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FILE NO. 330-9904
SERVICE MANUAL
3LCD DATA PROJECTOR
TLP450E, TLP451E TLP650E, TLP651E TLP450U, TLP451U TLP650U, TLP651U
TLP451, TLP651
PRINTED IN JAPAN, Oct., 1999 S
CONTENTS
SAFETY PRECAUTIONS .............................................................. I IMPORTANT PRECAUTIONS .................................................... I IMPORTANT SAFETY INSTRUCTIONS .............................. II
SECTION 1 PART REPLACEMENT AND ADJUSTMENT PROCEDURES 1 . LOCATION OF MAIN PARTS ......................................... 1 - 1 2 . LOCATION OF PC BOARDS ........................................... 1 - 1 3 . REPLACEMENT OF MECHANICAL PARTS ............ 1 - 2 3-1. Camera Arm Assembly (Only for TLP451/651) ........ 1-2 3-2. Lamp Assembly ................................................................. 1-2 3-3. Front Cover and Top Cover .......................................... 1-3 3-4. Main PC Board ................................................................. 1-3 3-5. RGB PC Board .................................................................. 1-3 3-6. Handle and Fan Assembly ............................................... 1-4 3-7. Power Supply Unit ............................................................ 1-4 3-8. Filter Assembly .................................................................. 1-5 3-9. Lamp House ....................................................................... 1-5 3-10.Optical Engine .................................................................. 1-5 3-11. Input PC Board ............................................................... 1-6 3-12. Lens .................................................................................... 1-6 3-13. Mirror Box ....................................................................... 1-6 3-14. LCD Block and LCD Panel ........................................... 1-7 3-15. CAM SW PC Board (Only for TLP451/651) ............ 1-9 3-16. Arm Assembly (Only for TLP451/651) ...................... 1-9 3-17. Switch (Only for TLP451/651) .................................. 1-10 3-18. Camera PC Board (Only for TLP451/651) ............. 1-10 3-19. Lamp PC Board (TLP451/651) .................................. 1-10 4 . ELECTRICAL ADJUSTMENT ....................................... 1 - 1 1 4-1. LCD Drive Adjustment .................................................. 1-12 5 . LED DISPLAY ...................................................................... 1 - 1 6
SECTION 2 SERVICING DIAGRAMS 1 . PART CONFIGURATION AND THEIR SYMBOLS 2 - 1 1-1. Replacing Subminiature "CHIP" Parts ....................... 2-1 1-2. Precoutions for Part Replacement ................................ 2-2 1-3. Solid Resistor Indication .................................................. 2-2 1-4. Capacitance Indication .................................................... 2-2 1-5. Inductor Indication ........................................................... 2-3 1-6. Waveform and Voltage Measurement .......................... 2-3 2 . EACH SIGNAL FLOW ........................................................ 2 - 4 2-1. Operation at RGB Signal Input ..................................... 2-4 2-2. Video Signal ....................................................................... 2-4 2-3. Operation at Y/Pb/Pr Signal and HDTV Signal Input2-5 2-4. Camera Input Operation ................................................ 2-5 2-5. Camera Overlay Signal ................................................... 2-5 3 . BLOCK DIAGRAMS ............................................................ 2 - 7 3-1. RGB Block Diagram ........................................................ 2-7 3-2. Input Block Diagram ........................................................ 2-8 3-3. Main Block Diagram ........................................................ 2-9 3-4. Digital Block Diagram ................................................... 2-11 4 . PRINTED WIRING BOARD AND SCHEMATIC DIAGRAM ................................................. 2 - 1 2 5 . CIRCUIT DIAGRAMS ...................................................... 2 - 1 5 5-1. Drive Circuit Diagram (for TLP650, TLP651) ........ 2-15 5-2. Drive Circuit Diagram (for TLP450, TLP451) ........ 2-19 5-3. Main Circuit Diagram (for TLP650, TLP651) ......... 2-23 5-4. Main Circuit Diagram (for TLP450, TLP451) ......... 2-27 5-5. Micon Circuit Diagram ................................................. 2-31 5-6. RGB Circuit Diagram .................................................... 2-35 5-7. Input Circuit Diagram ................................................... 2-39 5-8. Power Supply Circuit Diagram .................................... 2-42 5-9. Camera Interface Circuit Diagram ............................ 2-45 5-10. ............................................ FAN Control Circuit Diagram 2-47 6 . PC BOARDS ......................................................................... 2 - 4 9 6-1. Input PC Board ............................................................... 2-49 6-2. CAM Switch PC Board .................................................. 2-50 6-3. Main PC Board ............................................................... 2-51 6-4. RGB PC Board ................................................................ 2-55 6-5. LED PC Board ................................................................ 2-55 6-6. Sub Digital PC Board .................................................... 2-56
SECTION 3 PARTS LIST 1 . SAFETY PRECAUTION ...................................................... 3 - 1 2 . NOTICE ..................................................................................... 3 - 1 3 . ABBREVIATIONS .................................................................. 3 - 1 3-1. Integrated Circuit (IC) .................................................... 3-1 3-2. Capacitor (Cap) ................................................................ 3-1 3-3. Resistor (Res) ..................................................................... 3-1 4 . EXPLODED VIEWS .............................................................. 3 - 2 4-1. Packing Assembly ............................................................. 3-2 4-2. Remote Control Unit ........................................................ 3-2 4-3. Chassis Assembly ............................................................... 3-3 4-4. Arm Assembly (TLP451, TLP651) ................................ 3-4 5 . PARTS LIST ............................................................................. 3 - 5
SECTION 1 PART REPLACEMENT AND ADJUSTMENT PROCEDURES
SECTION 1 PART REPLACEMENT AND ADJUSTMENT PROCEDURES
1. LOCATION OF MAIN PARTS
TLP451/651
E200 Optical Engine B180 Lamp House P800 Power Unit Z101 Fan
PC300 Camera Unit Assembly
SC01 Arm Position Detection Switch
P100 Thermal Lead Switch Projection Lens
LCD Block Filter
Fig. 1-1-1
2. LOCATION OF PC BOARDS
TLP451/651
U007 Sub Digital U0032 LED PC Board
U001 Main PC Board
U0031 CAM Switch PC Board
U0021RGB PC Board U0022 Input PC Board
Fig. 1-2-1
1-1
CAUTIONS BEFORE STARTING SERVICING
Electronic parts are susceptible to static electricity and may easily damaged, so do not forget to take a proper grounding treatment as required. Many screws are used inside the unit. To prevent missing, dropping, etc. of the screws, always use a magnetized screwdriver in servicing. Several kinds of screws are used and some of them need special cautions. That is, take care of the tapping screws securing molded parts and fine pitch screws used to secure metal parts. If they are used improperly, the screw holes will be easily damaged and the parts can not be fixed.
3. REPLACEMENT OF MECHANICAL PARTS
3-1. Camera Arm Assembly (Only for TLP451/651)
1. Remove six screws (1) and remove the camera arm assembly (2). 2. Remove the connector (3) connecting to the main unit.
3-2. Lamp Assembly
1. Loosen two screws (1) and remove the cover (2). 2. Pull down the handle to remove the lamp assembly (3).
Screws (1) Camera arm assembly (2)
Main unit
Lamp assembly (3)
Handle
Cover (2)
Connector (3)
Screws (1) (Loosen.)
Fig. 1-3-1 Fig. 1-3-2
1-2
3-3. Front Cover and Top Cover
1. Remove two screws (1) and remove the front cover (2) by sliding the portion A pushed with a thin bar in the arrow B direction. 2. Remove nine screws (3). 3. Push the handle (4) to one side and remove the top cover (5) by rotating in the arrow C direction.
Connectors (2) Main PC board (1) Screws (4)
FFC (3)
Top cover (5)
C
FFC (3)
Connector on RGB PC board (5)
Handle (4) Screws (3)
Screws (3)
FFCs (3)
Screws (1) B
RGB PC board (5)
Fig. 1-3-4
3-5. RGB PC Board
Screws (3) Front cover (2) A Screw (3)
1. Remove the FFC (1). 2. Remove four screws (2) and RGB PC board (3). 3. Remove four screws (4) and remove the cover (5) from the RGB PC board (3).
Push
Screws (2) RGB PC board (3) Cover (5)
Fig. 1-3-3
3-4. Main PC Board
1. Remove four connectors (2) and five FFCs (3) connected to the main PC board (1). 2. Remove seven screws (4). 3. Lift the main PC board (1) upward and remove the main PC board (1) from the RGB PC board (5).
Screws (4)
FFC (1)
Fig. 1-3-5
1-3
3-6. Handle and Fan Assembly
1. Pull out the handle (1) upward. 2. Remove two screws (2) and fan assembly (3). 3. Remove two screws (4) and then remove the fan (5) from the fan bracket (6).
Screws (2) Fan assembly (3) Fan (5) Screws (4)
3-7. Power Supply Unit
1. Remove two screws (1) and then remove the shield plate (2) and the socket (3). (Do not lose the shield plate (2).) 2. Remove two screws (4) and remove the power supply unit (5). 3. Remove two screws (6) and one screw (7) and remove the interlocking switch and plate (8).
Fan bracket (6)
Screws (4)
Power supply unit (5)
Screws (1)
Handle (1)
Socket (3)
Shield plate (2) Screw(6) Screw (7) Screw (6)
Interlocking switch (8)
Interlocking switch plate (8)
Fig. 1-3-6
Fig. 1-3-7
1-4
3-8. Filter Assembly
1. Remove the filter cover (1) from the suction fan holder (2). 2. Remove the filters (3) and (4) from the filter cover (1). (When replacing and/or cleaning the filter, note the arrangement of the filters. Refer to Fig. A) 3. Remove two screws (5) and pull out the filter assembly (6) upward. 4. Remove two screws (7) and remove the fan (8). 5. Remove the suction fan mouse piece (9) from the suction fan holder (2).
Temperature sensor switch (5)
Screw (4) Screw (1)
Lamp house (3) Screw (2) Fan (7)
Screw (6)
Screws (7)
Fan (8)
Screws (5)
Suction fan mouse piece (9) Filter (4) Filter (3) Filter cover (1)
Suction fan holder (2)
Fig. A
Fig. 1-3-9
Filter assembly (6) Replacement filter
3-10. Optical Engine
1. Remove four screws (1). 2. Remove the optical engine (2) by lifting upward.
Screws (1)
Optical engine (2)
Fig. 1-3-8
3-9. Lamp House
1. Remove one screw (1) and (2) and then remove the lamp house (3). 2. Remove one screw (4) and then remove the temperature sensor switch (5). 3. Remove one screw (6) and then remove the fan (7).
Fig. 1-3-10
1-5
3-11. Input PC Board
1. Remove five screws (1). 2. Remove the input PC board (2) by turning the arrow direction.
Screws (1)
3-13. Mirror Box
1. Remove three screws (1) and then remove the mirror box (2).
Screws (1)
Input PC board (2)
Mirror box (2)
Fig. 1-3-11
3-12. Lens
1. Remove four screws (1) and then remove the lens (2).
Fig. 1-3-13
Screws (1) Lens (2)
Fig. 1-3-12
1-6
3-14. LCD Block and LCD Panel
1. Remove three screws (1) and remove the LCD block (2). 2. Remove three screws (3) and remove the LCD panel (4).
3. Mount a holder support for the service holder at the location of the panel holder removed. (Use screws removed in step 2.) (Refer to Fig. 1-3-16 for the following steps.) 4. Mount a new panel on the XY shifting plate with the Z rotation plate placed between them. (Use L upper and lower adjustment screws.) At this time, fix them so that two holes on the panel lower side are matched with the holes on the Z rotation plate. 5. Mount the Z rotation plate on the holder support. (Use S adjustment screws.) Tighten the S adjustment screws lightly.
Holder support XY shifting plate L upper adjusting screw (x2)
Screws (3) LCD panel (4)
Screws (3)
LCD panel (4) LCD panel (4) LCD block (2)
Screws (3)
Screws (1)
Adjusting screws S (x2)
Fig. 1-3-14
Z rotation plate Panel
3-14-1. Panel Replacement and Adjustment Procedures < Replacement procedures > 1. Remove the prism block from the optical engine. 2. Remove the panel and the panel holder from the prism block. (Refer to Fig. 1-3-15.)
Prism block
L lower adjusting screw (x1)
Fig. 1-3-16 Mounting view of a holder for service < Panel adjustment procedures > carried out with a cross hatch signal (RGB input) received. (1) Panel focus adjustment carried out with a single color (panel color replaced) status. 1. Shift the Z rotation plate by holding its handles located on the upper sides with fingers or a long-nose pliers, etc. and adjust to obtain the best focus at the whole screen. At this time, adjust the screen center focus by shifting the Z rotation plate entirely back and forth, the left/right screen focus balance by shifting the rotation plate to left/right rotation directions and the upper/lower screen focus balance by shifting it to upper/lower rotation directions.
Panel holder
Panel
Fig. 1-3-15 Prism block exploded views
1-7
2. Tighten the S adjusting screws with a wrench for servicing and fix the Z rotation plate. (Refer to Fig. 13-17.) If the focus adjusted is upset when fixing, loosen the S adjusting screws and perform the adjustment in step 1 again.
< Holder fixing > 1. Apply screw lock to the S adjusting screws. 2. Fix the Z rotation plate and the holder support, and the Z rotation plate to the XY shifting plate by using a silicone bond at the appropriate locations.
3-14-2. Mirror Adjustment Procedures (After polarizing plate replacement) 1. Loosen screws fixing three mirror holder (WM, RM, BM).
WM fixing screw
Fig. 1-3-17 Service wrench 3. Repeat the steps 1 and 2 until the Z rotation plate is fixed in the best focus condition. Finally, fix the Z rotation plate perfectly by tightening the S adjusting screws further with a long-nose plier, etc. (2) Picture element adjustment (Convergence adjustment) Superimposing pictures on R and B panels with a picture on G panel. 1. Loosen the upper and lower L adjusting screws fixing the panel. 2. Shift the XY shifting plate by holding its upper portion with fingers or a long-nose plier, etc. and adjust to superimpose the picture on the panel replaced on that of the G panel. For the relation between the picture and the XY shifting plate shifting directions, the picture shifts to the left when the XY shifting plate shifts to the left seeing from the incident side of the panel (the picture shifts to the right when the XY shifting plate shifts to the right direction.), and the picture shifts to the lower direction when the XY shifting plate shifts to the upper direction (the picture shifts to the upper direction, when the XY shifting plate shifts to the lower direction.). 3. Fix the panel by tightening the upper/lower L adjusting screws with a wrench for servicing. If a focus is upset when fixing the panel, loosen the upper/lower L adjusting screws and perform the step 2 again. 4. Repeat the steps 2 and 3 until the panel is fixed with the picture superimposed in the best condition.
RM fixing screw
BM fixing screw
Fig. 1-3-18 2. Set G single color screen. Move the WM fixing screw along the long hole and fix it where the upper and lower edges of the screen does not show the dark band. 3. Set R single color screen. Fix the RM fixing screw in the same way as shown in step 2. 4. Set B single color screen. Fix BM fixing screw in the same way as shown in step 2. 5. Apply screw lock to each fixing screw. (For the screw lock position, refer to the figure shown below.)
Fig. 1-3-19
1-8
3-15. CAM SW PC Board (Only for TLP451/651)
1. Remove one screw (1) and remove the cover (2). 2. Remove four connectors (4) connected to the CAM SW PC board (3). 3. Remove two screws (5) and remove the CAM SW PC board (3).
Base cover
3-16. Arm Assembly (Only for TLP451/651)
1. Remove three screws (1) and remove the arm assembly (2). 2. Pull out three connectors (3) connected from the arm assembly (2) from the base cover (4).
CAM SW PC board (3)
Arm assembly (2)
Connector (4)
Connectors (4) Screws (5) Cover (2) Screw (1)
Screws (1)
Connectors (3)
Base cover (4)
Fig. 1-3-20
Fig. 1-3-21
1-9
3-17. Switch (Only for TLP451/651)
1. Remove two screws (1) and remove the base plate (2). 2. Remove one screw (3) and remove the switch (4).
3-19. Lamp PC Board (TLP451/651)
1. Remove the lamp cover (1). 2. Pull out the lamp PC board (2) in the arrow direction. 3. Unplug the connector (3).
Lamp PC board (2) Lamp cover (1)
Screws (1) Screw (3) Base plate (2) Switch (4)
Connector (3)
Fig. 1-3-22
Fig. 1-3-24
3-18. Camera PC Board (Only for TLP451/651)
1. Remove four screws (1) and remove the cover (2). 2. Remove two connectors (3). 3. Remove two screws (4) and remove the camera block (5). 4. Remove the focus ring (6) by releasing the claws (A). 5. Remove two screws (7) and remove the camera base (9) from the camera PC board assembly (8).
Camera PC board assembly (8) Cover (2) Camera base (9) Screws (4) Screws (7) Connectors (3) Focus ring (6)
Claws (A)
Camera block (5)
Screws (1)
Fig. 1-3-23
1-10
4. ELECTRICAL ADJUSTMENT
< Test Equipments and Test Jigs > · Oscilloscope · Digital voltmeter · Adjustment software TLP65CTLS.EXE · Color luminance meter (BM-5) · Personal computer · Signal generator · Multi-point luminance meter
(2) Adjustment software usage The electrical adjustment is carried out by using the adjustment software. For the adjustment command items in the adjustment procedures, set the command by referring the following contents. First, start the software and select the "Drive" tab. Then the following display appears.
Normal Adjust Setting Drive Shading Contents Bus Cont Screen Data Special
Drive
Gamma
Reset AMP GAIN AMP BIAS GAM WHP GAM B1P GAM B2P GAM WHG GAM B1G GAM B2G SUB CONT R R G B GAM / TEST R G B POSCONT1 R G B R G B POSCONT2 DIR / INV R G B R G B W1D R G B W1E R G B W1F
< Connection and Setting of Personal Computer > (1) Connection of personal computer 1) Connect a computer as shown in Fig. 1-4-1, and then perform the adjustment using the adjustment software TLP65CTLS.EXE. (When using a drive C, type C: ¥TLP65CTLS.EXE and press enter key.)
Drive
G B DLY CNT
Reset NRSH WMS CALR NRSL BLKLIM DIRX CLPLEV DIRY BCOM WMC GCOM WMD RCOM VRL SIGCEN VRH
Send CMD
Receive CMD
Fig. 1-4-2 The adjustment command setting enables to be carried out by clicking radio button(s) on this screen. The following list shows the adjustment command setting. By referring to the list, set the adjustment command.
RS-232C
RS-232C CONTROL
RGB AUDIO MONITOR OUTPUT
Fig.1-4-1
AMP_GAIN R G B DL Y_CNT W18 NRSH WM0 W00 W01 W02 GAM/TEST W19 CALR WM1
AMP_BIAS W03 W04 W05 POS_CONT1 W1A BLKLIM WM2
GAM_WHP W06 W07 W08 POS_CONT2 W1B CLPLEV WM3
GAM_B1P W09 W0A W0B DIR/INV W1C BCOM WM4
GAM_B2P W0C W0D W0E
GAM_WHG W0F W10 W11
GAM_B1G W12 W13 W14
GAM_B2G W15 W16 W17
SUB_CONT VGR VGG VGB
GCOM WM5
RCOM WM6
SIGCEN WM7
NRSL WM9
DIRX WMA
DIRY WMB
1-11
4-1. LCD Drive Adjustment
· Save the data in each step. Table 1-4-1
Adjust Items 1. Input level check 1-1. Input level adjustment of RGB signals 16-stairstep waveform Oscilloscope TP701 (R) TP702 (G) TP703 (B) VGR VGG VGB · 1.2V ± 20 mV between pedestal and white level of 16th stairstep waveform. · 1.15V ± 20 mV between pedestal and white peak level. · 1.15V ± 20 mV between pedestal and white peak level. · RGB input. · Trigger the scope at TP901 (H period). Input Signal Test Equipment Test Point Adjust mode Adjust Value ( ) : confirmation only. Note
1-2. Input level adjustment of video signal 1-3. Input level adjustment of Y/Pb/Pr signal
Gray scale or stairstep waveform Gray scale or stairstep waveform
Oscilloscope
TP701 TP702 TP703 TP701 (R) TP702 (G) TP703 (B)
VGR VGG VGB VGR VGG VGB
· Video input. · Trigger the scope at TP901 (H period). · Trigger the scope at TP901 (H period). · Select "Y/Pb/Pr" in "RGB input" on "Setting" menu of the adjustment software.
Oscilloscope
2. NRS adjustment 2-1. Vertical stripe adjustment Window signal with all white 50% in peripherals and all black at center. Window signal with all white 50% in peripherals and all black at center. 16-stairstep waveform Oscilloscope TP403 (R) TP503 (G) TP603 (B) WM0 · Adjust so that the vertical stripe disappears. Adjust at TP503.
B
Oscilloscope TP403 (R) TP503 (G) TP603 (B) (WM9) · Confirm the base level of the amplitude should be approx. 1.6V.
2-2. NRS level confirmation
A GND A = Approx. 1.6V B = 5.5V to 8.0V
3. Center voltage adjustment
Oscilloscope
TP402 (R) TP502 (G) TP602 (B)
WM7
· Adjust for A = B as shown in illustration right.
· Trigger the scope at TP901 (H period). A B 7.0V DC (center)
4. Gamma adjustment 4-1. RGB bias adjustment 16-stairstep waveform Oscilloscope TP402 (R) TP502 (G) TP602 (B) W03 W04 W05 · Adjust the 16th stairstep waveform for following values: 5.65 ± 20 mV
P100 Thermal Lead Switch Projection Lens E200 Optical Engine B180 Lamp House P800 Power Unit Z101 Fan
TLP451/651
PC300 Camera Unit Assembly
SC01 Arm Position Detection Switch
LCD Block Filter
· Trigger the scope at TP901 (H period). 4-2. RGB black gamma adjustment 16-stairstep waveform Oscilloscope TP402 (R) TP502 (G) TP602 (B) W0C W0D W0E · Adjust the 2nd stairstep waveform for following values: 2.6V ± 20 mV
2nd stairstep
4-3. Ghost adjustment
SMPTE signal
(W1A)
· If ghost is high, adjust in W1A mode.
1-12
Table 1-4-2
Adjust Items 5. Gamma correction at video input 5-1. Video bias adjustment 10-stairstep waveform Oscilloscope TP402 (R) TP502 (G) TP602 (B) W03 W04 W05 · Adjust the 10th stairstep waveform for following values: 5.3 ± 20 mV · Trigger the scope at TP901 (H period). 5-2. Video black gamma adjustment 10-stairstep waveform Oscilloscope TP402 (R) TP502 (G) TP602 (B) W0C W0D W0E · Adjust the second stairstep waveform for following values: 2.75 ± 20 mV Second stair step Input Signal Test Equipment Test Point Adjust mode Adjust Value Note
10th stairstep
· Trigger the scope at TP901 (H period). 5-3. Ghost adjustment Retma signal (W1A) · If ghost is high, adjust in W1A mode.
6. Common voltage adjustment 6-1. Common voltage adjustment 1 Adjustment signal Oscilloscope, confirm on the screen. WM4 WM5 WM6 · Select "Standard" in Projection mode on "Setting" menu. · Adjust so that the flicker for each R, G, B signal becomes minimum. WM4 WM5 WM6 · Invert Up/Down contents displayed on the screen. · Select "Rear Ceiling" in Projection mode on "Setting" menu. · Adjust so that the flicker for each R, G, B signal becomes minimum. · After adjustment, click the standard button (PJ0) on the setting screen and return to the standard status.
6-2. Common voltage adjustment 2
Adjustment signal
Oscilloscope, confirm on the screen.
1-13
Table 1-4-3
Adjust Items 7. White balance adjustment Input Signal All white 50% signal 10-stairstep video signal 16-stairstep RGB signal 1. Lay the unit in a dark room and input all white 50% signal, video 10-stairstep signal or RGB 16-stairstep signal. 2. Affix the standard white board WS-2 on the top center of screen, or suspend it adjacent to the screen from above. 3. Set the color luminance meter (BM-5) with more than 30 min. heat-run operation performed, so that color temperature on the WS-2 can be measured. 4. Measure the color temperature by using the BM-5 and adjust with W03 and W05 in the adjustment menu to obtain the value within the range of X = 0.285 ± 0.01 and Y = 0.310 ± 0.01. Adjustment standard a. Adjust Y by using in W05 mode. b. Adjust X by using in W03 mode. Color temperature: 8500 duv...less than 0.005 5. Input all white 100% signal. Measure the luminance and the color temperature and record them. 6. Perform the steps 1 to 4 for the video input. 7. Enter 16 steps at RGB input and 10 steps at Video input. Then check the color temperature on black side and adjust W0C and W0E if required. (Adjustment range should be within ±3 steps.) 8. White level adjustment at RGB input Window signal with center 98% and peripheral 100%. W03 W04 W05 · Adjust W03, W04 and W05 in the same way (modifying the same data amount) so that 98% white appears a little. Test Equipment Color luminance meter (BM-5) Test Point Shown below Adjust mode W03 W04 W05 Adjust Value · Shown below. Note
1-14
· Perform the following adjustment when replacing the main PC board (PB9061) and/or the microprocessor QXXX. Table 1-4-4
Adjust Items 9. Slantness sensor correction data setting Input Signal Test Equipment Test Point Adjust mode Adjust Value Note
30°
30°
Fig. 1
Fig. 2
Fig. 3
1. Leave the unit for more than 3 hours to cool down enough. 2. Connect TLP450/451/650/651 to a personal computer by using a RS-232 cable. Set TLP450/451/650/ 651 in the standby status. 3. Start the slantness sensor correction data setting software (menu) on the personal computer.
Port Save Normal Help Adjust Setting Drive Data Read Special
Special
All data read (X command) Read Timer Initialize
Option
Off On
TOSHIBA logo
Off On
Keystone format (Deg)
0 +30 -30
0 (High-temp)
Send CMD
Receive CMD
Fig. 4 4. Place TLP450/451/650/651 to be adjusted horizontally on a flat table and click "0" of keystone format (Deg) on the menu and store the data at the horizontal position. (Refer to Fig. 1.) 5. Place TLP450/451/650/651 to be adjusted on a table with 30 degrees slanted and its projection lens directed upward. Then click "+30" of keystone format (Deg) on the menu and store the data of +30 degrees position. (Refer to Fig. 2.) 6. Place TLP450/451/650/651 to be adjusted on a table with 30 degrees slanted and its projection lens directed downward. Then click "30" of keystone format (Deg) on the menu and store the data of 30 degrees position (Refer to Fig. 3.). At this time, the data is written on the flash ROM of the TLP450/ 451/650/651. 7. After heat-running for more than 1 hour with the power turned on, place TLP450/451/650/651 horizontally and click "0 (High-temp)" of keystone format (Deg) to save the horizontal position data at high temperature. 8. Stretch the height adjusting legs on the front side of TLP450/451/650/651 fully, turn on the projector and start projecting on the screen. Adjust the focus roughly and push the automatic keystone button on the remote controller. Check to see the image projected is more rectangular with less trapezoidal in comparison with the shape before pushing the keystone button.
1-15
5. LED DISPLAY
X: Lighting off, Color: Contents shown by lighting in the color, (Color): Contents shown by blinking in the color Table 1-5-1 Normal operation
Status Normal Normal Normal Normal Normal Normal Power Orange Green Green Green Orange Orange Lamp X X (Green) Green Green (Green) Temp X X X X X X Contents Standby status Power on Lamp is heating up. Lamp lighting Power off Lamp is cooling down. Remarks At normal power off Various power on Lamp power is being confirmed. At normal power on Various power off For approx. 1 min. (Impossible to light on again.) Additional notice
Table 1-5-2 Error operation
Status Error Error Error Power Red Red Red Lamp X Red Orange Temp X X X Contents Main power error Lamp not lighting Lamp fan stop Remarks Only at power on. Only at power on. Only at power on. Operation is carried out below 30 °C in the old control. Operation is carried out below 30 °C in the old control. Operation is carried out below 30 °C in the old control. Not used in the current control. Additional notice
Error
Red
X
(Red)
Suction fan stop
Only at power on.
Error
Red
X
(Orange)
Exhaust fan stop
Only at power on.
Error Error Error
Red Red Red
X X X
(Green) Red Orange
Filter open Temperature sensor 1 abnormality Temperature sensor 2 abnormality
Only at power on. Only at power on. Only at power on.
1-16
SECTION 2 SERVICING DIAGRAMS
1. PART CONFIGURATION AND THEIR SYMBOLS
1-1. Replacing Subminiature "CHIP" Parts
1-1-1. Required Tools: 1. Fine tipped, well insulated soldering "pencil", about 30 Watts. 2. Tweezers. 3. Blower type hair dryer. Fig. 2-1-4 1-1-2. Soldering Cautions: 1. Do not apply heat for more than 3s. 2. Avoid using a rubbing stroke when soldering. 3. Discard removed chips; do no reuse them. 4. Supplementary cementing is not required. 5. Use care not to scratch or otherwise damage the chips. Fig. 2-1-5 3. Simultaneously heat solder the two remaining leads and lift part to remove. 2. Lift the side of that lead upward. 1-1-4. Removal (Transistors, Diodes, etc.): 1. Melt the solder of one lead.
TWEEZERS
SECTION 2 SERVICING DIAGRAMS
1-1-3. Removal (Resistors, Capacitors, etc.): 1. Melt the solder at one side.
Fig. 2-1-6 1-1-5. Preheating (Except for semiconductors): Immediately before installing new resistors or capacitors, use a blower type hair dryer and preheat the part for about two min. at approximately 150°C. 1-1-6. Replacement: 1. Presolder the contact points of the circuit pattern.
TWEEZERS
Fig. 2-1-1 2. Grasp the part with tweezers and melt the solder at the other side.
Fig. 2-1-2 Fig. 2-1-7 3. Remove the part with a twisting motion. 2. Press the part downward with tweezers and apply the soldering pencil as indicated in the figure.
TWEEZERS
Fig. 2-1-3
2-1
Fig. 2-1-8
1-2. Precautions for Part Replacement
· In the schematic diagram, parts marked (ex. F801) are critical part to meet the safety regulations, so always use the parts bearing specified part codes (SN) when replacing them. · Using the parts other than those specified shall violate the regulations, and may cause troubles such as operation failures, fire etc.
1-3. Solid Resistor Indication
Unit Tolerance None ........... k ........... k M ........... M None ........... ±5% B ........... ±0.1% C ........... ±0.25% D ........... ±0.5% F ........... ±1% G ........... ±2% K ........... ±10% M ........... ±20% (1) Chip Parts None ......... 1/16W (2) Other Parts None ......... 1/6W Other than above, described in the Circuit Diagram. None ........... Carbon film S ........... Solid R ........... Oxide metal film W ........... Metal film W ........... Cement FR ........... Fusible
100k
Rated Wattage
Type
Tolerance
Fig. 2-1-9
Rated Wattage
Type
1-4. Capacitance Indication
Symbol ........... Electrolytic, Special electrolytic ........... Non polarity electrolytic ........... Ceramic, plastic M ........... Film ........... Trimmer None ........... F µ ........... µF p ........... pF None ........... 50V For other than 50V and electrolytic capacitors, described in the Circuit Diagram. (1) Ceramic, plastic, and film capacitors of which capacitance are more than 10 pF. None ........... ±5% or more B ........... ±0.1% C ........... ±0.25% D ........... ±0.5% F ........... ±1% G ........... ±2% (2) Ceramic, plastic, and film capacitors of which capacitance are 10 pF or less. None ........... more than ±5% pF B ........... ±0.1 pF C ........... ±0.25 pF (3) Electrolytic, Trimmer Tolerance is not described. None ........... SL For others, temperature characteristics are described. (For capacitors of 0.01 µF and no indications are described as F.)
NP
+
100µ
Unit Rated voltage Tolerance
Temperature Rated response voltage
Tolerance
Fig. 2-1-10
Temperature characteristic (Ceramic capacitor)
2-2
1-5. Inductor Indication
Unit Tolerance None ........... µ ........... µH m ........... mH None ........... ±5% B ........... ±0.1% C ........... ±0.25% D ........... ±0.5% F ........... ±1% G ........... ±2% K ........... ±10% M ........... ±20% PL ........... Peaking For other, model name is described.
10µ
Type
Tolerance
Fig. 2-1-11
Type
1-6. Waveform and Voltage Measurement
· Measurement of waveform and voltage at each section in the color circuits was conducted with sufficient service color bar signal being received and reproduced in normal conditions. · Waveforms and voltage values for the remaining circuit were measured with a broadcasting signal normally received, so they may vary slightly according to the programs being received. Use them as a measure for servicing. · All voltage values except the waveforms are expressed in DC and measured by a digital voltmeter.
2-3
2. EACH SIGNAL FLOW
2-1. Operation at RGB Signal Input
The RGB signal is entered from PB001 on the RGB PC board and sent to the main PC board after passing through the MUTE circuit and the low pass circuit. The low pass circuit is provided to prevent a moire from occurring when the real sampling operation is not executed. Usually, a selector selects a signal not passed through the low pass filter, but selects the signal passed through the low pass filter since the real sampling is not carried out for a signal higher than SXGA85 Hz. The RGB signal entered passes through a buffer and develops PB003. In the main PC board, the RGB input signal is converted to a digital signal in A/D+PLL (QD300). The A/D converter is used in the parallel mode, so the output becomes 16 bits per 1 channel and its clock rate is a half of the sampling clock. The digital RGB signal is enlarged or reduced by the scaller (QD500) and converted into a format of fv=60Hz, panel resolution (TLP65x: 1024 x 768, TLP45x: 800 x 600). The scaller output signal is a RGB signal of 10 bits per 1 channel, converted into the analog signal by the D/A converter and fed to the drive circuit. The scaller (QD500) also performs the contrast/ brightness control and keystone correction in addition to the enlargement or reduction process for the video signal entered. The clock signal for the input system is generated in the A/D+PLL (QD300) and that for LCD panel drive system is in the 2nd PLL (QD402) circuit. In the drive circuit, the pre-driver circuit amplifies the signal and performs a gamma correction. The correction signal sent from the color uniformity correction IC (Q971) enters the BIAS control terminal of the pre-driver (Q701) and the color uniformity is corrected by entering the correction signal corresponding to the screen position of the input signal. The signal corrected in the gamma is inverted its polarity and sampled & held in six phase signals by the sample & hold IC (Q401, Q501, Q601) and then fed to the LCD panel. The XGA panel used for TLP650/651 employs 12 phase driving system, so two sample & hold ICs are used per one channel. (Since TLP450/451 employs 6 phase driving system, one sample & hold IC is used per one channel.)
The panel driving timing signal is generated in the timing generator IC (Q203) with a clock signal and HD/ VD signal supplied from the digital circuit. The Up/Down and Left/Right display inversion on the LCD panel (for ceiling mounting and rear projection status) is carried out by changing the timing signal generated by the timing generator. The timing signal used for this LCD panel requires a 15V in the amplitude, so the signal is converted into the timing signal of 15V amplitude by the level shifter and drives the LCD panel. The drive circuit operation is carried out in the same way regardless of the kinds of input signals. So the operation description for other input signals is omitted.
2-2. Video Signal
The video signals, S-video and composite video signals, are sent to the main PC board in passing through the input PC board through the connector and the buffers. The signal sent to the main PC board enters the video decoder IC (QD200) and the decoder develops 8 bit signal (27 MHz clock) multiplexed with the Y/Cb/Cr components. The signal switching between S-video and composite video signals is carried out by a selector builtin the video decoder. The Y/Cb/Cr signal input for the scaller IC are 8 bit Y signal + 8 bit Cb/Cr signal. The 8 bit Y/Cb/Cr signal (27 MHz) in QD405 is converted into a 16 bit Y signal + Cb/Cr signal (13.5 MHz) and enters the scaller IC. In the scaller IC, the digital matrix circuit converts the Y/Cb/Cr signal into the R/G/B signals. After that, the signal process is carried out in the same way as those for the RGB signal input. That is, the key stone correction, enlargement/reduction process and contrast/brightness control are carried out and fed to the drive circuit. The process relating to the sync is also carried by the video decoder IC and the clock signal for input system is also generated. Furthermore, when the video signal of fv=50Hz, such as PAL signal, etc. enters, the panel drive operation is carried out by using the signal of fv=50Hz.
2-4
2-3. Operation at Y/Pb/Pr Signal and HDTV Signal Input
Y/Cb/Cr signal (DVD player output) or HDTV signal enters from PB001 and reaches the A/D converter (QD100) for Y/Cb/Cr (Y/Pb/Pr) signal after passing through the low pass circuit. The A/D converter develops 16 bit signal of 8bit Y signal + 8bit Cb/Cr (Pb/Pr) and enters the scaller IC through the selector for the signal and that from the video decoder inside QD405. The process following to the scaller IC is the same as that of the video signal process. The process relating to the sync process at Y/Cb/Cr signal (DVD player output) input (clock generation) is carried out by the video decoder and the clock generation at HDTV signal input is by the A/D+PLL (QD300).
2-5. Camera Overlay Signal
The camera overlay signal usually enters the A/D converter for Y/Cb/Cr signal (Y/Pb/Pr) through an exclusive connector in the same way as that of camera input. The A/D converter output enters QD405 and the red and blue components of the signal are extracted by the level slice circuit. Thus processed signal is converted into the signal synchronizing with the LCD panel output timing by using a memory (QD46). Then the signal is overlapped with the on-screen signal and the signal overlapped is fed to the on-screen signal input of the scaller IC, and overlapped with the main video output signal. At this time, the clock generation for overlay signal input system is carried out by the PLL circuit exclusive for the overlay. As described above, the A/D converter for Y/Cb/Cr (Y/Pb/ Pr) signal is used for the overlay signal input, so the signal which is usually processed by the A/D converter for Y/Cb/Cr (Y/Pb/Pr) signal, that is, Y/Cb/Cr signal (DVD player output), cannot be overlaid at the HDTV signal input.
2-4. Camera Input Operation
A camera input enters the A/D converter for Y/Cb/Cr (Y/ Pb/Pr) signal through an exclusive connector and is processed as a Y/Cb/Cr signal input. The camera signal is a Y/Cb/Cr signal of fh=11.8 kHz and fv=15 Hz. The clock generation is carried out in the A/D+PLL (QD300).
2-5
This page is not printed.
2-6
3. BLOCK DIAGRAMS
3-1. RGB Block Diagram
QB001-3 RGB In (PB001) Mute Low Pass Filter
QB008 RGB out (To Main) Selector
QB005 RGB Out (PB003) Buffer QB017
QB007 YPbPr/YUV out (To Main) Selector
Video Sisnal Interface HD,VD
Camera in (From Input) Camera Sync out (To Main) Main Sync out (To Main)
HD, VD G Channel only
QB016 Sync Process
Sync Status
QB026
HD, VD Selector
Sound in (PB002) Sound out (PB004) RS-232C (PB007)
Control Bus
Control Bus
Fig. 2-3-1
2-7
3-2. Input Block Diagram
QA01 S-Y S-Video S-C QA02 To main board
QA03 Video Video
Audio
QA06 QA09
QA10
Vol. & Tone Selector Audio (PC) from RGB board
Power Amp
Speaker
QA14 Y QA15 Cb QA16 Cr (Emitter Follower) Camera To main board
Fig. 2-3-2
2-8
3-3. Main Block Diagram
3-3. Digital Block Diagram
24.567 MHz
QD407 PLL for Overlay
QD406 Memory for Overlay
QD001 Tilt Sensor
Video S - Video
QD200 VIDEO DECODER
Video Data (8bit)
YPbPr Data (16bit) Camera HDTV DVD QD100 A/D (YPbPr) Camera, HDTV, DVD
QD405 Timing GEN Timing Generator Data SW(YUV/YPbPr) Form Convert(8bit 16bit) Overtay Control Tilt Sensor interace
QD401 OSD GEN
Q407 Timing Signal Level Shift 5V 15V Timing Signal for LCD Panel Q203 Timing GEN for LCD Panel Clock (PECL) 65X:32.5MHz 45X:40MHz Q507 Timing Signal Level Shift 5V 15V GREEN Panel Various kinds of timing signal generation circuit Q401, (402)* Sample & Hold Invert RED Panel Video signal (Y/Pb/Pr 8bit) Y/Pb/Pr, HDTV signal (Y,Pb/Pr 16bit) 8bit 16bit conv. Level slice
PLL circuit for overlay
QD406 Overlay signal process Memory
QD402 2nd PLL HD, VD for LCD Panel Panel Clock (TTL) 65X:65MHz 45X:40MHz
YUV/Ypbpr Data (16bit) Camera, HDTV, DVD, Video
Overlay Clock
Q971 Shading Correct
On-screen signal process
On-screen character generation circuit QD401
Video Clock EXT Clk in RGB SYNC QD300 A/D+PLL (RGB) Main Clock (input) RGB Data (48bit)
Q501, (502)* Sample & Hold Invert
QD500 SCALER Enlarge Shrink YUV RGB convert Contrast Bright Control Keystone Cortect
RGB Data (30bit)
QD600 D/A
RGB Signal
Q701 Pre-Driver Gamma Amp
Q607 Timing Signal Level Shift 5V 15V BLUE Panel
QL020 TEMP SENSOR
ZD004 80MHz OSC QD501-3 SD-RAM (16M)
Q601, (602)* Sample&Hold Invert
Y, Pb/Pr 16bit
QD500
QL021 TEMP SENSOR
Y/Pb/Pr RGB Digital matrix 1H 1H 1H 11V OPTICAL ENGINE FAN Keystone correction 7V QL016 RS232C INTERFACE PF006 QF001 FAN CONTROL EXHAUST FAN LAMP FAN Contrast / Brightness control RGB signal (Each RGB 16bit : 48bit) On-screen signal superimposing RGB signal (Each RGB 10bit : 30bit)
Control BUS Signals
I/F
KEY SWITCH
QL005 MICRO CONTROLLER
QL015 RS232C INTERFACE
Enlargement / Reduction process
LED
QL018 RAM
QL011 EEPROM
POWER ON
LAMP ON
CAMERA UNIT
EXTERNAL CONNECTOR QF003 FAN CONTROL Memory INTAKE FAN QD501-3
REMOTE CONTROL RECEIVER (FRONT/REAR)
PF014
Fig. 2-3-3
Fig. 2-3-4
EXHAUST-FAN
LAMPINTAKE-FAN
OPTICALINTAKE-FAN
4. PRINTED WIRING BOARD AND SCHEMATIC DIAGRAM
INTAKE-FAN
UHP-LAMP THERMAL-SW
FLASH(WRITER)
PF002
PF003
PF005
PD004
PF001
PL001
SENCOR
FAN(G)
+13.4V
FAN(G)
+13.4V
FAN(G)
FAN(G)
MOD
GND
GND
RXD
RES
TXD
VPP
+11V
SEL
SW1
N.C.
P401
1 2 3 4 5 6 DY -CLY CLY NRG VDDY VDDX -CLX CLX DX ENB2 ENB1 DIRX VSSX VID1 VID2 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 VID3 VID4 VID5 VID6 VID7 VID8 VID9 VID10 VID11 VID12 NRS LCCOM DY DIRY VSSY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 DY CLY -CLY VDDY NRG DIRY LCCOM ENB1 ENB2 DIRX CLX -CLX DX VDDX N.C.
P402
16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 N.C. VSSX VID1 VID2 VID3 VID4 VID5 VID6 VSSX LCCOM NRS1 NRS2 VSSY VSSY DY
SW2
VIN
N.C.
N.C.
N.C.
N.C.
+7V
N.C.
PD001
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 S6V S6V S6V S6V S6V S6V GND GND GND GND GND GND S15V S15V GND GND S18V S18V GND GND -7V GND FAN-POWER LAMP-POWER GND LAMP-ERROR 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26
CN201
S6V S6V S6V S6V S6V S6V GND GND GND GND GND GND S15V S15V GND GND S18V S18V GND GND -7V GND
CN202
1 2 3 LAMP-PW GND LAMP-ER 1 2 3 LAMP-PW GND LAMP-ER
LCD-R
7 8 9 10 11 12 13 14 15
P501
1 2 3 4 5 6 DY -CLY CLY NRG VDDY VDDX -CLX CLX DX ENB2 ENB1 DIRX VSSX VID1 VID2 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 VID3 VID4 VID5 VID6 VID7 VID8 VID9 VID10 VID11 VID12 NRS LCCOM DY DIRY VSSY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 DY CLY -CLY VDDY NRG DIRY LCCOM ENB1 ENB2 DIRX CLX -CLX DX VDDX N.C.
P502
16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 N.C. VSSX VID1 VID2 VID3 VID4 VID5 VID6 VSSX LCCOM NRS1 NRS2 VSSY VSSY DY
U001 MAIN PB9061
16 17 18 19
24 25 26
LAMP-POWER GND LAMP-ERROR
LCD-G
7 8 9 10 11 12 13 14 15
P601
1 2 3 4 5 6 DY -CLY CLY NRG VDDY VDDX -CLX CLX DX ENB2 ENB1 DIRX VSSX VID1 VID2 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 VID3 VID4 VID5 VID6 VID7 VID8 VID9 VID10 VID11 VID12 NRS LCCOM DY DIRY VSSY 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 DY CLY -CLY VDDY NRG DIRY LCCOM ENB1 ENB2 DIRX CLX -CLX DX VDDX N.C.
P602
16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 N.C. VSSX VID1 VID2 VID3 VID4 VID5 VID6 VSSX LCCOM NRS1 NRS2 VSSY VSSY DY
U007 SUB-DIGITAL PB9268
P901
1 2 3 N.C.(GND) N.C.(GND) N.C.(GND)
P800 MAIN-POWER APS-128A
DIGITAL DRIVE MICON FAN-CONTROL
20 21 22 23
CN101
1 2 350V(LAMP) GND 1 2 350V(LAMP) GND
FAN-POWER
INTERLOCK-SW
AC-INLET
LCD-B
7 8 9 10 11 12 13 14 15
for
TLP650/651
for
TLP450/451
CAM-HD
PD003
CAM-VD
RXD232
TXD232
CTS232
RTS232
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
FWP
N.C.
N.C.
S6V
S6V
N.C.
N.C.
-7V
-7V
PC300 CAMERA-UNIT IK-K81LC
P102 PD002 P101
CAMERA/R-Y CAMERA/B-Y CAMERA/H CAMERA/Y CAMERA/V GND GND GND CAMERA-ON CAMERA/RX CAMERA/TX REMOCON POWER-ON CVBS +18V +18V GND S15V GND GND GND GND GND GND GND GND GND GND GND SDA S6V S6V S6V S6V N.C. V.C V.Y SCL 1 2 3 4 N.C. +9V +4V 5 TXD 1 2 3 4 5 6 7 6 RXD
46
42
38
34
30
26
20
16
12
10
14
18
22
24
28
32
36
40
44
48
PR-GND
PB-GND
Y-GND
STS-SDA
MAIN-HD
MAIN-VD
STS-SCL
Y-SYNC
G-GND
R-GND
B-GND
GND
GND
GND
GND
GND
GND
D-HD
GND
PR
PB
G
R
Y
B
50
4
2
6
8
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
45
41
37
33
29
25
19
15
11
13
17
21
23
27
31
35
39
43
47
49
30
1
2
3
4
5
6
7
8
7
3
1
5
9
9
PA05
CAMERA-ON
CAMERA/RX
CAMERA/TX
REMOCON
POWER-ON
CAM-HD
CAM-VD
RXD232
TXD232
CTS232
RTS232
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
FWP
N.C.
N.C.
S6V
S6V
N.C.
N.C.
CVBS
+18V
+18V
GND
S15V
-7V
-7V
PB006
1 2 3 +9V +9V GND GND AUDIO/LOUT GND AUDIO/ROUT GND GND RGB/LIN GND RGB/RIN GND GND GND GND GND CAMERA/Y GND CAMERA/B-Y GND CAMERA/R-Y GND CAMERA/H GND CAMERA/V GND GND N.C. N.C. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 4 5 6
PA03
+9V +9V GND GND AUDIO/LOUT GND AUDIO/ROUT GND GND RGB/LIN GND RGB/RIN GND GND GND GND GND CAMERA/Y GND CAMERA/B-Y GND CAMERA/R-Y GND CAMERA/H GND CAMERA/V GND GND N.C. N.C.
PA04
1 N.C. 2 3 4 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 5 6 7 8 9 10 11 12 1 2 3 4 5 6 7 8 9 CAMERA/Y GND CAMERA/R-Y CAMERA/B-Y GND GND GND GND GND GND GND GND GND GND GND S6V S6V S6V S6V GND SDA V.C V.Y SCL
46
48
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
10
42
44
50
CONTROL
PB007
PB005
2
4
6
8
PH004
CAMERA/V CAMERA/H N.C.(GND) REMOCON GND SDA GND SCL GND POWER-ON GND CAMERA/RXD S6V CAMERA/TXD S6V CAMERA-ON +18V GND S15V GND S15V 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20
GND
GND
PB-GND
PR-GND
Y-GND
STS-SDA
MAIN-HD
MAIN-VD
STS-SCL
Y-SYNC
G-GND
R-GND
B-GND
GND
GND
GND
GND
GND
GND
GND
TXD
+9V
+4V
7 8 9 10
RXD
PH002
REMOCON GND SDA GND SCL GND POWRE-ON GND RXD S6V TXD S6V GND +18V N.C.(GND) N.C.(+18V) GND S15V GND S15V
PH003
1 2 3 +13.5V GND GND 1 2 3
PH700
+13.5V GND
PB
PR
AUDIO-OUTPUT
PB004
D-HD
G
R
Y
B
11 12 13 14 15
U0022 INPUT(VIDEO) PB9062-2
PA06
PA01 PA02
13 14 15 16 17 18 19 20 21 22 23 24 25 26
RGB-OUTPUT
PB003
AUDIO-INPUT
PB002
U0021 RGB PB9062-1
16 17 18 19 20 21 22 23 24 25 26 27 28 29 30
U0031 CAMERA INTERFACE PB9063-1
1 2
U0032 LED PB9063-2
GND
1
2
3
4
5
45
47
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
41
43
49
1
3
5
7
9
6
PH001
ARM-SW GND
ARM-SW
RGB-INPUT
PB001
SP(+)
1
2
N.C.
TLP650 WIRING
AUDIO-R
S-VIDEO
CVBS
3
SP(-)
AUDIO-L
(For TLP451, TLP651)
2-14
LAMP-DRIVER
Fig. 2-4-1
1
2
3
4
1
2
1
2
3
1
2
3
4
5
6
7
8
9
4
3
5
1
1
2
2-12
3
2-13
2
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
Q404
18
Q405
19
20
5. CIRCUIT DIAGRAMS
G.BIAS R.BIAS B.BIAS
2SA1586Y
R410 3.3k C408 0.33 ` C409 T10 ` 25V T C425 0.1 ` V33
+5VDRIVE
A
2SC3265Y
5-1. Drive Circuit Diagram (for TLP650, TLP651)
BGND R709 3.3k L401 33 `
TP401 OMCLK OXMCLK
L402 33 `
+15.5V
TP403 R412 3.3 R409 100 R413 3.3
RCOM C407 0.01 C406 T22 ` 10V C410 0.1 ` L405 33 ` C423 T T4.7 ` 25V G002 RVSIG3 L404 33 ` RVSIG5 C420 T10 ` 25V C421 0.33 `
60 59 58 57 56 55 54 53 52 51 50 49 48
TG401
Q403
2SC4116Y
R411 3.3k G003 Q406
G.BIAS
R.BIAS
B.BIAS
KETSU GIN
47
46
45
44
43
42
48
41
36
40
35
39
34
38
37
33
R701 KETSU
R976 1.5k
R974 1.5k
R972 1.5k
GND
LCCOMOUT
VIDO
LCCOMOFF
VIDR
TESTOUT
TESTIN1
TESTIN2
SIGCNT
VIDI
R702
R712 3.3k
GAMB-WHP GAMG-B1P GAMR-B2P GAMR-B1P GAMB-B1P
R710 1.5k
AMPGGAIN AMPBGAIN AMPRGAIN AMPGBAIS AMPRBIAS
GND
VDD
FRP
N.C
N.C
VIN
D701 1SS226
GGND
KETSU
BIN
R715 KETSU
RGND
BGND
R711 1.5k
RIN
BIN
R714 KETSU R713 KETSU
GGND
C715 0.1 `
C714 0.1 `
C405 T 1` CALR
+15.5V TP402 RVSIG1
2SA1298Y
C424 0.33 `
GAMG-WHP
GAMR-WHP
AMPBBAIS
R703
49 50 51
CALR CALO CALI VCC DGND MCLK MCLK GND GND DLY CLKOUT CLKOUT N.C CLKIN CLKIN
VOUT1 N.C VOUT2 N.C VOUT3 N.C
32 31 30 29 28 27 26
L975 330 `
L974 330 `
L973 330 `
B
R975 100
D702 1SS226
C980 680p RGND
GIN
T PDYR PXCLYR
47 46 45 44 43 42 41
1 2 3 4 5 DGND DIRY DIRY NRG ENBX1 ENBX2 DIRX DIRX
P401
PDYR PCLYR PXCLYR
P402
KETSU
C703 1`
C702 1`
C701 1`
Q701 CXA2111R
C433 0.1 `
38
37
36
35
34
33
32
29
31
28
39
30
27
52 53 54 55 56
DY CLY CLY NRG VDDY VDDX CLX CLX DX ENB2 ENB1 DIRX VSSX VID1 VID2 VID3 VID4 VID5 VID6 VID7 VID8 VID9 VID10 VID11 VID12 NRS LCCOM DY DIRY VSSY
1 2 3 4
DY CLY CLY VDDY NRG DIRY LCCOM ENB1 ENB2 DIRX CLX CLX DX VDDX N.C N.C VSSX VID1 VID2 VID3 VID4 VID5 VID6 VSSX LCCOM NRS1 NRS2 VSSY VSSY DY
C713 0.1 `
C709 0.1 `
C983 330p L978 150 `
C984 680p
C981 330p L977 150 `
C982 680p
C979 330p L976 150 `
OMCLK OXMCLK
GAMG-B2P
40 CLAMP 41 42 43 44 45 46 47 48 49 50 51 52 Input I/F Output I/F I2CBus DAC/Control CLAMP Cont .AMP ADJ CLAMP AMP DRIVER CLAMP AMP DRIVER AMP DRIVER
26 25 24 23 22 21 20 19 18 17 16 15 PRG/SID 14
BIN CLPLEV GIN ATT RIN Vcc CLPPLS GND ROUT PVcc GOUT PGND BOUT
TP703
REF1B
REF1A
REF2B
BIASO1B
BIASO2B
BIASO2A
BIASO1A
REF2A
DGND
NRS2
NRS1
BIASE1B
BIASE1A
BIASO1
BIASO2
BIASE1
61
GAMG-WHG GAMB-WHG GAMR-B1G GAMG-B1G
L701 33 `
R973 100
R971 100
58
PGND N.C VOUT4 N.C VOUT5 N.C
23 22 21 20 19 18 17
62
63
64
VRH
VRL
GAMB-B1G GAMR-B2G
RVSIG9 NRSH RVSIG11 NRSL
VDD1 NRS2A NRS2B NRS1A NRS1B DGND VDD1 GND REF2C REF1C BIASO1C BIASO2C BIASE1C BIASE2C NRS2C NRS1C
37
C704 1`
T
DGND
38
C427 0.1 `
59 60 61 62 63
RVSIG7
T
C419 T15 ` 16V
BIASE2B
39
TP701
R705 10k C705 T10 ` 10V
C411 0.33 `
C412 T10 ` 25V
40
D703 1SS226
GND GND
25 24
GAMR-WHG
TP702
TP404
BIASE2A
BIASE2
VDD1
REF2
REF1
RIN
GAMB-B2P
Q401 ET6050S0A
PCLYR PNRGR
PVDD
T
57
PNRGR PDIRYR
5 6 7
6
PDIRYR PNRGR PENBX1R PENBX2R PDIRXR
PXCLXR PCLXR PDXR PENBX2R PENBX1R PDIRXR
7 8 9 10 11 12 13
PENBX1R PENBX2R PDIRXR PCLXR PXCLXR PDXR
8 9 10 11 12 13 14 15 16 17
65
N.C OFFCAN
CLPPOL
47
46
45
44
43
42
36
48
41
35
40
34
39
38
37
33
66
STATE
POS1
GND
CLP
N.C
N.C
N.C
DVSS2
DACO0
DACO1
DACO2
C951 1` 1 T IN
AVSS
68
VRH
VRL
13
14
10
69
R420 KETSU
OUT
3 R950 3k R951 1k
50
N.C N.C N.C N.C N.C N.C DVDD2 SCTR SCLK SDAT HSYNC XCLR DVSS3 CKI
DACK0 DOUT25 DOUT24 DOUT23 DOUT22 DOUT21
31 30
PRGPLS
POS-CNT1
POS-CNT2
DATEST
SIDOUT
PRGLEV
V33
SIDLEV
BLKLIM
72
DLY-CNT
INV-CNT
5
33 ` L972
T
DIR-CNT
POS1 R706 10k TP706 POS2
54 55
27 26 25 24
C415 0.33 `
CLY CLY DY ENBY1 ENBY2 VDD2 VDD2 DGND ENBY2IN
29
53
28
GAMOFF
73
+15.5V L403 33 ` L407 33 ` C426 0.1 ` C435 T10 ` 10V T
28
C
DUMMY12 1 2 3 4 5 6 +5VS D-POWER-ON S6V S18V
C950 10 ` 25V
71
GND
TG701
C428 0.1 ` C416 T10 ` 25V T
CLX
30
2
CTL
Vref
4
C952 33 ` 10V
C953 1`
C971 C972 1` L971 T10 ` 10V
51 52
11
10
12
13
29
TP705
1
2
3
4
5
6
7
8
9
CLP1
Q407 ET1021F0A
DX CLX
32
+5VDRIVE
49
DACK1
32
R421 0
11
12
15
16
1
2
3
4
5
6
7
8
9
DRIVE-SDA
SDA
C706 1`
33
PQ20VZ1U
DACI2
DVDD1
AOUT0
AOUT1
AOUT2
DVSS1
DACI0
DACI1
AVDD
OLIM
Q950
DRIVE-SCL
SCL
TP704
C707 T10 ` 10V
N.C
DIR
67
34
GAMB-B2G
GND
T
POS2
FRQC
64
SHENB
N.C
VOUT6
35
GAMG-B2G
36
PDXR PCLXR PXCLXR PCLYR PXCLYR PDYR RVSIG1 RVSIG2 RVSIG3 RVSIG4 RVSIG5 RVSIG6 RVSIG7 RVSIG8 RVSIG9 C438 0.1 ` RVSIG10 RVSIG11 RVSIG12
14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
70
31
RVSIG1 RVSIG3 RVSIG5 RVSIG7 RVSIG9 RVSIG11
75
POS1
10k
77
78
79
G026
DOUT02
DOUT03
DOUT00
DOUT01
DOUT04
INVOUT1
INVOUT2
INVOUT3
INVOUT4
ENBX2IN
TEST0
TEST1
DIRYIN
LCCOMOUT
CLPLEV
LCCOMOFF
BLKLIM
TESTOUT
SIGCNT
CLYIN
TESTIN1
DOUT05
TESTIN2
CLP2
NRGIN
INVIN1
INVIN3
INVIN4
CLXIN
DXIN
GND
VCC
DIRXIN
GND
GND
INVIN2
CTRL
VDD
DWN
VIDO
VIDR
RGT
HST
VST
VIDI
FRP
N.C
N.C
VIN
10 ` 10V
TEST2
64
SLCK
DVSS0
17
ENBX1IN
ENBY1IN
5
R954 1k
47
46
45
44
43
42
48
41
40
36
39
35
38
37
34
80
VCC
21
C985
63
DOUT10
18
33
R953 1.5k
SHDCLK
22
C954 33 ` 25V
2
CTL
GND
Vref
4
C956 33 ` 25V
C957 1`
61
DOUT12 DOUT11
20 19
23
R952 10k
60
DOUT13
21
24
1
IN
OUT
3
R977
+15.5V
3WBDTO PHSYNC
V33
C955 0.1 `
DLY
PQ20VZ1U
C973 T10 ` 10V C974 1`
POS2
3WBCLK
C712 C711 C710
0.1 ` 0.1 ` 0.1 ` L406 33 `
26
Q951
33 ` T
3WBENB4
56 57 58 59
Q971 CXD3503R
18 19 20 21 22 23 24 25 26 27 28 29 30
74
DOUT20 DVDD0 DOUT15 DOUT14
C429 0.1 `
C430 0.1 `
76
22
T
62
C436 0.33 `
FRP
RVSIG2
VOUT1 N.C VOUT2 N.C VOUT3 N.C 32 31 30
49
CALR CALO CALI VCC DGND MCLK MCLK GND GND DLY CLKOUT CLKOUT N.C CLKIN CLKIN
13
14
10
11
12
15
16
10
11
12
13
14
DYIN
N.C
N.C
15
16
17
18
19
ENB2R
ENB1R
VST
CLXR
C414 1` C413 OMCLK +5VDRIVE OXMCLK T22 ` 10V T
50 51 52 53 54 55 56
RVSIG4
20
1
2
3
1
4
2
5
3
6
7
4
8
5
9
6
7
8
9
25
23
27
DIRX
DIRY
CLY
DY
D
RVSIG6
28 27 26 25 24 23 22 21 20 19 18 17
DY
29
DXR
VST
NRG
PDIRYR
29 30
Q402 ET6050S0A
PVDD GND GND PGND N.C VOUT4 N.C VOUT5 N.C
T
DLY
R431 0
57 58
C418 T10 ` 25V
Q906 TA78L12F
Q900
59 60
C417 0.33 ` RVSIG8
M62399
OUT 1 2 IN 3 CALR BLKLIM CLPLEV R900 100 R901 100 R902 100 R903 100
11 12 13 14 15 16 17 18 Vnef U2 AD1 AD2 AD3 AD4 VCC VDD CS2 CS1 CSO GND Vref U1 Vref L AD8 AD7 AD6 AD5 SDA SCL R 10 9 8 7 6 5 4 3 2 1
C434 0.1 ` R908 10k R423 0 R422 KETSU CLP1 POS1 POS2
61 62 63 64
RVSIG10
NRSH C900 0.1 ` C901 0.1 ` C902 0.1 ` C903 0.1 `
STATE
POS1
C913 1`
R904 100 R905 100 R906 100 R907 100 DRIVE-SDA DRIVE-SCL
POS2
GND
GND
CLP
FRQC
G013 SIGCEN C904 0.1 ` C905 0.1 ` C906 0.1 ` C907 0.1 ` RCOM GCOM BCOM
N.C
N.C
N.C
N.C
13
DIR
R909 4.7k
N.C
SHENB
N.C OFFCAN
CLPPOL
RVSIG12
VOUT6
14
10
E
R964 100k
11
12
15
16
1
2
3
4
5
6
7
8
9
C437 0.1 `
VDD
C908 1` C970 0.1 `
19 20
SHENB
FRP
1 2 3
5
GND
L901 33 `
C431 0.1 `
C432 0.1 `
4
Q955
TC7S08F
C909 T10 ` 10V
T
Q504
2SA1586Y
R510 3.3k TP501 DUMMY13 1 C508 0.33 ` C509 T10 ` 25V T G010 RGND R910 KETSU R911 100 R912 100 R913 100 R914 100
11 12 13 14 15 16 17 18
Q505
L502 33 `
2SC3265Y
+15.5V R512 3.3 TP503
F
RIN
Q905
2 3
M62393
Vnef U2 AD1 AD2 AD3 AD4 VCC VDD CS2 CS1 CSO GND Vref U1 Vref L AD8 AD7 AD6 AD5 SDA SCL R 10 9 8 7 6 5 4 3 2 1
C525 0.1 ` V33 C977 0.1 ` VRH C507 0.01 C506 T22 ` 10V GCOM C510 0.1 ` TG501
R509 100 Q503
R513 3.3
4 5 6 7 8 9
GIN GGND G011 NRSL DIRX BIN BGND G021 Z704 TEM2027D
OMCLK OXMCLK
47
46
45
44
43
42
48
41
36
40
35
39
34
38
C978 0.1 `
37
33
DIRY G012
GND
GND
VDD
FRP
G023
10 11 12 13 14 15
PCLK+ PCLKCLK TTL SHDCLK PHSYNC PVSYNC DRIVE-SCL DRIVE-SDA 3WBENB4 3WBENB3 3WBDTO G022
C919 R915 R916 10k 10k
B
0.1 ` 0.1 `
LCCOMOFF
TESTOUT
TESTIN1
TESTIN2
SIGCNT
A C918
LCCOMOUT
VIDO
C911 0.1 ` C912 0.1 ` C916 0.1 ` C917 0.1 `
2SC4116Y
R511 3.3k Q506
+5VDRIVE
R917 100 R918 100 R919 100 R920 100
L501 33 `
VRL
VIDR
N.C
VIDI
N.C
VIN
C505 T 1` CALR
TP502 GVSIG1
VOUT1 N.C VOUT2 N.C VOUT3 N.C 32 31 30 29 28 27 26
+15.5V
L505 33 ` C523 T T4.7 ` 25V
G006
2SA1298Y
49 50 51
CALR CALO CALI VCC DGND MCLK MCLK GND GND DLY CLKOUT CLKOUT N.C CLKIN CLKIN
G005 GVSIG3 L504 33 ` T
C524 0.33 `
P502 P501
PDYG
1 2 3 4 5 DGND DIRY DIRY NRG ENBX1 ENBX2 DIRX DIRX DX
KETSU PDYG PCLYG PXCLYG
1 2 3 4
G024 SHDCLK
DMCLK
C929 1`
19 20
C533 0.1 ` OMCLK
52 53 54 55
GVSIG5
C520 T10 ` 25V
C521 0.33 `
60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41
DY CLY CLY NRG VDDY VDDX CLX CLX DX ENB2 ENB1 DIRX VSSX VID1 VID2 VID3 VID4 VID5 VID6 VID7 VID8 VID9 VID10 VID11 VID12 NRS LCCOM DY DIRY VSSY
DY CLY CLY VDDY NRG DIRY LCCOM ENB1 ENB2 DIRX CLX CLX DX VDDX N.C N.C VSSX VID1 VID2 VID3 VID4 VID5 VID6 VSSX LCCOM NRS1 NRS2 VSSY VSSY DY
PXCLYG PCLYG PNRGG
DRIVE-SCL L903 33 ` T C914 TA10 ` 10V C915 1` TP902 C921 1` DRIVE-SDA
OXMCLK
REF1B
REF1A
REF2B
BIASO1B
BIASO2B
BIASO2A
BIASO1A
REF2A
DGND
NRS2
NRS1
BIASE1B
BIASE1A
BIASO1
BIASO2
BIASE1
62
18 19 20 21
59 60 61 62
N.C VOUT4 N.C VOUT5 N.C
22 21 20 19 18 17
ENB2G
ENB1G
GVSIG7
T
ENB2R
ENB1R
ENB2B
ENB1B
63
CLXG
CLXB
CLXR
DXR
FRP
NRG
DXB
DXG
DGND VDD1 NRS2A NRS2B NRS1A NRS1B DGND VDD1 GND REF2C REF1C BIASO1C BIASO2C BIASE1C BIASE2C NRS2C NRS1C
38
C519 T15 ` 16V
BIASE2B
39
G
56
GND GND PGND
25 24
16 17
TP504
61
BIASE2
VDD1
REF2
REF1
Q501 ET6050S0A
PVDD
T
58
23
C527 0.1 `
C511 0.33 `
C512 T10 ` 25V
40
DLY
57
PNRGG PDIRYG
5 6 7
BIASE2A
6
PDIRYG PNRGG PENBX1G PENBX2G PDIRXG
PXCLXG PCLXG PDXG PENBX2G PENBX1G PDIRXG
7 8 9 10 11 12 13
CLY
PENBX1G PENBX2G PDIRXG PCLXG PXCLXG PDXG
64
GVSIG9 NRSH GVSIG11 NRSL
37
TP901
DY
8 9 10 11 12 13 14 15 16 17
65
R938
R940
R934
R935
R932
R937
R939
R941
R927
R928
R929
R930
R931
R933
R936
R942
N.C OFFCAN
3WBCLK
63 64
CLPPOL
66
SHENB
STATE
POS1
POS2
GND
GND
CLP
FRQC
N.C
VOUT6
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
33
N.C
N.C
N.C
N.C
DIR
67
68
13
14
10
R521 0 CLP1
VSS
11
12
15
16
1
2
3
4
5
6
7
8
9
33
34
35
36
60
59
58
57
56
55
54
53
52
51
50
49
48
47
46
45
44
43
42
69
41
32
PDXG PCLXG PXCLXG PCLYG PXCLYG PDYG GVSIG1 GVSIG2 GVSIG3 GVSIG4 GVSIG5 GVSIG6 GVSIG7 GVSIG8 GVSIG9 C538 0.1 ` GVSIG10 GVSIG11 GVSIG12
R520 KETSU
CLXOUTG
DXOUTG
NRG
CLXOUTR
DXOUTR
VCC1
CLXOUTB
MSKOUT
DXOUTB
VSS
FRP
ENBX2G
ENBX1G
ENBX2R
ENBX1R
ENBX2B
ENBX1B
CLYOUT
DYOUT
C920 1`
61
VCC1 IMODE ADJDX0 ADJDX1 ADJDX2 ADJDX3 ADJDX4 ADJY0 ADJY1 ADJY2 ADJY3 CMPOS STRB DATA DCLK STATE VSYNC RESET TEST2
VCC2
40
C528 0.1 ` C515 0.33 ` C516 T10 ` 25V T L503 33 ` L507 C535 T10 ` 10V T
71
CLX CLY CLY DY ENBY1 ENBY2 VDD2 VDD2 DGND ENBY2IN
30
Q507 ET1021F0A
14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
70
CLX
72
POS1 POS2 +15.5V
62
73
28
SHCLK7 SHCLK6 SHCLK5 SHCLK4 SHCLK3 SHCLK2 SHCLK1 VSS
39
29
31
GVSIG1 GVSIG3 GVSIG5 GVSIG7 GVSIG9 GVSIG11
63
64
37
14 13 12 11 10 VDD
9
8
+5VDRIVE
65
76
25
Q904 TC74ACT04F
36
H
38
18 19 20 21 22 23 24 25 26 27 28 29 30
74
C529 0.1 `
C530 0.1 `
75
66
35
67
34
78
79
47
46
45
44
43
42
48
41
36
40
35
39
34
38
INVOUT1
INVOUT2
INVOUT3
INVOUT4
ENBX2IN
DMCLK
DIRYIN
LCCOMOUT
TESTOUT
SIGCNT
CLYIN
N.C
VIDI
N.C
VIN
DXIN
TESTIN1
71
CLP2 CLP1 VRESET HRESET OFH SHSEL SHSW2 SHSW1 SHENSW
30
ET2081F0A
R925 33
29
CLP2 CLP1 R926 33 C513 OMCLK OXMCLK T22 ` 10V T C514 1`
49 50 51 52 53 54 55 56 CALR CALO CALI VCC DGND MCLK MCLK GND GND DLY
TESTIN2
GVSIG2
VOUT1 N.C VOUT2 N.C VOUT3 N.C 32 31 30
72
GND
VCC
10
11
12
13
14
DYIN
SHENB
LCCOMOFF
15
16
NRGIN
INVIN1
INVIN2
INVIN3
INVIN4
CLXIN
17
18
19
DIRXIN
GND
GND
70
31
VDD
VIDO
VIDR
FRP
Q903
ENBX1IN
73
28
ENB2G
ENB1G
3WBENB3 3WBDTO 3WBCLK
GVSIG4
CLXG
20
1
2
3
4
5
6
7
8
9
ENBY1IN
R943 33 SHENB
69
32
37
33
80
VCC
21
22
1
2
3
4
5
6
7
C536 0.33 `
68
33
FRP
23
GND
L506 33 `
77
33 ` C526 0.1 `
24
26
27
DIRX
DIRY
CLY
74
27
GVSIG6
28 27 26 25 24 23 22 21 20 19 18 17
DY
29
DXG
NRG
PDIRYG
29 30
75
26
77
79
22
I
L950 33 ` Q954
78
23
PHSYNC
24
PVSYNC
Q502 ET6050S0A
76
25
PVDD GND GND PGND N.C VOUT4 N.C VOUT5 N.C
T
DLY
57 58 59 60
C518 T10 ` 25V
CLKOUT CLKOUT N.C CLKIN CLKIN
C517 0.33 ` GVSIG8
80
VMODE1
SRESET
VMODE2
VSS
VCC1
ADJEN3
ADJEN0
ADJEN1
ADJEN2
ADJEN4
ADJEP0
ADJEP1
ADJEP2
PMODE
EXTSW
SETSW
ADJEP3
21
TEST1
VCC2
FHIN
OSCI
VSS
C923 1`
C922 1`
C534 0.1 `
61 62 63 64
GVSIG10
PQ20VZ1U
10 11 12 13 14 15 16 17 18 19 20 1 2 3 4 5 6 7 8 9
SHENB
STATE
POS1
GND
GND
CLP
N.C
N.C
N.C
R969 KETSU
13
14
10
G025
R967 0
R965 0
C967 1`
GND 5
R963 1k
R962 150
R522 KETSU CLP1
R968 KETSU
R966 KETSU
11
12
15
16
C966 10 ` 25V
T 2 CTL Vref 4
R961 1.5k C968 22 ` 6.3V C969 1`
TG901
1
2
3
4
5
6
7
8
9
R523 0
N.C
DIR
1
IN
OUT
3
POS2
FRQC
+3.3V
N.C OFFCAN
CLPPOL
GVSIG12
N.C
VOUT6
R970 0
POS1 POS2 C924 1`
C537 0.1 `
J
FRP
C531 0.1 `
C532 0.1 `
SHENB
Q604
2SA1586Y
R610 3.3k
Q605
2SC3265Y
C608 0.33 ` C609 T10 ` 25V T C625 0.1 ` V33 BCOM C607 0.01 C606 T22 ` 10V C610 0.1 ` L605 33 ` C623 T T4.7 ` 25V G008 BVSIG3 L604 33 ` BVSIG5 C620 T10 ` 25V C621 0.33 `
60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41
TP601
L602 33 `
TP603 +15.5V R609 100 Q603 R612 3.3 R613 3.3
2SC4116Y
TG601 R611 3.3k Q606 G009
K
CALR P901 1 2 3
+5VDRIVE
L601 33 `
2SA1298Y
47
46
45
44
43
42
48
41
40
36
39
35
38
37
34
GND
GND
VDD
FRP
LCCOMOUT
VIDO
LCCOMOFF
VIDR
N.C
N.C
VIN
TESTOUT
TESTIN1
TESTIN2
SIGCNT
C605 T 1`
33
TP602 BVSIG1
VOUT1 N.C VOUT2 N.C VOUT3 N.C 32 31 30 29 28 27 26
+15.5V
VIDI
49 50 51
CALR CALO CALI VCC DGND MCLK MCLK GND GND DLY CLKOUT CLKOUT N.C CLKIN CLKIN
C624 0.33 `
T PDYB PXCLYB PCLYB PNRGB
1 2 3 4 5 DGND DIRY DIRY NRG ENBX1 ENBX2 DIRX DIRX DX
P601
PDYB PCLYB PXCLYB
P602
KETSU
1 2 3 4
C633 0.1 ` OMCLK OXMCLK
52 53 54 55 56
DY CLY CLY NRG VDDY VDDX CLX CLX DX ENB2 ENB1 DIRX VSSX VID1 VID2 VID3 VID4 VID5 VID6 VID7 VID8 VID9 VID10 VID11 VID12 NRS LCCOM DY DIRY VSSY
DY CLY CLY VDDY NRG DIRY LCCOM ENB1 ENB2 DIRX CLX CLX DX VDDX N.C N.C VSSX VID1 VID2 VID3 VID4 VID5 VID6 VSSX LCCOM NRS1 NRS2 VSSY VSSY DY
REF1B
REF1A
REF2B
BIASO1B
BIASO2B
BIASO2A
BIASO1A
REF2A
DGND
NRS2
NRS1
BIASE1B
BIASE1A
BIASO1
BIASO2
BIASE1
GND GND PGND N.C VOUT4 N.C VOUT5 N.C
25 24
TP604
61
BIASE2
VDD1
REF2
REF1
Q601 ET6050S0A
PVDD
T
40
DLY
R624 0 C627 0.1 `
57 58 59 60 61 62 63 64
PNRGB PDIRYB
5 6 7
23 22 21 20 19 18 17
62
L
CLP1
BVSIG7
T
63
DGND VDD1 NRS2A NRS2B NRS1A NRS1B DGND VDD1 GND REF2C REF1C BIASO1C BIASO2C BIASE1C BIASE2C NRS2C NRS1C
38
C619 T15 ` 16V
BIASE2B
39
C611 0.33 `
C612 T10 ` 25V
BIASE2A
6
PDIRYB PNRGB PENBX1B PENBX2B PDIRXB
PXCLXB PCLXB PDXB PENBX2B PENBX1B PDIRXB
7 8 9 10 11 12 13
PENBX1B PENBX2B PDIRXB PCLXB PXCLXB PDXB
8 9 10 11 12 13 14 15 16 17
64
BVSIG9 NRSH BVSIG11 NRSL
65
N.C OFFCAN
CLPPOL
66
SHENB
STATE
POS1
POS2
GND
GND
CLP
FRQC
N.C
VOUT6
N.C
N.C
N.C
N.C
DIR
67
68
69
32
R621 0
13
12
14
10
11
15
16
1
2
3
4
5
6
7
8
9
33
34
35
36
37
PDXB PCLXB PXCLXB PCLYB PXCLYB PDYB BVSIG1 BVSIG2 BVSIG3 BVSIG4 BVSIG5 BVSIG6 BVSIG7 BVSIG8 BVSIG9 C638 0.1 ` BVSIG10 BVSIG11 BVSIG12 PNRS1B
R620 KETSU
C628 0.1 ` C615 0.33 ` C616 T10 ` 25V T L603 33 ` L607 C635 T10 ` 10V T
71
CLX CLY CLY DY ENBY1 ENBY2 VDD2 VDD2 DGND ENBY2IN
30
Q607 ET1021F0A
14 15 16 17 18 19 20 21 22 23 24 25 26 27 28
70
CLX
72
POS1 POS2 +15.5V
73
28
29
31
BVSIG1 BVSIG3 BVSIG5 BVSIG7 BVSIG9 BVSIG11
18 19 20 21 22 23 24 25 26 27 28 29 30
74
C629 0.1 `
C630 0.1 `
75
76
M
L606 33 `
77
C626 0.1 `
47 46 45 44 43 42 48 41 36 40 35 39 34 38 37 33
78
C636 0.33 `
79
80
INVOUT1
INVOUT2
INVOUT3
INVOUT4
ENBX2IN
ENBX1IN
DIRYIN
LCCOMOUT
LCCOMOFF
TESTOUT
SIGCNT
CLYIN
DXIN
TESTIN1
TESTIN2
BVSIG2
VOUT1 N.C VOUT2 N.C VOUT3 N.C 32 31 30
49
CALR CALO CALI VCC DGND MCLK MCLK GND GND DLY CLKOUT CLKOUT N.C CLKIN CLKIN
10
11
12
13
14
15
16
NRGIN
INVIN3
INVIN4
CLXIN
17
18
19
ENB2B
ENB1B
CLXB
C614 1` T OMCLK C613 T22 ` 10V R614 KETSU
50 51 52 53 54
BVSIG4
20
1
2
3
4
5
6
7
8
9
ENBY1IN
VCC
INVIN2
DIRXIN
GND
GND
INVIN1
VDD
VIDO
VIDR
VIDI
FRP
N.C
N.C
VIN
DYIN
GND
VCC
21
22
FRP
23
24
33 `
25
26
27
DIRX
DIRY
NRG
DXB
CLY
BVSIG6
28 27 26
DY
29
PDIRYB
29 30
OXMCLK
55 56 57 58
Q602 ET6050S0A
PVDD GND GND PGND N.C VOUT4 N.C VOUT5 N.C
24 23 22 21 20 19 18 17
R415
R417 120
120
59 60
C617 0.33 ` BVSIG8
N
CLP1 POS1 POS2
R424 10 R416 680
R425 10 R418 680
C634 0.1 `
61 62 63 64
BVSIG10
SVGA MODEL
SHENB
N.C OFFCAN
CLPPOL
BVSIG12
STATE
POS1
POS2
GND
GND
CLP
FRQC
N.C
VOUT6
R623 0 R622 KETSU
C637 0.1 `
C631 0.1 `
C632 0.1 `
FRP
SHENB
Fig. 2-5-1
2-18
2-15
2-16
2-17
LP650 DRIVE CIRCUIT (650)
25
T
C618 T10 ` 25V
N.C
N.C
N.C
N.C
13
DIR
14
10
11
12
15
16
1
2
3
4
5
6
7
8
9
1
2
3
4
5
6
7
8
9
10
11
12
C408 0.33 ` C409 T10 ` 25V T C425 0.1 `
13
L402 33 `
14
15
16
Q404
17
2SA1586Y
R410 3.3k Q405
18
19
20
G.BIAS
R.BIAS
B.BIAS
A
5-2. Drive Circuit Diagram (for TLP450, TLP451)
OMCLK OXMCLK V33
+5VDRIVE
2SC3265Y
TP401 +15.5V TP403 R412 3.3 R409 100 RCOM C407 0.01 C406 T22 ` 10V C410 0.1 ` L405 33 ` C423 T T4.7 ` 25V G002 RVSIG3 L404 33 ` RVSIG5 C420 T10 ` 25V C421 0.33 `
60 59 58 57 56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41
R413 3.3
TG401
Q403
2SC4116Y
R411 3.3k G003 Q406
BGND
R709 3.3k
G.BIAS
R.BIAS
B.BIAS
KETSU GIN
47
46
45
44
43
42
48
41
40
37
36
39
35
38
34
33
R701 KETSU
R976 10k
R974 10k
R972 10k
GND
LCCOMOUT
VIDO
LCCOMOFF
VIDR
TESTOUT
TESTIN1
TESTIN2
SIGCNT
VIDI
R702
R712 3.3k
G