This service manual should be used together with the following manual(s).
Model No.Order No.Remarks
PDP-505PE
PRO-505PU
ARP3215SCHEMATIC DIAGRAM, PCB CONNECTION DIAGRAM
For details, refer to "Important symbols for good services" .
T-ZZY AUG. 2004 printed in Japan
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SAFETY INFORMATION
A
This service manual is intended for qualified service technicians ; it is not meant for the casual
do-it-yourselfer. Qualified technicians have the necessary test equipment and tools, and have been
trained to properly and safely repair complex products such as those covered by this manual.
Improperly performed repairs can adversely affect the safety and reliability of the product and may
void the warranty. If you are not qualified to perform the repair of this product properly and safely,
you should not risk trying to do so and refer the repair to a qualified service technician.
WARNING
This product contains lead in solder and certain electrical parts contain chemicals which are known to the state of California to
cause cancer, birth defects or other reproductive harm.
B
NOTICE
(FOR CANADIAN MODEL ONLY)
Fuse symbols (fast operating fuse) and/or (slow operating fuse) on PCB indicate that replacement parts
must be of identical designation.
REMARQUE
(POUR MODÈLE CANADIEN SEULEMENT)
Les symboles de fusible (fusible de type rapide) et/ou (fusible de type lent) sur CCI indiquent que les pièces
de remplacement doivent avoir la même désignation.
Health & Safety Code Section 25249.6 - Proposition 65
C
SAFETY PRECAUTIONS
NOTICE : Comply with all cautions and safety related notes
located on or inside the cabinet and on the chassis.
The following precautions should be observed :
1. When service is required, even though the PDP UNIT an
isolation transformer should be inserted between the power line
and the set in safety before any service is performed.
2. When replacing a chassis in the set, all the protective devices
D
must be put back in place, such as barriers, nonmetallic knobs,
adjustment and compartment covershields, isolation resistorcapacitor, etc.
3. When service is required, observe the original lead dress. Extra
precaution should be taken to assure correct lead dress in the
high voltage circuitry area.
4. Always use the manufacture's replacement components.
Especially critical components as indicated on the circuit
diagram should not be replaced by other manufacture's.
Furthermore where a short circuit has occurred, replace those
components that indicate evidence of overheating.
E
5. Before returning a serviced set to the customer, the service
technician must thoroughly test the unit to be certain that it is
completely safe to operate without danger of electrical shock,
and be sure that no protective device built into the set by the
manufacture has become defective, or inadvertently defeated
during servicing. Therefore, the following checks should be
performed for the continued protection of the customer and
servicetechnician.
6. Perform the following precautions against unwanted radiation
and rise in internal temperature.
• Always return the internal wiring to the original styling.
• Attach parts (Gascket, Ferrite Core, Ground, Rear Cover,
Shield Case etc.) surely after disassembly.
7. Perform the following precautions for the PDP panel.
• When the front case is removed, make sure nothing hits the
panel face, panel corner, and panel edge (so that the glass does
not break).
• Make sure that the panel vent does not break. (Check that the
cover is attached.)
• Handle the FPC connected to the panel carefully.
Twisting or pulling the FPC when connecting it to the
connector will cause it to peel off from the panel.
8. Pay attention to the following.
• When the front case is removed, infrared ray is radiated and
may disturb reception of the remote control unit.
• Pay extreme caution when the front case and rear panel are
removed because this may cause a high risk of disturbance to
TVs and radios in the surrounding.
F
2
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PDP-505PE
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Leakage Current Cold Check
With the AC plug removed from an AC power source, place a
jumper across the two plug prongs. Turn the AC power switch on.
Using an insulation tester (DC 500V), connect one lead to the
jumpered AC plug and touch the other lead to each exposed metal
part (input/output terminals, screwheads, metal overlays, control
shafts, etc.), particularly any exposed metal part having a return
path to the chassis. Exposed metal parts having a return path to
the chassis should have a minimum resistor reading of 0.3MΩ
and a maximum resistor reading of 5MΩ. Any resistor value
below or above this range indicates an abnormality which
requires corrective action. Exposed metal parts not having a
return path to the chassis will indicate an open circuit.
Leakage Current Hot Check
Plug the AC line cord directly into an AC power source (do not
use an isolation transformer for this check).
Turn the AC power switch on.
Using a "Leakage Current Tester (Simpson Model 229
equivalent)", measure for current from all exposed metal parts of
the cabinet (input/output terminals, screwheads, metal overlays,
control shaft, etc.), particularly any exposed metal part having a
return path to the chassis, to a known earth ground (water pipe,
conduit, etc.). Any current measured must not exceed 0.5mA.
PRODUCT SAFETY NOTICE
Many electrical and mechanical parts in PIONEER set have
special safety related characteristics. These are often not evident
from visual inspection nor the protection afforded by them
necessarily can be obtained by using replacement components
rated for higher voltage, wattage, etc. Replacement parts which
have these special safety characteristics are identified in this
Service Manual.
Electrical components having such features are identified by
marking with a on the schematics and on the parts list in this
Service Manual.
The use of a substitute replacement component which dose not
have the same safety characteristics as the PIONEER
recommended replacement one, shown in the parts list in this
Service Manual, may create shock, fire or other hazards.
Product Safety is continuously under review and new instructions
are issued from time to time. For the latest information, always
consult the current PIONEER Service Manual. A subscription to,
or additional copies of, PIONEER Service Manual may be
obtained at a nominal charge from PIONEER.
A
B
C
Reading should
not be above
0.5mA
Earth
ground
Device
under
test
Also test with
plug reversed
(Using AC adapter
plug as required)
Leakage
current
tester
Test all
exposed metal
surfaces
AC Leakage Test
ANY MEASUREMENTS NOT WITHIN THE LIMITS
OUTLINED ABOVE ARE INDICATIVE OF A POTENTIAL
SHOCK HAZARD AND MUST BE CORRECTED BEFORE
RETURNING THE SET TO THE CUSTOMER.
D
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Charged Section
The places where the commercial AC power is used without
A
passing through the power supply transformer.
If the places are touched, there is a risk of electric shock. In
addition, the measuring equipment can be damaged if it is
connected to the GND of the charged section and the GND of the
non-charged section while connecting the set directly to the
commercial AC power supply. Therefore, be sure to connect the
set via an insulated transformer and supply the current.
1. AC Power Cord
2. AC Inlet with Filter
3. Power Switch (S1)
B
4. Fuse (In the POWER SUPPLY Unit)
5. STB Transformer and Converter Transformer
(In the POWER SUPPLY Unit)
6. Other primary side of the POWER SUPPLY Unit
C
: Part is Charged Section.
: Part is the High Voltage Generating Points
other than the Charged Section.
High Voltage Generating Point
The places where voltage is 100V or more except for the charged
places described above. If the places are touched, there is a risk of
electric shock.
1. POWER SUPPLY Unit................................................... (223V)
2. 50 X DRIVE Assy .......................................... (–230V to 223V)
3. 50 Y DRIVE Assy .......................................................... (353V)
4. 50 SCAN A Assy ............................................................ (353V)
5. 50 SCAN B Assy ............................................................(353V)
6. X CONNECTOR AAssy ................................ (–230V to 223V)
7. X CONNECTOR B Assy ............................... (–230V to 223V)
Discharge the VSUS voltage, as shown below:
[Method for discharging the VSUS voltage]
1. Set DRF_SW on the DIGITAL VIDEO Assy to ON (Drive
OFF status). *1, 2
2. Leave the switch at that position for about 20-30 seconds.
3. If the power is on, turn it off. Then return DRF_SW to the OFF
position. *3
Notes
*1: You can also set the unit to "Drive OFF status" by sending the
"DRF" RS232C command from the PC.
*2: DRF_SW can be switched whether the power is on or off.
*3: Power-down will occur if DRF_SW is set to OFF while the
power is on. (See "7.1.6 Power on/off function for the large-
signal system".)
POWER SUPPLY Unit50 Y DRIVE Assy50 SCAN B Assy
D
E
50 SCAN A Assy
AC Inlet with Filter
Power CordPower Switch
50 X DRIVE Assy
X CONNECTOR
A Assy
X CONNECTOR
B Assy
(S1)
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Fig.1 Charged Section and High Voltage Generating Point (Rear View)
PDP-505PE
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[Important Check Points for Good Servicing]
In this manual, procedures that must be performed during repairs are marked with the below symbol.
Please be sure to confirm and follow these procedures.
1. Product safety
Please conform to product regulations (such as safety and radiation regulations), and maintain a safe servicing environment by
following the safety instructions described in this manual.
1 Use specified parts for repair.
Use genuine parts. Be sure to use important parts for safety.
2 Do not perform modifications without proper instructions.
Please follow the specified safety methods when modification(addition/change of parts) is required due to interferences such as
radio/TV interference and foreign noise.
3 Make sure the soldering of repaired locations is properly performed.
When you solder while repairing, please be sure that there are no cold solder and other debris.
Soldering should be finished with the proper quantity. (Refer to the example)
4 Make sure the screws are tightly fastened.
Please be sure that all screws are fastened, and that there are no loose screws.
5 Make sure each connectors are correctly inserted.
Please be sure that all connectors are inserted, and that there are no imperfect insertion.
6 Make sure the wiring cables are set to their original state.
Please replace the wiring and cables to the original state after repairs.
In addition, be sure that there are no pinched wires, etc.
7 Make sure screws and soldering scraps do not remain inside the product.
Please check that neither solder debris nor screws remain inside the product.
8 There should be no semi-broken wires, scratches, melting, etc. on the coating of the power cord.
Damaged power cords may lead to fire accidents, so please be sure that there are no damages.
If you find a damaged power cord, please exchange it with a suitable one.
9 There should be no spark traces or similar marks on the power plug.
When spark traces or similar marks are found on the power supply plug, please check the connection and advise on secure
connections and suitable usage. Please exchange the power cord if necessary.
0 Safe environment should be secured during servicing.
When you perform repairs, please pay attention to static electricity, furniture, household articles, etc. in order to prevent injuries.
Please pay attention to your surroundings and repair safely.
A
B
C
D
2. Adjustments
To keep the original performance of the products, optimum adjustments and confirmation of characteristics within specification.
Adjustments should be performed in accordance with the procedures/instructions described in this manual.
3. Lubricants, Glues, and Replacement parts
Use grease and adhesives that are equal to the specified substance.
Make sure the proper amount is applied.
4. Cleaning
For parts that require cleaning, such as optical pickups, tape deck heads, lenses and mirrors used in projection monitors, proper
cleaning should be performed to restore their performances.
5. Shipping mode and Shipping screws
To protect products from damages or failures during transit, the shipping mode should be set or the shipping screws should be
installed before shipment. Please be sure to follow this method especially if it is specified in this manual.
2.7 FRONT SECTION.................................................................................................................................... 20
3.1.2 50 Y DRIVE ASSY............................................................................................................................. 24
3.1.3 50 X DRIVE ASSY............................................................................................................................. 25
3.1.4 PANEL IF ASSY................................................................................................................................. 26
3.1.5 DIGITAL VIDEO ASSY....................................................................................................................... 31
3.1.6 HD AUDIO AMP ASSY...................................................................................................................... 33
4. PCB CONNECTION DIAGRAM (Refer to “Service Manual: ARP3215”)
5. PCB PARTS LIST ........................................................................................................................................... 38
7.2 IC INFORMATION.................................................................................................................................... 75
1280 x 768 pixels
13 W + 13 W (1kHz, 10%, 8Ω)
SRS/FOCUS/TruBass
(0.4W Standby)
1270(W) x 737 (H) x 93 (D) mm
32.8 kg (72.3 lbs.)
Model: PRO-505PU
1280 x 768 pixels
13 W + 13 W (1kHz, 10%, 8Ω)
SRS/FOCUS/TruBass
(0.2W Standby)
1270(W) x 737 (H) x 93 (D) mm
1
/8(W)x 25 11/16(H)x 3 7/8(D)inches)
(44
A
B
C
Weight
• Accessories
Power Cord
(PDP-505PE: ADG1214)
(PRO-505PU: ADG1215)
32.8 kg (72.3 lbs.)
Speaker Cushion x1
(AEB1384)
(Except PRO-505PU)
Binder Assy (AEC1908)
• Bead Bands x3
• Speed Clamp x3
Wiping Cloth x1
(AED1208)
Ferrite Core
(ATX1039)
(PDP-505PE only)
D
• Cable Tie
E
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2. EXPLODED VIEWS AND PARTS LIST
NOTES:
Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List.
The mark found on some component parts indicates the importance of the safety factor of the part.
A
Therefore, when replacing, be sure to use parts of identical designation.
Screws adjacent to mark on product are used for disassembly.
For the applying amount of lubricants or glue, follow the instructions in this manual.
(In the case of no amount instructions, apply as you think it appropriate.)
DVI signalDVI differential signal (-)
DVI signalDVI differential signal (+)
−
GND
−
Not connected
−
Not connected
I2C signal for DDC
I2C signal for DDC0-5V amplitude square wave
−
Not connected
DVI signalDVI differential signal (-)
DVI signalDVI differential signal (+)
−
GND
−
Not connected
−
Not connected
I2C power supply for DDC
−
GND
Hot plug detection
DVI signalDVI differential signal (-)
DVI signalDVI differential signal (+)
−
GND
−
Not connected
−
Not connected
−
−
0-5V amplitude square wave
−
−
−
+5VDC
+5VDC
−
−
PDP-505PE
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• Voltages
CN4003 (R3) < ⇔ MEDIA RECEIVER >
A
No. Signal Name I/OSignal DescriptionVoltages at NTSC Signal Input
22 GND
23 RXC+I
24 RXC-I
CN4009 (R7) < ⇔ HD AUDIO AMP ASSY >
No. Signal Name I/OSignal DescriptionVoltages at NTSC Signal Input
1 A_NGI
2 V+6.5O
3 GNDA
4 L_INO
B
5 GNDA
6 R_INO
7 ST_BYO
8 A_MUTEO
9 SCLO
10 SDAO
11 FOCUSO
12 SRSO
13 TRUBASSO
−
GND
DVI signalDVI differential signal (-)
DVI signalDVI differential signal (+)
Abnormal detecting signal of the audio block
+6.5V power supply
−
GND
L ch audio signalAudio L signal
−
GND
R ch audio signalAudio R signal
Standby signal of the audio block+3.3V DC
Audio mute signal input0V DC
I2C control signal for audio0-3.3V amplitude square wave
I2C control signal for audio0-3.3V amplitude square wave
Focus function control signal+3.3V DC
SRS function control signal+3.3V DC
TRUBASS function control signal+3.3V DC
+3.3V DC
+6.8V DC
CN4010 (R8) < ⇔ PANEL LED ASSY, PANEL IR ASSY, KEY CONTROL ASSY >
C
No. Signal Name I/OSignal DescriptionVoltages at NTSC Signal Input
1 LED_GO
2 LED_RO
3 AC_OFFO
4 STB3VO
5 STBGND
6 REMI
7 STB+3VO
8 KEYI
9 STBGND
D
LED control (green)
LED control (red)
Primary power supply (AC) state output at the panel side
+3.3V power supply+3.3V DC
− GND
Remote control code signal input
+3.3V power supply+3.3V DC
Function key code signal input at the panel side
GND
8bit video signal output (BLUE even number)0-3.3V amplitude square wave
8bit video signal output (BLUE even number)0-3.3V amplitude square wave
8bit video signal output (BLUE even number)0-3.3V amplitude square wave
8bit video signal output (BLUE even number)0-3.3V amplitude square wave
8bit video signal output (BLUE even number)0-3.3V amplitude square wave
8bit video signal output (BLUE even number)0-3.3V amplitude square wave
8bit video signal output (BLUE even number)0-3.3V amplitude square wave
8bit video signal output (BLUE even number)0-3.3V amplitude square wave
−
GND
−
GND
−
GND
−
GND
8bit video signal output (GREEN even number)0-3.3V amplitude square wave
8bit video signal output (GREEN even number)0-3.3V amplitude square wave
8bit video signal output (GREEN even number)0-3.3V amplitude square wave
8bit video signal output (GREEN even number)0-3.3V amplitude square wave
8bit video signal output (GREEN even number)0-3.3V amplitude square wave
8bit video signal output (GREEN even number)0-3.3V amplitude square wave
8bit video signal output (GREEN even number)0-3.3V amplitude square wave
8bit video signal output (GREEN even number)0-3.3V amplitude square wave
−
GND
−
GND
−
GND
−
GND
8bit video signal output (RED even number)0-3.3V amplitude square wave
8bit video signal output (RED even number)0-3.3V amplitude square wave
8bit video signal output (RED even number)0-3.3V amplitude square wave
8bit video signal output (RED even number)0-3.3V amplitude square wave
8bit video signal output (RED even number)0-3.3V amplitude square wave
8bit video signal output (RED even number)0-3.3V amplitude square wave
8bit video signal output (RED even number)0-3.3V amplitude square wave
8bit video signal output (RED even number)0-3.3V amplitude square wave
−
GND
Synchronous signal output (clock)0-3.3V amplitude square wave (42.5MHz)
−
GND
Synchronous signal output (data enable)
Synchronous signal output (Horizontal sync.)
Synchronous signal output (Vertical sync.)
FIELD control signal0V DC
Not connected
−
GND
−
GND
8bit video signal output (BLUE odd number)0-3.3V amplitude square wave
8bit video signal output (BLUE odd number)0-3.3V amplitude square wave
8bit video signal output (BLUE odd number)0-3.3V amplitude square wave
8bit video signal output (BLUE odd number)0-3.3V amplitude square wave
8bit video signal output (BLUE odd number)0-3.3V amplitude square wave
8bit video signal output (BLUE odd number)0-3.3V amplitude square wave
8bit video signal output (BLUE odd number)0-3.3V amplitude square wave
8bit video signal output (BLUE odd number)0-3.3V amplitude square wave
GND
71 RB0O
72 RB1O
73 RB2O
74 RB3O
75 RB4O
76 RB5O
77 RB6O
78 RB7O
79 GND
80 MASK
81 MODE
82 MODEL
83 DITHER
84 V+3VACTVO Power supply +3.3V output of module UCOM at panel side+3.3VDC
85 B_SDAIE2PROM control signal for backup
86 RXD0O
87 REM_BO Remote control code signal output
88 TXD0I
89 KEY_BO Function key code signal output at panel side
90 REQ_MDI
91 LED_R_BILED control (red)+3.3VDC
92 MR_AC_OFFO AC state output at MR side0VDC
93 LED_G_BILED control (green)0VDC
94 POWERNot connected−
95 DVI_MUTEIDVI mute signal input0VDC
96 MR_ST_BO Connection state detecting signal with MR0VDC
97 A_MUTEIAudio mute signal input0VDC
98 OP_DET
99 A_NGO Abnormal detecting signal of audio block+3.3VDC
100 PNL_MUTENot connected−
101 A_SCLII2C control signal for audio
102 STB_SWIStandby signal of audio block+3.3VDC
103 A_SDAII2C control signal for audio
104 DDC_WPI
105 TRUBASSITRUBASS function control signal+3.3VDC
106 B_SCLIE2PROM control signal for backup
107 FOCUSIFOCUS function control signal+3.3VDC
108 DVI_OFFO Connection detecting signal of DVI connector0VDC
109 SRSISRS function control signal+3.3VDC
110 RSTBTMDO TMDS IC reset signal+3.3VDC
111 MAX_PLS1Not connected−
112 L_SYNCO TMDS IC synchronous detecting signal+3.3VDC
113 MAX_PLS2Not connected−
114 GND
8bit video signal output (GREEN odd number)0-3.3V amplitude square wave
8bit video signal output (GREEN odd number)0-3.3V amplitude square wave
8bit video signal output (GREEN odd number)0-3.3V amplitude square wave
8bit video signal output (GREEN odd number)0-3.3V amplitude square wave
8bit video signal output (GREEN odd number)0-3.3V amplitude square wave
8bit video signal output (GREEN odd number)0-3.3V amplitude square wave
8bit video signal output (GREEN odd number)0-3.3V amplitude square wave
8bit video signal output (GREEN odd number)0-3.3V amplitude square wave
−
GND
−
GND
−
GND
−
GND
8bit video signal output (RED odd number)0-3.3V amplitude square wave
8bit video signal output (RED odd number)0-3.3V amplitude square wave
8bit video signal output (RED odd number)0-3.3V amplitude square wave
8bit video signal output (RED odd number)0-3.3V amplitude square wave
8bit video signal output (RED odd number)0-3.3V amplitude square wave
8bit video signal output (RED odd number)0-3.3V amplitude square wave
8bit video signal output (RED odd number)0-3.3V amplitude square wave
8bit video signal output (RED odd number)0-3.3V amplitude square wave
−
GND
Not connected
Not connected
Not connected
Not connected
UART communication receive data with the main UCOM (external PC) at MR side
UART communication transmission data with the main UCOM (external PC) at MR side
No. Signal Name I/OSignal DescriptionVoltages at NTSC Signal Input
1 VADRI
2 VADRI
3 N.C
4 GND_ADR
5 GND_ADR
C
6 +6.5VI
7 GND_D
+12V power input
+12V power input
GND
−
GND
−
Power down signal
VSUS adjustment signal
Power-down detecting signal of POWER SUPPLY block
Relay control signal
Drive control signal
Primary side power (AC) state output at panel side
Power down trigger
Address drive power (+61V) input
Address drive power (+61V) input
Not connected
GND
−
GND
−
+6.5V power input
GND
−
+12VDC
+12VDC
0VDC
0VDC
+3.3VDC
0VDC
+3.0VDC
+3.3VDC
+61VDC
+61VDC
+6.8VDC
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3.1.6 HD AUDIO AMP ASSY
A1
+6.5V
R_Audio
L_Audio
SCL, SDA
SRS,FOCUS,TRUBASS
HD AUDIO AMP ASSY
+9.0V+9.0V
WOW IC
IC3501
+9.0V
From POWER SUPPLY Unit
+16.5V
VOLUME IC
IC3502
BUFFER
A
CN3504
A2
B
From PANEL IF ASSY
A_Mute
ST-BY
A_NG_B
+16.5V
CN3501
REGULATOR
IC3503
DC DETECT
BLOCK
CN3503
POWER AMP
IC3504
+
R_OUT+
R_OUT-
L_OUT -
L_OUT
J3701
HD SP TERMINAL ASSY
L OUTR OUT
A3
SP2
+16.5V
IC
SP1
C
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3.2 WAVEFORMS
DIGITAL VIDEO ASSY (4/6)
A
• DIGITAL IF BLOCK
CH1: TP5102 (VD)
1
CH2: TP5101 (HD)
V: 2V/div. H: 2msec/div.
CH1: TP5101 (HD)
3
CH2: TP5103 (DE)
V: 2V/div. H: 2µsec/div.
CH1
CH2
B
CH1: TP5102 (VD)
1
CH2: TP5101 (HD)
V: 2V/div. H: 4µsec/div.
CH1
CH2
C
CH1: TP5102 (VD)
2
CH2: TP5103 (DE)
V: 2V/div. H: 2msec/div.
CH1
CH1
CH2
CH1: TP5101 (HD)
3
CH2: TP5103 (DE)
V: 2V/div. H: 40nsec/div.
CH1
CH2
CH1: TP5101 (HD)
4
CH2: CN5001-pin 77 (DCLK)
V: 2V/div. H: 40nsec/div.
CH1
CH2
D
CH1: TP5102 (VD)
2
CH2: TP5103 (DE)
V: 2V/div. H: 4µsec/div.
CH1
CH2
E
F
CH2
CH1: TP5102 (VD)
5
CH2: CN5001-pin 86 (RA_IN2)
V: 2V/div. H: 2msec/div.
CH1
CH2
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PANEL IF ASSY (1/2)
• TMDS RX BLOCK
CH1: K4005 (VDI)
1
CH2: K4006 (HDI)
V: 2V/div. H: 5msec/div.
CH1
CH2
CH1: K4005 (VDI)
1
CH2: K4006 (HDI)
V: 2V/div. H: 10µsec/div.
CH1
CH2
CH1: K4006 (HDI)
3
CH2: K4003 (DEI)
V: 2V/div. H: 5µsec/div.
CH1
CH2
CH1: K4003 (DEI)
4
CH2: K4002 (DCLK)
V: 2V/div. H: 5µsec/div.
CH1
CH2
A
B
C
CH1: K4005 (VDI)
2
CH2: CN4004-pin 29 (RAO)
V: 2V/div. H: 5msec/div.
CH1
CH2
CH1: K4003 (DEI)
4
CH2: K4002 (DCLK)
V: 2V/div. H: 10nsec/div.
CH1
CH2
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50 X DRIVE ASSY, 50 Y DRIVE ASSY and 50 SCAN A ASSY
A
• 50 X SUS BLOCK, 50 Y LOGIC BLOCK, 50 Y SUS BLOCK
Parts marked by "NSP" are generally unavailable because they are not in our Master Spare Parts List.
The mark found on some component parts indicates the importance of the safety factor of the part.
Therefore, when replacing, be sure to use parts of identical designation.
When ordering resistors, first convert resistance values into code form as shown in the following examples.
Ex.1 When there are 2 effective digits (any digit apart from 0), such as 560 ohm and 47k ohm (tolerance is shown by J=5%,
and K=10%).
560 Ω
47k Ω
0.5 Ω
1 Ω
56 x 10
47 x 10
R50
1R0
Ex.2 When there are 3 effective digits (such as in high precision metal film resistors).
1. At shipment, the unit is adjusted to its best conditions. Normally, it is not necessary to readjust even if an assembly is replaced. If the
adjustment is shifted or if it becomes necessary to readjust because of part replacement, etc., perform the adjustment as described below.
2. Any value changed in Service/Factory mode will be stored in memory as soon as it is changed. Before readjustment, take note of the
original values for reference in case you need to restore the original settings.
3. Use a stable AC power supply.
6.1 ADJUSTMENT REQUIRED WHEN THE SET IS REPAIRED OR REPLACED
When any of the following assemblies is replaced
B
POWER SUPPLY UnitNo adjustment required
DIGITAL VIDEO Assy
Writing of backup data is required.
Refer to the "7.1.7 BACKUP WHEN THE MAIN UNIT IS
ADJUSTED. "
50 X DRIVE AssyNo adjustment required
50 Y DRIVE AssyNo adjustment required
C
Service Panel
Refer to the "6.4 METHOD FOR REPLACING THE SERVICE
PANEL ASSY."
Other assemblies
No adjustment required
When any part in the following assemblies is replaced
POWER SUPPLY Unit
D
DIGITAL VIDEO AssyNo adjustment required
50 X DRIVE Assy (IC1101, IC1102)
The assembly must be replaced as a unit, and no part
replacement is allowed.
Refer to the "6.2 DRIVE ASSY ADJUSTMENT."
50 Y DRIVE Assy (IC2201, IC2202)
Refer to the "6.2 DRIVE ASSY ADJUSTMENT."
Other assembliesNo adjustment required
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6.2 DRIVE ASSY ADJUSTMENT
How to readjust the timing of the control signals when the DRIVE Assy TND506MD is
to be replaced
As there is a large difference in delay time among the individual TND506MDs, timing adjustment has been made on each
TND506MD in the unit process. If the TND506MD is replaced on the X or Y Drive Assy, readjustment of the timing of the
control signals is required.
AssyReplaced ICSignal for which Readjustment is Required
Adjust the timing between the startup of the control signals of SUS-U1, SUS-D1, SUS-U2, and SUS-D2 and the startup
of the voltage between the gate and the source of the output FET, with the VR resistors that are inserted in the signal
line in series. When adjusting, set the unit to Drive OFF mode, and Vsus to 0 V. (For details on how to set to Drive OFF
mode, see "7.1.6 Power on/off function for the large-signal system".)
• Specified values for adjustment and adjustment points
Note: Connect GND of the probe with DGND (DGND: X Drive Assy: K1020, Y Drive Assy: K2010) for input signal.
For outputting a signal, obtain a signal from the FET gate terminal.
For adjustment, magnify any pulse in the waveform.
Waveform of the
control signal
(input signal)
Output
Signal
Adjustment
VR
Input
Signal
About 2.5V
Output
Signal
Adjustment
VR
B
C
D
VGS waveform
(output signal)
Adjust so that the delay is
in the range of 375 ± 10 ns.
• Actually measured waveforms
Input signal: 1V/div
Output FET VGS 5V/div
56
500us/div
VGS=5V line
Magnify.
PDP-505PE
50ns/div
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6.3 COMMAND
6.3.1 RS232C COMMAND
Connection
A
B
MDR
Communication line:
Connect the system cable.
GGF1475 special
communication device
PC for control
Connect to the D-SUB 9-pin connector.
D-SUB 9-pin straight cable
C
D
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• Schematic diagram of the special communication device
A
B
C
D
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• RS-232C Commands for the module microcomputer
Command NameFunction
A
[A]
ABL
ABL ADJUSTMENT
ABN
PEAK ABL NO
ABY
PEAK ABL YES
AMN
AUDIO MUTE NO
AMY
AUDIO MUTE YES
[B]
BAL
BALANCE ADJUSTMENT
BAS
BASS ADJUSTMENT
BCP
BACKUP COPY
[C]
CHM
CLEAR HOUR METER
CPD
CLEAR POWER DOWN
CPM
B
C
D
E
F
CLEAR PLUSE METER
CSD
CLEAR SHUT DOWN
[D]
DRF
DRIVE OFF
DRN
DRIVE ON
[F]
F50
FREQENCY VIDEO 50Hz
F60
FREQENCY VIDEO 60Hz
F61
FREQENCY PC 60Hz
F70
FREQENCY PC 70Hz
F72
FREQENCY VIDEO 72Hz
F75
FREQENCY 75Hz
FAJ
FINISH ADJUSTMENT
FCN
FOCUS NO
FCY
FOCUS YES
[G]
GAJ
GET ADJUSTMENT
GNP
GET NUMBER PANEL
GPD
GET POWER-DOWN
GPW
GET PANEL WHITE BALANCE
GS1
GET STATUS 1
GS2
GET STATUS 2
GSD
GET SHUT DOWN
[M]
M00
MASK MODE 0
M01
MASK MODE 1
M02
MASK MODE 2
M03
MASK MODE 3
M04
MASK MODE 4
M10
MASK MODE 10
M11
MASK MODE 11
M12
MASK MODE 12
M13
MASK MODE 13
M14
MASK MODE 14
M15
MASK MODE 15
M20
MASK MODE 20
M21
MASK MODE 21
M22
MASK MODE 22
M23
MASK MODE 23
M24
MASK MODE 24
M25
MASK MODE 25
M26
MASK MODE 26
M27
MASK MODE 27
M28
MASK MODE 28
M29
MASK MODE 29
M2E
MASK MODE 2E
M2F
MASK MODE 2F
M30
MASK MODE 30
M31
MASK MODE 31
M51
MASK MODE 51
M52
MASK MODE 52
M53
MASK MODE 53
M54
MASK MODE 54
M55
MASK MODE 55
M56
MASK MODE 56
M57
MASK MODE 57
Adjusting the upper limit of the power
Peak ABL function OFF
Peak ABL function ON
Turning off the audio muting
Turning on the audio muting
Adjusting the audio balance
Adjusting the audio bass
Copying the backup data in the EEPROM
Clearing data of the hour meter
Clearing power-down information
Clearing data of the pulse meter
Clearing shutdown information
Driving off
Driving on
Setting the frequency in Mask mode to 50 Hz (VIDEO)
Setting the frequency in Mask mode to 60 Hz (VIDEO)
Setting the frequency in Mask mode to 60 Hz (PC)
Setting the frequency in Mask mode to 70 Hz (PC)
Setting the frequency in Mask mode to 72 Hz (VIDEO)
Setting the frequency in Mask mode to 75 Hz (VIDEO)
Determining the flag of the DIGITAL VIDEO Assy adjustment in "adjustment
is completed"
Turning the FOCUS function off
Turning the FOCUS function on
Obtaining various adjustment values
Obtaining the serial no. of the panel
Obtaining the power-down-point log
Obtaining the panel white-balance adjustment values
Obtaining information on the unit, such as the software version
Obtaining information on the status of the unit, such as the temperature
Obtaining information on shutdown
Turning the Mask function off
White raster (change in luminance level)
White raster--zigzag, exact reverse--scan--gray--white raster
HL--zigzag, exact reverse--scan--gray--white raster
White raster--zigzag, exact reverse--scan--gray--white raster
H ramp (slant 1)
H ramp (slant 4)
H ramp (slant 1 shifting)
H ramp (slant 4 shifting)
V ramp (slant 1)
Slanting ramp
Window (for WB adjustment, Hi = 870, Lo = 102)
Window (for WB adjustment, Hi = 1023, Lo = 102)
Window (for measuring the peak luminance during WB adjustment, Hi = 1023)
Window (for measuring the peak luminance, Hi = 1023, 4%)
Window (for measuring the peak luminance, Hi = 1023, 1.25%)
Window (vertical line with 1/7-width for measuring the stress)
Window (magenta, green, and stripe for check)
Window (green,magenta, and stripe for check)
Window (black & white [1 x 8], checker, for EMG check)
Window (for WB adjustment, magenta = 512, yellow = 512)
Wiper for erasing afterimage
Mask for warning of cable disconnection
ColorBar
Slanted lines (for checking cable disconnection)
Raster-white
Raster-red
Raster-green
Raster-blue
Raster-black
Raster-cyan 1023
Raster-magenta 1023
SD function off
Canceling negative-positive inversion display
Negative-positive inversion display
Panel white-balance adjustment: Blue highlight
Panel white-balance adjustment: Blue low light
Setting input-signal type to video
Setting input-signal type to PC
The PD signal is not passed through the POWER SUPPLY Assy.
The PD signal is passed through the POWER SUPPLY Assy.
Panel white-balance adjustment: Green highlight
Panel white-balance adjustment: Green low light
Center luminance-compensation function on (no correspondence with APL)
Center luminance-compensation function on (in correspondence with APL, pattern 1)
Center luminance-compensation function on (in correspondence with APL, pattern 2)
Center luminance-compensation function off
Panel white-balance adjustment: Main brightness
Panel white-balance adjustment: Main contrast
Power off
Power on
Panel white balance adjustment-red highlight
Panel white-balance adjustment: Red low light
Prohibiting monitoring of cable-disconnection detection
Permitting monitoring of cable-disconnection detection
SCAN IC protection process OFF
SCAN IC protection process ON
SRS function off
SRS function on
TruBass function off
TruBass function on
Audio treble adjustment
Determining the flag for the DIGITAL VIDEO Assy adjustment in "not adjusted"
Vofs voltage reference-value adjustment
Audio volume adjustment
Vsus voltage reference-value adjustment
Setting the APL-interlocking pattern for white balance to 1.
Setting the APL-interlocking pattern for white balance to 2.
Setting the APL-interlocking pattern for white balance to 3.
Setting the APL-interlocking pattern for white balance to 4.
Setting the APL-interlocking for white balance to OFF.
Setting the APL-interlocking for white balance to ON.
7X-SUS-D2 adjustment value (XD2)3 bytes000 - 255
8X-SUS-D1 adjustment value (XD1)3 bytes000 - 255
9Y-SUS-U1 adjustment value (YU1)3 bytes000 - 255
10Y-SUS-U2 adjustment value (YU2)3 bytes000 - 255
11Y-SUS-D1-2 adjustment value (YD2)3 bytes000 - 255
12Y-SUS-D1-1 adjustment value (YD1)3 bytes000 - 255
13Y-SUS-D2-2 adjustment value (YD4)3 bytes000 - 255
14Y-SUS-D2-1 adjustment value (YD3)3 bytes000 - 255
Note: Ignore the 2-byte checksum at the end.
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GNP: Obtaining serial number of the panel side
OrderDataSizeRemarks
1
Note: Ignore the 2-byte checksum at the end.
Panel serial number
15 bytes
Alphanumeric, space, underbar, slash
GPD: Obtaining power-down-point log on the panel
OrderDataSizeRemarks
1
Latest "1st PD" data
2
Latest "2nd PD" data
3
Data of hour meter for the latest PD
4
Data on temperature for the latest PD (TEMP1)
5
Second latest "1st PD" data
6
Second latest "2nd PD" data
7Data of hour meter for the second latest PD7 bytes
8Data on temperature for the second latest PD (TEMP1)3 bytes 000 - 255
9Third latest "1st PD" data1 byte
10Third latest "2nd PD" data1 byte
11Data of hour meter for the third latest PD7 bytes
12Data on temperature for the third latest PD (TEMP1)3 bytes 000 - 255
13Fourth latest "1st PD" data1 byte
14Fourth latest "2nd PD" data1 byte
15Data of hour meter for the fourth latest PD7 bytes
16Data on temperature for the fourth latest PD (TEMP1)3 bytes 000 - 255
17Fifth latest "1st PD" data1 byte
18Fifth latest "2nd PD" data1 byte
19Data of hour meter for the fifth latest PD7 bytes
20Data on temperature for the fifth latest PD (TEMP1)3 bytes 000 - 255
21Sixth latest "1st PD" data1 byte
22Sixth latest "2nd PD" data1 byte
23Data of hour meter for the sixth latest PD7 bytes
24Data on temperature for the sixth latest PD (TEMP1)3 bytes 000 - 255
25Seventh latest "1st PD" data1 byte
26Seventh latest "2nd PD" data1 byte
27Data of hour meter for the seventh latest PD7 bytes
28Data on temperature for the seventh latest PD (TEMP1)3 bytes 000 - 255
29Eighth latest "1st PD" data1 byte
30Eighth latest "2nd PD" data1 byte
31Data of hour meter for the eighth latest PD7 bytes
32Data on temperature for the eighth latest PD (TEMP1)3 bytes 000 - 255
Notes: • Ignore the 2-byte checksum at the end.
• For details, see "Description on power-down."
1 byte
1 byte
7 bytes
3 bytes 000 - 255
1 byte
1 byte
0-D or F
0-D or F
1st-5th byte: Hour, 6th-7th byte: Minute
0-D or F
0-D or F
1st-5th byte: Hour, 6th-7th byte: Minute
0-D or F
0-D or F
1st-5th byte: Hour, 6th-7th byte: Minute
0-D or F
0-D or F
1st-5th byte: Hour, 6th-7th byte: Minute
0-D or F
0-D or F
1st-5th byte: Hour, 6th-7th byte: Minute
0-D or F
0-D or F
1st-5th byte: Hour, 6th-7th byte: Minute
0-D or F
0-D or F
1st-5th byte: Hour, 6th-7th byte: Minute
0-D or F
0-D or F
1st-5th byte: Hour, 6th-7th byte: Minute
A
B
C
D
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• Description on power-down
DataPower-down Point
No power-down
0
A
Not used (for MR-POWER)
1
2 Panel-POWER SUPPLY
3 SCAN
4 SCN-5V
5 Y-DRIVE
6 Y-DCDC
7 Y-SUS
8 ADR
9 X-DRIVE
A X-DCDC
B X-SUS
C DIG-DCDC
• If a Media Receiver (MR) is connected, the version of the microcomputer inside the MR is displayed at the end.
(Refer to the service manual of the Media Receiver.)
(Reference) GS2: Obtaining information on the status of the unit
OrderDataSizeRemarks
1
Notifying that the unit is shifting to Standby mode
2
Whether or not the main unit has been adjusted
3
With/without backup for adjustment values
4
Data on power-down
5
Data on temperature (TEMP1)
Abnormality in RST2 (power decrease of DC-DC converter)
6
7
IC4 communication failure
8
EEPROM communication failure
9
E
Audio failure
10
Volume IC communication failure
11
Backup ROM communication failure
12
Data on temperature (TEMP1) not obtained
13
Operational status of panel protection mechanism
14
Reservation
15
Accumulated time of cleared hour-meter (∗1)
16
Hour-meter (clearable) (∗2)
Notes: • Ignore the 2-byte checksum at the end.
• The data expected to be used for service may be "5. Data on temperature" and "15,16. Hour meter".
(∗1) Each time hour-meter data are cleared, the accumulated time data are updated. The total for data items 15 and 16 is the total
power-on time after shipment. The accumulated time of cleared hour-meter data cannot be cleared.
(∗2) The hour-meter data that indicate driving hours of the panel are displayed on the Factory menu. Upon shipment, the data are
F
cleared.
1 byte 1: OK for shifting to Standby
1 byte 0: Adjusted, 1: Not adjusted
1 byte 0: With backup, 1: Without backup
2 bytes 1st byte: 1st PD, 2nd byte: 2nd PD
3 bytes
000 - 255
0: Normal, 1: SD process completed, 2: In the process of SD warning
1 byte
0: Normal, 1: SD process completed, 2: In the process of SD warning
1 byte
0: Normal, 1: SD process completed, 2: In the process of SD warning
1 byte
0: Normal, 1: SD process completed, 2: In the process of SD warning
1 byte
0: Normal, 1: SD process completed, 2: In the process of SD warning
1 byte
0: Normal, 1: SD process completed, 2: In the process of SD warning
1 byte
0: Normal, 1: SD process completed, 2: In the process of SD warning
1 byte
0: Protection mechanism not activated, 1: Protection mechanism activated
Data on temperature for the second latest SD (TEMP1)
8
Third latest SD data
9
Third latest SD subcategory data
10
Data of hour meter for the third latest SD
11
Data on temperature for the third latest SD (TEMP1)
12
Fourth latest SD data
13
Fourth latest SD subcategory data
14
Data of hour meter for the fourth latest SD
15
Data on temperature for the fourth latest SD (TEMP1)
16
Fifth latest SD data
17
Fifth latest SD subcategory data
18
Data of hour meter for the fifth latest SD
19
Data on temperature for the fifth latest SD (TEMP1)
20
Sixth latest SD data
21
Sixth latest SD subcategory data
22
Data of hour meter for the sixth latest SD
23
Data on temperature for the sixth latest SD (TEMP1)
24
Seventh latest SD data
25
Seventh latest SD subcategory data
26
Data of hour meter for the seventh latest SD
27
Data on temperature for the seventh latest SD (TEMP1)
28
Eighth latest SD data
29
Eighth latest SD subcategory data
30
Data of hour meter for the eighth latest SD
31
Data on temperature for the eighth latest SD (TEMP1)
32
Notes: • Ignore the 2-byte checksum at the end.
• For details, see "Description on shutdown".
1 byte 0 - 5
1 byte 0 - 3
7 bytes
3 bytes 000 - 255
1 byte 0 - 5
1 byte 0 - 3
7 bytes
3 bytes 000 - 255
1 byte 0 - 5
1 byte 0 - 3
7 bytes
3 bytes 000 - 255
1 byte 0 - 5
1 byte 0 - 3
7 bytes
3 bytes 000 - 255
1 byte 0 - 5
1 byte 0 - 3
7 bytes
3 bytes 000 - 255
1 byte 0 - 5
1 byte 0 - 3
7 bytes
3 bytes 000 - 255
1 byte 0 - 5
1 byte 0 - 3
7 bytes
3 bytes 000 - 255
1 byte 0 - 5
1 byte 0 - 3
7 bytes
3 bytes 000 - 255
1st-5th byte: Hour, 6th-7th byte: Minute
1st-5th byte: Hour, 6th-7th byte: Minute
1st-5th byte: Hour, 6th-7th byte: Minute
1st-5th byte: Hour, 6th-7th byte: Minute
1st-5th byte: Hour, 6th-7th byte: Minute
1st-5th byte: Hour, 6th-7th byte: Minute
1st-5th byte: Hour, 6th-7th byte: Minute
1st-5th byte: Hour, 6th-7th byte: Minute
A
B
C
D
• Description of shutdown• Module microcomputer IIC: Data on SD subcategory
Data
0 No abnormality
1 IC4
2 Module microcomputer IIC
3 Abnormality in RST2 (power decrease of DC-DC converter)
4 Panel having high temperature
5 Audio failure (speakers short-circuited)
6 Reservation
7 Reservation
8 Reservation
9 Reservation
A Reservation
B Reservation
C Reservation
D Reservation
E Reservation
F Reservation
Factors of shutdown
Data
0 No subcategory
1 EEPROM (DIGITAL VIDEO Assy : IC5206)
2 EEPROM (PANEL IF Assy : IC4002)
3 Volume IC
4 Reservation
5 Reservation
6 Reservation
7 Reservation
8 Reservation
9 Reservation
A Reservation
B Reservation
C Reservation
D Reservation
E Reservation
F Reservation
Factors of shutdown
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6.4 METHOD FOR REPLACING THE SERVICE PANEL ASSY
The following adjustments and operations are required when the Panel Assy is replaced for servicing.
A
Adjustments of the Vsus and Vofs voltages
Input the reference adjustment values that are described on the service panel for the Vsus and Vofs voltages, with the
RS232C commands or on the Factory menu.
Vsus :106
Vofs :128
Space
(Rear of the panel)
• With the RS232C commands
B
Input the adjustment values described on the label attached on the rear of the panel:
• Reference adjustment of the Vsus voltage : [VSU***] Ex. : [VSU106]
• Reference adjustment of the Vofs voltage : [VOF***] Ex. : [VOF128]
• On the Factory menu
1
1
5
C
10
15
16
510152025303540
OCMMONV –D1 131–NTV J–HSADJ
APNEL 1 (+)
.
1
1
5
10
15
16
Using the MUTE key, select the main item "COMMON ADJ." Select the subitem "PANEL 1" then "VLT-SUS" or "VLTOFS," using the 5 or ∞ key and SET key. Enter the value, using the 2 or 3 key.
Vsus :106
Vofs :128
1520H
Write down the hour meter data
at the time of replacement of the
panel. Ex.: 1520H
510152025303540
OEL1CMMNOV–D1 131
L>VT- USS<=
–NTV J–HS-PAN
:128
Clearing various logs for the panel, such as that for the hour meter
It is necessary to clear various logs, such as that for the hour meter, to match the driving hours of the panel before and after
replacement. Write down the hour-meter data at the time of replacement of the panel on the label attached to the rear of the
panel.
Notes: • For clearing, use the RS232C commands or the Factory menu.
D
• With the RS232C commands
You can obtain the accumulated power-on time data of the product itself with the "GS2" RS232C command.
(See "6.3 COMMANDS: Command description".)
1 For clearing the hour meter (for the panel) : CHM
2 For clearing the pulse meter: CPM
3 For clearing the shutdown (SD) log: CSD
4 For clearing the power-down (PD) log: CPD
• On the Factory menu
E
Using the MUTE key, select the main item "INFORMATION." Select the subitem "HOUR METER," using the 5 or ∞ key and
F
SET key. Clear the hour-meter data.
In the same way, select the subitem "PULSE METER," "PANEL SD," or "PANEL PD" under the main item "INFORMATION"
then clear the data.
• There are two hour meters. Be careful not to mistake the MR hour meter for the hour meter for the panel.
1
1
5
10
15
16
510152025303540
NIFORMV –D1 131–NTV
OHURMTEEROHURMTEER
NNIFORMTAION
00 151H21M
J–HSTAIO
1
1
5
10
15
16
510152025303540
V–D1 131
CARLE
YESNO
?
–NTV J–HS
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7. GENERAL INFORMATION
7.1 DIAGNOSIS
7.1.1 PCB LOCATION
A
50 SCAN B
Assy
50 Y DRIVE
Assy
50 SCAN A
Assy
PANEL KEY
Assy
50 ADDRESS
Assy
DIGITAL VIDEO
Assy
50 ADDRESS
Assy
PANEL SENSOR
Assy
50 ADDRESS
Assy
POWER SUPPLY
Unit
50 ADDRESS
Assy
X CONNECTOR A
Assy
50 X DRIVE
Assy
B
C
D
PANEL IR
Assy
50 ADDRESS
Assy
KEY CONTROL
Assy
50 ADDRESS
Assy
PANEL IF
Assy
Rear view
50 ADDRESS
Assy
HD SP TERMINAL
Assy
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50 ADDRESS
Assy
HD AUDIO
Assy
X CONNECTOR B
Assy
PANEL LED
Assy
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7.1.2 DIAGNOSIS OF SHUTDOWN/POWER-DOWN INDICATED BY LEDS
• Operation statuses indicated by LEDs
A
Standby
Power on
MR-AC power off
P-AC power off
B
MR power-down
MR shutdown
MR modification
P-power-down
C
P-shutdown
No backup copy
RED
GREEN
RED
GREEN
RED
GREEN
RED
GREEN
RED
GREEN
RED
GREEN
RED
GREEN
RED
GREEN
RED
GREEN
RED
GREEN
1.0s
0.5s
MR-LEDPANEL-LED
1.0s1.0s
1.0s
3.0s
3.0s0.5s0.5s0.5s
3.0s0.5s0.5s0.5s
3.0s0.5s0.5s0.5s
0.2s
Normal
Abnormality
in MR
Abnormality
in the panel
Disconnection of the
system cable
Power management when
the Media Receiver is not
connected with the PDP
D
Note: "P" stands for panel.
E
: Lit in red
: Lit in green
: Not lit
RED
GREEN
RED
GREEN
1.0s1.0s1.0s1.0s
Disconnection
of cable
2.0s2.0s
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• Identification of locations having abnormality by the number of times the LEDs flash
On Shutdown and power-down
Shutdown
• Operation: When the microcomputer detects any abnormality, it forcibly turns off the unit.
• LED indication: The green LED flashes.
Power-down
• Operation: When the unit is in emergency status, a protection circuit is activated, and the power is turned off.
• LED indication: The red LED flashes.
A
Category
MR-LEDPANEL-LED
STBONSTBON
Lit1 time
Lit
Lit
Lit
2 times
3 times
4 times
ContentUnit's operation
Communication failure of the
panel-drive IC
Communication failure of the
module IIC
Power decrease of the digital
DC-DC converter
Panel having high
temperature
Immediate shutdown
Immediate shutdown
Immediate shutdown
Shutdown 30 seconds
after warning
Warning indication
when the MR is connected
Powering off. Internal temperature is too high.
Check temperature around PDP. [SD04]
Powering off. Internal protection circuits
Lit
5 times
Audio failure
Shutdown 3 seconds
after warning
turns power off.
Is the speaker cable short-circuited ?
[SD05]
Communication failure of the
module microcomputer
Main 3-wire serial
communication in failure
Communication failure of the
main IIC
Communication failure of the
main microcomputer
MR or unit having higher
temperature
Communication failure of the
digital tuner
MR-ASIC power (DC-DC) in
failure
Immediate shutdown
Immediate shutdown
Immediate shutdown
Immediate shutdown
Shutdown 30 seconds
after warning
Immediate shutdown
Immediate shutdown
Is there a short in speaker cable ?
Powering off. Internal temperature is too high.
Check temperature around media receiver.
[SD11]
∗ If the power-down circuit for X-SUS/Y-SUS is activated because output of the drive waveform for IC4 is stopped, IC4-PD is displayed.
∗∗ If the unit cannot identify which protection circuit was activated, even if a power-down had been detected, the red LED may flash 15 times.
B
C
D
E
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• Block diagram of the shutdown signal system
Note:
A
The figures 1 - 5 indicate the number of times
the LED flashes when shutdown occurs in the
corresponding route.
HD AUDIO AMP
ASSY
IC3504
AMP
A_NG
PANEL IF
ASSY
B
IC3502
VOLUME IC
• Diagnosis of shutdown
LED
C
1 time
2 times
D
3 times
E
4 times
5 times Audio failure
F
SD Circuit in
Operation
Communication
failure of the
panel-drive IC
Communication
failure of the
module IIC
(Check the
shutdown
subcategory on
the Factory menu.)
Power decrease of
DIGITAL-DC-DC
Panel having
higher temperature
Defective Assy
DIGITAL VIDEO
DIGITAL VIDEO
PANEL IF
HD AUDIO
DIGITAL VIDEO
POWER SUPPLY No startup of 12 V
DIGITAL VIDEO
HD AUDIODefective AMP ICHD AUDIO AMP ASSY IC3504
HD AUDIODisconnection of cable CN4009 - CN3501
5
IC4002
EEPROM
A_SCL
A_SDA
DIGITAL VIDEO ASSY
IC5401
IC4
TXD_IC4
RXD_IC4
CLK_IC4
IC4_CE
IC4_BUSY
D15R4R7A1
1
2
IC5201
MODULE UCOM
2
B_SCL
B_SDA
Reason for
Shutdown
Communication failure
of IC4
Writing failure of IC4
Communication failure
of the EEPROM (4K)
Communication failure
of the EEPROM (2K)
Disconnection of cable CN4009 - CN3501
Defective 114-pin FPC CN4004 - CN5001ADY1081
Defective volume ICHD AUDIO AMP AssyIC3502
Defective DC-DC
converter
Defective RST ICPANEL FLASH BLOCK
Cable disconnectedCN5202 - CN1071
Panel having higher
temperature
Speaker short-circuited Speaker terminals
3
IC5302
OR
RST2
2
E_SCL
E_SDA
Point to be Checked
IC4 BLOCK,
PANEL FLASH BLOCK
MODULE UCOM
BLOCK
PANEL IF BLOCKIC4002
DIGITAL DD CON
BLOCK
Surrounding temperature
IC5301
3.3V-RST
IC5003
1.5V-RST
IC5206
EEPROM
4
TEMP1
D4
Possible
Defective Part
IC5401, IC5305
IC5206
U5602
IC5301, IC5302,
IC5303
PANEL SENSOR
ASSY
TE1
After turning the unit
on again, check if the
data on the version
can be read with the
GS1 command.
Check if the cable is
disconnected or not
securely connected.
Check if the 114-pin
FPC is broken or not
securely connected.
Check if 3.3 V and 1.5
V are activated.
Shutdown occurs
when the sensor
temperature becomes
74°C or more (PDP435PE) or 74°C or
more (PDP-505PE).
Check if the speaker
cables are in contact
with the chassis, etc.
Check if the cable is
disconnected or not
securely connected.
IC1072
TEMP.
SENSOR
Remarks
60
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• Block diagram of the power-down signal system
A
POWER SUPPLY UNIT
Note:
The figures 1 - = indicate the number of times the
LED flashes on the panel when power-down occurs in
DC DC CONVERTER BLOCK U5602 (DC DC CONVERTER Module)
Power-down caused by
detection of middle-point voltage
IC4 Drive STOP
E
F
62
Defective AssyReason for Power-downPoint to be CheckedPossible Defective PartRemarks
operation
MR POWER
PD Circuit in
1
1234
POWER SUPPLY Unit
50 Y DRIVE AssyVSUS UVPY SUS BLOCKIC2303, IC2307 (mask module)
50 X DRIVE AssyVSUS UVPX SUS BLOCKIC1203, IC1207
50 SCANA, B Assy
or Y 43 DRIVE Assy
SCAN
2 POWER
3
50 SCANA, B Assy
or Y 43 DRIVE Assy
4 SCN-5V
5 Y-DRIVE50 Y DRIVE Assy+16.5V OCPY SUS BLOCK
PDP-505PE
50 Y DRIVE AssyY RESONANCE BLOCK
6 Y-DCDC50 Y DRIVE Assy
7 Y-SUS
50 ADDRESS Assy
8 ADRS
9 X-DRIVE50 X DRIVE Assy
50 X DRIVE Assy
10 X-DCDC50 X DRIVE Assy
11 X-SUS
12 DIG-DCDCDIGITAL VIDEO Assy DCDC +3.3V, +1.5V OVP
13 IC4DIGITAL VIDEO AssyIC4 BLOCKIC5401
OVP: Over Voltage Protection UVP: Under Voltage ProtectionOCP: Over Current Protection
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7.1.3 DIAGNOSIS WITH THE AID OF FACTORY MODE
• Diagnosis with the aid of Factory mode
When the Media Receiver is connected, the power-down and shutdown logs can be referred to with OSD. Only the items
useful when servicing the PDP-505PE/PRO-505PU are described here.
How to enter Factory mode using the remote control unit
Please refer to the technical documentation. (Service knowhow is the same as G4 PDP models.)
Power-down log (INFORMATION-PANEL PD)
The last 8 power-down records are held, with the latest power-down displayed at the top. In the FIRST column, the location
where the PD circuit was activated first (location indicated by flashing of the LED during power-down) is indicated, and in the
SECOND column, the location where the PD circuit was activated second is indicated.
Note: There may not be a SECOND PD.
The last 8 shutdown records are held, with the latest shutdown displayed at the top. If a shutdown occurred because of "MDIIC" (communication failure of the module microcomputer IIC), the subcategory is indicated to inform you of with which device
the microcomputer was in the process of communicating when a failure occurred.
510152025303540
1
1
5
10
15
16
NNIFOMRI–
A1PNEL PD
MIANSBU
ADUIO
M–DIIC
2
TMEP1
3
TMEP1
4
5
6
7
8
I
O
– ––––
VOL I C0 007 H54M2
– ––––
– ––––
N1 0 1 3–NTV S–T1AT
0 010 H35M1
0 005 H05M0
0 005 H04M5
HM
HM
HM
HM
C
D
[ Data on MD-IIC subcategories ]
OSDDefective communication part
EROM4KIC5206: Module microcomputer EEPROM
EROM2KIC4002: EEPROM for backup
VOLICIC3502–Volume IC
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Data on temperature (INFORMATION-TEMPERATURE)
The data on the current temperatures are displayed.
A
The temperature at the PANEL SENSOR ASSY of the PDP-505PE/PRO-505PU is indicated as the TEMP 1 value (000-255),
which should be converted using the following formula:
Current temperature (°C) 0.65 × TEMP 1 value - 52
Note: Shutdown caused by high TEMP 1 value
PDP-505PE: TEMP 1 value > 195 ( 74°C)
PRO-505PU: TEMP 1 value > 195 ( 74°C)
1
1
B
5
510152025303540
NNIFOMRI–N1 0 1 3–NTV S–T1AT I O
TEMPERATURE
TEMP
TEMP
1:128
2:149
10
15
16
:1FAN25
Note: To update the data on temperature, use the Left and Right keys on the remote control unit.
C
Reference: Serial-number information (INFORMATION-SERIAL)
You can check the serial number of the product on the Factory menu.
1
1
5
D
10
15
16
510152025303540
NNIFOMRV
IAL
SER
P
MR
CCSS 001234JP
---
---------------
–D
1 131–NTV J–HSAT I O
E
F
64
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7.1.4 OPERATION WHEN THE MEDIA RECEIVER IS NOT CONNECTED
As the connection conditions of the system cables (MDR cable, DVI cable) are usually detected, if no connection, such as cable
disconnection, is detected, a warning indication (alternate flashing of the red and green areas) is displayed on the mask screen, and the red
and green LEDs flash alternately. Then after about 30 seconds, the power is automatically turned off.
Note: Only when the power is turned on again, a warning indication on the mask screen restarts. During standby, only the red and green
LEDs flash alternately.
GREENREDGREENREDGREENRED
Alternate flashing at intervals of about 1 second
A
B
C
To operate the panel without the Media Receiver, there are the following two ways:
1. Operation-without-the-Media-Receiver mode
Input the "SCN" RS232C command. The status of the LEDs changes to that in normal operation mode.
Note: Turning the AC switch to OFF then ON also maintains this mode. However, once the unit is connected with the Media Receiver using
the MDR cable, this mode is automatically canceled.
2. DVI mode
Turn the unit on while DVI SG signals are being input with only the DVI connecter connected. After a warning is displayed for about 5
seconds, the unit is ready to display the screen of the input signal. (Green LED lit)
Notes: • Although the output from XGA (43 inch) and WXGA (50 inch) can be input to the unit, this is not a mode open to general users.
(With some signals, errors such as power-down may occur.)
• If a DE signal from the SG is not input during DVI mode, the green LED flashes (at intervals of 2 sec) for about 8 seconds, then the
unit shifts to Power Management mode (the green LED lights).
• Although the PC signal data are displayed for the PDP-504P series panels, for the PDP-505P series panels this is not possible,
because the EDID-ROM has not been provided.
7.1.5 TEMPERATURE-COMPENSATION FUNCTION OF THE DRIVE-SYSTEM VOLTAGE
Function: To control the DRIVE-system voltage according to the temperature (Temperature compensation functions such that the voltage
is lowered on the lower-temperature side and the voltage becomes higher on the higher-temperature side.)
D
E
Purpose: For improving the yield by compensating for the temperature characteristics of the panel
Note: Temperature compensation is performed only for the VSUS voltage, and not for the VOFS voltage. This compensation is
controlled by the software.
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7.1.6 POWER ON/OFF FUNCTION FOR THE LARGE-SIGNAL SYSTEM
Function: Only the power for the low voltage lines (16.5 V, 12 V, and 6.5 V) is on, and the power for the high voltage lines (VSUS,
VADR) is off.
A
Usage:1. Use when only an operational check for the low voltage lines is required, such as when making repairs.
2. Use when rewriting of a program for each microcomputer is required.
Methods: 1 Set the slide switch (S5201) on the DIGITAL VIDEO Assy to its upper position
(See Fig. below).
2. Send the "DRF" RS232C command to turn the large-signal system off.
3. Send the "DRN" RS232C command to turn the large-signal system on.
Notes:
• As the unit enters Power-Down and Muting On mode when Methods 1 and 2 are performed, and power-downs other than those caused by
the power (PS_PD) and DC-DC-converter (DIGITAL_DC-DC) circuits are not activated.
• If the slide switch is set from OFF to ON while the power is on, a power-down will occur. Be sure to turn the power off before switching the
B
slide switch.
• When using the RS232C commands, as with the slide switch, do not use the "DRN" command (DRIVE ON) while the power is on, although
doing so will not cause a power-down.
• Although the "DRF" RS232C command is enabled during Standby, if the power is turned on then turned off, the unit will return to "DRN"
mode.
C
S5201S5201
Drive OFF
Normal position
D
E
Fig. Drive OFF switch
F
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7.1.7 BACKUP WHEN THE MAIN UNIT IS ADJUSTED
Outline
The data on the adjustment values for the main unit are stored in an EEPROM (IC5206, 4 kbits) on the DIGITAL VIDEO Assy. Part
of the data (area A in the figure below) are automatically copied to an EEPROM (IC4002, 2 kbits) mounted on the PANEL IF Assy for
backup. When the DIGITAL VIDEO Assy is replaced, the backup data on the adjustment values for the main unit stored in
the PANEL IF Assy can be copied to the new DIGITAL VIDEO Assy, thus enabling you to omit newly performing adjustments on the
main unit. The logs for the product (power-down log, etc.) can also be copied.
Data to be backed up in the digital EEPROM (area A)
Using a keyword, the data in areas A and B are judged as to whether they have been adjusted or not, then copying is performed.
A
B
EEPROM on the DIGITAL VIDEO Assy
Backup data for the
DIGITAL VIDEO Assy
(Area A)
Other data
(Area C)
1 The keyword on the DIGITAL VIDEO Assy is checked when the power is turned off, and if it is "adjusted", automatic backup is performed.
2 If the keyword on the PANEL IF Assy (Area B) is "adjusted," copying can be performed with the "BCP" RS232C command.
1
Power off
2
"BCP" command
EEPROM on the PANEL IF Assy (for backup)
Backup data for the
DIGITAL VIDEO Assy
(Area B)
Actual automatic backup operations by RS-232C command
1. When the DIGITAL VIDEO Assy is replaced with a new DIGITAL VIDEO Assy for service
Changing of keywords is not required. Replace the DIGITAL VIDEO Assy with an Assy for service, and send the "BCP" RS232C
command. Thus, the backup data in the EEPROM on the PANEL IF Assy are copied to the EEPROM on the DIGITAL VIDEO Assy for
service.
Note: To remind you to send the "BCP" command after replacing the DIGITAL VIDEO Assy with one for service, a warning by the
LEDs (the red LED lit and the green LED flashing at intervals of 200 ms) is indicated until the "BCP" command is issued.
DIGITAL VIDEO Assy for servicePANEL IF Assy
Data in the EEPROM on the
DIGITAL VIDEO Assy
(Area A)
(Not adjusted → Adjusted)
2
"BCP" command
Data in the EEPROM on the
DIGITAL VIDEO Assy
(Area B)
(Adjusted)
C
D
E
2. When a repaired DIGITAL VIDEO Assy is mounted on another unit (reuse of the repaired DIGITAL VIDEO Assy)
The keyword of the DIGITAL VIDEO Assy to be reused must be changed to "not adjusted" using the "UAJ" RS232C command.
Note 1: If a repaired DIGITAL VIDEO Assy is mounted in another unit (Unit 2) without this change of keyword, and the power to the unit 2 is
turned off, the data in force before the repair of the DIGITAL VIDEO Assy will be copied to Area B of the PANEL IF Assy of Unit 2,
overwriting the data necessary for Unit 2. Once overwritten, the original data will not be restored.
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3. When a repaired DIGITAL VIDEO Assy is mounted on the original unit (reuse of the repaired DIGITAL VIDEO Assy)
Changing of keywords is not required. After the repaired DIGITAL VIDEO Assy is mounted in the original unit, the unit can operate with
A
its latest adjustment values.
4. When both the DIGITAL VIDEO Assy and PANEL IF Assy are simultaneously replaced with other assemblies
The automatic backup function of this unit will not work properly.
Note 2: Readjustment of the main unit is required.
Note 3: After readjustment of the main unit, send the "FAJ" RS232C command to change the keyword of the DIGITAL VIDEO Assy to
"adjusted." Thus, when the unit is turned off, automatic backup of adjustment data is performed properly.
Note 4: If readjustment of the main unit is totally impossible, it can be omitted by installing the EEPROM (IC5206, 4 kbits) originally mounted
on the DIGITAL VIDEO Assy for service.
B
Automatic backup operations in Service/Factory mode
[Status confirmation]
Display the screen page shown below to check if the DIGITAL VIDEO Assy has been adjusted or a new service part might have been
installed without adjustment being performed, and if the adjustment values have been stored in the backup ROM.
If the DIGITAL VIDEO Assy has not been adjusted (NG), the red LED lights, and the green LED flashes at intervals of 200 ms. In such a
case, be sure to download the data from the backup ROM.
[Downloading the adjustment data from the backup ROM]
(Required after the DIGITAL VIDEO Assy is replaced)
D
After the DIGITAL VIDEO Assy is replaced, enter Service/Factory mode to copy the data from the backup ROM. Display the screen
page shown above after entering Service/Factory mode then press the Enter key. The indication below is displayed. Move the cursor to
YES then press the Enter key to start copying the data from the backup ROM to the new DIGITAL VIDEO Assy.
Note: Be sure to perform this operation when the DIGITAL VIDEO Assy is replaced with a new service part.
[Clearing the data in the ROM of the DIGITAL VIDEO Assy]
After either YES or NO is selected on the display shown above, the indication shown below is automatically displayed. Move the cursor to
YES then press the Enter key. The data in the ROM of the DIGITAL VIDEO Assy become those for a service part (not adjusted).
Notes: • Use this operation after the DIGITAL VIDEO Assy in failure is repaired and is to be reused as a service part.
• In normal replacement of the Assy with a new service part, this operation is not required. Select NO after replacement with a
service part.
123456789
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
When either YES or NO is selected on the above display, the display will automatically return to that for status
confirmation shown above.
If the white balance (W/B) value is largely shifted because of aging, etc., W/B adjustment is required. (As this may be a rare
case, the adjustment procedures are described below, just for your reference.)
A
B
[ W/B-adjustment procedures ]
The W/B adjustment can be performed with the RS232C commands with the Media Receiver not connected to this unit. The GGF1475
special communication tool and a Minolta CA-100 color difference meter are required.
1 Enter Operation-without-the-Media-Receiver mode with the "SCN" RS232C command.
2 Set the keyword for the DIGITAL VIDEO Assy to "not adjusted" with the "UAJ" RS232C command.
3 Obtain the current adjustment values in the two adjustment tables (see "6.3.1 RS232C commands").
• Shifting to Table 1: Send the "M51" and "F60" commands. Obtaining the adjustment values: Send the "GPW" command.
• Shifting to Table 2: Send the "M51" and "F75" commands. Obtaining the adjustment values: Send the "GPW" command.
4 Make settings for various functions.
Send the "PPN," "SDN," "SPN," and "WAY" commands.
Note: After adjustment, when the POWER switch is set to OFF, these settings will be reset to the initial values.
5 For each table, set the brightness.
• Adjustment in Table 1: After sending the "F60" command, perform adjustment.
• Adjustment in Table 2: After sending the "F75" command, perform adjustment.
For each table, change the RGB parameters so that the values measured using a Minolta color difference meter (CA-100)
become as indicated below. In this case, any one of PRH, PGH, or PBH must be set to 256.
Right side of Mask H
x285
y289
6 Check after adjustment
• Shifting to Table 1: Send the "F60" command. Obtaining the adjustment values: Send the "GPW" command.
• Shifting to Table 2: Send the "F75" command. Obtaining the adjustment values: Send the "GPW" command.
Check that the adjustment data have been changed.
7 Change the keyword for the DIGITAL VIDEO Assy to "adjusted" by sending the "FAJ" RS232C command.
Note: Use a Minolta CA-100 color difference meter or the equivalent for measurement. Otherwise, the specifications of the product cannot be
assured.
Note: To cancel adjusted data and return to the values before adjustment, send the "BCP" RS232C command. Turn the AC
power off then turn it back on before setting the unit to Standby OFF. The backup values are then retrieved.
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7.1.8 TROUBLESHOOTING
A
B
C
Remarks
Check if the FPCs are properly connected. Check if imparting
The backup copy process was not performed when the Digital Assy
Check connection of the system cables. (See "7.1.4 Operation
Check if the connection between the POWER SUPPLY and PANEL
IF assemblies is properly made.
Check if the system cables are securely connected. (See "7.1.4
when the Media Receiver is not connected.")
Operation when the Media Receiver is not connected.")
vibration to the unit affects key inputs. Check if a pulse is output
was replaced. (See "7.1.7 Backup when the main unit is adjusted".)
Possible
Check if a pulse is output when the key corresponding to Pin 3 of
the CN4010 is pressed.
Check if an abnormal area in the screen changes when the FPC
connected to the address corresponding to the abnormal area is
replaced with the one corresponding to the next address.
Check that an abnormal area in the screen does not change when
the FPC connected to the address corresponding to the abnormal
when the key corresponding to Pin 2 of the CN4852 is pressed.
Check if the cables are disconnected or not securely connected.
Check if a pulse is output when the key corresponding to Pin 8 of
the CN4010 is pressed.
Check if a pulse is output when the key corresponding to Pin 2 of
the CN4852 is pressed.
area is replaced with the one corresponding to the next address.
Defective Part
D
Cable disconnectionCN4801 - CN4851ADD1225
System cables not connected
No backup copy
E
Cable disconnectionCN4852 - CN4010
KEY CONTROLDefective KEY SCAN ICKEY CONTROL Assy IC4851
SymptomDefective AssyPossible CauseCheck Point
F
[ Diagnosis of abnormalities other than shutdown and power-down ]
No power (both red and green LEDs unlit)Cable disconnectionCN4001
No power (green LED not lit)Defective 114-pin FPCCN4004 - CN5001ADY1081Check if the FPC is broken or not securely inserted.
The power is (sometimes) interrupted.Defective system cablesCN4002, CN4003
The power is interrupted, and the red and
green warning indications appear on the
screen.
While the red LED remains lit, the green
LED begins flashing (200 ms).
70
Key input not effective
PDP-505PE
1234
Cable disconnectionCN4901 - CN4010Check if the cables are not connected or securely connected.
PANEL IRDefective infrared receiverPANEL IRU4901
DIGITAL VIDEODefective IC4IC4 BLOCKIC5401
Abnormality in a one-eighth area of the
Remote control unit not effective
screen
Defective 114-pin FPCCN4004 - CN5001ADY1081Check if the FPC is broken or not securely inserted.
ADDRESS
Abnormal screen
(Data of every other dot are abnormal)
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7.1.9 DISASSEMBLY
1
Rear Case (50P) and Front Case Assy (50P)
Remove the 15 screws.
1
Remove the 25 screws.
2
∗1:
When reassembling, first secure the screws for
these holes to position the Rear Case (50P) correctly.
Remove the Rear Case (50P).
3
Remove the screw.
4
When reassembling the Front Case Assy (50P)
Secure the screws in the order of ~ and Ÿ.
Then secure the screws on the upper side, the sides,
then the lower side.
Rear Case (50P)
2
2
1
1
2
(Secure this screw first.)
1
111
2
2
2
1
2
2
1
2
∗1
3
2
2
222
2
2
∗1
2
1
2
1
2
1
24
11
2
2
A
2
1
1
2
B
1
2
2
Remove the flexible cable on the PANEL KEY Assy.
5
Remove the Front Case Assy (50P).
6
Note: If you wish to remove only the Front Case Assy, you can
remove it in the order of 1, 4, 5, and 6.
6
6
-1
Front Case Assy (50P)
C
-2
D
E
5
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F
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2
X CONNECTOR A and B Assy's
Remove the PANEL LED Assy by removing one screw.
1
A
Remove the two screws.
2
Remove the flat clamp and remove the wires.
3
Remove the Switch Holder.
4
3
B
Flat Clamp
2
C
Remove the three screws to remove the Front Chassis VR (50).
5
D
Remove the seven screws.
6
Remove the four PCB spacers.
7
Remove the X CONNECTOR A and B Assy's.
8
E
5
Front Chassis VR (50)
50 X DRIVE Assy
6
×4
4
1
Switch Holder
PANEL LED Assy
6
×3
5
5
2
7
7 7
7
88
X CONNECTOR B Assy
F
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PDP-505PE
X CONNECTOR A Assy
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3
50 SCAN A and B Assy's
Remove the two screws.
1
Remove the flat clamp and remove the wires.
2
Remove the IR Holder.
3
A
Flat Clamp
2
B
1
Remove the three screws to remove the Front Chassis VL (50).
4
Remove the six screws.
5
Disconnect the two pin connectors.
6
Remove the two PCB spacers.
7
Remove the four edge card spacers.
8
Remove the 50 SCAN A and B Assy's.
9
3
IR Holder
4
4
Front Chassis VL (50)
5
6
1
50 Y DRIVE Assy
5
×3
×3
C
4
D
E
6
8
7
8
8
7
8
50 SCAN B Assy
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50 SCAN A Assy
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4
MULTI BASE SECTION
A
Note:
To access the Multi Base Section, only the Rear Case must
be removed. No other parts need to be removed.
Remove the four screws.
1
Remove the three screws.
2
Remove the six screws.
3
Disconnect the connectors.
4
Remove the Under Cover Assy.
5
Remove the Multi Base Section.
6
B
Multi Base Section
11
6
4
3
×2×2
3
3
×2
5
C
D
1
2
Under Cover Assy
HD SP TERMINAL Assy
22
1
E
HD AUDIO AMP Assy
F
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PDP-505PE
PANEL IF Assy
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•
7.2 IC INFORMATION
The information shown in the list is basic information and may not correspond exactly to that shown in the schematic diagrams.
1 VSUS [D/A] Vofs power controlO
2 VOFS [D/A] Vofs power controlO
3 TXD_IC4
4 RXD_IC4 3 serial communication with IC4MANTA - data receiveI
5 CLK_IC4 3 serial communication with IC4MANTA - clock outputO
6 BYTE (GND connection)I
7 CNVSS Pin for processor mode setting (pull-down)I
B
8 NC NC pin
9 NC NC pin
10 RST_MD Reset inputIL
11 XOUT Output for main clockO−
12VSS GND −−
13 XIN Input for main clockI−
14 VCC1 Power supply = STB3.3V −−
15 NMI (pull-up)I
16 REM_B (Interruption)
17 KEY_B (Interruption) Key signal input (in the panel unit)I
18 RST2 (Interruption) IC4 reset detectionIL
C
19 HD_IN_B HD signal existence distinctionIL
20 PD_MUTE
21 PS_PD PD signal in the POWER SUPPLY UnitIH
22 DCC_PD PD signal of DC-DC converterIH
23 NC NC pin
24 NC NC pin
25 VD_IN V. frequency countIL
26 EEPRST EEPROM power SW OH
27 E_SCL IIC clock output for EEPROMO
28 E_SDA IIC data I/O for EEPROMI/O
D
29 TXD
30 RXD Communication with flash ROM writer - data receiveI
31 SCLK Communication with flash ROM writer - clock inputI
32 BUSY Communication with flash ROM writer - busy outputO
33 TXD0
34 RXD0
35 NC NC pin
36 REQ_MD Communication request to the main UCOMOH
37 PSW_D Mute of DC-DC converterOH
38 WE_IC4
E
39 EPM Setting pin for flash rewriting mode (pull-down) I
40 IC4_RST IC4 forced resetOL
41 IC4_CE Enable for IC4 communicationOL
42 IC4_BUSYBusy input for IC4 communicationIH
43 REQ_IC4 Communication request from the IC4IH
44 CE Setting pin for flash rewriting mode (pull-up) I
45 PSIZE Panel size distinctionI
46 B_SCL IIC clock output for backup EEPROMOH
47 B_SDA IIC DATA I/O for backup EEPROMI/OH
48 ADR_PD PD signal of address junctionIH
F
49 LED_G Green LED controlOL
50 LED_R Red LED controlOL
3 serial communication with IC4MANTA - data transmission
Mute the power down output to the POWER SUPPLY Unit
Communication with flash ROM writer - data transmission
UART communication with main UCOM (external PC) - data transmission
UART communication with main UCOM (external PC) - data receive
In IC4 (MANTA) rewriting, control for communication path switch
Remote control signal input (in the panel unit)
I
O
OL
O
O
I
OH
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M30622FH8PGP (DIGITAL VIDEO ASSY : IC5201)
• PDP UCOM
Pin Function (2/2)
No.I/0ACTIVEPin NameFunction
51DRV_OFFDriving OFFOH
52RELAYPower ON control outputOH
53POWERPower ON control inputIH
54MR_ST_BMDR connection detectionIL
55OP_DETRear case open detectionI
56NCNC pin
57PNL_MUTEPanel muteI
58DITHERPC/VIDEO dither switch (panel module exclusive use)I
59NCNC pin
60VCC2Power supply = STB 3.3V−−
61PD_TRGPD detectionIL
62VSSGND−−
63VH_PDVh power decrease PDIH
64YDRV_PDY drive PD signalIH
65YRES_PDY drive PD signalIH
66YDCDC_PDPD signal of Y drive DC-DC converterIH
67IC5V_PD5V power decrease PDIH
68XSUS_PDX drive PD signalIH
69XDCDC_PDPD signal of X drive DC-DC converterIH
70XDRV_PDX drive PD signalIH
71NCNC pin
72MR_ACMR power monitorIH
73AC_DETAC power monitor at panel side (same signal as CST1)IL
74DVI_MUTEMute of panel link outputOH
75A_MUTEAudio muteOH
76A_NGAudio NG detectionIL
77A_SCLIIC clock output for audio/othersOL
78A_SDAIIC data I/O for audio/othersI/OL
79TRUBASSTRUBASS ON/OFFOH
80STB_SWStandby setting of audio amp.OL
81FOCUSFOCUS ON/OFFOH
82SRSSRS ON/OFFOH
83DDC_WPDDCROM write protectionOH
84DVI_DETDVI cable disconnection detectionIH
85RSTBTMDSReset detection of panel link receiverIL
86L_SYNCDE omission detection of the panel linkIL
87NCNC pin
88NCNC pin
89MASK1[A/D] Mask display settingI
90MAX_PLS2[A/D] Brightness setting for panel moduleI
91MAX_PLS1[A/D] Brightness setting for panel moduleI
92TEMP[A/D] AD input for temperature sensorI
93MODE[A/D] Operation mode settingI
94AVSSGND for A/D input−−
95MODEL[A/D] CMX/HD/TV/WX distinctionI
96VREFReference voltage for A/D input−−
97AVCCPower supply for A/D input = STB3.3V−−
98NCNC pin
99NCNC pin
100AMG_MDAddress emergency monitorIH
A
B
C
D
E
F
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PEG054A (DIGITAL VIDEO ASSY : IC5401)
• PDP ASIC IC4
A
Pin Function (1/10)
Ball No.No.Pin NameFunction
A11BAI_6A phase signal input of B video (sixth bit)
B12BAI_5A phase signal input of B video (fifth bit)
C13BAI_4A phase signal input of B video (fourth bit)
D14NCNC pin
E15NCNC pin
F16BAI_3A phase signal input of B video (fifth bit)
G17BAI_2A phase signal input of B video (fourth bit)
B
C
D
E
F
H18FIELDFIELD signal input
J19XSUSB_12X-Drive control signal output
K110XSUSB_10X-Drive control signal output
L111XSUSB_4X-Drive control signal output
M112XSUSB_0X-Drive control signal output
N113XSUSA_10X-Drive control signal output
P114XSUSA_4X-Drive control signal output
R115XSUSA_2X-Drive control signal output
T116ADRS_0Address control signal output
U117AD6TXOUT3MAddress LVDS signal output
V118AD6TXCLKOUTMAddress LVDS signal output
W119AD6TXOUT2MAddress LVDS signal output
Y120AD6TXOUT1MAddress LVDS signal output
AA121AD6TXOUT0MAddress LVDS signal output
AB122AD7TXOUT3MAddress LVDS signal output
AC123AD7TXCLKOUTMAddress LVDS signal output
AD124AD7TXOUT2MAddress LVDS signal output
AE125AD7TXOUT1MAddress LVDS signal output
AF126AD7TXOUT0MAddress LVDS signal output
AF227AD7TXOUT0PAddress LVDS signal output
AF328VSSLAGND
AF429AD3TXOUT3MAddress LVDS signal output
AF530AD3TXCLKOUTMAddress LVDS signal output
AF631AD3TXOUT2MAddress LVDS signal output
AF732AD3TXOUT1MAddress LVDS signal output
AF833AD3TXOUT0MAddress LVDS signal output
AF934AD2TXOUT3MAddress LVDS signal output
AF1035AD2TXCLKOUTMAddress LVDS signal output
AF1136AD2TXOUT2MAddress LVDS signal output
AF1237AD2TXOUT1MAddress LVDS signal output
AF1338AD2TXOUT0MAddress LVDS signal output
AF1439AD1TXOUT3MAddress LVDS signal output
AF1540AD1TXCLKOUTMAddress LVDS signal output
AF1641AD1TXOUT2MAddress LVDS signal output
AF1742AD1TXOUT1MAddress LVDS signal output
AF1843AD1TXOUT0MAddress LVDS signal output
AF1944AD0TXOUT3MAddress LVDS signal output
AF2045AD0TXCLKOUTMAddress LVDS signal output
AF2146AD0TXOUT2MAddress LVDS signal output
AF2247AD0TXOUT1MAddress LVDS signal output
AF2348AD0TXOUT0MAddress LVDS signal output
AF2449VSSL15GND
AF2550AD4TXOUT3PAddress LVDS signal output
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PEG054A (DIGITAL VIDEO ASSY : IC5401)
• PDP ASIC IC4
Pin Function (2/10)
Ball No.No.Pin NameFunction
AF2651AD4TXOUT3MAddress LVDS signal output
AE2652AD4TXCLKOUTMAddress LVDS signal output
AD2653AD4TXOUT2MAddress LVDS signal output
AC2654AD4TXOUT1MAddress LVDS signal output
AB2655AD4TXOUT0MAddress LVDS signal output
AA2656AD5TXOUT3MAddress LVDS signal output
Y2657AD5TXCLKOUTMAddress LVDS signal output
W2658AD5TXOUT2MAddress LVDS signal output
V2659AD5TXOUT1MAddress LVDS signal output
U2660AD5TXOUT0MAddress LVDS signal output
T2661SDIDBI_NJTAG signal
R2662SDIJTAGJTAG signal
P2663GPIO0_3Microcomputer macro general-purpose port
N2664GPIO0_1Microcomputer macro general-purpose port
M2665YSUSA_4Y-Drive control signal output
L2666YSUSA_10Y-Drive control signal output
K2667YSUSA_14Y-Drive control signal output
J2668YSUSB_4Y-Drive control signal output
H2669YSUSB_6Y-Drive control signal output
G2670YSUSB_10Y-Drive control signal output
F2671YSUSB_14Y-Drive control signal output
E2672NCNC pin
D2673NCNC pin
C2674SCAN_10Scan control signal output
B2675CSIOTXDCommunication with microcomputer
A2676CSRD_NCommunication with microcomputer
A2577CSCS_N0Communication with microcomputer
A2478EXA16Flash memory address bus
A2379EXA15Flash memory address bus
A2280EXA14Flash memory address bus
A2181EXA13Flash memory address bus
A2082EXA12Flash memory address bus
A1983EXA10Flash memory address bus
A1884EXA7Flash memory address bus
A1785EXA1Flash memory address bus
A1686EXDIO_3Flash memory data bus
A1587EXDIO_5Flash memory data bus
A1488EXDIO_11Flash memory data bus
A1389TRNSEND_ONC pin
A1290RBI_5B phase signal input of R video (fifth bit)
A1191RBI_0B phase signal input of R video (0 bit)
A1092GBI_8B phase signal input of G video (eighth bit)
A993GBI_2B phase signal input of G video (second bit)
A894BBI_6B phase signal input of B video (sixth bit)
A795BBI_0B phase signal input of B video (0 bit)
A696VDIVD signal input
A597RAI_5A phase signal input of R video (fifth bit)
A498DCLKICLK input
A399GAI_4A phase signal input of G video (fourth bit)
A2100BAI_9A phase signal input of B video (ninth bit)
A
B
C
D
E
F
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PEG054A (DIGITAL VIDEO ASSY : IC5401)
• PDP ASIC IC4
A
Pin Function (3/10)
Ball No.No.Pin NameFunction
B2101BAI_8A phase signal input of B video (eighth bit)
C2102BAI_7A phase signal input of B video (seventh bit)
D2103GNDGND
E2104NCNC
F2105NCNC
G2106BAI_1A phase signal input of B video (first bit)
H2107XSUSB_15X-Drive control signal output
B
C
D
E
F
J2108GNDGND
K2109XSUSB_9X-Drive control signal output
L2110XSUSB_3X-Drive control signal output
M2111XSUSA_15X-Drive control signal output
N2112XSUSA_9X-Drive control signal output
P2113GNDGND
R2114XSUSA_1X-Drive control signal output
T2115TEST2Test signal input (Not used)
U2116AD6TXOUT3PAddress LVDS signal output
V2117AD6TXCLKOUTPAddress LVDS signal output
W2118AD6TXOUT2PAddress LVDS signal output
Y2119AD6TXOUT1PAddress LVDS signal output
AA2120AD6TXOUT0PAddress LVDS signal output
AB2121AD7TXOUT3PAddress LVDS signal output
AC2122AD7TXCLKOUTPAddress LVDS signal output
AD2123AD7TXOUT2PAddress LVDS signal output
AE2124AD7TXOUT1PAddress LVDS signal output
AE3125VSSLAGND
AE4126AD3TXOUT3PAddress LVDS signal output
AE5127AD3TXCLKOUTPAddress LVDS signal output
AE6128AD3TXOUT2PAddress LVDS signal output
AE7129AD3TXOUT1PAddress LVDS signal output
AE8130AD3TXOUT0PAddress LVDS signal output
AE9131AD2TXOUT3PAddress LVDS signal output
AE10132AD2TXCLKOUTPAddress LVDS signal output
AE11133AD2TXOUT2PAddress LVDS signal output
AE12134AD2TXOUT1PAddress LVDS signal output
AE13135AD2TXOUT0PAddress LVDS signal output
AE14136AD1TXOUT3PAddress LVDS signal output
AE15137AD1TXCLKOUTPAddress LVDS signal output
AE16138AD1TXOUT2PAddress LVDS signal output
AE17139AD1TXOUT1PAddress LVDS signal output
AE18140AD1TXOUT0PAddress LVDS signal output
AE19141AD0TXOUT3PAddress LVDS signal output
AE20142AD0TXCLKOUTPAddress LVDS signal output
AE21143AD0TXOUT2PAddress LVDS signal output
AE22144AD0TXOUT1PAddress LVDS signal output
AE23145AD0TXOUT0PAddress LVDS signal output
AE24146VSSL15GND
AE25147AD4TXCLKOUTPAddress LVDS signal output
AD25148AD4TXOUT2PAddress LVDS signal output
AC25149AD4TXOUT1PAddress LVDS signal output
AB25150AD4TXOUT0PAddress LVDS signal output
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PEG054A (DIGITAL VIDEO ASSY : IC5401)
• PDP ASIC IC4
Pin Function (4/10)
Ball No.No.Pin NameFunction
AA25151AD5TXOUT3PAddress LVDS signal output
Y25152AD5TXCLKOUTPAddress LVDS signal output
W25153AD5TXOUT2PAddress LVDS signal output
V25154AD5TXOUT1PAddress LVDS signal output
U25155AD5TXOUT0PAddress LVDS signal output
T25156SDITRST_NJTAG signal
R25157RESETXReset input
P25158GNDGND
N25159GPIO0_0Microcomputer macro general-purpose port
M25160YSUSA_5Y-Drive control signal output
L25161YSUSA_11Y-Drive control signal output
K25162YSUSA_15Y-Drive control signal output
J25163GNDGND
H25164YSUSB_7Y-Drive control signal output
G25165YSUSB_11Y-Drive control signal output
F25166NCNC pin
E25167NCNC pin
D25168GNDGND
C25169SCAN_11Scan control signal output
B25170CSIORXDCommunication with UCOM
B24171CSIOSCKICommunication with UCOM
B23172UARTTXDCommunication with UCOM
B22173UARTRXDCommunication with UCOM
B21174CSWR_N0Communication with UCOM
B20175GNDGND
B19176EXA9Flash memory address bus
B18177EXA6Flash memory address bus
B17178EXA0Flash memory address bus
B16179GNDGND
B15180EXDIO_6Flash memory data bus
B14181EXDIO_12Flash memory data bus
B13182RBI_9B phase signal input of R video (ninth bit)
B12183RBI_4B phase signal input of R video (fourth bit)
B11184GNDGND
B10185GBI_7B phase signal input of G video (seventh bit)
B9186GBI_1B phase signal input of G video (first bit)
B8187BBI_5B phase signal input of B video (fifth bit)
B7188GNDGND
B6189HDIHD signal input
B5190RAI_4A phase signal input of R video (fourth bit)
B4191GAI_9A phase signal input of G video (ninth bit)
B3192GAI_3A phase signal input of G video (third bit)
C3193GAI_2A phase signal input of G video (second bit)
D3194VDDD333.3V power supply
E3195GAI_1A phase signal input of G video (first bit)
F3196GAI_0A phase signal input of G video (0 bit)
G3197NCNC pin
H3198XSUSB_14X-Drive control signal output
J3199VDDIO3.3V power supply
K3200XSUSB_8X-Drive control signal output
A
B
C
D
E
F
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PEG054A (DIGITAL VIDEO ASSY : IC5401)
• PDP ASIC IC4
A
Pin Function (5/10)
Ball No.No.Pin NameFunction
L3201XSUSB_2X-Drive control signal output
M3202XSUSA_14X-Drive control signal output
N3203XSUSA_8X-Drive control signal output
P3204VDDIO3.3V power supply
R3205XSUSA_0X-Drive control signal output
V24241VSSLAGND
U24242VSSLAGND
T24243SDITDOJTAG signal
R24244GPIO0_7Microcomputer macro general-purpose port
P24245VDDIO3.3V power supply
N24246YSUSA_0Y-Drive control signal output
M24247YSUSA_6Y-Drive control signal output
L24248YSUSA_12Y-Drive control signal output
K24249YSUSB_0Y-Drive control signal output
J24250VDDD333.3V power supply
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PEG054A (DIGITAL VIDEO ASSY : IC5401)
• PDP ASIC IC4
Pin Function (6/10)
Ball No.No.Pin NameFunction
H24251YSUSB_8Y-Drive control signal output
G24252NCNC pin
F24253YSUSB_15Y-Drive control signal output
E24254SCAN_3Scan control signal output
D24255VDDD333.3V power supply
C24256SCAN_12Scan control signal output
C23257SCAN_13Scan control signal output
C22258SCAN_14Scan control signal output
C21259SCAN_15Scan control signal output
C20260VDDIO3.3V power supply
C19261EXA8Flash memory address bus
C18262EXA5Flash memory address bus
C17263CLKDCLK input (60MHz)
C16264VDDIO3.3V power supply
C15265EXDIO_7Flash memory data bus
C14266EXDIO_13Flash memory data bus
C13267RBI_8B phase signal input of R video (eighth bit)
C12268RBI_3B phase signal input of R video (third bit)
C11269VDDIO3.3V power supply
C10270GBI_6B phase signal input of G video (sixth bit)
C9271GBI_0B phase signal input of G video (0 bit)
C8272BBI_4B phase signal input of B video (fourth bit)
C7273VDDIO3.3V power supply
C6274RAI_9A phase signal input of R video (ninth bit)
C5275RAI_3A phase signal input of R video (third bit)
C4276GAI_8A phase signal input of G video (eighth bit)
D4277GAI_7A phase signal input of G video (seventh bit)
E4278GAI_6A phase signal input of G video (sixth bit)
F4279GAI_5A phase signal input of G video (fifth bit)
G4280VCMPGND
H4281XSUSB_13X-Drive control signal output
J4282XSUSB_11X-Drive control signal output
K4283XSUSB_7X-Drive control signal output
L4284XSUSB_1X-Drive control signal output
M4285XSUSA_13X-Drive control signal output
N4286XSUSA_7X-Drive control signal output
P4287XSUSA_3X-Drive control signal output
R4288ADRS_3Address control signal output
T4289TESTANTest signal input (Not used)
U4290VDDLA3.3V power supply
V4291VDDLA3.3V power supply
W4292VDDLA3.3V power supply
Y4293VDDLA3.3V power supply
AA4294VDDLA3.3V power supply
AB4295VDDLA3.3V power supply
AC4296VDDLA3.3V power supply
AC5297VDDLA3.3V power supply
AC6298VDDLA3.3V power supply
AC7299VDDLA3.3V power supply
AC8300VDDLA3.3V power supply
A
B
C
D
E
F
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PEG054A (DIGITAL VIDEO ASSY : IC5401)
• PDP ASIC IC4
A
Pin Function (7/10)
Ball No.No.Pin NameFunction
AC8300VDDLA3.3V power supply
AC9301VDDLA3.3V power supply
AC10302VDDLA3.3V power supply
AC11303VDDLA3.3V power supply
AC12304VDDLA3.3V power supply
AC13305VDDLA3.3V power supply
AC14306VDDBG3.3V power supply
B
C
D
E
F
AC15307VDDLA3.3V power supply
AC16308VDDLA3.3V power supply
AC17309VDDLA3.3V power supply
AC18310VDDLA3.3V power supply
AC19311VDDLA3.3V power supply
AC20312VDDLA3.3V power supply
AC21313VDDLA3.3V power supply
AC22314VDDLA3.3V power supply
AC23315VDDLA3.3V power supply
AB23316VDDLA3.3V power supplyv
AA23317VDDLA3.3V power supply
Y23318VDDLA3.3V power supply
W23319VDDLA3.3V power supply
V23320VDDLA3.3V power supply
U23321VDDLA3.3V power supply
T23322SDITDIJTAG signal
R23323GPIO0_6Microcomputer macro general-purpose port
P23324GPIO0_2Microcomputer macro general-purpose port
N23325YSUSA_1Y-Drive control signal output
M23326YSUSA_7Y-Drive control signal output
L23327YSUSA_13Y-Drive control signal output
K23328YSUSB_1Y-Drive control signal output
J23329YSUSB_5Y-Drive control signal output
H23330YSUSB_9Y-Drive control signal output
G23331VCMPGND
F23332SCAN_0Scan control signal output
E23333SCAN_4Scan control signal output
D23334SCAN_7Scan control signal output
D22335SCAN_8Scan control signal output
D21336SCAN_9Scan control signal output
D20337EXA11Flash memory address bus
D19338EXA19Flash memory address bus
D18339EXA4Flash memory address bus
D17340EXDIO_0Flash memory data bus
D16341EXDIO_4Flash memory data bus
D15342EXDIO_8Flash memory data bus
D14343EXDIO_14Flash memory data bus
D13344RBI_7B phase signal input of R video (seventh bit)
D12345RBI_2B phase signal input of R video (second bit)
D11346GBI_9B phase signal input of G video (ninth bit)
D10347GBI_5B phase signal input of G video (fifth bit)
D9348BBI_9B phase signal input of B video (ninth bit)
D8349BBI_3B phase signal input of B video (tenth bit)
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PEG054A (DIGITAL VIDEO ASSY : IC5401)
• PDP ASIC IC4
Pin Function (8/10)
Ball No.No.Pin NameFunction
D7350DEIDE signal input
D6351RAI_8A phase signal input of R video (eighth bit)
D5352RAI_2A phase signal input of R video (second bit)
E5353RAI_1A phase signal input of R video (first bit)
F5354RAI_0A phase signal input of R video (0 bit)
G5355BAI_0A phase signal input of B video (0 bit)
H5356VSS15GND
J5357VDDHR3.3V power supply
K5358XSUSB_6X-Drive control signal output
L5359VSSD15GND
M5360XSUSA_12X-Drive control signal output
N5361XSUSA_6X-Drive control signal output
P5362VSS15GND
R5363ADRS_2Address control signal output
T5364TESTBNTest signal input (Not used)
U5365VSSL15GND
V5366VSSLAGND
W5367VSSLAGND
Y5368VSSL15GND
AA5369VDDLP3.3V power supply
AB5370VSSL15GND
AB6371VSSLAGND
AB7372VSSLAGND
AB8373VSSL15GND
AB9374VSSLAGND
AB10375VSSLAGND
AB11376VSSL15GND
AB12377VSSLAGND
AB13378VSSLAGND
AB14379REFRINReference current generation
AB15380VSSBGGND
AB16381VSSL15GND
AB17382VSSLAGND
AB18383VSSLAGND
AB19384VSSL15GND
AB20385VSSLAGND
AB21386VSSLAGND
AB22387VSSLAGND
AA22388VDDLA3.3V power supply
Y22389VSSL15GND
W22390VSSLAGND
V22391VSSLAGND
U22392VSSL15GND
T22393SDITMSJTAG signal
R22394GPIO0_5Microcomputer macro general-purpose port
P22395VSS15GND
N22396YSUSA_2Y-Drive control signal output
M22397YSUSA_8Y-Drive control signal output
L22398VSSD15GND
K22399YSUSB_2Y-Drive control signal output
A
B
C
D
E
F
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PEG054A (DIGITAL VIDEO ASSY : IC5401)
• PDP ASIC IC4
A
Pin Function (9/10)
Ball No.No.Pin NameFunction
J22400VDDHL3.3V power supply
H22401VSSD15GND
G22402YSUSB_12Y-Drive control signal output
F22403SCAN_1Scan control signal output
E22404SCAN_5Scan control signal output
E21405SCAN_6Scan control signal output
E20406VSS15GND
B
C
D
E
F
E19407EXA18Flash memory address bus
E18408EXA3Flash memory address bus
E17409EXDIO_1Flash memory data bus
E16410VSS15GND
E15411EXDIO_9Flash memory data bus
E14412EXDIO_15Flash memory data bus
E13413RBI_6B phase signal input of R video (sixth bit)
E12414CLKSCLK input (85MHz)
E11415VSS15GND
E10416GBI_4B phase signal input of G video (fourth bit)
E8418BBI_2B phase signal input of B video (second bit)
E9417BBI_8B phase signal input of B video (eighth bit)
E7419VSS15GND
E6420RAI_7A phase signal input of R video (seventh bit)
F6421RAI_6A phase signal input of R video (sixth bit)
G6422APL_DTAPL value trigger input
H6423VDD151.5V power supply
J6424VBBVBB power monitor in the DRAM
K6425XSUSB_5X-Drive control signal output
L6426VDDD151.5V power supply
M6427XSUSA_11X-Drive control signal output
N6428XSUSA_5X-Drive control signal output
P6429VDD151.5V power supply
R6430ADRS_1Address control signal output
T6431TESTCNTest signal input (Not used)
U6432VDDL151.5V power supply
V6433VDDLA3.3V power supply
W6434VDDLA3.3V power supply
Y6435VDDL151.5V power supply
AA6436VDDLA3.3V power supply
AA7437VDDLA3.3V power supply
AA8438VDDL151.5V power supply
AA9439VDDLA3.3V power supply
AA10440VDDLA3.3V power supply
AA11441VDDL151.5V power supply
AA12442VDDLA3.3V power supply
AA13443VDDLA3.3V power supply
AA14444VDDLA3.3V power supply
AA15445VDDLA3.3V power supply
AA16446VDDL151.5V power supply
AA17447VDDLA3.3V power supply
AA18448VDDLA3.3V power supply
AA19449VDDL151.5V power supply
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PEG054A (DIGITAL VIDEO ASSY : IC5401)
• PDP ASIC IC4
Pin Function (10/10)
Ball No.No.Pin NameFunction
AA20450VDDLA3.3V power supply
AA21451VDDLA3.3V power supply
Y21452VDDL151.5V power supply
W21453VDDLA3.3V power supply
V21454VDDLA3.3V power supply
U21455VDDL151.5V power supply
T21456SDITCKJTAG signal
R21457GPIO0_4Microcomputer macro general-purpose port
P21458VDD151.5V power supply
N21459YSUSA_3Y-Drive control signal output
M21460YSUSA_9Y-Drive control signal output
L21461VDDD151.5V power supply
K21462YSUSB_3Y-Drive control signal output
J21463VBBVBB power monitor in the DRAM
H21464VDDD151.5V power supply
G21465YSUSB_13Y-Drive control signal output
F21466SCAN_2Scan control signal output
F20467VDD151.5V power supply
F19468EXA17Flash memory address bus
F18469EXA2Flash memory address bus
F17470EXDIO_2Flash memory data bus
F16471VDD151.5V power supply
F15472EXDIO_10Flash memory data bus
F14473TRNSEND_INC pin
F13474VDD151.5V power supply
F12475RBI_1B phase signal input of R video (first bit)
F11476VDD151.5V power supply
F10477GBI_3B phase signal input of G video (third bit)
F9478BBI_7B phase signal input of B video (seventh bit)
F8479BBI_1B phase signal input of B video (first bit)
F7480VDD151.5V power supply