8

9
10
11
12
13
14
15

*

(SHEET1)

T211 C12
T212 C12
T213 C12
T214 C12
T215 C12
T216 D12
T217 D12
T218 D12
T219 D12
T220 D12
T221 D12
T222 D12
T231 F5
T232 F5
T236 A3
T237 B2
T238 F3
T240 D6

7200 A2
7201 D3
7202 E6
7203 F2
T200 E8
T201 G6
T202 B3
T203 B3
T204 E8
T205 E8
T210 C12

3214-4 E1
3227 E8
3229 E8
3231 E8
3233 F3
3234 F5
3235 F6
3236 G5
3237 G5
3238 G6
3240 H2
3241 H3
3244 C11
3245 C11
4201 G2
4202 C10
4203 C10
4204 C10
5200 B3
5201 D6
5202 D7

3210-1 B1
3210-2 D1
3210-3 D1
3210-4 D1
3211-1 D1
3211-2 C1
3211-3 C1
3211-4 C1
3212-1 C1
3212-2 C1
3212-3 C1
3212-4 C1
3213-1 D1
3213-2 D1
3213-3 D1
3213-4 E1
3214-1 E1
3214-2 E1
3214-3 E1

2267 F3
2268 F3
2269 F5
2271 E9
2272 H6
2273 H7
2274 E9
2275 G11
2276 F5
3203 A3
3204 G10
3209 B3

2255 C3
2256 C3
2257 C3
2258 C3
2259 E10
2260 E10
2261 E10
2262 E10
2263 E10
2264 D6
2265 D7
2266 F5

(SHEET1)

# SPDIF

6789101112

A

B

C

D

E

F

G

H

A

* OPTIONAL

123456789101112

12

345

# Refer to Table

B

C

D

E

F

G

H

1201 B12
2110 E10
2252 A3
2253 B3
2254 C3

10R

18

*

(SHEET1)

(SHEET1)

(SHEET1)

3210-1

T238

10R3233

3213-3

10R

36

2265

100n

100n2264

6

DD

10R

3210-3

3

10R

45

3210-2

27

3210-4

10R

D

3K33203

3212-2

10R

27

2263

22p

600R

5201

600R

D

D

5200

16

3238 1K2

94349

2841546124652

44

39
15

36
40

18

11427

3

50
51
53

5
7

8
10
11
13
42

20
21

17

37

38

19

2

4

45
47
48

24

22
35

25
26
29
30
31
32
33
34

7201

1M X 16 X 4

DRAM

F

IS42S16400A-7TLI

23

100n

D

18

2268

3213-1

10R

22p

2274

100n

D

2272

3234

75R

47n2273

2275

45

22p

10R

3214-4

22p

2110

22R

3227

3229

22R

D

22R3231

27

3213-2

10R

100n2253

2254 100n

2255 100n

T211

4201

10K

3240

100n2269

D

100n2266

D

D

D

10K3236

5202

600R

4

7

T200

1
2
3

6

5

8

36

(2Kx8)

F

EEPROM

7200

M24C16-RDW6

27

10R

3211-3

8

10R

3211-2

3212-1

10R

1

T205

T204

T202

T203

T210

8

9

T231

D

19

2

20

21

3

4

5

6

7

1

10

11

12

13

14

15

16

17

18

T237

1201

21FMN-BTRK-A

6

3214-3

10R

3

16V

18

2258 47u

3211-1

10R

323522R

2262

22p

2252

D

100n

4203

45

4202

8

10R

3213-4

3214-1

10R

1

10R

3214-2

27

3212-3

36

10R

45

10R

T222

3212-4

T221

T219

D

T217
T218

T215

T216

T213

T214

T212

3245 10K

2271

22p

10K3204

47u

16V

2276

2267

T201

100p

3211-4

45

D

10R

T232

2260

22p

T240

10

28

15
12

37

27

46

11

33
35
38
40
42
44
30
32

13
14

7

47

26

29
31

34
36
39
41
43
45

17
16
9

23
22
21
20
19
18
8

25
24

6
5
4
3
2
1
48

6

VD+

23

[FLASH]

2Mx8/1Mx16

7203

M29W160ET70

15

RXP5

25

RXP6

26

SCL|CCLK

28

SDA|CDOUT

1

SDOUT

18

U

20

VA+

RMCK

10

RST_

9

RXN0

5

RXP0

4

RXP1

12

RXP2

13

RXP3

14

RXP4

3

EMPH_

FILT

8

H|S_

24

INT

19

OLRCK

17

OMCK

21

OSCLK

16

RERR

11

7202

CS8415A

AD0|CS_

2

AD1|CDIN

27

AGND

7

DGND

22

T236

T220

3209 3K3

10K3237

3241 33R

4204

2259

22p

22p

2261

D

10K3244

2256

100n

100n

SCL_DAC

D

2257

PCM_SCLK

PCM_LRCK

PCM_MCLK

PCM_LR

PCM_LsRs

+3V3_D

AMP_RST

Erro_Det

+3V3_D

PW_DN_

TD

SPDIF_IN

+5D

+5D

+3V3_FL

+5D

+3V3_D

+3V3_D

+3V3_D

SPDATA

SPLRCK

SPBCK

SPMCLK

+3V3_D

SCL_DAC

SDA_DAC

DQ(0:15)

MA(6)

RAS

CS

DCKE

DCLK

BA1

BA0

WE

CAS

MA(0:11)

MA(4)

MA(3)

MA(2)

MA(1)

MA(0)

MA(11)

MA(10)

MA(9)

MA(8)

MA(7)

MA(5)

DQ(9)

DQM1

DQM0

DQ(12)
DQ(13)
DQ(14)
DQ(15)

DQ(2)
DQ(3)
DQ(4)
DQ(5)
DQ(6)
DQ(7)
DQ(8)

DQ(0)
DQ(1)

DQ(10)
DQ(11)

A(21)

+3V3_FL

PWR

A(0:21)

A(20)

AD(0:7)

AD(5)
AD(6)
AD(7)

PRD

+3V3_FL

+3V3_FL

PCE

AD(0)
AD(1)

A(0)

AD(2)
AD(3)
AD(4)

A(19)

A(3)
A(4)
A(5)
A(6)
A(7)
A(8)
A(9)
A(10)

A(1)
A(2)

A(11)
A(12)
A(13)
A(14)
A(15)
A(16)
A(17)
A(18)

SCL_DAC

SDA_DAC

+5VS

SP_RST

SDA_DAC

PCM_MIC_IN

PCM_MIC_IN

+5VS

PCM_CLfe

TU_SD

TU_SD

+5D

SPDIF_IN

SPDIF_IN

3139_243_32765_a2_sh130_a2.pdf_010406

7.

Circuit Diagram and PWB Layout

EN 22

3139 785 31550

Mono Board: Circuit Diagram (Part 3)

M

AINL

MCLK

RST

1

0

AINR

GND REF_GND

VQ

LRCK

SCLK

FILT+

SDOUT

VLVD

VA

G4

0

3

2

VDD

VEE VSS

1

0

3

2

1

4X

030

1

SDIN

SCLK

GND

VQ

FILT+

AOUTL

AOUTR

DEM

LRCK

MCLK

VA

F324 G2
T300 B6
T301 D6
T302 D6
T303 E7
T304 E7
T305 E14
T314 I5
T315 H13
T316 I13
T317 H10
T318 I10
T319 E9
T320 E9
T321 A9

F302 A2
F303 A2
F304 A1
F305 A2
F306 A2
F307 A2
F308 A2
F309 B2
F310 B2
F311 C2
F312 D2
F313 D2
F314 D2
F316 F3
F317 G3
F318 H2
F320 D2
F321 E2
F322 H2
F323 H2

7302 C7
7303 E11
7304-1 H8
7304-2 I8
7305-1 H3
7305-2 I3
7306 H12
7307 I5
7308-1 A6
7308-2 A8
F301 A2

3371 A6
3372 H10
3373 I10
4300 C3
4301 D3
4302 D10
4303 E14
4304 H2
4305 H2
4306 H2
4307 I2
5302 I13
5303 D9
6300 C3
6301 C3
6302 D10
6303 A6
6304 A7
6305 B8
6306 B8
6307 H4
7301 B3

3347 H9
3348 H9
3349 H10
3350 H4
3351 H3
3352 H4
3353 H7
3354 I13
3355 I3
3356 I4
3357 I8
3358 I9
3359 I9
3360 I10
3361 I4
3362 I4
3363 I5
3364 I5
3366 A6

3367 A7
3368 A7
3370 B9

3329 E4
3330 E13
3331 E13
3332 E3
3333 E4
3334 E4
3335 E7
3336 F4
3337 F7
3338 F4
3339 F5
3340 F5
3341 G4
3342 G4
3343 G5
3344 G7
3345 G5
3346 H8

2363 A7
2364 B7
3300 A3
3301 A3
3304 A3
3305 A4
3307 B2
3308 B3
3310 B3
3311 B6
3313 C6
3314 C7
3315 C7
3316 C4
3317 D8
3318 D8
3320 D4
3321 D9
3322 D8
3323 D11
3324 D11
3325 D3
3326 D4
3327 E8

2340 H10
2341 H7
2342 H11
2343 H11
2344 I11
2345 I7
2346 I13
2347 I10
2348 I9
2349 I9
2350 I10
2351 F11
2352 F12
2353 F12
2354 I13
2355 I13
2356 I13
2362 D12

2326 E3
2327 E3
2328 F7
2329 F6
2330 F4
2331 F5
2332 G6
2333 G4
2334 G5
2335 G7
2336 H7
2337 H10
2338 H8
2339 H9

2311 D8
2312 D9
2313 D12
2314 D8
2315 D10
2316 D10
2317 D4
2318 E9
2319 E10
2320 E13
2321 E13
2322 E12
2323 E3
2324 E3
2325 E4

10 11 12 13 14

A

B

C

D

E

F

G

H

I

A

B

C

D

E

1234567891011121314

1234

5

678

9

F

G

H

I

1300 A1
1301 C1
1302 F1
1303 G1
1304 H1
2306 A2
2307 C2
2308 C6
2310 E13

2337

4u7

35V

2K2

3371

F301

560R

3341

2333

68p

4R7

3308

3343

5K6

5K6

3339

470R

3356

3352

470R

4306

4305

3327

100K

100p

2324

100p

2348

1

3

2

GND_A

GND_A

8
9

7307

BC857B

1

10

2
3
4
5
6
7

10FE-BT-VK-N

1300

3350

680R

F305

5K1

3347

F311

F310

F313

GND_A

GND_A

GND_A

3329

22K

35V4u7

2347

2334

100p

T301

3354

2K2

2329

1u0

2331

100p

2363

220u 16V

BC857BS
7308-1

2

6

1

6303

BAS316

3366

3K3

GND_A

2314

1u0

2318

4n7

3K3

3359

22p

2356

2320

GND_tu

2u2

GND_A

2354

22p

6K8

3337

F314

GND_A

GND_tu

2317

2351

22p

1u0

2327

100p

10K

3307

3326

5K6

220p

2350

2349

220p

GND_A

56p

2345

GND_A

GND_A

10n2306

GND_A

GND_A

1u0

GND_A

22K

3340

2319

T314

T305

22u 16V

T315

2u2

2315

2322

3316

56K

2353

22p

GND_A

4302

47K

3305

-12AM

47K

3304

22p

2352

GND_A

T302

600R

100n

2341

5302

F317

D

GND_A

F304

3301

1K2

2343

100n

3300

1K2

F324

GND_tu

GND_A

F321

GND_A

TU_9V

+12VL

100n

2346

GND_A

GND_A

GND_A

2310

10n

GND_A

4K7

3325

GND_tu

+5VA

GND_A GND_A

3358

5K1

1u0

2332

GND_A

GND_A

+12AM

1K5

3310

3348

3K3

F312

-12AM

3318

100K

3311

GND_A

5K6

4K7

3342

3338

4K7

4301

22p

2355

GND_A

2321

10n

3

1

2

68p

2330

1304

LPR6520-J920G

3323

4K7

3332

2K2

3313

6K8

GND_A

2323

68p

2325

1u0

3353

10K

F316

GND_A

220p

2340

GND_tu

T303

GND_tu

T304

2

1

8

4

4303

LM833D

7304-1

3

F318

F320

F323

D

F322

GND_A

3346

4K7

3351

T317

GND_A

47K

100n

2335

56p

2316

GND_A

7305-1

2

6

1

4K7

3357

BC847BS

68p

2326

56K

3320

4304

4307

GND_AGND_A

10K

3344

2K2

3349

F303

D

3335

F302

GND_A

5K6

+12AM

GND_A

4n7

2312

3315

6K8

T316

560R

3336

BC547B

2

3

1

D

2

6

4

5

7301

1302
LPR6520-J440G

3

1

BAS316

GND_A

GND_A

6302

3334

22K

2338

100p

3363

1K0

2K2

GND_A

3317

1K2

3360

GND_A

3314

6K8

2313

100n

6300

BAS316

1u0

2311

GND_A

2336

3333

5K6

GND_A

100n

GND_A

D

10K

-12AM

GND_A

3321

47K

GND_A

T318

3355

11

GND_A

GND_A

1
16

2

14

9

7

4

13

63

Φ

7303

CS5340

ADC

10

12

15

5

8

4K7

5

3

4

3364

+12AM

BC847BS

7305-2

GND_tu

T300

6304

22K

BAS316

3367

22K

3345

GND_A

GND_A

GND_A

F309

4300

+12AM

-12AM

GND_A

680R

3361

1u0

2308

10V

2328

10V 1u0

GND_A

2342

47u 25V

3362

220K

47u 25V

2

GND_A

2344

LPR6520-J920G

3

1

1

14

5

15

2

11

4

13

3

1303

10
9

6

16

7

8

12

T320

7302

HEF4052B

MDX

T319

2362

100n

GND_A

600R

5303

F308

F307

F306

GND_A

2339

220p

1K2

3322

22K

3372

GND_A

6

8

3

4

1

9

5

Φ

CS4344

7306

7

10

2

1
2
3
4

6301

BZX384-C9V1

1301

B4B-EH-A

10u

2307

6

7

8

4

GND_A

7304-2

LM833D

5

33R

GND_A

3330

3331

T321

10K

2K2

3324

BAS316

6307

GND_A

470R

3368

GND_A

GND_A

3370

100K

DGND_A

BAS316

BAS316

6306

5

3

4

6305

BC857BS
7308-2

100u16V

GND_A

2364

+5VL+5VL

3373

22K

+5VA

+3V3_D

+3V3_D

POWER_ON_OFF

POWER_ON_OFF

PCM_MCLK

PCM_LRCK

SDA_DAC

SCL_DAC

TU_9V

TU_SD

MUTE_TV_

+3V3_D

GND_tu

AMP_RST

PCM_MCLK

PCM_SCLK

PCM_LRCK

PCM_MIC_IN

PCM_SCLK

PCM_LTRT

SCART_LO_L

SCART_LO_R

+5D

-12AM

MIC_L

SCART_TV_Left_In

SCART_TV_Right_In

MIC

Source_sel_A1

Source_sel_A0

3139_243_32765_a2_sh130_a3.pdf_010406

7

Circuit Diagram and PWB Layout

EN 23

3139 785 31550

Mono Board: Circuit Diagram (Part 4)

7

Circuit Diagram and PWB Layout

COM

OUT

IN

GND
NC

IN OUT
GND GND

GND

NC

T407 C8

F404 B4
F405 B4
F406 B4
F407 B4
F408 B4
F410 D5
F411 D4
F412 E4
T400 A4
T401 B4
T402 C4
T403 A8
T404 A7
T405 C8
T406 D9

3414 D6
3415 D5
3416 C8
3417 C8
6401 D5
7400 A7
7402 D8
7403 D5
7404 D5
F400 A4
F401 A4
F402 A4
F403 B4

2412 C8
2414 D8
2415 D5
3400 B5
3401 B7
3402 C7
3406 D8
3407 D8
3408 D8
3411 D7
3412 D5
3413 D5

123456789

1234

56

789

A

B

C

D

E

A

B

C

D

E

1400 A2
1401 D3
1402 C2
2400 A5
2401 A8
2402 A3
2403 B5
2404 B5
2405 C3
2406 C4
2407 B4
2408 B7
2409 B8
2410 C5
2411 C7

47u

2411

T406

25V

T403

+5VL

T404

3408

68R

2412

10n

F401

T405

F400

100u

2408

T400

+12AM

D

1K5

3407

T401

+12AM

1K0

3414

T402

D

F410

F412

F411

BC847B

7403

4K7

3415

2415

10u

D

7404

BC327-25

2K7

3416

D

BZX384-C4V7

6401

3413

470R

5K1

3411

2

3412

5R6

1401

B2B-EH-A

1

GND_A

4
5
6
7
8
9

B12B-EH-A

1

10
11
12

2
3

D

1400

2414

10n

2401

1u0

3

6
7

8

45

1

MC78L05ACD-R2

7400

2

120R

3406

F405

F404

F406

3402

10R

F403

10R

3401

1

32

F407

7402

LD1117DT

F402

2410

100p

2405

100p

D

D

3417

2K7

+5VL

F408

100p

2400

2404

100p

10n

2409

6
7
8

T407

1402

B8B-EH-A

1
2
3
4
5

2403

100p

A40

-12A

+12A

3400

D

GND_A

+5VL

GND_A

470R

-12AM

D

-12A

D

100p

2406

100p 2407

+12A

GND_A

D

D

D

D

+5VA

100p

2402

+12VL

+12VL

TD

+5VL

PW_DN_

STBY

+1V8

3139_243_32765_a3_sh130_a4.pdf_010406

EN 24

3139 785 31550

Mono Board: Circuit Diagram (Part 5)

T506 D12
T507 D12
T508 D12
T509 C8
T510 D8
T511 D4
T512 D4
T513 D4

Pin 8

CVBS

9.5-12V :

EXT RGB

F504 D12
T500 B12
T501 B12
T502 B12
T503 C12
T504 C12
T505 D12

TV BCAST

0 - 2V :

3512 D9
3513 D4
4500 D9
4501 D9
4502 E7
4503 E7
6500 C9
6501 D9
7500-1 D5
7500-2 D5
7501-1 C10
7501-2 D10
F501 B12
F502 C12
F503 C12

2508 D13
2509 D11
2510 E11
2511 D9
2512 D9
3500 A1
3501 B11
3502 B10
3503 C5
3504 C4
3505 C10
3506 C8
3507 C8
3508 C4
3509 C9
3510 D10
3511 D5

4.5 - 7V :

PROG SCAN

For Scart version only

D

E

F

G

H

I

A

B

C

SCART 1

0 - 0.4V :

1 - 3.0V :

2504 B10
2505 C13
2506 C13
2507 C13

7 8 9 1011121314

A

B

C

For -/22 only

4: 3 DVD

YUV/

123456

Pin 16

5 6 7 8 9 10 11 12 13 14

16 : 9 DVD

CVBS

1234

D

E

F

G

H

I

1501-1 B12
1501-2 E12
1502 G12
2500 B2
2501 B12
2502 B10
2503 B12

T513

T512

T511

T510

T509

3

1

2

6

4

5

T505

D

LPR6520-J440G

1502

3506

10K

T502

+5V

T501

D

D

2506

220p

F504

3507

10K

D

2501

220p

16V

D

220p

2503

2512

22u

16V22u

2511

6501

BAS316

BAS316

6500

4501

4500

3501

22K

T507

D

3502

22K

22n

2500

T500

10K

3504

3509

47K

22K

3513

D

F503

+12VL

2K7

F501

3512

3510

3511

10K

3503

75R 75R

2502

220p

1501-2

MT

MRC-021V-19 PC

2223

D

5

6

7

8

9

15

16

17

18

19

2

20

21

3

4

MRC-021V-19 PC

1501-1

1

10

11

12

13

14

D

3505

2K7

2505

2507

220p

220p

2508

D

220p

22n

2509

T508

+5V

T506

220p

2510

D

2504

GND_A

220p

2

6

1

4503

D

7500-1
BC847BPN

F502

3508

12K

4502

D

5

3

4

+5V

GND_A

1

7501-2
BC847BS

7501-1
BC847BS

2

6

7500-2

BC847BPN

5

3

4

T504

T503

+5D

D

3500

S_CVBS

CVBS

S0_L3_0

S0_L3_0

S0_L3_0

S1_L3_1

G_Y

P16

R_Cr

R_Cr

B_Cb

B_Cb

S1_L3_1

S1_L3_1

SCART_TV_Left_In

SCART_LO_L

SCART_TV_Right_In

SCART_LO_R

FBOUT

FBOUT

3139_243_32765_a2_sh130_a5.pdf_010406

7

Circuit Diagram and PWB Layout

EN 25

3139 785 31550

Layout: Mono Board (Topview)

7

Circuit Diagram and PWB Layout

Topview_MonoBd_32765.pdf_010406

EN 26

3139 785 31550

Layout: Mono Board (Bottom view)

7

Circuit Diagram and PWB Layout

Bottom view_MonoBd_32765.pdf_010406

EN 27

3139 785 31550

Front: Standby

7.

Circuit Diagram and PWB Layout

A

1900

1
2

B2B-EH-A

12

1901

F901
F902

220p2902

2901 220p

SKQNAB

1900 A1
1901 A1
2901 B1
2902 B1
F901 A1
F902 A1

A

Topview_StbyBd_33721.pdf_010406

B

B

3139_243_33721_a4_sh130_sh1.pdf_010406

12

Bottomview_StbyBd_33721.pdf_010406

EN 28

3139 785 31550

7

Circuit Diagram and PWB Layout

PSU Circuit Diagram (For information only) For HTS3300MKII /05/12/51

1924cir05_07_28_PSU Europe.pdf_010406

EN 29

3139 785 31550

7

Circuit Diagram and PWB Layout

PSU Circuit Diagram (For information only) For HTS3300MKII /55/98

1925cir05_07_28_PSU AP.pdf_010406

EN 30

3139 785 31550

8

5

5

4

4

3

3

2

2

1

1

D

D

C C

B B

A A

1 N I D S

2 N I D

S

3

N I

D S

K L C S K L C R L

A D S

L C S

1

D I

L A

V /

T E

S E R

/

K L C M

D S

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Pg2_A769_Sch_002(7.00).pdf_010406

8. TAS5086-5142V6REF

Overview - Modulator, Input/Output and Headphone/Line Output
Connectors

EN 31

3139 785 31550

8

5

5

4

4

3

3

2

2

1

1

D

D

C C

B B

A A

D _ T U O

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D D V P C _ D N G

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D D V

P

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B _ T C E T O R P

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p a C _ t i l

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p a C _ t i

l p S

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p a C _ t i l p S

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D N G

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G

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D N G

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6

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3 0 6 0

1 2

3 4 1

C

F u 0 2 2

V 5 3

3 4 1

C

F u 0 2 2

V 5 3

2 1

9 4 1

C

F n 7 4

V 0 5

3 0 6

0

9 4 1

C

F n 7 4

V 0 5

3 0 6

0

2 1

5

6 1 C

d

e s

U t o N

V 5 2

5 0 8

0

5

6 1 C

d

e s

U t o N

V 5 2

5 0 8

0

1 2

7 6 1 R

R 3 . 3

3 0 6 0

7 6 1 R

R 3 . 3

3 0 6 0

2 1

0 1 1

C

F n 3 3

6 0 2

1

V 0 0 1

0 1 1

C

F n 3 3

6 0 2

1

V 0 0 1

1 2

1 4 1

C

F u 0 2 2

V 5 3

1 4 1

C

F u 0 2 2

V 5 3

1 2

3

0 1 C

F u 0

1

V 6 1

3

0 1 C

F u 0

1

V 6 1

1 2

1 1 1 R

k 0 . 1

3

0 6 0

1 1 1 R

k 0 . 1

3

0 6 0

2 1

5 0 1

C

F n 0 0 1

3 0 6 0

5 0 1

C

F n 0 0 1

3 0 6 0

2 1

9 1 1 C

F n 0 0 1

5 0 8 0

V 0 5

9 1 1 C

F n 0 0 1

5 0 8 0

V 0 5

2 1

7 6 1 C

F n 7 4

V 0 5

3 0 6

0

7 6 1 C

F n 7 4

V 0 5

3 0 6

0

1 2

4 4 1

R

R 3 . 3

3 0 6

0

4 4 1

R

R 3 . 3

3 0 6

0

1

2

0 6

1 R

R

0 7 4

5

0 8 0

0 6

1 R

R

0 7 4

5

0 8 0

1 2

2 4 1 R

k 0 1

3 0 6 0

2 4 1 R

k 0 1

3 0 6 0

2 1

1 7 1 C
F u 1

V 3

6

1 7 1 C
F u 1

V 3

6

1 2

1 6 1 C

F

u 0 2 2

V 5 3

1 6 1 C

F

u 0 2 2

V 5 3

2 1

8

6 1 C

F n 7

4

V 0 5

3 0 6 0

8

6 1 C

F n 7

4

V 0 5

3 0 6 0

1 2

0 5 1

L

H u 2

2

A 2 2 3 1 - F B D

h c e T B D

0 5 1

L

H u 2

2

A 2 2 3 1 - F B D

h c e T B D

1 2

5 0 1 R

k 8 6 3 0 6

0

5 0 1 R

k 8 6 3 0 6

0

1 2

5 4

1 R

R

3 .

3

3 0 6

0

5 4

1 R

R

3 .

3

3 0 6

0

2 1

7

0 1 C

F n 3 3

6 0 2 1
V 0 0 1

7

0 1 C

F n 3 3

6 0 2 1
V 0 0 1

1 2

6 0 1 R

R 3 .

3

3 0 6

0

6 0 1 R

R 3 .

3

3 0 6

0

1 2

3 1 1 R

k 0 1

3 0 6 0

3 1 1 R

k 0 1

3 0 6 0

1 2

1 6 1 R

R 0 7 4

5 0 8

0

1 6 1 R

R 0 7 4

5 0 8

0

2

1

3

1 0 1 Q

A 7 0 9 2

T B

M M

1 0 1 Q

A 7 0 9 2

T B

M M

2 1

0 7 1 C
F

u 1

V 3 6

0 7 1 C
F

u 1

V 3 6

Pg3_A769_Sch_002(7.00)-2.pdf_010406

Power Output Stage (SE)

Overview - Modulator, Input/Output and Headphone/Line Output
Connectors

EN 32

3139 785 31550

Power Output Stage (BTL)

5

5

4

4

3

3

2

2

1

1

D

D

C C

B B

A A

D _

T U O

C _ T U O

D D V

P

D N G V

A

_ T U

O

B _ T U O

D D V P

D D V G

D C

_ T E S E R /

D D V G

A _ M

W P

C _ M W P

D

S /

W T

/

B A _ T E

S E R

/

D D V G

t c e t o r P _ D

D V

D N G V

D N G

D N G

D N G D N G

D N G

D N G

D N G

D N G

D N G

D

N G

D N

G

D N G

D N G

D N G

D N G

D N G

D N G

E T O N T U

O Y A L

3

7 x

L D N A 2 7 x L

K

C A R T A E R A

. B C P

E H

T N I

M M D

B T : W

M M D B T : L

e

l b a

T e d o M

2 M
L
L
H
H

1 M
L
H
L
H

e p y T

L T B x

2

L T B x 2
L T B x 2

L T B P x 1

n o i t p i r c s e

D

e d o m 2 + N 2 , n o i t c e t o r P l l u

F

r e h c t e r t S e s l u P o N , 2 + N 2 ,

n w o d t u h S g n i h c t a L - P L O o N
e d o

m 2 + N

1

, n o i t c e t o r

P l

l u

F

) L T B P ( e d o m 2 + N

1

, n o i t c e t o r

P

l l

u F

) L T B (

E G A

T

S T U P T

U

O R E W O

P

: E T

O N T U O Y A

L

R E B B U N S I M

E

R A E N E C A L P

S N I

P

R E K A E P S

E T O N T U O Y A L

N O E

C A L

P

E D I S

T N E N O P M O C

: E T O N T U O Y A L

R E B B U N S I M E

R A E N E C A L P

S N I P R E

K A E P

S

E

T O N T U O Y A L

3 7 x L D N A 2 7 x

L

K C A R T A E R

A

. B C P E H T N I

M M D B T : W

M M D B T : L

2 1

0 1

2 C

F n 3

3

6 0 2

1

V 0 0 1

0 1

2 C

F n 3

3

6 0 2

1

V 0 0 1

1 2

1 7 2 L 1 7 2

L

2 1

9

0 2 C

F n 3

3

6 0 2

1

V 0 0

1

9

0 2 C

F n 3

3

6 0 2

1

V 0 0

1

2 1

8 3 2 C

d

e s U t o N

5 0 8 0

V 5 2

8 3 2 C

d

e s U t o N

5 0 8 0

V 5 2

2 1

6 5 2 C
F n 7

4

3 0 6 0

V 0 5

6 5 2 C
F n 7

4

3 0 6 0

V 0 5

2 1

4 5 2 C

F n 0 0 1

5 0 8 0

V 0 5

4 5 2 C

F n 0 0 1

5 0 8 0

V 0 5

2 1

4 0 2

C

F n 0 0 1

3 0 6

0

4 0 2

C

F n 0 0 1

3 0 6

0

2 1

7 0 2

C

F n 3 3

6 0 2 1
V 0 0 1

7 0 2

C

F n 3 3

6 0 2 1
V 0 0 1

1 2

6 0 2 R

R 3 .

3

3

0 6

0

6 0 2 R

R 3 .

3

3

0 6

0

1 2

1 3 2

L

H u 0

1

A

0 1 3 1 - F B

D

h c e T B

D

1 3 2

L

H u 0

1

A

0 1 3 1 - F B

D

h c e T B

D

1 2

2 7 2 L 2 7 2

L

2 1

8 5 2 C

d e s U t o N

5 0 8 0

V 5

2

8 5 2 C

d e s U t o N

5 0 8 0

V 5

2

2 1

7 3 2 C

d e s U

t o N

5 0 8

0

V 5 2

7 3 2 C

d e s U

t o N

5 0 8

0

V 5 2

2

1

3

1 0 2 Q

A 7 0 9 2

T B M

M

1 0 2 Q

A 7 0 9 2

T B M

M

1 2

4 3 2

R

k 0 1

3 0 6 0

4 3 2

R

k 0 1

3 0 6 0

2 1

6 3 2

C

F n 7

4

3

0 6 0
V 0 5

6 3 2

C

F n 7

4

3

0 6 0
V 0 5

2 1

5 5 2 C
F n 7

4

3 0 6

0

V 0 5

5 5 2 C
F n 7

4

3 0 6

0

V 0 5

2 1

3 1 2

C

F

n 0

0 1

5 0 8 0

V

0 5

3 1 2

C

F

n 0

0 1

5 0 8 0

V

0 5

1 2

1 5 2

L

H u 0

1

A

0 1 3 1 - F B

D

h c e T B

D

1 5 2

L

H u 0

1

A

0 1 3 1 - F B

D

h c e T B

D

B _ D D V G

1

W T O

2

D S

5

A _ M W P

6

B A _ T E S E R

7

B _ M

W P

8

J D A _ C O

9

D N G

0 1

D

N G A

1 1

G E R

V

2 1

3 M

3

1

2 M

4 1

1

M

5

1

C _ M W

P

6 1

D

C _ T E S E R

7 1

D _ M W P

8 1

C _ D D

V G

2 2

D _ D D V G

3 2

D

_ T S B

4

2

D

_ D D V P

7 2

D _ T U

O

8 2

D _ D N

G

9 2

C

_ D N

G

0 3

C _ T U O

1 3

C _ D D V P

2 3

C

_ T S B

3 3

B _ T S B

4 3

B _ D D

V P

5 3

B _ T U

O

6 3

B _ D N

G

7

3

A _ D N G

8

3

D D V

1 2

A _ D D V G

4 4

A _ T S B

3 4

A _ D D V P

0 4

A

_ T U O

9

3

C N

3

C

N

4

C N

9

1

C N

0

2

C N

5 2

D _ D D V P

6 2

A _ D D V

P

1 4

C N

2 4

0 0 2

U

V D D 2 4 1 5 S A

T

0 0 2

U

V D D 2 4 1 5 S A

T

1 2

3 7 2 L 3 7 2

L

2 1

5 0 2

C

F

n 0 0 1

3 0 6 0

5 0 2

C

F

n 0 0 1

3 0 6 0

1 2

0 1 2

R

R 0 1

3 0 6

0

0 1 2

R

R 0 1

3 0 6

0

1 2

2 6

2 R

R 0 7

4

5 0 8

0

2 6

2 R

R 0 7

4

5 0 8

0

1 2

4 7 2

C

F

u 0 2 2

4 7 2

C

F

u 0 2 2

2 1

7 1

2 C

F n 0 0 1

5 0 8

0

V 0 5

7 1

2 C

F n 0 0 1

5 0 8

0

V 0 5

1 2

4 6 2 R
R 0 7

4

5 0 8

0

4 6 2 R
R 0 7

4

5 0 8

0

1 2

3 5

2 R

R 3 .

3

3

0 6 0

3 5

2 R

R 3 .

3

3

0 6 0

1 2

2 1 2 R

k 0 0 1

3

0 6 0

2 1 2 R

k 0 0 1

3

0 6 0

2 1

1 0 2

C

F n 0 0 1

3

0 6 0

1 0 2

C

F n 0 0 1

3

0 6 0

1 2

0 6 2 R
R 0 7 4

5 0 8

0

0 6 2 R
R 0 7 4

5 0 8

0

2 1

2 5 2 C

F n 0 7 4

y a h s i

V

V 3

6

2 5 2 C

F n 0 7 4

y a h s i

V

V 3

6

1 2

8 0 2 R

R 0 1

3 0 6 0

8 0 2 R

R 0 1

3 0 6 0

1 2

2 5 2

R

R 3 . 3

3 0 6

0

2 5 2

R

R 3 . 3

3 0 6

0

2

1

2 1 2 C

F n 0 0 1

3 0 6 0

2 1 2 C

F n 0 0 1

3 0 6 0

1 2

3 6 2

R

R 0 7

4

5 0 8

0

3 6 2

R

R 0 7

4

5 0 8

0

1 2

1 1 2 R

k 0 . 1

3 0 6 0

1 1 2 R

k 0 . 1

3 0 6 0

2 1

5 1

2 C

F n 0 0 1

5 0 8

0

V 0

5

5 1

2 C

F n 0 0 1

5 0 8

0

V 0

5

1 2

3 3 2

R

R 3 . 3

3 0 6

0

3 3 2

R

R 3 . 3

3 0 6

0

2 1

7 5 2

C

d e s U t

o N

5 0 8

0

V 5

2

7 5 2

C

d e s U t

o N

5 0 8

0

V 5

2

2 1

3 3 2

C

F n 0 0 1

5 0 8 0

V 0 5

3 3 2

C

F n 0 0 1

5 0 8 0

V 0 5

2 1

3 5 2 C

F n 0 0 1

5 0 8 0

V 0 5

3 5 2 C

F n 0 0 1

5 0 8 0

V 0 5

1

2

7 0 2 R

k 0 . 1

3 0 6 0

7 0 2 R

k 0 . 1

3 0 6 0

1 2

0 5 2

L

H u 0

1

A 0 1 3 1

- F B D

h c e T B D

0 5 2

L

H u 0

1

A 0 1 3 1

- F B D

h c e T B D

2 1

2 0 2

C

F n 0 0 1

3 0 6

0

2 0 2

C

F n 0 0 1

3 0 6

0

1 2

2 3 2

R

R

3 .

3

3 0 6

0

2 3 2

R

R

3 .

3

3 0 6

0

1 2

5 5 2 R

k 0 1

3 0 6 0

5 5 2 R

k 0 1

3 0 6 0

2 1

8 0 2

C

F n 3

3

6 0 2 1
V 0 0 1

8 0 2

C

F n 3

3

6 0 2 1
V 0 0 1

2 1

5 3 2

C

F n 7

4

3 0 6 0

V 0 5

5 3 2

C

F n 7

4

3 0 6 0

V 0 5

1 2

0

7

2 L

0

7

2 L

2 1

4 3

2 C

F n 0 0 1

5 0 8

0

V 0 5

4 3

2 C

F n 0 0 1

5 0 8

0

V 0 5

1 2

5 3 2 R

k

0 1

3 0 6 0

5 3 2 R

k

0 1

3 0 6 0

1 2

4 5 2 R

k

0 1

3 0 6 0

4 5 2 R

k

0 1

3 0 6 0

1 2

0 3 2

L

H u 0 1

A 0 1 3 1

- F B D

h c e T B

D

0 3 2

L

H u 0 1

A 0 1 3 1

- F B D

h c e T B

D

2 1

9 1 2 C

F n 0 0

1

5 0 8 0

V 0 5

9 1 2 C

F n 0 0

1

5 0 8 0

V 0 5

1 2

5 7 2 C

F u 0 2

2

5 7 2 C

F u 0 2

2

2 1

2 3 2

C

F n 0 7 4

y a h s i V

V 3 6

2 3 2

C

F n 0 7 4

y a h s i V

V 3 6

1 2

5 0 2

R
k 9 3 3 0 6 0

5 0 2

R
k 9 3 3 0 6 0

1 2

3 0 2 C

F u 0

1

V 6 1

3 0 2 C

F u 0

1

V 6 1

Pg4_A769_Sch_002(7.00)-3.pdf_010406

8

Overview - Modulator, Input/Output and Headphone/Line Output
Connectors

EN 33

3139 785 31550

Power Supplies

5

5

4

4

3

3

2

2

1

1

D

D

C C

B B

A A

D

D V P

D D V G

V

3 . 3

+

D N G

D N G

D N G

D

N G

D N G

D N G

D N G

D N G

D N G

D N G

S E I L P

P

U

S R E W O

P

: E T O N T U O Y A L

R E B B U N S I M E

R A E N E C A L P

2 N I P 1 0 9 J

: E T O N T U O Y A L

R E B B U N S I M E

E H T O T E C A L P

0 0 2 U F O T H G I R

: E T O N T U O Y A L

R E B B U N S I M E

E H T O T E C A L

P

0 0 1 U F O T F E L

: E T O N T U O Y A L

R E B B U N S I M E

R A E N E C A L P

1

N I

P 1 0 9 J

: E T O N T U O Y A L
r o t c e n n o C t u p n I

2 1

6 0 9

C

F n 0 1

3 0 6 0

V 0 5

6 0 9

C

F n 0 1

3 0 6 0

V 0 5

1 2

1 5 9 R

R

3 . 3

3 0 6

0

1 5 9 R

R

3 . 3

3 0 6

0

1 2

1 0 9 C

F u 0 1

1 0 9 C

F u 0 1

1

4

3 P T 4 3 P T

1

5 3 P T 5 3 P T

1

6

3 P

T 6

3 P

T

1

7 3

P T

7 3

P T

1

8

3 P T 8 3 P T

1

9 3 P T 9 3 P

T

1

1 4 P T 1 4 P T

1 2

0 5 9

R

R

3 .

3

3 0 6

0

0 5 9

R

R

3 .

3

3 0 6

0

2 1

3 5 9 C

F

n 0

1

3 0 6

0

V 0 5

3 5 9 C

F

n 0

1

3 0 6

0

V 0 5

2 1

1 5 9

C

F n 0 1

3 0 6 0

V 0 5

1 5 9

C

F n 0 1

3 0 6 0

V 0 5

N I

1

D N G

2

N

E

3

S S

A P Y

B

4

T

U O

5

0

0 9 U

3 3 9 6 7 S P T

0

0 9 U

3 3 9 6 7 S P T

2 1

4 5 9 C

F n 0 0 1

5 0 8

0

V 0 5

4 5 9 C

F n 0 0 1

5 0 8

0

V 0 5

2 1

0 5 9

C

F n 0 0 1

5 0 8 0

V 0

5

0 5 9

C

F n 0 0 1

5 0 8 0

V 0

5

1

2

3

4

5

6

7

8

1 0 9 J

r

e d a e H

1 0 9 J

r

e d a e H

2 1

5

0 9 C

F n 0 0

1

5 0 8

0

V 0 5

5

0 9 C

F n 0 0

1

5 0 8

0

V 0 5

1 2

0 0 9 C

F u 0 1

0 0 9 C

F u 0 1

1 2

2 5

9 R

R 3 .

3

3 0 6

0

2 5

9 R

R 3 .

3

3 0 6

0

2 1

2 5 9 C

F n 0 0 1

5 0

8 0

V 0 5

2 5 9 C

F n 0 0 1

5 0

8 0

V 0 5

1

0

4 P T 0 4 P T

2 1

5 5 9

C

F n 0

1

3 0 6

0

V 0 5

5 5 9

C

F n 0

1

3 0 6

0

V 0 5

1 2

3 0 9

R

R 3 . 3

3 0 6 0

3 0 9

R

R 3 . 3

3 0 6 0

1 2

1 0 9 R

k 0 1

3 0 6

0

1 0 9 R

k 0 1

3 0 6

0

Pg5_A769_Sch_002(7.00)-4.pdf_010406

8

Overview - Modulator, Input/Output and Headphone/Line Output
Connectors

EN 34

3139 785 31550

Pg4_A769_PCB_002(7.00).pdf_010406

8

Overview - Modulator, Input/Output and Headphone/Line Output
Connectors

Exploded View & Spare Parts List

9. Exploded View of the Set

3139 785 31550

9.

EN 35

HTS3300MK2_exploded view.pdf_010406

Figure 9-1

EN 36

9.

3139 785 31550

Exploded View & Spare Parts List

HTS3300MKII/05/12/51
MISCELLANEOUS

0127 3139 254 01511 KNOB VOL CHROME
0185 4822 532 60948 BUSH
0400 3143 027 61782 FRONT ASSY HTS3300/12
0420 3143 027 63751 FRAME ASSY HTS3300 MKII
0333 3139 258 70111 REMOTE CONTROL HTS3500S EU
0336 2422 070 98236 MAINSCORD UK 5A 1M8 VH BK B
0342 2422 076 00468 CBLE SCART 1M1 SCART 21P BK B
1020 3139 247 12211 LOADER ASSY ST KHM313 RX
1030 3139 247 12171 MODULE PSU 05 T100M EU
1040 2422 542 00031 TUN A F ENG07806QRF EUR B
1070 3139 247 11781 MODULE AMP-05-01 200W ( TI )
1080 3139 248 85911 HTS3300 MARKII MONO PCBA EU
1090 3139 248 87381 PCBA FRONT HTS3300MRKII EU
8001 3139 241 01381 FFC FOIL10P/120/10P AD FOLD
8005 3139 241 01561 FFC FOIL 21P/080/21P BD 1MMP

BOX SPK ASSY SW-3300MK2 E

9965 000 33816 HTS3300MKII SUBWOOFER
9965 000 28375 RUBBER FOOT
9965 000 28376 CABLE A’SSY 5.3M PURPLE SMK

BOX SPK ASSY CS-3300MK2 E

9965 000 32684 SPEAKER BOX- FRONT-L
9965 000 32733 SPEAKER BOX - FRONT-R
9965 000 32734 SPEAKER BOX - REAR-L
9965 000 32735 SPEAKER BOX -REAR-R
9965 000 28363 CABLE A’SSY 5.2M WHITE SMK
9965 000 28364 CABLE A’SSY 5.2M RED SMK
9965 000 28365 CABLE A’SSY 5.2M BLUE SMK
9965 000 28366 CABLE A’SSY 5.2M GREY SMK
9965 000 28370 RUBBER FOOT 40LX6WX2.5T
9965 000 32736 SPEAKER BOX CENTER
9965 000 28371 RUBBER FOOT 40.5LX6.0WX1.5T
9965 000 28367 CABLE A’SSY 5.2M GREEN SMK S

HTS3300MKII/55/98
MISCELLANEOUS

0333 3139 258 70101 REMOTE CONTROL HTS3500S AP
0336 2422 070 00026 MAINSCORD BRZ 10A 1M85 VH B
1020 3139 247 12211 LOADER ASSY ST KHM313 RX
1030 3139 247 12161 MODULE PSU 05 T100M AP
1040 2422 542 00015 TUN A F ENG068VVQF USA B
1070 3139 247 11781 MODULE AMP-05-01 200W ( TI )
1080 3139 248 86301 HTS3300 MARKII MONO PCBA ROW
1090 3139 248 87391 PCBA FRONT HTS3300MRKII ROW
8001 3139 241 01381 FFC FOIL10P/120/10P AD FOLD
8005 3139 241 01561 FFC FOIL 21P/080/21P BD 1MMP
P001 3141 079 32271 FRONT ASSY HTS3300/98
P002 3141 079 34281 FRAME ASSY HTS3300 MKII

BOX SPK ASSY SW-3300MK2 E

9965 000 33816 HTS3300MKII SUBWOOFER
9965 000 28375 RUBBER FOOT
9965 000 28376 CABLE A’SSY 5.3M PURPLE SMK

BOX SPK ASSY CS-3300MK2 E

9965 000 32684 SPEAKER BOX- FRONT-L
9965 000 32733 SPEAKER BOX - FRONT-R
9965 000 32734 SPEAKER BOX - REAR-L
9965 000 32735 SPEAKER BOX -REAR-R
9965 000 28363 CABLE A’SSY 5.2M WHITE SMK
9965 000 28364 CABLE A’SSY 5.2M RED SMK
9965 000 28365 CABLE A’SSY 5.2M BLUE SMK
9965 000 28366 CABLE A’SSY 5.2M GREY SMK
9965 000 28370 RUBBER FOOT 40LX6WX2.5T
9965 000 32736 SPEAKER BOX CENTER
9965 000 28371 RUBBER FOOT 40.5LX6.0WX1.5T
9965 000 28367 CABLE A’SSY 5.2M GREEN SMK S