SHARP PZ-43MR2E, PZ-50MR2E Service Manual

PZ-43MR2E
PZ-50MR2E

SERVICE MANUAL

S12E6PZ50MR2E

PLASMA DISPLAY TV

(AVC SYSTEM)

PZ-43MR2E

MODELS

In the interests of user-safety (Required by safety regulations in some countries) the set should be restored
to its original condition and only parts identical to those specified should be used.

CONTENTS

Page

» IMPORT ANT SER VICE SAFETY PRECAUTION .....2

» SPECIFICATIONS................................................3

» OPERA TION MANUAL ........................................4

» DIMENSIONS ....................................................11

» REMOVING OF MAJOR PARTS........................12

» ADJUSTMENT PROCEDURES.........................14

» DESCRIPTION OF MAJOR IC FUNCTIONS ....20

» TROUBLE SHOOTING TABLE ..........................43

» PRINTED WIRING BOARD BLOCK DIAGRAM .. 50

» SYSTEM BLOCK DIAGRAM ............................. 52

» SIGNAL FLOW BLOCK DIAGRAM....................54

» DC/DC CONVERTER BLOCK DIAGRAM .........56

» POWER BLOCK DIAGRAM............................... 58

» PC I/F BLOCK DIAGRAM ..................................60

» OVERALL WIRING DIAGRAM...........................62

» DESCRIPTION OF SCHEMATIC DIAGRAM ..... 66

» WAVEFORMS .................................................... 67

» SCHEMA TIC DIAGRAM.....................................68

» PRINTED WIRING BOARD ASSEMBLIES...... 108

» P ARTS LIST .....................................................115

» P ACKING OF THE SET ................................... 139

PZ-50MR2E

Page

SHARP CORPORATION

PZ-43MR2E

2
2

PZ-50MR2E

IMPORTANT SERVICE SAFETY PRECAUTION

Ë

Service work should be perfomed only by qualified service technicians who are thor­oughly familiar with all safety checks and the servicing guidelines which follow:

WARNING

1. For continued safety, no modification of any circuit
should be attempted.

2. Disconnect AC power before servicing.

CAUTION: FOR CONTINUED PROTECTION
AGAINST A RISK OF FIRE REPLACE ONLY WITH
SAME TYPE F701 (T2A, 250V), F702 (T2A, 250V)
AND F1702 (T4AL, 250V) FUSE.

BEFORE RETURNING THE RECEIVER
(Fire & Shock Hazard)

Before returning the receiver to the user, perform
the following safety checks:

1. Inspect all lead dress to make certain that leads are
not pinched, and check that hardware is not lodged
between the chassis and other metal parts in the
receiver.

2. Inspect all protective devices such as non-metallic
control knobs, insulation materials, cabinet backs,
adjustment and compartment covers or shields,
isolation resistor-capacitor networks, mechanical
insulators, etc.

3. To be sure that no shock hazard exists, check for
leakage current in the following manner.

» Plug the AC cord directly into a 110~240 volt AC outlet,

and connect the DC power cable into the receiver's
DC jack. (Do not use an isolation transformer for this
test).

» Using two clip leads, connect a 1.5k ohm, 10 watt

resistor paralleled by a 0.15µF capacitor in series
with all exposed metal cabinet parts and a known
earth ground, such as electrical conduit or electrical
ground connected to an earth ground.

» Use an AC voltmeter having with 5000 ohm per volt,

or higher, sensitivity or measure the AC voltage drop
across the resisor.

» Connect the resistor connection to all exposed metal

parts having a return to the chassis (antenna, metal
cabinet, screw heads, knobs and control shafts,
escutcheon, etc.) and measure the AC voltage drop
across the resistor.
All checks must be repeated with the AC cord plug
connection reversed. (If necessary, a nonpolarized
adaptor plug must be used only for the purpose of
completing these checks.)
Any reading of 35V peak (this corresponds to 0.7
milliamp. peak AC.) or more is excessive and
indicates a potential shock hazard which must be
corrected before returning the monitor to the owner.

DVM

AC SCALE

50k ohm

10W

0.15 µF

TEST PROBE

TO EXPOSED
METAL PAR TS

CONNECT TO
KNOWN EARTH
GROUND

234567890123456789012345678901212345678901234567890123456789012123456789012345678901234567890121

SAFETY NOTICE

Many electrical and mechanical parts in Plasma Display
television have special safety-related characteristics.
These characteristics are often not evident from visual
inspection, nor can protection afforded by them be
necessarily increased by using replacement components
rated for higher voltage, wattage, etc.
Replacement parts which have these special safety
characteristics are identified in this manual; electrical

and shaded areas in the

Schematic Diagrams

For continued protection, replacement parts must be
identical to those used in the original circuit.
The use of a substitute replacement parts which do not
have the same safety characteristics as the factory
recommended replacement parts shown in this service
manual, may create shock, fire or other hazards.

components having such features are identified by “ å”

234567890123456789012345678901212345678901234567890123456789012123456789012345678901234567890121

2

Replacement Parts List

.

and

Specifications

Item AVC System, Model: PZ-50MR2E, PZ-43MR2E

Colour System

PAL/SECAM/NTSC 3.58/NTSC 4.43/PAL 60

TV
Function

B/G, D/K, I, L/L’
VHF/UHF E2–E69ch, F2–F10ch, I21–I69ch, IR A–IR Jch
CATV

Hyper-band, S1–S41ch

Auto Channel Preset

99 ch, Auto Preset, Auto Label, Auto Sort

STEREO NICAM/IGR

Terminals SCART (AV in, RGB in, TV out)

INPUT 2

SCART (AV in/out, S-VIDEO in, AV Link)
INPUT 3

SCART (AV in/out, S-VIDEO in, RGB in), Component

ANTENNA 75 q Din Type for VHF/UHF in
INPUT 4 S-VIDEO, AV in
PC INPUT

15 Pin mini D-Sub, Audio in

Audio (Variable, Fixed), S-VIDEO out, AV out

Power Requirement

AC 220–240 V, 50/60 Hz, 40 W (0.8 W Standby)

Dimensions

430 (W), 70 (H), 330 (D) mm

Weight

4.4 kg

Accessories

Power cord, Remote control unit, Two AA size batteries, System cable,

Two operation manuals

Receiving System
Tuner

Rear INPUT 1

Front

• Design and specifications are subject to change without notice.

AV OUTPUT

PZ-43MR2E
PZ-50MR2E

3

PZ-43MR2E
PZ-50MR2E

Operation Manual

AVC System

Front view

PC INPUT terminal (ANALOG RGB)

STANDBY/ON indicator

PC INPUT terminal

INPUT 4 terminal (VIDEO)

Door knob

INPUT 4 terminals (AUDIO)

CLEAR button*

(AUDIO)

POWER button

INPUT 4 terminal (S-VIDEO)

(How to open the door)

* If the AVC System is switched on but it does not appear to be operating correctly, it may need resetting. In this

case press CLEAR on the front of the unit as shown in the diagram. Press CLEAR lightly with the end of a
ballpoint pen or other pointed object.
This will reset the System as shown below.

• AV MODE resets to STANDARD

• TV channel resets to channel 1

• Dual screen resets to normal

• Audio setting initialises

• SRS resets to Off

• Image position is initialised

A

• Pressing CLEAR will not work if the System is in standby mode (indicator lights red).

• Pressing CLEAR will not delete channel preset or password. See Page for initialising factory preset settings when you
know your password. See Page or initialising factory preset values when you have forgotten your password.

Rear view

INPUT 3 terminals
(Y, P

B(CB), PR(CR

))

RS-232C terminal

ANTENNA INPUT terminal

S-VIDEO VIDEO

AV OUTPUT

AV OUTPUT terminal
(S-VIDEO)

AV OUTPUT terminal
(VIDEO)

INPUT 3 terminal (SCART)

COMPONENT

PB(CB)

PR(CR)Y

R - AUDIO - L

INPUT 3

AV OUTPUT terminals
(AUDIO)

INPUT 2 INPUT 1

INPUT 1 terminal
(SCART)

INPUT 2 terminal
(SCART)

4

DISPLAY OUTPUT-1 ter minal

RS-232C DISPLAY OUTPUT-1

DISPLAY OUTPUT-2

AC INPUT
220–240V

DISPLAY OUTPUT-2 terminal

AC INPUT terminal

PZ-43MR2E
PZ-50MR2E

Remote control unit

13
1
2
3

14

15

16
4
5

17
6
7
8

18

19
9

20

10
11
12

21

22

23

24

25

A

• When using the remote control unit, point it
at the Plasma Display TV (Panel Unit).

* “TV”, “INPUT1”, “INPUT2”, “INPUT3”,

“INPUT4” and “PC” modes can each store

the WIDE mode setting separately.
The same for AV mode and volume.

1 a (STANDBY/ON)

To switch the power on and off.

2 du (FREEZE/HOLD for TELETEXT)

TV/External input mode: Change the still image mode.
TELETEXT mode: Freeze a multi-page on screen while other
pages are automatically updated. Press d again to return to the
normal image.

3 c (DUAL screen)

Set the dual picture mode. Press c again to return to normal view.

4 fv (WIDE MODE/ T/B/F)*

TV/External input mode: Change the wide image mode.
TELETEXT mode: Set the area of magnification. (full/upper half/
lower half)

5 AV MODE*

Select a video setting. AV MODE (STANDARD, DYNAMIC, MOVIE,
GAME, USER) PC MODE (STANDARD, USER)

6 SOUND

Select the sound multiplex mode.

7 h (SRS and FOCUS)

Select SRS and FOCUS Sound System.

8 A (FLASHBACK)

Press to return to the previous channel in normal viewing mode.
Press to return to the previous page in TELETEXT mode.

9 il/ik (VOLUME)*

Set the volume.

10 (Reveal hidden for TELETEXT)

k

TELETEXT mode: Display hidden characters.

11 j (SUBPAGE for TELETEXT)

TELETEXT mode: Change the picture mode for sub-page selecting.

12 MENU

Display the Menu screen.

13 C (CHANNEL INFORMATION)

Display the channel information and time.

14 b (INPUT SOURCE)

Select an input source. (TV, INPUT 1, INPUT 2, INPUT 3, INPUT 4,
PC)

15 SLEEP

Set the SLEEP TIMER.

16 e (MUTE)

Mute the sound.

17 0 – 9

TV/External input mode: Set the channel.
TELETEXT mode: Set the page.

18 o (Digit for channel select)

Change the digits of the selected TV channel.

19 Colour (RED/GREEN/YELLOW/BLUE)

TELETEXT mode: Select a page.

20 CHa/CHb(w/x )

TV/External input mode: Select the channel.
TELETEXT mode: Set the page.

21 l (TOP Overview for TELETEXT)

TELETEXT mode: Display an index page for CEEFAX/FLOF
information. TOP OVER VIEW for TOP programme.

22 m (TELETEXT)

Select the TELETEXT mode. (all TV image, all TEXT image, TV/TEXT
image)

23 RETURN

MENU mode: Return to the previous menu screen.

24 ENTER

Execute a command.
Return to the initial image position after moving with a/b/c/d.

25 a/b/c/d (Cursor)

Select a desired item on the setting screen.
Move the picture on the screen.

5

PZ-43MR2E

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PZ-50MR2E

Preparation

Setting the system

1.

Connecting the system cable, the power cor d and the speaker cables to the Plasma Displa y TV (Panel

Unit)

Plasma Display TV (Panel Unit) (rear view)

Black

Red

Speaker cable

Speaker cable

(bottom view)

(WHITE)

(GRAY)

Red

Black

System cable

Speaker cables

(GRAYeGRAY with white stripe)

A

• Two speaker cables of different lengths are supplied. As
shown in the diagram, connect the longer speaker cable
to the left speaker and the shorter to the right.

2.

Connecting the system cable and the power cord to the AVC System

Power cord

As you apply pressure to this part,
insert the speaker cable. It is
important to match polarity when
connecting the speaker cables to the
terminals.

Insert the speaker cable

Lift up the snap clip.

Insert the wire into
the hole of the
connector.

Lower the snap clip
to grip the wire in
place.

System cable

(GRAY)

(WHITE)

AVC System (rear view)

COMPONENT

PB(CB)

PR(CR)Y

INPUT 3

AV OUTPUT

R - AUDIO - L

INPUT 2 INPUT 1

S-VIDEO VIDEO

• TO PREVENT RISK OF ELECTRIC SHOCK, DO NOT TOUCH UN-INSULATED PARTS OF ANY CABLES WITH THE
POWER CORD CONNECTED.

6

RS-232C DISPLAY OUTPUT-1

DISPLAY OUTPUT-2

AC INPUT
220–240V

Power cord

PZ-43MR2E
PZ-50MR2E

preparation

How to route cables

A system cable clamp and five speaker cable clamps are included with the system for cable management. Follow the
diagram below for correct cable management.

As viewed from the rear of the display.

Speaker cable

Speaker cable clamp

Wedge the power cord and the
system cable into the groove on the
stand.

Stick the speaker cable clamps
(2 – 4) to the surface as shown.

System cable

Power cord

Speaker cable clamp

System cable clamp

System cable clamp

System cable

7

PZ-43MR2E

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PZ-50MR2E

preparation

Using the remote control unit

Use the remote control unit by pointing it towards the remote sensor window.
Objects between the remote control unit and sensor window may pr event proper
operation.

Cautions regarding remote control unit

• Do not expose the remote control unit to shock.
In addition, do not expose the remote control unit to liquids, and do not place
in an area with high humidity.

• Do not install or place the remote control unit under direct sunlight.
The heat may cause deformation of the unit.

• The remote control unit may not work properly if the remote sensor window of
the Plasma Display TV (Panel Unit) is under direct sunlight or strong lighting.
In such case, change the angle of the lighting or Plasma Display TV , or operate
the remote control unit closer to the remote sensor window.

Inserting the batteries

If the remote control unit fails to operate Plasma Display TV functions, r eplace the batteries in the remote control
unit.

1

Open the battery cover.

2

Insert batteries (two AA size
batteries, supplied with product).

+

_

• Place batteries with their terminals
corresponding to the (e) and (f)
indications in the battery compartment.

_

+

3

Close the battery cover.

Cautions regarding batteries

Improper use of batteries can result in chemical leakage or explosion. Be sur e to follow the instructions below.

• Do not use manganese batteries. When you replace the batteries, use alkaline ones.

• Place the batteries with their terminals corresponding to the (e) and (f) indications.

• Do not mix batteries of different types. Different types of batteries have different characteristics.

• Do not mix old and new batteries. Mixing old and new batteries can shorten the life of new batteries or cause

chemical leakage in old batteries.

• Remove batteries as soon as they have worn out. Chemicals that leak from batteries can cause a rash. If you
find any chemical leakage, wipe thoroughly with a cloth.

• The batteries supplied with this product may have a shorter life expectancy due to storage conditions.

• If you will not be using the remote control unit for an extended period of time, remove the batteries from it.

• WHEN DISPOSING OF USED BATTERIES, PLEASE COMPLY WITH GOVERNMENTAL REGULATIONS OR
ENVIRONMENTAL PUBLIC INSTRUCTION'S RULES THAT APPLY IN YOUR COUNTRY/AREA.

8

PZ-43MR2E

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PZ-50MR2E

Using external equipment

Y ou can connect many types of external equipment to your Plasma Display TV, like a decoder, VCR, DVD player ,
computer, game console and camcorder. T o view external source images, select the input sour ce fr om b on
the remote control unit or INPUT on the Plasma Display TV (Panel Unit).

Plasma Display TV
(Panel Unit)
(rear view)

(bottom view)

DVD player

Power cord

AV Receiver
(Built-in T uner Amp)

S-VIDEO VIDEO

VCR

AV OUTPUT

COMPONENT

PB(CB)

R - AUDIO - L

PR(CR)Y

INPUT 3

INPUT 2 INPUT 1

RS-232C DISPLAY OUTPUT-1

DISPLAY OUTPUT-2

Decoder

AVC System
(rear view)

AC INPUT
220–240V

Power cord

AVC System
(front view)

Computer

Game console/Camcorder

• To protect all equipment, always turn off the AVC System before connecting to a decoder, VCR, DVD player, computer,
game console, camcorder or other external equipment.

• The S-video signal only outputs when “Input 2” or “Input 3” is selected for “Y/C”, or when from the INPUT 4 terminal (S­VIDEO). Only the S-video signal can output from the INPUT 4 terminal (S-VIDEO).

A

• Please refer to the relevant operation manual (DVD player, computer, etc.) carefully before making connections.

9

PZ-43MR2E
PZ-50MR2E

Appendix

Connecting pin assignments for SCART

Various audio and video devices may be connected via the SCART terminals.

13579111315171921

2468101214161820

SCART (INPUT 1)

1. Audio right output
(TV Monitor out)

2. Audio right input

3. Audio left output
(TV Monitor out)

4. Common earth for audio

5. Earth for blue

6. Audio left input

7. Blue input

8. Audio-video control

9. Earth for green

10. Not used

11. Green input

12. Not used

13. Earth for red

14. Not used

15. Red input

16. Red/Green/Blue control

17. Earth for video

18. Earth for Red/Green/Blue
control

19. Video output
(TV Monitor out)

20. Video input

21. Plug shield

SCART (INPUT 2)

1. Audio right output

2. Audio right input

3. Audio left output

4. Common ear th for audio

5. Earth

6. Audio left input

7. Not used

SCART (INPUT 3)

1. Audio right output

2. Audio right input

3. Audio left output

4. Common earth for audio

5. Earth

6. Audio left input

7. Blue input

8. Audio-video control

9. Earth

10. AV LINK control

11. Not used

12. Not used

13. Earth

14. Not used

8. Audio-video control

9. Earth

10. Not used

11. Green input

12. Not used

13. Earth

14. Not used

15. Chroma S-Video input

16. Not used

17. Earth for video

18. Earth

19. Video output

20. Video input/S-video input

21. Plug shield

15. Red input/Chroma S-Video
input

16. Red/Green/Blue control

17. Earth for video

18. Earth

19. Video output

20. Video input/S-video input

21. Plug shield

10

Dimensions

PZ-43MR2E
PZ-50MR2E

(Unit: mm)

11

PZ-43MR2E
PZ-50MR2E

REMOVING OF MAJOR PARTS

1. Remove the six lock screws from the back of the top cabinet. Slide the top cabinet backward and detach it.

2. Remove the three lock screws from the front panel. Undo the three hooks at the top and the four hooks at the
bottom, and detach the front panel.

3. Remove the two hexagonal shafts from the front shield. Undo the two hooks on both sides and detach the
front shield.

4. Remove the three lock screws from the front unit and detach this unit.

5. Remove the one lock screw from the LED unit and detach this unit.

6. Remove the PC I/F unit and SR unit assemblies.
6-1. Remove the two hexagonal shafts each from the system cable (white) terminal and the RS-232C terminal,

both on the PC I/F unit.
6-2. Remove two lock screws from the system cable (gray) terminal also on the SR unit.
6-3. Remove the two lock screws from the PC I/F unit bracket.
6-4. Remove the four lock screws from the PC I/F unit and SR unit assemblies. Take out these assemblies.
6-5. Remove the three lock screws from the brackets of the PC I/F unit and SR unit assemblies. Detach the

shield.
6-6. Remove the six lock screws from the PC I/F unit. Detach this unit from the bracket.
6-7. Remove the two lock screws from the SR unit. Detach this unit from the bracket.

7. Remove the seven lock screws from the main unit and detach this unit.

6-4

PC I/F Unit

4

SR Unit

6-7

Front Unit

6-6

Power Unit

2

9-2

6-5

10

Main Unit

EMC Unit

Top Cabinet

7

9-1

6-3

1

8-2

AV Unit

6-1

6-2

8-1

2

LED Unit

5

11

10

Bottom Cabinet

12

8. Remove the AV unit.
8-1. Remove the six lock screws from the AV unit.
8-2. Remove the six lock screws from the AV unit and detach this unit.

9. Remove the EMC unit assemblies.
9-1. Remove the two lock screws from the EMC unit bracket.
9-2. Remove the two lock screws from the EMC unit and detach this unit.

10. Remove the three lock screws from the power unit and detach this unit.

PZ-43MR2E
PZ-50MR2E

13

PZ-43MR2E
PZ-50MR2E

ADJUSTMENT PROCEDURES

Ë

Procedure for turning ON the power

1. Connecting the system

» Using the system cable, connect the Panel Unit and the AVC System.
» Connect the Panel Unit to the AC power source.
» Connect the AVC System to the AC power source.

2. Procedure for turning ON the power

» Turn ON the AC power switch located on the Panel Unit.

The STANDBY/ON indicator on the Panel Unit will start blinking in red.
(When the AC POWER button on the AVC System is not ON, the STANDBY/ON indicator on the Panel Unit
always blinks in red.)

» Turn ON the POWER button located on the AVC System.

The ST ANDBY/ON indicator on the AVC System will be illuminated in green. Simultaneously , the power indicator
on the Panel Unit will change from blinking in red to illumination in green. Now the system has started up.

» If the STANDBY/ON indicator on the AVC System is illuminated in red, press the POWER button located on the

remote control unit and the MAIN POWER button located on the Panel Unit. The STANDBY/ON indicators on
the Panel Unit and the AVC System will change from red to green. Now the system has started up.

Ë

Procedure for upgrading the software

(1)With the power being OFF, open the top cabinet for the AVC System and then set the slide switch from the

NORMAL position to the WRITE position by inserting a needle-like insulator into the cutout located between
the WHITE port on the rear of the shield case for the PC I/F unit and the RS-232C port.

(2)Connect the PC having the program installed, to the AVC System using the cross cable for the RS-232C port

(for the details of the program, see Appendix).
(3)Open the MS-DOS window on the PC and then go to the directory in which the software is installed.
(4)Start up the system to which the AVC System and Panel Unit have been connected.
(5)Run “vup.bat (tentaive name)” at the MS-DOS prompt. The software will be upgraded.
(6)Load the file “civc_XXXXa.bhxmain.bhxosd.bhxt (tentaive name)”. It will take approximately a few minutes

until the file has been loaded. Never turn OFF the power or operate the system during this rewriting period.
(7)After the file has been loaded, turn OFF the Panel Unit and the AVC System and then return the slide switch in

the above step 1 from the WRITE position to the NORMAL position. Now the software has been upgraded.

Ë

Procedure for adjusting each part of AVC System

» The adjustments were made to the best settings at factory. If any setting deviates or if any readjustment is

regarded as necessary when any part is replaced, perform the following steps.

» Any parameter that has been changed within the process adjustment is stored on the memory . If any readjustment

is required, write down the current value before changing it.

» Use a stable AC power source.
» If the program is upgraded, it will take approximately 1 minute for the EEPROM to be initialized before any video

appears. Therefore, you will need to wait for this time period. Do not turn OFF the power or operate the system
during the period.

» If the program is rewritten, write down the parameters that have been changed within the process adjustment

(see “5”.OSD menu and parameters displayed at manual adjustment), initialize the EEPROM, and then reenter
the recorded values.

14

3. Entering a special mode

1 Entering the process adjustment mode

[Steps]

(1)When using the remote control unit:

Using the system cable, properly connect the Panel Unit and the AVC System, and then turn ON the
power.
After the system has started up, press the PROCESS ADJ button located on the remote control unit.

(2)When using buttons on the main unit:

Using the system cable, properly connect the Panel Unit and the AVC System.
Turn ON the power while holding down the INPUT and CH UP buttons located the Panel Unit.

[Description]

Various adjustments can be made manually.

2 Entering the inspection process mode

[Steps]

After the system has started up, press the PROCESS ADJ button located on the remote control unit.
Set the parameter SIGNAL INFO to 1 on page 6 or 7 of the PROCESS ADJUSTMENT A MODE MENU.
Subsequently, make the necessary adjustments in accordance with the above menu.

3 Procedure for setting up delivery

[Steps]

After the system has started up, press the DELIVERY SETUP button located on the remote control unit.
(Within the adjustment process, the channel settings remain unchanged. Once you exit the process adjustment
mode, the channel settings entered in the delivery adjustment mode become valid.)

[Description]

The user’s adjustment parameters and others will be set to the default values. The channel settings will also
be initialized.

PZ-43MR2E
PZ-50MR2E

4. Exiting a special mode

(1)Process adjustment mode: Press the PROCESS ADJ button located on the remote control unit or turn OFF the

power.

(2)Inspection process mode: Set the parameter SIGNAL INFO to 0 on page 6 or 7 of the PROCESS ADJ A MODE

MENU or turn OFF the power.

(3)Delivery setup: After the delivery setup has been finished, the process adjustment mode is automatically

selected. To exit the process adjustment mode, press the PROCESS ADJ button located on the remote control
unit or turn OFF the power.

5. OSD menu and parameters displayed at manual adjustment

* The default values may slightly differ depending upon the program version to be rewritten.
* The settings are not initialized to the default values by merely rewriting the program. (See the paragraph for

Preparation for adjustment.)

(1)Descriptions of special buttons in process adjustment mode

Cursor UP key : Proceeds to the previous page.
Cursor DOWN key: Returns to the next page.
VOL UP key : Increases the adjusted value by 1.
VOL DOWN key : Decreases the adjusted value by 1.
Cursor LEFT key : Decreases the adjusted value by 10.
Cursor RIGHT key : Increases the adjusted value by 10.
CH UP key : Moves up the cursor.
CH DOWN key : Moves down the cursor .

15

PZ-43MR2E
PZ-50MR2E

Ë

Organization of process adjustment screen

Page Input Source HDCP

INPUT1 No SIG1/16 HDCP:ON EUROPE EUROPE

Maker Select

Ë +Badj3.3V
Ë +Badj2.5V

KEY WRITE
Ë DATA COPY
INDUSTRY INIT
CENTER Version
OSD Version
CVIC Version
TTXP V ersion
MONITOR Version
PANEL Version
FLASH Version
MONITOR Model
Model Select MONITOR
STANDBY TYPE

SHARP
127
024
OFF
OFF
OFF
MR MAIN E 2001/11/28K
MR OSD 2001/09/10 A
W2001/10/02 17:28 X2001/10/02 V2001/09/12 09:12
TTX PRG 068
F6 91 xx

-00

-05
01
1
0

Destination for MAIN unit Destination for AV unitDistinguish Signal

Parameter display

Ë

+B Adj3.3V

Ë

+B Adj2.5V

Ë

P AL Y CONTRAST

Ë

PAL COLOR GAIN

Ë

MAIN CR GAIN PAL

Ë

MAIN SUBBRIGHT 15K

Ë

MAIN CONTRAST 15K

Ë

SUB P AL Y

Ë

SUB PAL COLOR GAIN

Ë

PEAK ACL SW

Ë

SECAM Y CONTRAST

Ë

SECAM COLOR GAIN

Ë

MAIN CR GAIN SECAM

Ë

N358 Y CONTRAST

Ë

N358 COLOR GAIN

Ë

MAIN CR GAIN N358

Ë

N358 TINT

Ë

COMP 15K Y CONTRAST

Ë

COMP 15K COLOR GAIN

Ë

MAIN CR GAIN COMP15K

Ë

COMP HDTV SUB BRIGHT

Ë

COMP HDTV CONTRAST

Ë

DA TA COPY

Setting range

0 ~ 255
0 ~ 255
0~ 63
0~ 63
0 ~ 255
0~ 63
0~ 15

-30 ~ 30
0~ 63

OFF/ON
0~ 63
0~ 63
0 ~ 255
0~ 63
0~ 63
0 ~ 255

-30 ~ 30
0~ 63
0~ 68
0 ~ 255
0~ 63
0~ 15

OFF/ON

Description

3.3 V adjustment

2.2 V adjustment
P AL Y level adjustment
PAL colour density adjustment
P AL Cr level adjustment
Pedestal level adjustment (15 k)
PCB input amplitude adjustment (15 k)
Sub P AL Y level adjustment
Sub PAL colour density adjustment

SECAM Y level adjustment
SECAM colour density level adjustment
SECAM Cr level adjustment
N358 Y level adjustment
N358 colour density adjustment
N358 Cr level adjustment
N358 tone adjustment
COMP 15 k Y level adjustment
COMP 15 k colour density adjustment
COMP 15 k Cr level adjustment
COMP HDTV black level adjustment
COMP HDTV Y level adjustment
COMP HDTV colour density adjustment

The values for the above parameters should be written down before the EEPROM is replaced on
the AVC system.
Note: The contents on the adjustment process menu may be somewhat different depending on

the program's version-up.

16

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6. Procedures before and after replacing the PC I/F unit

1) Before replacing the PC I/F unit, write down the values for the parameters listed on the 2nd and 3rd pages of
the Adjustment Process A screen.
If the values for the parameters cannot be written down because the PC I/F unit is completely broken or for any
other reason, make all the adjustments in accordance with the paragraph for Adjustment procedure and
parameters, rather than the following procedures. (End)
Set the parameters listed on the 2nd and 3rd pages of the Adjustment Process A screen to the values you have
written down.

7. Adjustment parameters

1) Analog adjustment

(1) Prior adjustment for AVC system chassis

Adjustment item Description Adjustment procedure

1 Destination check 1. Call the process adjustment mode.

2. Check that the destination is “Europe”.

2 AVC center 3.3V

adjustment

3 AVC center 2.5V

adjustment

Connect DC voltmeter to
TP1702.

Connect DC voltmeter to
TP1701.

Adjust output voltage of DC/DC 5 V line to

3.3 V .
Adjusted value: 3.25~3.29 V

Adjust output voltage of DC/DC 2.5 V line to

2.6 V .
Adjusted value: 2.60~2.64 V

(2) PAL signal adjustment

Adjustment item Description Adjustment procedure

1 Setup 1. Set colour system to “PAL”.

2. Select PAL source.
100% colour bar signal including 100% white, such
as split field colour bar

2 Tuner Y level

adjustment

3 PAL Y CONTRAST

adjustment

4 PAL COLOR GAIN

adjustment

1. Adjust TP1101 so that the Y signal without the
chroma component should be 1.00 ±0.05 Vp-p
(between the bottom of sync signal and the white
peak).

1. Adjust TB1274_MAIN output (TP803) to

0.7 ±0.05 Vp-p.

1. Adjust TB1274_MAIN
output (TP802) to

0.35 ±0.025 Vp-p.

0.35V

5 MAIN CR GAIN PAL

adjustment

6 MAIN CONTRAST

adjustment

Press the DUAL screen button. Select the special DUAL screen settings for adjustment

7 SUB PAL Y adjustment 1. Adjust TB1274_SUB output (TP806) to

8 SUB PAL COLOR

GAIN adjustment

1. Adjust TB1274_MAIN output
(TP801) to 0.35 ±0.05 Vp-p.

0.35V

Turn off the PEAK ACL control. Adjust the output
(TP815) of IC810 to have 1.1 ±0.05 Vp-p from the
pedestal level.

(so that the same video source is reflected on MAIN/
SUB).

0.9 ±0.05 Vp-p.

1. Adjust TB1274_SUB output (TP805) to

0.9 ±0.05 Vp-p.

17

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0.35V

0.35V

0.35V

0.35V

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(3) SECAM signal adjustment

Adjustment item Description Adjustment procedure

1 Setup 1. Set colour system to SECAM.

2. Select SECAM source.
100% colour bar signal including 100% white, such
as split field colour bar

2 SECAM Y CONTRAST

adjustment

3 SECAM COLOR GAIN

adjustment

1. Adjust TB1274_MAIN output (TP803) to

0.7 ±0.05 Vp-p.

1. Adjust TB1274_MAIN
output (TP802) to 0.35
±0.025 Vp-p.

4 MAIN CR GAIN

SECAM adjustment

1. Adjust TB1274_MAIN
output (TP801) to 0.35
±0.025 Vp-p.

(4) N358 signal adjustment

Adjustment item Description Adjustment procedure

1 Setup 1. Set colour system to N358.

2. Select N358 source.
100% SMPTE colour bar or similar colour bar
signal including 100% white.

2 N358 Y CONTRAST

adjustment

3 N358 COLOR GAIN

adjustment

4 MAIN CR GAIN N358

adjustment

1. Adjust TB1274_MAIN output (TP803) to

0.7 ±0.05 Vp-p.

1. Adjust TB1274_MAIN
output (TP802) to 0.35
±0.025 Vp-p.

1. Adjust TB1274_MAIN
output (TP801) to 0.35
±0.025 Vp-p.

5 N358 TINT adjustment 1. Adjust TB1274_MAIN output (TP802) so that

waveform becomes as illustrated below:

Smoothed

18

(5) Component 15k Hz signal adjustment

Adjustment item Description Adjustment procedure

1 Setup 1. Select component 15k Hz.

2. Select component source.
100% colour bar signal including 100% white, like
split field colour bar

2 COMP 15k

CONTRAST
adjustment

3 COMP 15k COLOR

GAIN adjustment

Adjust TB1274_MAIN output (TP803) to 0.7 ±0.05 Vp-p.

Adjust TB1274_MAIN output
(TP802) to 0.35 ±0.025 Vp-p.

PZ-43MR2E
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0.35V

4 MAIN CR GAIN COMP

15k adjustment

Adjust TB1274_MAIN output
(TP801) to 0.35 ±0.025 Vp-p.

0.35V

(6) Component HDTV signal adjustment

Adjustment item Description Adjustment procedure

1 Setup 1. Input HDTV (1080i) component signal.

2. Select component source.
100% colour bar signal including 100% white, like
split field colour bar

2 COMP HDTV

CONTRAST
adjustment

Turn off the PEAK ACL control.
Adjust the output (TP815) of pin (11) of IC810 to have

1.1 ±0.05 Vp-p from the pedestal level.

2. Factory settings
(1) Data Copy

Adjustment item Description Adjustment procedure

1 DATA COPY 1. Using the adjustment key, set “ON” in the DATA

COPY line. Wait until “OFF” is displayed instead.
Finally turn off the power to quit the process
adjustment mode.

(2) Factory Setting

Adjustment item Description Adjustment procedure

1 INDUSTRY INIT Move the cursor to the INDUSTRY INIT line. Using the

Vol.UP key, turn off and on again, and press ENTER. "/
/////////" appears, telling that the program is now being
settings are complete. Be sure to wait until the sign
goes out.

* Then turn off the AC power supply of the AVC system. (Be careful not to use the power switches of the remote control unit
and A VC system.)

19

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DESCRIPTION OF MAJOR IC FUNCTIONS

Æ Description of Main ICs

»»

» IC1301 (CXA2069Q)

»»

This IC is a 7-input, 3-output selector.
The video signals other than those for the PC, components and RGB input, which have been input from each input
connector and the tuner, and all the audio signals are sent to the IC1301 and then selected.
Output 1 is used internally and output 3 in the monitor output.
When the S video input is output to the monitor, Y and C signals are mixed in this IC.
The video signals sent to the IC1301 are then input to the YC separation circuits, IC405 (main) and IC402 (sub).
The audio signals are input to the PC I/F Unit via IC2501 (sound processor).

»»

» IC1401 (MM1519XQ)

»»

This IC is a 4-input, 8-output video selector for component input.
The AV3 component input, AV1, RGB input, and Teletext RGB signals are input to the IC1401. The output signals
go to the main, sub, and component channels.

»»

» IC1601 (SDA5550M).

»»

This IC is a microprocessor for Teletext.
Video signals are input to the IC1601, which then decodes the Teletex data and outputs it as RGB data.

»»

» IC2501 (IX3371CE)

»»

This IC is used to decode audio signals.
It serves as both the S IF decoder and the selector for the input audio data.

»»

» IC801/IC802 (TB1274AF)

»»

This IC synchronizes video and chroma signals for PAL/NTSC/SECAM colour televisions.
Its video circuit includes a high-performance image quality compensation circuit and its chroma circuit a PAL/
NTSC/SECAM automatic selection circuit. The P AL-M/N clock signals at 4.43 and 8.58 MHz are internally generated
for colour demodulation.
The PAL/SECAM demodulation circuit uses a base band signal processing system with built-in IH DL and is
therefore adjustment-free.
The IC801/IC802 has 4 lines for YC signal input, 2 lines for RGB signal input, and 2 lines for colour difference
signal input. It receives colour different signals for the main and sub channels from IC405 (main), IC402 (sub), and
IC1401 in the former stage, and provides 1 line for colour difference signal output.

»»

» IC803 (CXA2101Q)

»»

This IC consists of a base band signal processing section for colour different input, an RGB signal processing
section, and a 4-line video switch (including HV synchronizing signal processing).
Input selection is performed by INPUT-SEL (I2C BUS). YCbCr , HD YPbPr , GBR and their respective HV synchronizing
signals are input to each line.
As the multi-scanning compliance range, a horizontal scanning frequency of 15~60 kHz can be input.

»»

» IC1901 (IX3566CE)

»»

This IC is FPGA for the synchronizing system.
It creates sand castle pulses for IC803 and generates horizontal blanking signals.

»»

» IC604 (TA1318AF)

»»

This IC synchronizes TV component signals.
The IC804 incorporates the necessary functions for measuring the frequency of input signals and synchronous
replay into a single chip, and is applicable for horizontal synchronous replay (15.75, 31.5, 33.75, and 45 kHz) and
vertical synchronous replay (525I, 525P, 625I, 750P, 1125I, 1125P, PAL 100 Hz, and NTSC 120 Hz).

20

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»»

» IC405/IC402 (CXD2064Q)

»»

This IC is a comb filter in the applicable field for both the NTSC and P AL systems. It performs the Y/C separation
of the main and sub channel video signals that have been output from IC1801.

»»

» IC407/IC404 (ML6428C1)

»»

This IC is a 6.7 MHz low-pass filter.

»»

» IC810/IC804 (IX3473CE)

»»

This IC is a 6.7 MHz low-pass filter incorporating a 6 dB amplifier.

»»

» IC811 (IX3474CE)

»»

This IC is a 30 MHz low-pass filter incorporating a 6 dB amplifier.

»»

» IC1702 (FA3675CE)

»»

This IC is designed to control the 6-channel PWM switching regulator.
With 5 step-up switching regulator lines incorporated, the IC converts +10V to +2.5V, +3.3V and +5.8V.
Also with a step-down switching regulator line incorporated, the IC converts +10V to +6.0V , -5.0V, +12V and +35V .
The lines are individually turned on and off.

Æ

Description of Functions of Main ICs on PC I/F Unit

»»

» IC4 (CXA3506R)

»»

This IC is an A/D converter that incorporates a 3-channel, 8-bit, 120 MSPS amplifier and PLL. It is used for the
video signals input to the PC I/F unit on the main channel in the 1-screen and 2-screen modes, and also for the
video signals input from the front for the PC.
The video signals (analog RGB) from the CN6 are input to IN1 of IC4.
For the PC, the video signals (analog RGB) from CN8 are input to IN2 of IC4.
The input video signals are converted into digital signals and then sent to IC25.

»»

» IC310 (TLC5733A)

»»

This IC is a 3-channel, 8-bit, 20 MSPS A/D converter.
It is used for the sub-channel of the video signals input to the PC I/F Unit in the 2-screen mode.
The video signals (analog Y, Cb, Cr) from CN6 are input to IC310.
The video signals input to this IC are converted into digital signals and then sent to IC25.

»»

» IC25 (IX3434CE)

»»

This IC performs the I/P conversion and scaling to match the digitalized video with the output resolution, and also
the data conversion.
It has two input lines, V0 and V1. The V0 line is used to process the RGB, composite, and skirt signals input to the
480i and 580i components for the sub-channel in the 2-screen mode. The V1 line is used to process all the signals
as well as V1 for the main channel in the 1-screen and 2-screen modes.
The IC25 detects what resolution is input from the input synchronizing signal; creates H synchronization in
accordance with the frequency division ratio; creates the clamp signal in accordance with the input synchronizing
signal; and performs the data matrix conversion.
The video signals input to this IC is sent to IC413.

»»

» IC413 (SiI168)

»»

This IC is a panel link transmitter.
It converts the 8-bit RGB video data output from IC25 into the differential TMDS signals and then digitally transmits
the converted signals to the monitor.
The TMDS signals are transmitted at the frequency 10 times higher than the clock frequency.

»»

» IC1 (IX3270CE)

»»

This IC is a 1-chip RISC microprocessor.
It performs communication with the monitor and operates the system.
The IC1 also controls each IC in the AVC system and partially manages the power source.

»»

» IC405 (uPD4721)

»»

This IC is an RS-232 line driver receiver conforming to the EIA/TIA-232-E standard.
The IC405, when connected to a PC, allows for externally controlling the system.
It is also applicable for upgrading IC1.

21

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» The information shown in the list is basic information and may not correspond exactly to that shown in the schematic diagrams.

Ë VHiCXA2069Q-1 (ASSY: IC1301)

» S2-Compatible, 7-Input/3-Ouput AV Switch

» Block Diagram

22

» Pin Function

Pin No. Pin Name I/O Pin Function

63
1
8
15
22
30
60
3
10
17
24
49
5
12
19
26
51
62, 2
9, 16
23, 29
59, 64
4, 11
18, 25
31, 61
53
41
44

56
39
58
47
37
52
43
38
54
45
40
6
13
20
27
7
14
21
28
32

33
34
36

55
46
48

50

TV
V1
V2
V3
V4
V5
V6
Y1
Y2
Y3
Y4
YIN1
C1
C2
C3
C4
CIN1
LTV, LV1
L V2, LV3
L V4, LV5
L V6, RTV
RV1, RV2
RV3, RV4
RV5, RV6
VOUT1
VOUT3
V/YOUT2

YOUT1
YOUT3
COUT1
COUT2
COUT3
LOUT1
LOUT2
LOUT3
ROUT1
ROUT2
ROUT3
S2-1
S2-2
S2-3
S2-4
S-1
S-2
S-3
S-4
ADR

SCL
SDA
DC OUT

TRAP1
TRAP2
MUTE

BIAS

I
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I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
I
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I
O
O
O

O
O
O
O
O
O
O
O
O
O
O

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I
O

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I

Video signal input.
Composite video signal input

Y/C-separated signal input terminal for luminance signal input.
YIN1 to feed in the Y/C-separated signal of VOUT1 output.

Y/C-separated signal input terminal for chrominance signal input.
CIN1 to feed in the Y/C-separated signal of VOUT1 output.

Audio signal input terminal.

Video signal output terminal for composite video signal output.

Video signal output terminal for selection between composite video signal output and
luminance signal output by I2C Bus control.
Video signal output terminal for luminance signal output.

Video signal output terminal for chrominance signal output.

Audio signal output terminal.

Used to detect C signal-superimposed, S2-compatible DC level. 4:3 video signal when
below 1.3V. 4:3 letterbox signal when between 1.3V and 2.5V . 16:9 image squeeze
signal when above 2.5V. To be pulled down to GDN at 100KΩ to produce 4:3 video
signal when open.
Used to switch between composite video and S signals. Detection results to be written
in status register. S signal when below 3.5V. Composite video signal when above 3.5V.
To be pulled up to 5V at 100KΩ to produce composite video signal when open.

Used to select I2C Bus slave address. 90H when below 1.5V. 92H when above 2.5V.
90H also when the terminal is open.
I2C Bus signal input terminal.
I2C Bus signal input terminal.
Used to feed out S2-compatible DC level to be superimposed on COUT3 output. DC to
be superimposed by connecting to COUT3 output via a capacitor. Control to be made
by I2C Bus. S2-specified output impedance of 10 ±3KΩ to be realized by adding an
external resistance of 4.7KΩ.
Subcarrier trap circuit to be connected.

Audio signal output mute terminal. Mute off when below 1.3V. Mute on when above

2.5V. Mute off when the terminal is open.
Internal reference bias (Vcc/2) terminal. To be connected to GND with a capacitor in
between.

PZ-43MR2E
PZ-50MR2E

23

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Ë VHiMM1519XQ-1(IC1401)

» Component Input Video Switch

» Block Diagram

24

» Pin Function

Pin No. Pin Name I/O Pin Function

1
2
3
11
12
13
21
22
23
4, 14, 39, 45, 52,
58
51
5
15
53
59
24
6, 8, 16, 18, 33,
35, 37, 41, 43, 47,
49, 54, 56, 60, 62
7
9
17
19
55
57
61
63
10
20
32
64
25
26
27
28
29
30
31
34
36
38
40
42
44
46
48
50

VIDEO 1-L1
VIDEO 1-L2
VIDEO 1-L3
VIDEO 2-L1
VIDEO 2-L2
VIDEO 2-L3
VIDEO 3-L1
VIDEO 3-L2
VIDEO 3-L3
VCC

AVCC
VIDEO 2-Y
VIDEO 3-Y
TUNER-Y
VIDEO 1-Y
DGND
GND

VIDEO 2-Pb
VIDEO 2-Pr
VIDEO 3-Pb
VIDEO 3-Pr
TUNER-Pb
TUNER-Pr
VIDEO 1-Pb
VIDEO 1-Pr
VIDEO 2-SW
VIDEO 3-SW
MONO-SW
VIDEO 1-SW
ADDRESS
SDA
SCL
DVCC
L3 OUT
L2 OUT
L1 OUT
Pr OUT 3
Pb OUT 3
Y OUT 3
Pr OUT 2
Pb OUT 2
Y OUT 2
Pr OUT 1
Pb OUT 1
Y OUT 1

—

—

—
—

I/O

—

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I

I

I

I

I

I

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I

I

O
O
O
O
O
O
O
O
O
O
O
O

Line input of D-terminal

Analog power supply (9V)

Y -signal input

GND

Pb, Pr signal input

Switch line of D-terminal

Slave address select pin
Data input of I2C bus
Clock input of I2C bus
Digital power supply (5V)
Line output for monitor

Video signal output

PZ-43MR2E
PZ-50MR2E

25

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Ë VHiSDA5550M-1 (ASSY: IC1601)

» Stereo Audio DAC

» Block Diagram

» Pin Function

Pin No. Pin Name I/O Pin Function

99, 1, 3, 4, 2, 100,
98, 96
97, 94, 93, 89, 86,
84, 82, 79, 81, 83,
90, 85, 77, 78, 76,
71, 69
70, 68, 67

9, 10, 11, 12, 13,
14, 15, 16
41, 42, 43, 44, 45,
46, 47, 62

24, 25, 26, 27

D0-D7

A0-A16

A17-A19/
P4.0, P4.1, P4.4

P0.0-P0.7

P1.0-P1.7
(PWM)

P2.0-P2.3
(ADC)

I/O

O

I/O

I/O

I/O

Data bus for external memory or data RAM.

Address bus for external program memory or data RAM.

After power-on P4.0,P4.1,P4.4 work as additional address lines A17…A19.
In port mode, these port lines act as bi-directional I/O port with internal pull-up
resistors. Port pins that have ‘1’ written to them are pulled high by the internal pull-up
resistors and in that state can be used as inputs.
Port 0 is a 8-bit open drain bi-directional I/O-port. Port 0 pins that have 1 written to
them float: in this state they can be used as high impedance inputs.
Port is a 8-bit bi-directional multifunction I/O port with internal pull-up resistors. Port 1
pins that have 1 written to them are pulled high by the internal pull-up resistors and in
that state can be used as inputs.
The secondary functions of port 1 pins are:
Port bits P1.0-P1.5 contain the 6 output channels of the 8-bit pulse width modulation
unit.
Port bits P1.6-P1.7 contain the two output channels of the 14-bit pulse width
modulation unit.

I

Port 2 is a 4-bit input port without pull-up resistors.
Port 2 also works as analog input for the 4-channel-ADC.

26

» Pin Function

Pin No. Pin Name I/O Pin Function

31, 32, 33, 34, 35,
36, 37, 38

48, 49

5
17

18

19

20
21
29

30

50

52
53
57
58
59
60
64

65

72
80
87
88

95
6, 73
22, 56
8, 40, 75, 92
7, 39, 74, 91,
23, 55
28, 51, 54, 61, 63,
66

P3.0-P3.7

P4.2-P4.3(P4.7)

XROM
ENE

STOP

OCF

EXTIF
CVBS
HS/SC

VS/P4.7

RST

XT AL2
XT AL1
R
G
B
BLANK/COR
WR

RD

FL_PGM
FL_RST
ALE
PSEN

FL_CE
VDD2.5
VDDA2.5
VDD3.3
VSS
VSSA
—

I/O

I/O

I/O

—
—
—
—
—
—
—

Port 3 is an 8-bit bi-directional I/O port with internal pull-up resistors, Port 3 pins that
have 1 written to them are pulled high by the internal pull-up resistors and in that state
can be used as inputs,
To use the secondary functions of Port 3, the corresponding output latch must be
programmed to a one (1) for that function to operate. The secondary functions are as
follows:
» Alternate function
P3.0 : ODD/EVEN indicate output
P3.1 : external extra interrupt 0 (INTX0)/UART(TXD)
P3.2 : interrupt 0 input/timer 0 gate control input)INT0)
P3.3 : interrupt 1 input/timer 1 gate control input)INT1)
P3.4 : counter 0 input (T0)
P3.5 : counter 1 input (T1) or In master mode HS or VCS output.
P3.7 : external extra interrupt 0 (INTX1)/UART (RXD)
Port 4 is a bi-directional I/O port with internal pull-up resistors.
Port 4 pins that have 1 written to them are pulled high by the internal pull-up resistors
and in that state can be used as inputs.
Secondary functions
P4.2: RD, Read line. This signal is same as the to output of the pin RD available in
some packages.
P4.3: WR write line. This signal is same as the output of the pin WE, which is only

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available in some package.
This pin must be pulled low to access external ROM.
Enable Emulation
Only if this pin set to zero externally, STOP and OCF are operational. ENE has an
internal pull-up resistor which switches automatically to non-emulation mode if ENE is
not connected.
STOP
Emulation control line; Driving a low level during the input phase freezes the real time
relevant internal peripherals such as timers and interrupt controller.
Opcode Fetch
Emulation control line; A high level driven by the controller during output phase
indicates the beginning of a new instruction.

CVBS input for the acquisition circuit.
In slave mode Horizontal sync input or sandcastle input for display synchronization .In
master mode HS or VCS output.
Vertical sync input/output for display synchronization.
Can also be used as digital input P4.7.
Furthermore this pin can be selected as an ODD/EVEN indicator alternatively to P3.0.
A low level on this pin resets the device. An internal pull-up resistor permits power-on
reset using only one external capacitor connected to Vss.
Output of the inverting oscillator amplifier.
Input of the inverting oscillator amplifier.
Red
Green
Blue
Contrast reduction and blanking.
Control output; indicates a write access to the internal XRAM; can be used as a write
strobe for writing data into an external data RAM by a MOVX instruction.
This signal is also available as P4.3.
Control output; indicates a read access to the internal XRAM; can be used for latching
data from the data bus into an external data RAM by a MOVX instruction.
This signal is also available as P4.2.
All the pins prefix by Flax are test pins which must be left open.
All the pins prefix by Flax are test pins which must be left open.
Address Latch Enable.
Program Store Enable
is a control output signal which is usually connected to OE input line of the external
program memory to enable the data output.
All the pins prefix by Flax are test pins which must be left open.
Supply voltage (2.5V).
Supply voltage for analog components (2.5V).
Input/output (3.3V).
Ground (0V).
Ground for analog components.

PZ-43MR2E
PZ-50MR2E

27

PZ-43MR2E
PZ-50MR2E

Ë RH-iX3371CEZZ (ASSY: IC2501)

» Multi Standard Sound Processor

» Block Diagram

28

» Pin Function

Pin No. Pin Name I/O Pin Function

1
2
3
4
5
6
7
8
9
10
11, 12, 13
14, 15, 16
17
18, 19, 20
21
22, 23
24
25
26
27
28
29
30
31, 32
33
34
35
36
37
38
39
40
41, 42
43, 44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61, 62
63, 64
65, 66
67
68
69
70
71
72
73
74
75, 76
77
78
79
80

NC
I2C_CL
I2C_DA
I2S_CL
I2S_WS
I2S_DA_OUT
I2S_DA_IN1
ADR_DA
ADR_WS
ADR_CL
DVSUP
DVSS
I2S_DA_IN2
NC
RESETQ
NC
DACA_R
DACA_L
VREF2
DACM_R
DACM_L
NC
DACM_SUB
NC
SC2_OUT_R
SC2_OUT_L
VREF1
SC1_OUT_R
SC1_OUT_L
CAPL_A
AHVSUP
CAPL_M
NC
AHVSS
AGNDC
NC
SC4_IN_L
SC4_IN_R
ASG4
SC3_IN_L
SC3_IN_R
ASG2
SC2_IN_L
SC2_IN_R
ASG1
SC1_IN_L
SC1_IN_R
VREFTOP
NC
MONO_IN
AVSS
NC
AVSUP
ANA_IN1+
ANA_IN­ANA_IN2+
TESTEN
XTAL_IN
XTAL_OUT
TP
AUD_CL_OUT
NC
D_CTR_I/O_1
D_CTR_I/O_0
ADR_SEL
STANDBYQ

—
I/O
I/O
I/O
I/O

—

—

—

—

—

—

—

—

—

—

—

—

—

—

—

—

—

—

—

—

—

—

—

—

—
I/O
I/O

Not connected
I2C clock
I2C data
I2S clock

O

I
O
O
O

I

I

O
O

O
O

O

O
O

O
O

I

I

I

I

I

I

I

I

I

I

I

I

I

I
O

O

I

I

I2S word strobe
I2S data output
I2S1 data input
ADR data output
ADR word strobe
ADR clock
Digital power supply 5V
Digital ground
I2S2-data input
Not connected
Power-on-reset
Not connected
Headphone out, right
Headphone out, left
Reference ground 2
Loudspeaker out, right
Loudspeaker out, left
Not connected
Subwoofer output
Not connected
SCART 2 output, right
SCART 2 output, left
Reference ground 1
SCART 1 output, right
SCART 1 output, left
Volume capacitor AUX
Analog power supply 8V
Volume capacitor MAIN
Not connected
Analog ground
Analog reference voltage
Not connected
SCART 4 input, left
SCART 4 input, right
Analog Shield Ground 4
SCART 3 input, left
SCART 3 input, right
Analog Shield Ground 2
SCART 2 input, left
SCART 2 input, right
Analog Shield Ground 1
SCART 1 input, left
SCART 1 input, right
Reference voltage IF A/D converter
Not connected
Mono input
Analog ground
Not connected
Analog power supply 5V
IF input 1
IF common(can be left vacant, only if IF input 1 is also not in use)
IF input 2(can be left vacant, only if IF input 1 is also not in use)
Test pin
Crystal oscillator

Test pin
Audio clock output (18.432MHz)
Not connected
D_CTR_I/O_1
D_CTR_I/O_0
I2C Bus address select
Stand-by (low-active)

PZ-43MR2E
PZ-50MR2E

29

PZ-43MR2E
PZ-50MR2E

Ë VHiTB1274AF-1Q (ASSY: IC801, IC802)

» VIDEO/CHROMA Processor

» Block Diagram

30

» Pin Function

Pin No. Pin Name I/O Pin Function

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15

16
17
18
19
20
21
22
23
24

25
26
27
28
29
30
31
32
33
34
35
36

37
38
39
40
41
42
43
44
45
46
47
48

CVBS1/Y1-IN
SYNC-IN
CVBS-OUT
VS
COMB Y -IN
D-VDD
COMB C-IN
D-GND
HS
SCP
Yvi-IN
SYNC-VCC
SCL
SDA
YS3
(RGB1-in)
SYNC-GND
Cr1-IN
Cb1-IN
Y1-IN
CLP-FIL
Y-OUT
Cb-OUT
Cr-OUT
YS1
(YVbC2-IN)
B1-IN
G1-IN
R1-IN
Y/C-GND
Cr2-IN
Cb2-IN
Y2-IN
Y/C-VCC
B2-IN
G2-IN
R2-IN
YS2/YM
(RGB2-IN)
FIL.
X’TAL
C3-IN
APC-FIL
CVBS3/Y3-IN
ADDRESS
C2-IN
CVBS2/Y2-IN
COMB SYS
Fsc-OUT
AFC-FIL
C1-IN

I
I
O
O
I
—
I
—
O
O
O
—
I
I/O
I

—
I
I
I
—
O
O
O
I

I
I
I
—
I
I
I
—
I
I
I
I

—
—
I
—
I
I
I
I
O
O
—
I

CVBS1 or Y1-IN signal input.
Sync signal input.
CVBS or Y+C signal output terminal.
Counted-down vertical sync signal output.
Input of Y signal coming from comb filter. Open when not used.
DDS/BUS/V-CD/H-CD block power supply. DC5V (standard).
Input of C signal coming from comb filter. Open when not used.
DDS/BUS/V-CD/H-CD block grounding terminal.
H-AFC-processed horizontal sync signal output.
Sand Castle Pulse output. Clamping pulse and horizontal blanking pulse outputs.
Output of sync input Y signal selected with Video-SW.
SYNC/HVCO block power supply. DC5V (standard).
I2C BUS SCL terminal.
I2C BUS SDA terminal.
Selector switch for main signal and RGB1 input signal. YS3 input effective only when
“RGB1-ENB” is set at “enable” in bus setting.
SYNC/HVCO block grounding terminal.
Y1/Cb1/Cr1 signal input.

Y clamp filter to be connected.
Y/Cb/Cr signal output.

Selector switch for main signal and Y/Cr/Cb2 input signal.

RGB1 signal input. This input is selected at YS3 or I2C BUS.

Y/C/Text/Video-SW/1HDL block grounding terminal.
Y2/Cb2/Cr2 signal input. This input is selected at YS1.
Open when not used.

Y/C/Text/Video-SW/1HDL block power supply. DC5V (standard)
RGB2 signal input. This input is selected at YS2.
Open when not used.

Selector switch for main signal and RGB2 input signal.

Connected to Y/C-VCC terminal.

16.2MHz crystal oscillator to be connected.
Chroma signal input. Open when not used.
Chroma demodulation filter to be connected.
CVBS3 or Y3 signal input. Open when not used.
Slave address to be preset.
Chroma signal input. Open when not used.
CVBS2 or Y2 signal input. Open when not used.
Received color system judgment result to be output from this pin and pin 46.
Subcarrier output.
AFC detection filter to be connected.
Chroma signal input. Open when not used.

PZ-43MR2E
PZ-50MR2E

31

PZ-43MR2E
PZ-50MR2E

Ë VHICXA2101Q-1 (ASSY: IC803)

» Baseband Video Signal Processor

» Block Diagram

» Pin Function

Pin No. Pin Name I/O Pin Function

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

IN2-H
IN2-V
IN2-1
IN2-2
IN2-3
Vcc-MAT
IN3-H
IN3-V
IN3-1
IN3-2
IN3-3
GND-MAT
IN4-H
IN4-V
IN4-1
IN4-2
IN4-3

I
I
I
I
I

—

I
I
I
I
I

—

I
I
I
I
I

IN2-H : Independent horizontal sync signal input terminal.
IN2-V : Independent vertical sync signal input terminal.
IN2 line signal input terminal.

Selector line and sync processor line power terminal.
IN3-H : Independent horizontal sync signal input terminal.
IN3-V : Independent vertical sync signal input terminal.
IN3 line signal input terminal.

Selector line and sync processor line grounding terminal.
IN4-H : Independent horizontal sync signal input terminal.
IN4-V : Independent vertical sync signal input terminal.
IN4 line signal input terminal.

32

» Pin Function

Pin No. Pin Name I/O Pin Function

18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
37
39
36
38
40
41
42
43
44
45

46
47
48
49

50
51
52
53
54

55
56
57
58
59
60
61

62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80

V-PH
IN5-H
IN5-V
IN5-1
IN5-2
IN5-3
H-PH
YG-OUT
YG-IN
IREF-SYNC
VS-OUT
HS-OUT
Vcc-OUT
SCP-IN
VTIM-IN
HP-IN
GND-OUT
R-OUT
G-OUT
B-OUT
R-SH
G-SH
B-SH
IK-IN
PABL-FIL
ABL-FIL
ABL-IN
YS/YM-1

LR1-IN
LG1-IN
LB1-IN
YS/YM-2

LR2-IN
LG2-IN
LB2-IN
ADDRESS
DPIC-C

SCL
SDA
DPIC-MUTE
CLP-C
VM-OUT
VM/SHP/COL-OFF
YCBCR-SW

ECR-IN
ECB-IN
EY -IN
V1-IN
H1-IN
CR1-IN
CB1-IN
Y1-IN
GND-SIG
IREF-YC
Vcc-SIG
SELCR-IN
SELCB-IN
SELY-IN
SELY-OUT
SELCB-OUT
SELCR-OUT
SELH-OUT
SELV-OUT

I

I

I

I

I

O

I

O
O
O

I

I

I
O
O
O
O

I

I

I

I

I

I

I

I

I

I

I

I

O

I

I

I

I

I

I

I

I

I

—

—

I

I

I
O
O
O
O
O

Vsync peak holding capacitor connection terminal.
IN5-H : Independent horizontal sync signal input terminal.
IN5-V : Independent vertical sync signal input terminal.
IN5 line signal input terminal.

Hsync peak holding capacitor connection terminal.
Sync separation composite video signal output terminal.
Sync separation composite video signal input terminal.
Reference current setting terminal (about 4.6V)
Used to select between IN1-line HV and IN2/IN5-line selector output HV by I2C BUS
“YCBCR/MAT” and feed out the signal in positive polarity.
RGB line power terminal.
Sand-Castle-Pulse input terminal.
V timing pulse input terminal.
H pulse input terminal.
RGB line grounding terminal.
RGB signal output terminal.
Output to be made at 2.6Vp-p with 100IRE white input.

RGB AKB sample-and-hold terminal.

Reference pulse to return to this terminal.
Peak ABL peak holding terminal.
Used to form LPF for ABL control signal.
ABL control signal input terminal.
YM1/YS1 control input terminal. Input level to be of 3 values.
VM turning-off function also available when YM and YS have reached their specified values.
Analog RGB1 signal input terminal.

YM2/YS2 control input terminal. Input level to be of 3 values.
VM turning-off function also available when YM and YS have reached their specified values.
Analog RGB2 signal input terminal.

I2C BUS slave address setting terminal.
Capacitor to be connected for grounding in order to detect the black signal in dynamic
picture (black stretching).
I2C BUS standard SCL (Serial Clock) input terminal.
I2C BUS standard SDA (Serial Data) input terminal.
Used to control MUTE of dynamic picture (black stretching).
Y line clamp capacitor connection terminal.
VM output terminal to feed out Y signal’s differential waveform in positive polarity.
Used to turn off VMÅASHARPNESS and COLOUR. Input level to be 3 values
Used to switch between INT and EXT SW input signals. External input terminal to be
selected at High level.
External Y, Cb, and Cr input terminals.

IN1-line HV input terminal. Positive-polarity input.

IN1-line Y, Cb, and Cr input terminals.

Y color difference signal processor grounding terminal.
Reference current setting terminal (mainly for Y color difference signal processing line).
Y color difference signal processor power terminal.
Used to feed in selector outputs Y, Cb, and Cr through clamp capacitor.

IN2- thru IN5-line selector output terminals.
Used to feed out Y-, Cb-, and Cr-converted signals.

IN2 thru IN5 selector HV output terminals.

PZ-43MR2E
PZ-50MR2E

33

PZ-43MR2E
PZ-50MR2E

Ë RH-iX3566CEZZ (ASSY: IC1901)

» PLD (Programmable Logic Device)

» Pin Function

Pin No. Pin Name I/O Pin Function

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44

TDI
VD1
SP_HD
GND
SP_VD
SP_CP
TMS
HD3
VCC
VD3
GND
MODEA
MODEB
MODEC
SELA
GND
VCC
SELO
HD2
VD2
HDS
VDS
US_VD
GND
US_HD
TCK
TEXT_VD
TEXT_HD
VCC
GND
PL_BLK
TDO
PLCP
PL_HD
PL_VD
GND
GCLK1
OE1
GCLRn
OE2/GCLK2
VCC
CNR_CP
CNR_HBLK
HD1

I/O
I/O
I/O

—
I/O
I/O
I/O
I/O

—
I/O

—
I/O
I/O
I/O
I/O

—

—
I/O
I/O
I/O
I/O
I/O
I/O

—
I/O
I/O
I/O
I/O

—

—
I/O
I/O
I/O
I/O
I/O

—

—
I/O
I/O
I/O

Ground

Power supply (3.3V)

Ground

Ground
Power supply (3.3V)

Ground

Power supply (3.3V)
Ground

I
I
I
I

Ground
External clock input. 16MHz

Power supply (3.3V)

34

Ë VHiTA1318AF-1 (ASSY: IC604)

» Sync Processor

» Block Diagram

PZ-43MR2E
PZ-50MR2E

35

PZ-43MR2E
PZ-50MR2E

» Pin Function

Pin No. Pin Name I/O Pin Function

3
1
11
4
2
10
5
6

7
8
20

9

24

12
13
15

14
16
17
18
21
19
22
23

HD1-IN
HD2-IN
HD3-IN
VD1-IN
VD2-IN
VD3-IN
ANALOG GND
AFC FILTER

HVCO
VCC
DAC1
(V . SYNC output)
DAC2
(H/C. SYNC output)
DAC3

CP-OUT
HD1-OUT
HD2-OUT

DIGITAL GND
SDA
SCL
ADDRESS SW
SYNC1-IN
SYNC2-IN
VD1-OUT
VD2-OUT

—

—

—

—

O

O

O

O

O

O

—
I/O

O

O

I
I
I
I
I
I

I
I
I
I

Input the horizontal synchronizing signal.
It’s polarity corresponds to both positive and negative.
Input from this pin does not be synchronized internally.
Input the horizontal vertical signal.
It’s polarity corresponds to both positive and negative.
Input from this pin does not be synchronized internally.
The GND pin for analog circuit block.
Connect the filter for horizontal AFC. The frequency of the horizontal output is varied
by the volyage at this pin.
Connect the ceramic oscillator for horizontal oscillator.
The VCC pin. (9.0V)
DAC1 output pin. When TEST mode, VD or vertical sync signal to frequency counter
circuit is output.
DAC2 output pin. When TEST mode, HD or composite sync signal to frequency
counter circuit is output.
DAC3 output pin. This pin is open-collector system. When TEST mode, test pilses for
the shipping is output.
Clamp pulse output pin. CP mode at synchronization circuit is output.
HD output pin. This pin is open-collector system.
HD1/HD2 does not be synchronizing and they are output from this pin.
It’s polarity is switched by BUS write function.
The GND pin for logic circuit block.
The SDA pin for I2C BUS.
The SCL pin for I2C BUS.
Slave address switch.
Input a signal to separate sync signal.

VD output pin. This pin is open-collector system.
VD1/VD2 does not be synchronizing and they are output from this pin.
It’s polarity is switched by BUS write function.

36

Ë VHiCXD2064Q-1 (ASSY: IC402, IC405)

» Digital Comb Filter

» Block Diagram

PZ-43MR2E
PZ-50MR2E

37

PZ-43MR2E
PZ-50MR2E

» Pin Function

Pin No. Pin Name I/O Pin Function

1

2
3
4
5
6
7

8
9

10
11
12
13
14
15, 28, 32, 33, 35,
16, 27, 34
18, 29, 36
17
19

20
21
22
23
24
25

26

30
31
37
38
39
40
41
42
43
44
45
46
47
48

CLPO

ADIN
RB
ADVS
ADVD
RT
ACO

DAVD
AYO

DAVS
VG
VRF
IRF
VB
TEST
DVDD
DVSS
MOD2
MOD1

VEH3
VEH2
VEH1
PNR
DTR
NTPL2

NTPL1

APCN
TRAP
FIN
CKSL
PLSL
MCKO
ADCK
CPO
PLVS
VCV
PLVD
CLVD
CLPEN
CLVS

O

I
O
—
—
O
O

—
O

—
O

I
O
O

I
—
—

I

I

I

I

I

I

I

I

I

I

I

I

I

I
O

I
O
—

I
—
—

I
—

Built-in clamp circuit current output terminal. To be connected to ADIN when built-in
clamp is used.
Comb filter analog input (A/D converter) terminal.
A/D converter reference bottom voltage. (standard 0.52V)
A/D converter analog grounding terminal.
A/D converter analog power terminal. (5.0V)
A/D converter reference top voltage. (standard 2.6V)
Analog chroma signal output terminal. Resistance to be added between this pin and
GND for obtaining the output.
D/A converter analog power terminal. (5.0V)
Analog luminance signal output terminal. Resistance to be added between this pin and
GND for obtaining the output.
D/A converter analog grounding terminal.
D/A converter terminal.
Y,C ch D/A converter output full-scale setting terminal.
x16 resistance to be connected against D/A converter output resistance “R”.
D/A converter terminal.
Test terminal. (fixed at Low)
Digital power terminal. (5.0V)
Digital grounding terminal.
Y/C separation mode setting terminal.

MODE2 MOD1

L L Most suitable process mode
H L BPF separation mode

Vertical contour enhancement setting terminal.

L: NTSC H: P AL, M-PAL, N-PAL
Fixed at Low.
NTSC/P AL/M-PAL/N-PAL mode setting terminal.

NTPL2 NTPL1

L L NTSC
HHPAL
H L M-PAL

H H N-PAL
Horizontal aperture correction circuit setting terminal. L: off, H: on
Trap filter circuit setting terminal. L: off, H: on
Clock input terminal.
PLL control terminal. VCO oscillator output’s 4fsc clock to be fed in.
FIN input fsc to be selected.
Clock (4fsc) output terminal.
A/D converter clock input terminal. To be connected to MCKO.
PLL phase comparator output terminal.
PLL analog grounding terminal.
VCO control voltage input terminal.
PLL analog power terminal. (5.0V)
Clamp D/A converter analog power terminal. (5.0V)
Clamp circuit enable terminal.
Clamp D/A converter analog grounding terminal.

38

Ë VHiML6428C1-1 (ASSY: IC404, IC407)

» Low Pass Video Filter IC

» Block Diagram

PZ-43MR2E
PZ-50MR2E

» Pin Function

Pin No. Pin Name I/O Pin Function

1
2
3
4
5
6
7
8

YIN
VCC
GND
CIN
YOUT
VCCO
CVOUT
COUT

I
—
—

I

O

—

O
O

Luminance input
5V supply for filters and references.
Ground
Chrominance input
Chrominance output
Composite video output
5V supply for output stages
Luminance output

39

PZ-43MR2E
PZ-50MR2E

Ë RH-iX3473CEZZ (ASSY: IC804, 810)
Ë RH-iX3474CEZZ (ASSY: IC811)

» Monolithic Video Filter

* RH-iX3473CEZZ is 6.7MHz at Cut-off frequency.
* RH-iX3474CEZZ is 30MHz at Cut-off frequency.

» Block Diagram

» Pin Function

Pin No. Pin Name I/O Pin Function

1

2

3
4
5

6

7

8

9

10
11
12
13
14
15
16

A/B MUX

RINA/YINA

GND
VCC
RINB/YINB

GINA/UINA

GINB/UINB

BINA/VINA

BINB/VINB

BOUT
GOUT
VCCO
ROUT
GNDO
DISABLE
SYNC IN

—

I

—
—

I

I

I

I

I

O
O
—
O
—

I
I

Logic input pin to select between Bank <A> and Bank <B> video inputs.
This pin is internally pulled high.
Unfiltered analog R- or Y-channel input for Bank <A>, Sync must be provided at SYNC
IN pin.
Analog ground.
Analog 5V supply.
Unfiltered analog R or Y-channel input for Bank <B>, Sync must be provided at SYNC
IN pin.
Unfiltered analog G or U-channel input for Bank <A>, Sync must be provided at SYNC
IN pin.
Unfiltered analog G or U-channel input for Bank <B>, Sync must be provided at SYNC
IN pin.
Unfiltered analog B or V-channel input for Bank <A>, Sync must be provided at SYNC
IN pin.
Unfiltered analog B or V-channel input for Bank <B>, Sync must be provided at SYNC
IN pin.
Analog B or V-channel output.
Analog G or U-channel output.
5V power supply for output buffers.
Analog R or Y-channel output.
Analog ground.
Disable/Enable pin. Turns the chip off when logic high. Internally pulled low.
Input for an external H-sync logic signal for filter channels. CMOS level input. Active
High.

40

Ë VHiFA3675F/-1 (ASSY: IC1702)

» 6-channel DC-DC Converter IC

» Block Diagram

PZ-43MR2E
PZ-50MR2E

41

PZ-43MR2E
PZ-50MR2E

» Pin Function

Pin No. Pin Name I/O Pin Function

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48

VCC1
RT
CT
CS3
CS5
CS4
CS1
CS2
VREF
CREF
VREG
IN2­FB2
IN1­FB1
IN5+
IN5­FB5
IN6­FB6
IN3+
IN3­FB3
IN4+
IN4­FB4
CP
GND
TLSEL
CNT5
CNT4
CNT2
CNT3
CNT1
VCC2
VDRV
PGND1
OUT1S
OUT1
OUT4
OUT3
OUT2S
OUT2
OUT6S
OUT6
OUT5
OUT5S
PGND2

—
—
—
—
—
—
—
—
O
O
O

I

O

I

O

I
I

O

I

O

I
I

O

I
I

O

I

—

I
I
I
I
I

I
—
O
—
O
O
O
O
O
O
O
O
O
O
—

Power supply for control circuit.
Oscillator timing resistor.
Oscillator timing capacitor.
Soft start for Ch.3 & Ch.4.
Soft start for Ch.6.
Soft start for Ch.5.
Soft start for Ch.1
Soft start for Ch.2.
Reference voltage output.
Capacitor for reference voltage output.
Regulated for voltage output.
Ch.2 inverting input to error amplifier.
Ch.2 output of error amplifier.
Ch.1 inverting input to error amplifier.
Ch.1 output of error amplifier.
Ch.5 non-inverting input to error amplifier.
Ch.5 inverting input to error amplifier.
Ch.5 output of error amplifier.
Ch.6 inverting input to error amplifier.
Ch.6 output of error amplifier.
Ch.3 non-inverting input to error amplifier.
Ch.3 inverting input to error amplifier.
Ch.3 output of error amplifier.
Ch.4 non-inverting input to error amplifier.
Ch.4 inverting input to error amplifier.
Ch.4 output of error amplifier.
Timing capacitor for timer latch delay.
Ground.
Ch.3 & Ch.4 timer latch selection(Low:disable).
Ch.6 ON/OFF function.
Ch.5 ON/OFF function.
Ch.2 ON/OFF function.
Ch.3 & Ch.4 ON/OFF function.
Ch.1 ON/OFF function.
Power supply for output stage.
Bias for logic circuit of output.
Power ground.
Ch.1 source electrode of output stage.
Ch.1 output(for Pch-MOSFET)
Ch.4 output(for Pch-MOSFET)
Ch.3 output(for Pch-MOSFET)
Ch.2 source electrode of output stage.
Ch.2 output(for Pch-MOSFET)
Ch.6 source electrode of output stage.
Ch.6 output(for Pch-MOSFET)
Ch.5 output(for Pch-MOSFET)
Ch.5 source electrode of output stage.
Power ground.

42

Power-on failure (Front LED indicator stays off.)

NO

YES

Is the power cable

connector properly

connected with the set?

Reinsert the power cable

connector and turn on the

power again.

NO

YES

Are F701 and F702 intact

in place?

Replace F701 or F702 and

turn on the power again. If

the fuse blows out again,

replace VA701, Q701, Q703

and IC702 and check the

performance again.

NO

YES

Does the BACK5V line

function?

Check the BACK5V line. Is

there any defective part or

short-circuit?

Check the set's wire

harnesses, FFCs and other

parts for their connections.

YES

Repair the defective

part or short-circuit.

Check the

performance again.

NO

Check IC702,

T702, PC703 and

their peripheral

circuits.

Power switch on, but no power

(Front LED indicator does not change from red to green, but remains in red.)

NO

YES

Are the MDR and DVI cable connectors (white

and gray) properly connected with the PDP

and the set as well?

NO

YES

YES

YES

Is the impedance of the M+10V line

as specified? (Measure the resistance

between F1702 and GND.)

NO

NO

YES

Are there voltage

fluctuations along the OVP

line (pin (12) of P1502)?

NO

Check the M+10V line as well

as its circuit parts.

YES

Are the DC/DC converter output

lines and MOS-FET (Q1712,

Q1716, Q1726 and Q1718) as

specified?

NO

Chekc the D_POW and

B+2.5V_POW lines (pins (6)

and (7) of IC1503).

YES

NO

Check the DC/DC converter output

lines and replace the MOS-FET

(Q1712, Q1716, Q1726 and Q1718).

NO

YES

Is the PS_ON terminal (pin (1) of CN703) at HI

(3.5V)?

Check the internal parts of the power

unit (Q703, Q704, Q708, Q709, D717,

D710 and D711).

Are the D_POW and B+2.5V_POW

settings (pins (30), (32), (33) and (34)

of IC1701) at HI?

NO

YES

Do the +5V line (pin (10) of P1703),

+2.5V line (pins (5) and (6) of P1702),

and +3.3V line (pin (8) of P1702) all

function?

Check the set's wire harnesses,

FFCs and other parts for their

connections.

Replace IC1701.

Check the PS_ON line.

Is the M+10V line as specified?

Is the PDP's power switch on?

Reinsert the connectors, and turn on the

power again.

Turn on the PDP's power switch.

Æ

POWER Unit

TROUBLE SHOOTING TABLE

PZ-43MR2E
PZ-50MR2E

43

PZ-43MR2E

No sound

No sound from speaker

NO

YES

YES

Does output icon denote speaker when

operating audio volume control?

NO

NO

Does output icon denote lineout when

operating audio volume control?

Monitor output in the main menu is set

to "Variable". Switch it to "Fixed".

YES

Is audio output available at each related

pin of IC2501 (MULTI SOUND

PROCESSOR) normal?

Pins (36) and (37) of IC2501 (SC1 OUT

L/R)

YES

Check Q2505 and 2504 (Buffer) and

its peripheral circuits

YES

Check PC I/F Unit and its peripheral

circuits.

No audio output (SCART1)

YES

Is audio output available at each

related pin of IC2501 (MULTI SOUND

PROCESSOR) normal?

Pins (27) and (28) of IC2501

(SC1 OUT L/R)

YES

Check the circuit between pins (27) and

(28) of IC2501 and pins (3) and (1) of

SCART1, as well as audio mute circuit.

NO

Is tuner audio input available at each

related pin of IC2501

(MULTI SOUND PROCESSOR) normal ?

Pin (67) of IC2501 (SOUND IF1)

Pin (69) of IC2501 (SOUND IF2)

NO

NO

NO

Is audio output available at each related pin of

IC1301 (AV SWITCH) normal?

Pins (52) and (54) of IC1301 (L/R OUT1)

Pins (43) and (45) of IC1301 (L/R OUT2)

Pins (38) and (40) of IC1301 (L/R OUT3)

NO

No audio output (SCART2/3)

YES

Is audio output available at each

related pin of IC2501 (MULTI SOUND

PROCESSOR) normal?

Pins (27) and (28) of IC2501

(SC1 OUT L/R)

YES

Check the circuit between pins (27) and

(28) of IC2501 and pins (3) and (1) of

SCART2/3, as well as audio mute circuit.

No monitor audio output

YES

Is normal audio output available at

each related pin of IC2501

(MULTI SOUND PROCESSOR)?

Pins (34) and (33) of IC2501

(SC2 OUT L/R)

YES

Check the circuit between pins (34) and

(33) of IC2501 and J1101 (monitor audio

output), as well as audio mute circuit.

Check the plasma display section.

On TV reception

On external input / PC input

Check IC2501 (MULTI SOUND PROCESSOR) and its peripheral circuits.

Check B.P.F. of SIF1 and SIF2 respectively.

Check TU1101 (U/V tuner) and peripherals.

Is each audio input circuit of IC1301 (AV SWITCH)

normal?

Between SCART1 Pins (6), (2) and IC1301 Pins (2), (4)

Between SCART2 Pins (6), (2) and IC1301 Pins (9), (11)

Between SCART3 Pins (6), (2) and IC1301 Pins (16), (18)

Between front input (J3401) and IC1301 Pins (23), (25)

Between PC input (J3403) and IC1301 Pins (29), (31)

Check IC1301 (AV SWITCH) and peripherals.

PZ-50MR2E

TROUBLE SHOOTING TABLE (Continued)

44

No Picture (1)

YES

NO

YES

No external input <SCART1 AV>

Check the line between

pin (20) of SCART1 and

pin (3) of IC1301.

YES

YES

No external input <SCART2 AV>

Check the line between

pin (20) of SCART2 and

pin (10) of IC1301.

YES

NO

YES

No external input <SCART3 AV>

NO

Check IC1301 and its

peripheral circuits.

Is there AV signal input

at pin (17) of IC1301 (AV

SWITCH)?

Is there AV signal input

at pin (10) of IC1301 (AV

SWITCH)?

Is there AV signal input

at pin (3) of IC1301 (AV

SWITCH)?

YES

Are there MAIN-R/G/B signal inputs at pins (5), (7)

and (9) of IC811 (30MHz L.P.F.), respectively?

YES

NO

Check IC811 and

its peripheral

circuits.

YES

YES

YES

NO

Check IC810 and

its peripheral

circuits.

Are there SUB-R/G/B signal outputs

at pins (13), (11) and (10) of IC810,

respectively? (in STD mode)

Are there SUB-R/G/B signal outputs

at pins (13), (11) and (10) of IC811,

respectively? (in HDTV mode)

Check the line between

pin (20) of SCART3 and

pin (17) of IC1301.

YES

NO

Check the line between

IC405 and IC801.

YES

Are there MAIN-Y signal inputs at pins (1) and (44) of IC801

(MAIN VIDEO CHROMA) as well as MAIN-C signal inputs at pins

(43) and (48)(composite signal at pin (1) in SECAM system)?

NO

Check the line between

IC402 and IC802.

Are there SUB-Y signal input at pin (44) of IC802 (SUB

VIDEO CHROMA) (at pin (1) in NTSC system) as well as

SUB-C signal input at pin (43) (at pin (48) in NTSC system)?

YES

NO

Check IC801 and its

peripheral circuits.

YES

Are there MAIN-Y/Cb/Cr signal outputs at pins (21),

(22) and (23) of IC801, respectively?

NO

Check IC802 and its

peripheral circuits.

Are there SUB-Y/Cb/Cr signal outputs at pins (21),

(22) and (23) of IC802, respectively?

YES

NO

Check the line between

IC801 and IC803.

YES

Are there MAIN-Y/Cb/Cr signal inputs at pins (69), (68)

and (67) of IC803 (RGB DECODER), respectively?

NO

Check the line between

IC802 and IC804.

Are there

SUB-Y/Cb/Cr

signal inputs at pins (5), (9)

and (7) of IC804 (6.7MHz L.P.F.), respectively?

YES

NO

Check IC803 and its

peripheral circuits.

YES

YES

Are there MAIN-R/G/B signal outputs at pins (35),

(37) and (39) of IC803, respectively?

NO

Check IC804 and its

peripheral circuits.

Are there SUB-R/G/B signal outputs at pins (13),

(11) and (10) of IC804, respectively?

NO

NO

NO

Select INPUT1 AV on

the menu screen.

Select INPUT2 AV on

the menu screen.

NO

Is INPUT3 AV selected

on the Input Select

menu screen?

Is INPUT2 AV selected

on the Input Select

menu screen?

Is INPUT1 AV selected

on the Input Select

menu screen?

Select INPUT3 AV on

the menu screen.

Are there MAIN and SUB video signal outputs at pins (56) and (44) of IC1301, respectively?

YES

NO

Check the lines between

IC1301, IC405 and

IC402.

Are there video signal inputs at pins (1) and (2) of IC405 (MAIN COMB FILTER) and IC402 (SUB COMB FILTER)?

Check the PC I/F unit.

<MAIN system> <SUB system>

<HDTV mode> <STD mode>

Are there MAIN-R/G/B signal inputs at pins (5), (7)

and (9) of IC810 (6.7MHz L.P.F.), respectively?

C

A

D

F

B

E

TROUBLE SHOOTING TABLE (Continued)

PZ-43MR2E
PZ-50MR2E

45

PZ-43MR2E

No picture (2)

NO

YES

NO

YES

No external input picture (SCART2 Y/C)

Is INPUT2 Y/C selected on

Input Select menu screen?

Select INPUT2 Y/C on

menu selection screen.

Is Y signal input available at

pin (10) and C signal input

at pin (12) of IC1301 (AV

SWITCH) respectively?

Check the circuit between

pins (20) and (25) of

SCART2 and pins (10) and

(12) of IC1301.

Check the circuit between

pins (20) and (15) of

SCART3 and pins (17) and

(19) of IC1301.

Check the circuit

between pin (23) of

TUNER and pin (63) of

IC1301.

NO

YES

NO

YES

NO

No external input picture (SCART3 Y/C)

Is INPUT3 Y/C selected on

Input Select menu screen?

Select INPUT3 Y/C on

menu selection screen.

Is Y signal input available at

Pin (17) and C signal input

at pin (19) of IC1301 (AV

SWITCH), respectively?

Check IC1301 and

peripheral circuits.

NO

YES

NO

YES

No TV picture

Is video output available at pin

(23) of TU1101 (U/V tuner)?

Check TUNER and its

peripheral circuit.

Is video input signal

available at pin (63) of

IC1301 (AV SWITCH)?

No picture (3)

NO

YES

NO

YES

No external input picture (SCART1 RGB)

Is INPUT1 RGB selected

on Input Select menu

screen?

Select INPUT1 RGB on

menu selection screen.

Is RGB signal input

available at pins (59),

(61) and (63) of IC1401

(AV SWITCH)?

Check the circuit

between pins (15), (11)

and (7) SCART and pins

(59), (61) and (63).

NO

YES

NO

YES

No external input picture (SCART3 RGB)

Is INPUT3 RGB selected

on Input Select menu

screen?

Select INPUT3 RGB on

menu selection screen.

Is RGB signal input

available at pins (5), (7)

and (9) of IC1401 (AV

SWITCH)?

Check the circuit between

pins (15), (11) and (7) of

SCART3 and pins (5), (7)

and (9) of IC1401.

NO

YES

NO

YES

No component picture

Is INPUT3 COMPONENT

selected on Input Select

menu screen?

Select INPUT3

COMPONENT on menu

selection screen.

Is component signal input

available at pins (15), (17)

and (19) of IC1401 (AV

SWITCH)?

Check the circuit between

J1101 (component signal

input terminal) and

IC1401 pins (15), (17)

and (19) of IC1401.

NO

YES

Is RGB signal output

available at pins (50), (48)

and (46) of IC1401?

Check IC1401 and

peripheral circuits.

NO

YES

Is RGB signal output

available at pins (50), (48)

and (46) of IC1401?

Check IC1401 and

peripheral circuits.

NO

YES

YES

YES

YES

Is component signal output

available at pins (38), (36)

and (34) of IC1401?

Check IC1401 and

peripheral circuits.

NO

Is RGB signal input available

at pins (27), (26) and (25) of

IC801 (MAIN VIDEO

CHROMA) respectively?

Check the circuit between

pins (5), (48) and (46) of

IC1401 and pins (27),

(26) and (25) of IC1801.

NO

Is RGB signal input available

at Pins (27), (26) and (25) of

IC802 (SUB VIDEO

CHROMA) respectively?

Check the circuit between

pins (50), (48) and (46) of

IC1401 andpins (27), (26)

and (25) of IC802.

NO

Is component signal input

available at pins (3), (4)

and (5) of IC803 (RGB

DECODER) respectively?

Check the circuit between

pins (38), (36) and (34) of

IC1401and pins (3), (4)

and (5) of IC803.

C

A

B

Is MAIN-Y signal output available at pin (56) and MAIN-C signal output at pin (58) of IC1301, respectively?

Is SUB-Y signal output available at pin (44) and SUB-C signal output at pin (47) of IC1301, respectively?

DEF

PZ-50MR2E

TROUBLE SHOOTING TABLE (Continued)

46

No picture (4)

NO

YES

Is INPUT4

selected in Input

Source?

Select INPUT4

in Input Source.

NO

YES

Is INPUT4

selected in Input

Source?

Select INPUT4

in Input Source.

NO

YES

Is video signal

input available at

pin (22) of IC1301

(AV SWITCH)?

Check the circuit

between J3401

(front INPUT4) AV

terminal and pin

(22) of IC1301.

NO

YES

Is Y signal input

available at pin (24)

and C signal input at

pin (26) of IC1301

(AV SWITCH)

respectively?

Check the circuit

between pins (2)

and (1) and pins

(24) and (26) of

IC1301.

NO

Is MAIN-Y signal output

available at pin (56)

and MAIN-C signal

output at pin (58) of

IC1301 respectively?

Is SUB-Y signal output

available at pin (44) and

SUB-C signal output at

pin (47) of IC1301

respectively?

Check IC1301

and peripheral

circuits.

No external input picture (INPUT4 AV) No external input picture (INPUT4 S-IN)

No picture (5)

NO

Is video signal

output available at

pin (41) of IC1301

(AV SWITCH)?

NO

Is Y signal output

available at pin (39)

and C signal output

at pin (37) of IC1301

(AV SWITCH)

respectively?

YES

YES

YES

Check the circuit

between pin (41) and

of IC1401 J1101

(monitor video output

terminal).

Check the circuit

between pins (39)

and (37) of IC1301

and pins (3), (4) of

J1102 (monitor S-

OUT terminal).

Confirm

input signal

is S-INPUT.

No monitor picture (AV) No monitor picture (S-OUT)

Check

IC1301 and

peripheral

circuits.

C

A

B

Check

IC1301 and

peripheral

circuits.

TROUBLE SHOOTING TABLE (Continued)

PZ-43MR2E
PZ-50MR2E

47

PZ-43MR2E

Synchronization failure

NO

YES

Is VDM/HDM output

available at pins (28)

and (29) of IC803

(RGB DECODER)?

Check IC803 and

peripheral circuits.

NO

NO

YES

Is HI/VI input available

at pins (66)/(1) and

(65)/(2) of IC803?

Check the circuit

between pins (34)

and (35) of IC1901

and pins (66)/(1) and

(65)/(2) of IC803.

NO

YES

Is PL-HD/VD output

available at pins (34) and

(35) of IC1901 (PLD)?

Check IC1901 and

peripheral circuits.

YES

MAIN: Is HD1/VD1 input available at pins (44) and (2) of IC1901?

SUB: Is HD2/VD2 input available at pins (19) and (20) of IC1901?

COMPONENT: Is SP HD/VD input available at pins (40) and (5) of IC1901?

NO

Is HD1/VD1 output available

at pins (9) and (4) of IC801

(MAIN VIDEO CHROMA)?

Check IC801 and peripheral

circuits.

YES

NO

Is SP HD/VD output

available at pins (16) and

(28) of IC604 (SYNC SEP)?

Check IC604 and peripheral

circuits.

YES

NO

Is HD2M/VD2 output available

at pins (9) and (4) of IC802

(SUB VIDEO CHROMA)?

YES

Is video signal input

available at pin (21) of

IC1601 (TELETEXT CPU)?

Is TELETEXT compatible broadcast received (or are signals from other TELETEXT compatible

equipment received at video input terminal), and is TELETEXT selected on remote controller?

Check the circuit between

pin (56) of IC1301 and pin

(21) of IC1601.

NO

YES

Is signal input available at pins

(57), (58) and (59) of IC1601?

Check IC1601 and its

peripheral circuits.

NO

Is signal input available at

pins (57), (53) and (55) of

IC1301 (AV SWITCH)?

Check the circuit between

pins (57), (58) and (59) of

IC1601 and pins (57), (53)

and (55) of IC1301.

YES

NO

Select TELETEXT in

accordance with the

specified procedure.

Check IC802 and peripheral

circuits.

No TELETEXT screen

NO

YES

Is HDS/VDS output

available at pins

(21) and (22) of

IC1901 (PLD)?

Check IC1901

and peripheral

circuits.

NO

MAIN

SUB

Check the

circuit between

pins (9) and (4)

of IC801 and

pins (19) and

(20) of IC1901.

PZ-50MR2E

48

No picture

NO

YES

No TV, video and component picture

Is input available at pins

(124), (133) and (139) of

IC4 normal?

Check CN6 and its

peripheral circuits.

NO

YES

Are TL207, TL208 and

TL211 normal?

Check CN6 and its

peripheral circuits.

NO

YES

Is digital output section

of IC4 normal?

Check IC4 and its

peripheral circuits.

NO

YES

Is digital output section

of IC310 normal?

Check IC310 and its

peripheral circuits.

NO

YES

Is digital output of IC25

normal?

Check IC25 and its

peripheral circuits.

No PC picture

YES

Is signal available at pins (21), (22), (24), (25), (27), (28), (30)

and (31) of IC413? (The signal is of high frequency (a little

less than 1GHz). Pay due attention to it during observation.)

Monitor problem is likely.

NO

PC I/F Unit (CPCi-

0056CE) internal problem

is likely.

No MAIN picture on single screen and dual screen.

No SUB picture on dual screen

NO

YES

Is input available at pins

(126), (136) and (141) of

IC4 normal?

Check CN8 and its

peripheral circuits.

NO

YES

Is digital output section

of IC4 normal?

Check IC4 and its

peripheral circuits.

NO

YES

Is digital output of IC25

normal?

Check IC25 and its

peripheral circuits.

TROUBLE SHOOTING TABLE FOR PC I/F UNIT

PZ-43MR2E
PZ-50MR2E

49

PZ-43MR2E

L

CONTROL

C





CIRCUIT

CIRCUIT

PZ-50MR2E

PRINTED WIRING BOARD BLOCK DIAGRAM-1/2

»

PC I/F Unit

H

POWERREG.

PCR,G,BINPUT
CIRCUIT

G

VIDEOINA/D
CONVERTER
CIRCUIT

F

CN9

CONNECTOR

CN8

CONNECTOR

IC7

REG.

VIDEOMAIN/P

IC310

A/DCONV

IC8

REG.

IC4

A/DCONV

IC320

SDRAM

IC1

CPU

IC25

CIVIC

IC319

SDRAM

VIDEOPROCESSOR

CPCI-0056CE■

IC413

PANELLINK

IC405

RS-323RECIVER

CN3

DISPLAYOUT-1

CN5

RS-232C

PANELLINK
OUTPUT
CIRCUIT

RS-232CLINE
DRIVERI/F
CIRCUIT

E

»

D

C

COMP.AVSWITCH
CIRCUIT

B

AV Unit

IC1401

AVSWITCH

CN6
CONNECTOR

SC1101

SCART-1TERMINAL

ANALOGAVSWITCH
CIRCUIT

P1301
CONNECTOR

SC1401

CONNECTOR

CN7
CONNECTOR

SC1102

SCART-2/3TERMINAL

IC1301

AVSWITCH

CPUCIRCUIT

SC1402

CONNECTOR

COMPIN/MONI-OUTTERMINA

IC1102

J1101

FLASHMEMORY

IC1602

IC1601

TELTEXT

CN1
CONNECTOR

J1102

MONITORS-OUT

IC1603

P2502

CONNECTOR

IC2501

MULTISOUND

U/VTUNER

TELTEXT&AVLINK
CIRCUIT

P2503

CONNECTOR

A

P2501

CONNECTOR

654321

50

PRINTED WIRING BOARD BLOCK DIAGRAM-2/2



»

MAIN Unit

H

PZ-43MR2E
PZ-50MR2E

SC1502

CONNECTOR

IC802

SUBVIDEO

CHROMA

G

SC1501

CONNECTOR

IC901

PLD

F

IC803

P901

ADJUSTING

CONNECTOR

RGBDECODER

IC403

CONTROL

SC1503

CONNECTOR

IC402

SUBCOMBFIL.

IC604

SYNCSEP.

IC801

MAINVIDEO

CHROMA

MAINCOMBFIL.

IC406

CONTROL

IC405

SC1504

CONNECTOR

IC1502

DAC

P1702

CONNECTOR

P1703

CONNECTOR

E

P1502

CONNECTOR

POWERSUPPLY

DC/DCCONVERTER

CIRCUIT

D

C

B

A

654321

51

PZ-43MR2E
PZ-50MR2E

SYSTEM BLOCK DIAGRAM

H

G

F

E

D

C

B

A

87109654321

52

PZ-43MR2E
PZ-50MR2E

53

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

SIGNAL FLOW BLOCK DIAGRAM

H

G

F

E

D

C

B

A

87109654321

54

PZ-43MR2E
PZ-50MR2E

55

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

DC/DC CONVERTER BLOCK DIAGRAM

H

G

F

E

D

C

B

A

87109654321

56

PZ-43MR2E
PZ-50MR2E

57

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

POWER BLOCK DIAGRAM

H

G

F

E

D

C

B

A

87109654321

58

PZ-43MR2E
PZ-50MR2E

59

1716 1918151413121110

PZ-43MR2E

z

E

T

I

D

F

F

M

8

R

D

D

D

D

PZ-50MR2E

PC I/F BLOCK DIAGRAM

X6

25.175MHz
X5

79.794MHz

8
8
8

LCLK(79.79 4MH

DO_HS YNC

DO_VS YNC

DO_HD ISP

-C1_I NT

CKIO(24MHz)

-CS2

-WAIT_C1

-RESET_C1

-

RST_PLL

CPU BUS

WP

TX
RX

TX
RX

2

LH2

D

MS

H

CPCI-00 56CE

X4

CLR_ SW

12

HV SEL

1B
2B
4B

1A
2A
4A

-A /+B

RIN2
GIN2
BIN2

RIN1
GIN1
BIN1

ROUT
GOUT
BOUT

74LCX157

1Y
2Y

V0

4Y

Sync

Sel

IC411

12V->5VReg

IC7 PQ05TZ11

V0
A/D
Amp

PLL

IC4

CXA3506R

2

C=CH2

I

XPOWERSAVE

SYNCIN1
SYNCIN2

HOLD

CLPIN
DIVOUT
1/2C LK
RA[7..0]
RB[7..0]
GA[7..0]
GB[7..0]
BA[7..0]
BB[7..0]

7
9

10

CN8

5

G

1
3

12pin TO CONNECTOR PWB

18
17

MAIN _H

MAIN_VD

PC_R
PC _G
PC_B

PC _H
PC_V
PC_C

D

F

 

29,3

0

25,2

6

FPC 30pin TO MAIN PWB

21,2

2

MAI N_

R

MAI N_

G

MAI N_

B

12V->9V R eg

IC415 BA09FP

E

VIDEO SIGNAL

PEAK DETECTION

CN6

ACL_S IG

OV0_CLP

25MHz

OV0 _H
OV0_V

PC_ C3

CXA3506R

VCO

WHISKER

CORRECTIO

N CIRCUIT

IC423, IC424

OV0_CLP

OV0_HSC2

OVCLK(Max60MHz)

8
8
8
8
8
8

XPW R_SV

OV0_PDEN

OV0_HSYNR

V0_HSYNC
V0_VSYNC
V0_CSYNC

V0_PDEN

V0_HSYNR

V0_CLP
V0_HSYNC2
V0_VDCLK_I
V0_RA[7..0]
V0_RB[7..0]
V0_GA[7..0]
V0_GB[7..0]
V0_BA[7..0]
V0_BB[7..0]

CVIC

IC25

DCLKMCK_REF
DO_RA[9..2]
DO_GA[9..2]
DO_BA[9..2]

LCLK

DO_HSYNC
DO_VSYNC

DO_HDISP

BINT

5V->3.3V Reg

D

13,1

4

9,10

5,6

C

2
1

SUB _Y
SUB_ Cb
SUB_ Cr

V1 ADC

RT, RB SETTING

CIRCUIT

SUB _VD

SUB_ HD

3.27V

1.17V

About 60MHz

IC8 PQ20VZ11

AIN
BIN
CIN

RT

TLC5733A

RB

VCOOUT

TLC2933IPW

V1

A/D

IC310

V1

PLL

IC328

AO[8..1]
BO[8..1]
CO[8..1]

CLK

EXTCLP

-OE
FIN-A
FIN-B

PFDINH

OV1_VCKO

(≒15M Hz)

OV1_CLP

SAD C_OE

OV1_HSNR

OV1_HSNF

OV1_PDEN

OV1 _H
OV1_V

OV1_VCLK

8
8
8

V1_GA[7..0]
V1_BA[7..0]
V1_RA[7..0]

V1_VDCLK_O
V1_CLP

V1_HSYNR
V1_HSYNF
V1_PDEN

V1_HSYNC
V1_VSYNC
V1_VDCLK_I

BCLK
XBCS

BWAIT

XRESET

PLL_S

BD,BA

B

SDRAM BUS

D:128,A:11,BA:2,Ctrl:13

SDCLK=100MHz

SDRAM

A

512Kx128bitx4BANK

A

IC319-322

HY57V653220BTC-7 4 PCS.

87109654321

60

PZ-43MR2E
PZ-50MR2E

X6

25.175MHz
X5

79.794MHz

8
8
8

LCLK(79.79 4MHz)

DO_HS YNC

DO_VS YNC

DO_HD ISP

-C1_I NT

CKIO(24MHz)

-CS2

-WAIT_C1

-RESET_C1

-

RST_PLL

CPU BUS D:16,A:26

WP

LH28F320S3NS

VGA_OE

WXGA_OE

XPWR_SV

HVSEL PTA0

SEL_CD

SADC_OE

CARD_RST

PXOE

THER MO

BSREQ

CLR_ SW PTD4

TXD 1_T
RXD 1_T

TXD0_M

RXD0_M

FLAS HWP

FLASH

2Mx16bit

IC27

-C S0

DRAM 1Mx16bit

IC28

MSM51V18165D

EEPROM

IC3

AT24C128N

2

I

C=CH3

D[23..16]
D[15..8]
D[7..0]

IDCK+

HSYNC
VSYNC
DE

IRQ3
IRQ4
IRQ0
PTC5
PTD7

PTE6
PTB7
PTC7
AN7
PTE6

TXD1
RXD1

TXD0
RXD0

CKIO
CS2
WAIT
PTD2
PTD5

STS

VPP

A20

5V->3.3V R eg

IC412 PQ1R33

PanelLink

HDCP

Transmitter

IC413

SiI168

2

C=CH1

I

EDGE

RST

RESET CIRCUIT

+2.5V IC19 PST623XW

+3.3V IC2 PST600IW

-RST _PL

MON_DET

PTB3

PTA1

INTERNAL 72MHz

EXTERNAL 24MHz

CH1 Do:PTB4,Di:PTG5,Clk:PTB5
CH2 Do:PTC1,Di:PTF2,Clk:PTC2
CH3 Do:PTA6,Di:PTG6,Clk:PTA7
CH4 Do:PTD0,Di:PTG4,Clk:PTA4

D[15..0],A[25..0]

PTD1

PTF0

FST ATUS

A20

RESETP

CPU

IC1

SH7709

I2CPORT

SCK1

PTE1

1.8432MHz

FLWP

S1

EEPROM

IC414

M24C32

TMDS(4ch)

VGA_ OE

WXGA_OE

CE2A

CKE

TXD2
RXD2
CTS2
RTS2

IRQ1 4

PTJ4

PTE1 3
PTC4 1
PTC0 2
PTB2 26
PTB0 24
PTJ7 14
PTA5 18
PTA3 17

AN1 47
AN4
AN3
AN6

AN5
PTG1 15
PTC6

PTE7

AN2

CVIC INTERNAL SUPPLY VOLTAGE
MONITOR
R1105 MOUNTED: VD+2.5V=2.5V
R1106 MOUNTED: VD+2.5V=1.8V

X3

SCK2

MDA
MCK

TX

EXTAL

X1

６MHｚ

PTD6

XTAL

PTB6

FLASH WRITE AT FWMODEN=LOW

HOTPLUG

SSYSTEM

KOUTEI

DAC_DATA

DAC_CLK

ACL_SW
RES_OUT3
SRESET

TV_COL2
TV_COL1

HPMUTE

1

LMUTE

SH_ON
AWC S_R
AWC S_W

AG C1
AG C2
AF T1

AF T2
PSE L1
PSE L2

AW_ DATA

PC_V

R1105R1106

IO_STB

PC

DDC

DETECT

16

RS232C

Driver&

Reciever

IC405

uPD4721G

5PTG2
13
16PTJ5
8PTE3
25PTE2

48AN0
50

49
20
19

10

CN3

DVI

I2C=CH1

(TO MONITOR)

RS232C

SERIAL=CH2

FPC 50pin (TO MAIN PWB)

I2C=CH1,2,3, SERIAL=CH1

CN7

SERIAL CONNECTION FOR
CE01 ONLY
(R1081, R1080)

42
41

6

9

7

23

FLASH_W

SRST 4

ACL_S IG44

CSEN2

TXD 1_T
RXD 1_T

SENCE

SMPOW

1:VD+5
3:VA+5
5,6:VD+2.5
8:VD+3.3

10:V-5
12:VA+12
13:VD+5BK

CN5

CVIC INTERNAL SUPPLY VOLTAGE
SELECTOR
R1077 MOUNTED: VD+2.5V=2.5V
R1078 MOUNTED: VD+2.5V=1.8V

R1077R1078

14

8

1235

9

1CSEN1

6CCKM

CN1

2

5

15pin

SERIAL=CH0

15FWMODEN

CN9

13pin (TO MAIN PWB)

POWER CONNECTOR

TXD 1_T
RXD 1_T

61

1716 1918151413121110

PZ-43MR2E

CN9 CN8

POWER UNIT

FRONT UNIT

MAI

PC I/F UNIT

P3401

S

S

P1301

CN702

QCNW-6073

QCNW-6074CEZ

QCNW-6081CEZZ

QCNW-6077CEZZ

QCNW-6080CEZZ

QCNW-6083CEZZ

QCNW-6084CEZZ

LED UNIT

P3001

QCNW-6078CEZZ

SR UNIT

P6000 P6001

PZ-50MR2E

OVERALL WIRING DIAGRAM-1/2

H

CN1

G

F

CN7

E

CN6

D

SC1502

SC1501

CN703

C

B

A

P1502

87109654321

62

PZ-43MR2E

MAIN UNIT

AV UNIT

P3402

P1703

SC1503

SC1401

P2502

P1702

QCNW-6075CEZZ

QCNW-6082CEZZ

QCNW-6079CEZZ

QCNW-6076CEZZ

PZ-50MR2E

P1301

SC1504

P2503

SC1402

TUNER

P2501

1716 1918151413121110

63

PZ-43MR2E
PZ-50MR2E

OVERALL WIRING DIAGRAM-2/2

H

G

F

E

D

C

B

A

87109654321

64

PZ-43MR2E
PZ-50MR2E

65

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

DESCRIPTION OF SCHEMATIC DIAGRAM

VOL TAGE MEASUREMENT CONDITION:

1. When the exclusive-use AC adapter is used, the colour
bar signal of colour bar generator for service is input to
get the normal screen. When the audio is minimized,
the voltage value is measured with the 20 kΩ/V tester.

WAVEFORM MEASUREMENT CONDITION:

1. When the exclusive-use AC adapter is used, the colour
density , lightness and colour hue are set to the center
position, and the signal of colour bar generator for
service is observed to get waveform.

2. indicates waveform check points (See chart,
waveforms are measured from point indicated to
chassis ground.)

INDICATION OF RESISTOR & CAPACITOR:

RESISTOR

1. The unit of resistance “Ω” is omitted.
(K=kΩ=1000 Ω, M=MΩ).

2. All resistors are ± 5%, unless otherwise noted.
(J= ± 5%, F= ± 1%, D= ± 0.5%)

3. All resistors are Carbon type, unless otherwise noted.

C : Solid W : Cement

S : Oxide Film T : Special

N : Metal Coating

CAPACITOR

1. All capacitors are mF, unless otherwise noted.
(P=pF=mmF).

2. All capacitors are Ceramic type, unless otherwise
noted.
(ML) : Mylar (TA) : Tantalum
(PF) : Polypro Film (ST) : Styrol

CAUTION:

This circuit diagram is original one, therefore there may be a
slight difference from yours.

IMPORTANT SAFETY NOTICE:

PARTS MARKED WITH “å” ( )ARE
IMPORTANT FOR MAINTAINING THE SAFETY OF
THE SET. BE SURE TO REPLACE THESE PARTS
WITH SPECIFIED ONES FOR MAINTAINING THE
SAFETY AND PERFORMANCE OF THE SET.

66

WAVEFORMS

PZ-43MR2E
PZ-50MR2E

1

IC1301 63-pin

V: 200mV/div H: 10µsec/div

5

IC803 TP801

V: 200mV/div H: 20µsec/div

2

IC1301 56-pin

V: 500mV/div H: 10µsec/div

6

IC803 TP802

V: 200mV/div H: 20µsec/div

3

IC405 1.2-pin

V: 500mV/div H: 10µsec/div

7

IC803 TP803

V: 200mV/div H: 20µsec/div

4

IC801 1-pin

V: 200mV/div H: 10µsec/div

8

IC803 31-pin

V: 1V/div H: 20µsec/div

9

IC810 13-pin

V: 500mV/div H: 20µsec/div

0

IC810 11-pin

V: 500mV/div H: 20µsec/div

q

IC810 10-pin

V: 500mV/div H: 20µsec/div

67

PZ-43MR2E
PZ-50MR2E

Ë

MAIN UNIT -1/6

H

G

F

E

D

C

B

A

87109654321

68

PZ-43MR2E
PZ-50MR2E

69

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

MAIN UNIT -2/6

H

G

F

E

D

C

B

A

87109654321

70

PZ-43MR2E
PZ-50MR2E

71

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

MAIN UNIT -3/6

H

G

F

E

D

C

B

A

87109654321

72

PZ-43MR2E
PZ-50MR2E

73

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

MAIN UNIT -4/6

H

G

F

E

D

C

B

A

87109654321

74

PZ-43MR2E
PZ-50MR2E

75

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

MAIN UNIT -5/6

H

G

F

E

D

C

B

A

87109654321

76

PZ-43MR2E
PZ-50MR2E

77

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

MAIN UNIT -6/6

H

G

F

E

D

C

B

A

87109654321

78

PZ-43MR2E
PZ-50MR2E

79

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

FRONT UNIT

H

G

F

E

D

C

B

A

87109654321

80

PZ-43MR2E
PZ-50MR2E

81

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

A V UNIT-1/3

H

G

F

E

D

C

B

A

87109654321

82

PZ-43MR2E
PZ-50MR2E

83

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

A V UNIT-2/3

H

G

F

E

D

C

B

A

87109654321

84

PZ-43MR2E
PZ-50MR2E

85

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

A V UNIT-3/3

H

G

F

E

D

C

B

A

87109654321

86

PZ-43MR2E
PZ-50MR2E

87

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

SR Unit

H

G

F

E

D

C

B

A

87109654321

88

PZ-43MR2E
PZ-50MR2E

89

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

LED Unit

H

G

F

E

D

C

B

A

87109654321

90

PZ-43MR2E
PZ-50MR2E

91

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

PC I/F Unit-1/7

H

G

F

E

D

C

B

A

87109654321

92

PZ-43MR2E
PZ-50MR2E

93

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

PC I/F Unit-2/7

H

G

F

E

D

C

B

A

87109654321

94

PZ-43MR2E
PZ-50MR2E

95

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

PC I/F Unit-3/7

H

G

F

E

D

C

B

A

87109654321

96

PZ-43MR2E
PZ-50MR2E

97

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

PC I/F Unit-4/7

H

G

F

E

D

C

B

A

87109654321

98

PZ-43MR2E
PZ-50MR2E

99

1716 1918151413121110

PZ-43MR2E
PZ-50MR2E

Ë

PC I/F Unit-5/7

H

G

F

E

D

C

B

A

87109654321

100