Samsung TP17LT Service Manual Download Page 9

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3-1-1 Cabinet Disassembly

1. With a pad beneath it, stand the monitor on its

front with the screen facing downward and
the base closest to you. Make sure nothing will
damage the screen.

2. Remove the Stand from the monitor.

(Refer to Stand manual)

3. Incline the monitor by lifting the rear of the

monitor.

4. Push the Opening jig each groove along the

top of the monitor till it makes a “ttak” sound.
(2 grooves : Left and Right, Make sure each
snap is disengaged.)

5. Squeeze the hold-snap on bottom of the

monitor using your hand.

6. Insert the Opening jig into the groove then

release the hold-snap.

7. When the hold-snap release, lift the Rear

Cover slightly to make sure it doesn’t re-
engage while you release the snap on the
other side.

8. In a similar manner, Release the hold-snap on

the opposite side.

9. Pull the Rear Cover up off the monitor.
10. Using pinch-nose pliers or ling-nose pliers,

acrefully disconnect the Anode Cap from the
CRT.

Warning:

Do not touch the Anode contact
on the CRT (High Voltage may
remain).

Note :

If the hold-snap on the bottom of the
Front Cover is broken, secure the
cabinet by applying a 4x16 screw in
the extra holes on each side of the
cabinet.

3-1-2 Removing the CRT Socket PCB

1. Complete all previous steps.
2. Lift up the Video Spring and remove the CRT

Socket PCB from the CRT.

TP17LT

3-1

3 Disassembly and Reassembly

This section of the service manual describes the disassembly and reassembly procedures for the
TP17LT monitor.

WARNING: This monitor contains electrostatically sensitive devices. Use caution when handling

these components.

3-1 Disassembly

Cautions:

1. Disconnect the monitor from the power source before disassembly.

2. To remove the Rear Cover, you must use the special opening jig tool.

Figure 1

Figure 2

Figure 3

Summary of Contents for TP17LT

Page 1: ...E COLOR MONITOR CONTENTS 1 Precautions 2 Product Specifications 3 Disassembly Reassembly 4 Alignment Adjustments 5 Troubleshooting 6 Exploded View Parts List 7 Electrical Parts List 8 Block Diagram 9 Wiring Diagram 10 Schematic Diagrams ...

Page 2: ...Samsung Electronics Co Ltd March 2000 Printed in Korea P N BH68 00129K 01 ...

Page 3: ...ect all protective devices such as nonmetallic control knobs insulating materials cabinet backs adjustment and compartment covers or shields isolation resistor capacitor networks mechanical insulators etc 3 Leakage Current Hot Check Figure 1 1 WARNING Do not use an isolation transformer during this test Use a leakage current tester or a metering system that complies with American National Standard...

Page 4: ...resistance between each blade of the AC plug and accessible conductive parts see above should be greater than 1 megohm 7 Never defeat any of the B voltage interlocks Do not apply AC power to the unit or any of its assemblies unless all solid state heat sinks are correctly installed 8 Always connect a test instrument s ground lead to the instrument chassis ground before connecting the positive lead...

Page 5: ...Maximum Pixel Clock rate 110 MHz Active Display Horizontal 306 mm 4 mm Vertical 230 5 mm 4 mm Input Voltage AC 90 to 264 Volts 60 Hz or 50 Hz 3 Hz Power Consumption 90 Watt max Dimensions Unit Without Speakers 16 53 x 16 88 x 15 86 Inches 420 x 429 x 403 mm With Speakers 20 19 x 16 88 x 15 86 Inches 513x 429 x 403 mm Carton 21 02 x 21 73 x 21 02 Inches 534 x 552 x 534 mm Weight Without Speakers 35...

Page 6: ... 2 Male Type Sync Type Pin No Macintosh Separate 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 Red Green Blue N C DDC Return GND R GND G GND B N C GND Sync Self raster N C DDC Data H Sync V Sync DDC Clock GND R Red H V Sync Sense 0 Green GND G Sense 1 Reserved Blue Sense 2 GND V Sync GND B GND H Sync ...

Page 7: ...7 25 422 0 636 70 087 14 268 0 064 1 080 12 711 0 413 28 322 Negative Positive Separate 31 469 31 778 3 813 1 907 25 422 0 636 59 940 16 683 0 064 1 048 15 253 0 318 25 175 Negative Negative Separate 37 500 26 667 2 032 3 810 20 317 0 508 75 000 13 333 0 080 0 427 12 800 0 027 31 500 Negative Negative Separate 43 269 23 111 1 556 2 222 17 778 1 556 85 008 11 764 0 671 0 578 11 093 0 023 36 000 Neg...

Page 8: ...2 Product Specifications 2 4 TP17LT Memo ...

Page 9: ... the opposite side 9 Pull the Rear Cover up off the monitor 10 Using pinch nose pliers or ling nose pliers acrefully disconnect the Anode Cap from the CRT Warning Do not touch the Anode contact on the CRT High Voltage may remain Note If the hold snap on the bottom of the Front Cover is broken secure the cabinet by applying a 4x16 screw in the extra holes on each side of the cabinet 3 1 2 Removing ...

Page 10: ...Front Cover and Main PCB then lift up the Bottom to separate the two Shield 6 Remove the screws on the back and along each side of the Bottom Chassis 7 Carefully lift the Main PCB Ass y and remove the remaining ground wires 8 Place the Main PCB Ass y on a flat level surface that is protected from static electricity 3 1 4 CRT Ass y Disassembly 1 Complete all previous steps 2 Straighten the Degaussi...

Page 11: ...d adjust at the 1024 x 768 mode 68 kHz 85 Hz signals Refer to Table 2 1 on page 2 3 4 1 2 Required Equipment The following equipment may be necessary for adjustment procedures 4 1 2 a DISPLAY CONTROL ADJUSTMENT 1 Non metallic screwdriver 1 5 2 5 3 mm 2 Non metallic screwdriver 1 5 2 5 3 mm 3 Digital Multimeter DMM or Digital Voltmeter 4 Signal generator or DM200 software 5 Software Softjig or DM20...

Page 12: ...ts to the signal timing available on that computer system To make corrections to all factory timings requires the use of an additional signal generator 4 Alignment and Adjustments 4 2 TP17LT MONITOR INTERFACE BOARD VER 2 0 PC SIGNAL GENERATOR 3 WIRE CABLE SIGNAL CABLE 5V DC ADAPTOR PARALLEL CABLE Figure 4 1 Setup 1 With Signal Generator MONITOR INTERFACE BOARD VER 2 0 PC 3 WIRE CABLE SIGNAL CABLE ...

Page 13: ...tjig is all the same as 4 2 1 but selecting G2 CONT on the contrary to HV MIN Table 4 1 4 2 3 CENTER RASTER Adjust SW401 so that the back raster comes to the center when you apply each basic mode 4 2 4 Centering Centering means to position the center point of the display in the middle of the display area Horizontal size and position and vertical size and position control the centering of the displ...

Page 14: ...rted elongated or squashed Table 4 2 Standard Modes Linearity 640x480 75Hz 800x600 85Hz and 1024x768 85Hz Table 4 3 Other Modes Linearity VGA SVGA XGA MAC etc 4 2 5 a HORIZONTAL LINEARITY ADJUSTMENT CONDITIONS Scanning frequency 68 kHz 85 Hz Display image Crosshatch pattern Brightness Maximum Contrast Maximum To adjust the Horizontal Linearity refer to Tables 4 2 and 4 3 for the tolerance range In...

Page 15: ...Parallelogram 4 2 9 Side Pincushion Adjustment CONDITIONS Scanning frequency 68 kHz 85 Hz Display image Crosshatch pattern Use control bar after selecting PINCUSHION in left menu to straighten the sides of the image area 4 2 10 Tilt Adjustment CONDITIONS Scanning Frequency 68 kHz 85 Hz Display image Crosshatch pattern Brightness Maximum Contrast Maximum Use control bar after selecting ROTATION in ...

Page 16: ...o 0 7 ft L using contron bar after selecting GREEN CUTOFF in the menu 3 Use control bar after selecting BLUE CUTOFF in left menu to set the y coordinate to 0 298 0 02 4 Use control bar after selecting RED CUTOFF in left menu to 0 283 0 02 If color values would not be matched desirable values repeat sequence 3 and 4 after readjusting GREEN CUTOFF control a little different 4 3 2 b WHITE BALANCE ADJ...

Page 17: ...mity Check Luminance is considered uniform only if the ratio of lowest to highest brightness areas on the screen is not less than 7 5 10 CONDITIONS Scanning frequency 68 kHz 85 Hz 1024 x 768 Display image White flat field Brightness Cut off point at 24 ft L Contrast Maximum PROCEDURE Measure luminance at nine points on the display screen see figure below 4 3 4 Focus Adjustment CONDITIONS Scanning ...

Page 18: ...mm 4 Display a green pattern over the entire display area 5 Adjust the purity magnet rings on the PCM assembly to display a pure green pattern Optimum setting x 0 295 0 015 y 0 594 0 015 6 Repeat steps 4 and 5 using a red pattern and then again using a blue pattern Table 4 4 Color Purity Tolerances For 9300K color adjustment x 0 283 0 02 y 0 298 0 02 7 When you have the PCMs properly adjusted care...

Page 19: ...ideo output circuits High voltage does not develop Horizontal output circuits 5 1 1 No Power Supply Chirping noise exists Check and replace IC601 Check and replace D601 FH1 Done No Yes Repeating start Check and replace D606 No Yes IC601 Pin 1 waveform is right Check and replace D614 IC601 Q602 ZD601 Yes No C622 Voltage is 13 V 0 5V Check and replace IC201 IC301 IC401 Q402 Q404 Yes No Normal operat...

Page 20: ...V sync video level LED blinks Check IC201 Pin 40 Yes No 12 V line off Check IC201 Pin 5 Yes No IC602 Pin 4 voltage exists Check IC201 Pin 6 Check and replace IC602 No Yes IC601 Pin 1 output voltage exists Refer to 5 1 1 No Power Supply Done Yes No WAVEFORMS 2 2 100V IC601 1 CH1 P P 100V CH1 RMS 325 8 V ...

Page 21: ...401 6 CH1 P P 2 00V CH1 RMS 5 868V 4 1 00V IC401 8 CH1 P P 1 00V CH1 RMS 1 298V 5 20 0 V Q403 Collector CH1 P P 20 0 V CH1 RMS 46 80V Does PWM output signal appear at Pin 6 H_out of IC401 Check IC401 Check 12 V line Yes No Does DC 12V appear at Pin 10 of IC401 Yes No 3 7 1 4 S Correction Failure S1 S3 signals are right at each frequency block Check S1 S3 signal Check and replace Q404 Q409 Q410 Q41...

Page 22: ... IC401 Pin 6 voltage varies with different B_Out DAC values Q402 Gate output duty varies with different B_Out DAC values Check some parts around Q402 IC401 Pin 3 6 Yes No Check and replace IC401 No 5 1 7 Abnormal H_Size IC401 Pin 11 output duty varies with different B offset DAC values Q408 Collector waveform is right Check and replace Q405 Q406 Q407 Q408 Check some parts around D409 L401 Yes Yes ...

Page 23: ... varies with different DAC values No Replace IC401 No WAVEFORMS 7 7 1 00 V IC401 11 CH1 P P 1 00V CH1 RMS 3 008 V 5 1 10 Tilt Failure IC201 Pin 20 output duty varies with different DAC values IC603 Pin 13 output varies with different DAC values Check and replace IC603 Check and replace Q301 Q302 Yes Yes No Check and replace IC201 No Check tilt connector connection Refer to 5 1 7 Abnormal H_Size Ye...

Page 24: ...y No IC301 Pin 6 output exists Check and replace some parts around IC301 Yes No Check DY connector connection WAVEFORMS 8 9 8 500 V IC401 12 CH1 P P 500 V CH1 RMS 1 425 V 9 10 0 V IC301 6 CH1 P P 10 0 V CH1 RMS 5 06 V 5 1 12 V Size or Pos Variation Failure IC401 Pin 12 output varies with different DAC values Yes Check and replace IC201 IC401 Check and replace IC301 No ...

Page 25: ...0 3 11 2 00 V Q402 Gate CH1 P P 2 00 V CH1 RMS 7 692V 3 2 00 V IC401 6 CH1 P P 2 00 V CH1 RMS 5 868 V 11 50 0 V Q402 Drain CH1 P P 50 0 V CH1 RMS 73 7V IC101 Pin 12 input exists and varies with different patterns Check and replace IC101 Input full white pattern to monitor No Yes No T501 Pin 8 output exists Check and replace T501 Yes No IC201 Pin 26 output exists and varies with different patterns ...

Page 26: ...es No Replace the IC401 No T502 Pin 6 input is right Check and replace C432 Yes No T502 Pin 1 output is right Replace the T502 No No Check the connection between FBT Focus pin CRT Socket PCB WAVEFORMS 13 14 12 12 2 00 V IC401 32 CH1 P P 2 00V CH1 RMS 6 124V 13 50 0 V T502 6 CH1 P P 50 0V CH1 RMS 75 6V 14 100 V T502 1 CH1 P P 100V CH1 RMS 124 0V ...

Page 27: ...Check 12 V 72 V line Check and replace IC103 Yes No Cathode DC levels are right Check 72 V line Check and replace QR01 QR02 QG01 QG02 QB01 QB02 Yes No G2 voltage is right Check G2 wire CRT Socket board and FBT Change CRT Yes Done No Check signal cable and connection WAVEFORMS 15 16 17 15 1 00 V IC101 5 8 10 CH1 P P 1 00V CH1 RMS 2 452V 16 1 00 V IC101 21 24 26 CH1 P P 1 00V CH1 RMS 2 792V 17 20 0 ...

Page 28: ...ut voltage is 5V IC201 Pins 13 and 14 inputs are right Check C202 C203 X201 Yes Yes No Check IC604 No IC201 Pin 18 input is right Check IC605 Yes No All in output values are right Replace IC201 No No Done WAVEFORMS 18 18 1 00 V IC201 13 14 CH1 P P 1 00 V CH1 RMS 2 108V ...

Page 29: ...nputs are right Check IC201 Pins 41 and 42 Yes No IC104 Pins 12 13 and 14 outputs are right Check and replace IC104 No No IC101 Pins 21 24 and 26 outputs are right Check and replace IC101 Check and replace IC103 Yes Done No Check CN104 and connector Ass y WAVEFORMS 19 20 21 19 1 00 V IC104 6 CH1 P P 1 00V CH1 RMS 4 516V 20 1 00 V IC104 17 CH1 P P 1 00V CH1 RMS 5 024V 21 1 00 V IC101 21 24 26 CH1 P...

Page 30: ...when you push the button S W Yes Check the button SW201 SW204 No Check IC201 RL601 operation is right Q601 base input is right Check and replace Q601 No No Yes Check D coil and TH601 Yes IC201 Pin 4 output is right Check and replace IC201 Yes No Done Check degaussing connector 5 1 20 Degaussing Failure ...

Page 31: ...heck G2 voltage high voltage R G B cathode voltage Yes No No Refer to 5 2 2 Shut down Yes 5 2 2 Shut Down Blinking LED s Scan failure Check horizontal vertical deflection system and check power supply secondary voltages Yes Yes Check power supply No Check and replace IC201 Done No Video failure Check Video board No Yes ...

Page 32: ... Check signal generator No Are proper DC voltage on all cathodes Check IC101 Pins 15 16 and 17 Check QR01 QR02 QG01 QG02 QB01 and QB02 Yes Yes No Is G2 voltage right Check D502 D503 Q501 No Is Heater voltage right Check D608 Q604 T601 No Yes Check D504 Q602 T501 No Yes Yes Yes Is G1 voltage right No Replace CRT Done 22 WAVEFORMS 22 10 0 V R G B Video CH1 P P 10 0V CH1 RMS 17 02V ...

Page 33: ...01 and Adjust G2 No Is V_FLB pulse on Collector of Q303 Check Q303 Done Yes No Does approve the Vertical pulse on the CRT Socket G1 Check CN102 CN201 Yes No Check white balance adjustment 5 2 4 Visible Retrace 23 24 WAVEFORMS 23 5 00 V Q303 Collector CH1 P P 5 00V CH1 RMS 28 33V 24 20 00 V CRT G1 CH1 P P 20 0V CH1 RMS 66 68V ...

Page 34: ...nals at Pins 28 and 29 of IC201 are right Check IC201 Yes Yes No Check Video Cable No Signals at Pins 14 and 15 of IC401 are right Check IC401 Check circuits on Main board Yes Done No Check input signals Pins 2 and 3 of CN202 5 2 5 Unsynchronized Image ...

Page 35: ...g TP17LT 5 17 Is the convergence now within spec Readjust convergence No Done Yes Is the convergence now within spec Done Change CRT and readjust convergence No Done Yes Try readjusting convergence 5 2 6 Misconvergence ...

Page 36: ...ck for focus change Yes Is dynamic focus circuit right Refer to 5 1 15 Dynamic Focus Failure Replace the CRT and verify focus Yes No Adjust focus VR of FBT 5 2 7 Poor Focus 5 2 8 Purity Failure Purity is right Degaussing circuit is right Refer to 5 1 20 Degaussing Failure Replace CRT and verify purity Yes No No Done Yes Degaussing ...

Page 37: ...6 Exploded View and Parts List 6 1 Front Cover CRT Ass y TP17LT 6 3 ...

Page 38: ...6 2 Chassis Stand Ass y 6 Exploded View Parts List 6 4 TP17LT ...

Page 39: ...6 3 Rear Cover Ass y 6 Exploded View Parts List TP17LT 6 5 ...

Page 40: ...Memo 6 Exploded View Parts List 6 6 TP17LT ...

Page 41: ...09 C CERAMIC MLC AXIAL 100nF 80 20 50V Y5 C220 2401 000025 C AL 100uF 20 16V GP TP 6 3x11 5 C301 2301 000010 C FILM PEF 100nF 5 100V TP 11 5x12 5mm C302 2305 001041 C FILM MPEF 220nF 5 63V TP 7 5x4 5x13 5 C305 2401 000037 C AL 470uF 20 16V GP TP 8x11 5 5 C306 2401 000856 C AL 220uF 20 35V WT TP 10x20 5 C307 2305 000237 C FILM MPEF 1uF 5 63V TP 7 5x15 5mm 5mm C308 2301 000013 C FILM PEF 4 7nF 5 100...

Page 42: ...9 5 C505 2401 000059 C AL 220nF 20 50V GP 5x11 5 C507 2201 000291 C CERAMIC DISC 1nF 10 500V Y5P TP 7 5x3 C508 2401 002267 C AL 2 2uF 20 250V GP TP 8x11 5 5 C509 2401 002267 C AL 2 2uF 20 250V GP TP 8x11 5 5 C510 2301 000005 C FILM PEF 33nF 5 100V TP 5 8x12 5x3 5 C511 2301 000519 C FILM PEF 3 3nF 5 100V TP 5 8x3x12 5 5 C512 2201 000020 C CERAMIC DISC 10nF 10 1kV Y5P BK 18x5 C513 2201 000291 C CERA...

Page 43: ...0W TO 3PF ST 5 CIS 1204 001508 IC VERTICALDEF KA2142 SIP 10P PLASTIC CIS BH13 00004A IC HYBRID DP104C TO 220 5L 5P POWERSW CIS 6501 000004 CABLETIE DA 80 T1 W2 5 L80 NTR NYLON66 CIS BH61 00006A SUPPORT PCB NYLON66 DP17LS CIS 0201 001052 ADHESIVE CYA NO2 TOKYO 3BCO WHT CIS 0203 000005 TAPE ACETATE SGT730 T0 26 W19 L3000 BLK CIS 0204 001006 COMPOUND KS650N 0 9 1 1 1L 20L CIS 3302 000006 MAGNET RUBBE...

Page 44: ... DIODE SWITCHING 1N4148 100V 200MA DO 35 D511 0401 000005 DIODE SWITCHING 1N4148 100V 200MA DO 35 D512 0401 000005 DIODE SWITCHING 1N4148 100V 200MA DO 35 D513 0401 000005 DIODE SWITCHING 1N4148 100V 200MA DO 35 D601 0402 000103 DIODE BRIDGE D2SBA60 600V 1 5A SIP 4 ST D602 0401 000005 DIODE SWITCHING 1N4148 100V 200MA DO 35 D604 0401 000005 DIODE SWITCHING 1N4148 100V 200MA DO 35 D605 0401 000005 ...

Page 45: ...IL 10M IC401 1204 001509 IC HOR VER PROCESSO TDA4859 DIP 32P 400 IC602 1203 000165 IC POSI ADJUSTREG 78R12 TO 220 3P 1 IC603 1201 000229 IC OPAMP 324 DIP 14P 300MIL QUAD 100V m IC604 1203 000001 IC POSI FIXEDREG 7805 TO 220 3P PLAST IC605 1203 000495 IC RESET 7045 T0 92 3P PLASTIC 4 3 4 L401 BH27 20345B COIL CHOKE 150uH 10 DR1415 L 81 C 8 0 L402 BH27 00023A COIL CHOKE 120UH 10 DR1523 L 81 C 9 L403...

Page 46: ...CARBON 1KOHM 5 1 8W AA TP 1 8X3 2MM R215 2001 000281 R CARBON 100OHM 5 1 8W AA TP 1 8X3 2MM R216 2001 000281 R CARBON 100OHM 5 1 8W AA TP 1 8X3 2MM R217 2001 000281 R CARBON 100OHM 5 1 8W AA TP 1 8X3 2MM R218 2001 000281 R CARBON 100OHM 5 1 8W AA TP 1 8X3 2MM R219 2001 000290 R CARBON 10KOHM 5 1 8W AA TP 1 8X3 2MM R220 2001 000281 R CARBON 100OHM 5 1 8W AA TP 1 8X3 2MM R221 2001 000734 R CARBON 4 ...

Page 47: ... 3KOHM 5 1 8W AA TP 1 8X3 2MM R406 2001 000522 R CARBON 22KOHM 5 1 8W AA TP 1 8X3 2MM R407 2001 000109 R CARBON S 470OHM 5 1 2W AA TP 2 4X6 4 R408 2001 000429 R CARBON 1KOHM 5 1 8W AA TP 1 8X3 2MM R409 2001 000812 R CARBON 5 6KOHM 5 1 8W AA TP 1 8X3 2MM R410 2003 000650 R METALOXIDE S 330ohm 5 2W AA TP 4x12m R411 2001 001096 R CARBON S 2 2OHM 5 1 2W AA TP 2 4X6 4 R412 2001 000290 R CARBON 10KOHM 5...

Page 48: ...N 1MOHM 5 1 8W AA TP 1 8X3 2MM R501 2001 000472 R CARBON 2 7KOHM 5 1 8W AA TP 1 8X3 2MM R502 2004 000979 R METAL 47Kohm 1 1 4W AA TP 2 4x6 4mm R503 2001 000449 R CARBON 2 2KOHM 5 1 8W AA TP 1 8X3 2MM R504 2001 000008 R CARBON 15KOHM 5 1 8W AA TP 1 8X3 2MM R505 2001 000241 R CARBON 1 5KOHM 5 1 8W AA TP 1 8X3 2MM R506 2004 000657 R METAL 27Kohm 1 1 4W AA TP 2 4x6 4mm R507 2004 000216 R METAL 10Kohm ...

Page 49: ... 15OHM 5 1 2W AA TP 2 4X6 4M R612 2003 000738 R METALOXIDE S 56Kohm 5 2W AA TP 4x12m R614 2001 001107 R CARBON S 220ohm 5 1 2W AA TP 2 4x6 4 R615 2001 001088 R CARBON S 1KOHM 5 1 2W AA TP 2 4X6 4M R617 2001 001037 R CARBON S 0 39OHM 5 1 2W AA TP 2 4X6 R618 2001 000429 R CARBON 1KOHM 5 1 8W AA TP 1 8X3 2MM R619 2003 000471 R METALOXIDE S 10ohm 5 2W AA TP 4x12mm R620 2001 000354 R CARBON 150KOHM 5 1...

Page 50: ...S 35ohm T ZD201 0403 000355 DIODE ZENER UZ5 1BSB 5 1V 4 97 5 18V 500 ZD202 0403 000355 DIODE ZENER UZ5 1BSB 5 1V 4 97 5 18V 500 ZD203 0403 000355 DIODE ZENER UZ5 1BSB 5 1V 4 97 5 18V 500 ZD204 0403 000355 DIODE ZENER UZ5 1BSB 5 1V 4 97 5 18V 500 ZD205 0403 000361 DIODE ZENER UZ6 2BSB 6 2V 5 99 6 24V 500 ZD502 0403 001068 DIODE ZENER UZ4 7BSA 4 7V 4 47 4 65V 500 ZD601 0403 000361 DIODE ZENER UZ6 2B...

Page 51: ...12 5mm C122 2201 000117 C CERAMIC DISC 1 8nF 10 500V Y5P TP 8 5 C123 2301 000148 C FILM PEF 10nF 5 100V TP 7x3 2x7mm 5mm C124 2301 000148 C FILM PEF 10nF 5 100V TP 7x3 2x7mm 5mm C125 2401 000010 C AL 220uF 20 16V GP 6 3x11mm 2 CB01 2202 002009 C CERAMIC MLC AXIAL 100nF 80 20 50V Y5 CB02 2202 002009 C CERAMIC MLC AXIAL 100nF 80 20 50V Y5 CB04 2401 000055 C AL 1uF 20 160V WT TP 3x11 5mm CB05 2301 00...

Page 52: ... 40300A PIN HINGE BRASS D2 36 SN HEAT SINK IC101 1201 001409 IC VIDEOAMP 2506 DIP 28P 600MIL SINGLE IC104 1204 001529 IC OSDPROCESSOR KS2501 09 DIP 24P 300MI LB01 2701 000190 INDUCTOR AXIAL 470nH 10 4x9 8mm LG01 2701 000190 INDUCTOR AXIAL 470nH 10 4x9 8mm LJP1 BH39 40306D CBF HARNESS 80MM BLK 1015 AWG22 LR01 2701 000190 INDUCTOR AXIAL 470nH 10 4x9 8mm MP2 0 BH41 00013A PCB DISPLAY FR 1 1LAYER 1 6T...

Page 53: ...RBON 2 2KOHM 5 1 8W AA TP 1 8X3 2MM RB13 2001 001000 R CARBON 82KOHM 5 1 8W AA TP 1 8X3 2MM RG01 2001 000969 R CARBON 75OHM 5 1 8W AA TP 1 8X3 2MM RG02 2001 000969 R CARBON 75OHM 5 1 8W AA TP 1 8X3 2MM RG03 2001 000005 R CARBON 390ohm 5 1 8W AA TP 1 8x3 2mm RG04 2001 000302 R CARBON 10OHM 5 1 8W AA TP 1 8X3 2MM RG05 2001 000004 R CARBON 200KOHM 5 1 8W AA TP 1 8X3 2MM RG08 2001 000027 R CARBON 100O...

Page 54: ...DIAL SKG01 4715 000102 SURGEABSORBER 200V 20 1000A RADIAL SKR01 4715 000102 SURGEABSORBER 200V 20 1000A RADIAL V_BOTTOM BH39 40361A CBF HARNESS 40MM BLK UL1015 AWG22 7 Electrical Parts List 7 14 TP17LT Loc No Code No Description Specification Remarks ...

Page 55: ...6C1 ASSY PCB MAIN DP17L BH98 00037C ASSY PCB VIDEO DP17L S CABLE BH39 00016A CBF SIGNAL 1550MM IVORY IV01 2990 MAGNET 3302 000006 MAGNET RUBBER AF 14G 1620 1980G 0 58 0 9 BH27 00015A COIL DEGAUSSING ASS Y 290 265 1100MM 9 6 P CORD BH39 10007A CBF POWER CORD DET H05VV F 250V 6A IVY 1830MM BH39 10339E CBF POWER CORD DET SVT 125V 7A 10A IVY 1830MM Loc No Code No Description Specification Remarks Othe...

Page 56: ...7 Electrical Parts List 7 16 TP17LT 7 3 Different Parts List CDT ...

Page 57: ...T POWER PWM CONTROL IC601C BRIDGE RETIFIER EPROM IC202 DEGAUSSING BLOCK RL601 UP DOWN BRIGHTNISS CONTRASTER PIN TRAP SIZE POSI DEGA LED POWER AC INPUT SOCKET CN601 LINE FILTER L601 SWITCHING TRANS T601 ACL CIRCUIT CONTRAST CONTROL BRIGHTNESS CONTROL 56V 13V 12V 6 3V 70V PS 2 VER OUT TILT CONTORL HEATER VOLTAGE CONTROL POWER OFF MODE CONTROL Q607 12V REGULATOR PS 1 PS 2 From MCU CRT HEATER G1 12V T...

Page 58: ...Memo 8 Block Diagrams 8 2 TP17LT ...

Page 59: ...TP17LT 9 1 9 Wiring Diagram ...

Page 60: ...10 1 TP17LT 10 Schematic Diagrams 10 1 SMPS Part Schematic Diagram ...

Page 61: ... 98 pin MODES 1024 x 768 85 Hz 640 x 480 60 Hz Table 10 1 IC601 DP104C Unit Vrms 1 2 3 4 13 57 V 12 05 17 0 mV 4 99 V 13 50 12 05 15 5 mV 4 99 V pin MODES 1024 x 768 85 Hz 640 x 480 60 Hz Table 10 2 IC602 78R12 Unit Vrms 1 100V IC601 1 CH1 P P 100V CH1 RMS 350 2 V 2 100V IC601 1 CH1 P P 100V CH1 RMS 325 8V ...

Page 62: ...10 Schematic Diagrams 10 3 TP17LT 10 2 Micom Part Schematic Diagram ...

Page 63: ... V 4 99 V 4 34 V 2 49 V 0 6 V 1 02 V 2 91 V 1 14 V 7 5 mV 3 99 V 4 93 V 4 73 V 11 3 mV 4 5 mV 0 314 V 15 3 mV 15 6 mV 5 12 V 5 11 V 5 11 V 5 11 V 5 11 V 5 11 V 0 145 V 5 12 V 5 12 1 02 V 0 31 V 1 04 V 8 7 mV 3 99 V 5 0 V 4 49 V 11 4 mV 4 49 V 3 98 V 14 6 mV 14 8 mV 5 12 V 5 11 V 5 11 V 5 11 V 5 11 V 5 11 V 0 146 V 5 12 V 5 12 V 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42 pin pin...

Page 64: ...10 Schematic Diagrams 10 5 TP17LT 10 3 H V OSC Vertical Part Schematic Diagram ...

Page 65: ...V 1 38 V 1 29 V 11 3 mV 4 73 V 0 76 V 0 15 V 5 68 V 3 89 V 1 39 V 2 48 V 6 48 V 14 5 mV 0 93 V 2 02 V 11 7 V 1 86 V 1 38 V 1 29 V 11 4 mV 4 49 V 0 64 V pin MODES 1024 x 768 85 Hz 640 x 480 60 Hz 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 24 7 mV 5 12 V 5 12 V 4 02 V 5 01 V 2 69 V 3 02 V 2 66 15 4 mV 3 86 V 1 54 V 2 57 V 4 54 V 5 47 V 5 47 V 6 11 V 23 9 mV 5 12 V 5 12 V 4 04 V 5 01 V 3 17 V 3 ...

Page 66: ...10 Schematic Diagrams 10 7 TP17LT 10 4 Deflection Part Schematic Diagram ...

Page 67: ...1 CH1 P P 100 V CH1 RMS 124 0 V 11 50 0 V Q402 Drain CH1 P P 50 0 V CH1 RMS 73 7 V 10 2 00 V Q402 Gate CH1 P P 2 00 V CH1 RMS 7 692 V 6 200 V Q408 Collector CH1 P P 200 V CH1 RMS 387 2 V 5 20 0 V Q403 Collector CH1 P P 20 0 V CH1 RMS 46 80 V 23 5 00 V Q303 Collector CH1 P P 5 00 V CH1 RMS 28 33 V ...

Page 68: ...10 Schematic Diagrams 10 9 TP17LT 10 5 Video Part Schematic Diagram ...

Page 69: ... 3 4 5 6 7 8 9 38 5 39 9 GND 2 4 V 2 55 11 8 2 4 V 72 8 42 5 36 9 38 1 GND 2 53 2 68 11 8 2 4 V 73 2 40 2 pin MODES 800 x 600 85 Hz 640 x 480 60 Hz Table 10 9 IC103 LM2437 Unit Vrms 1 2 3 4 5 6 7 8 9 10 11 12 1 3 mV 2 24 V 1 26 V 1 27 V 4 93 3 99 5 11 5 11 NC NC NC NC NC NC NC NC 4 91 1 9 mV 4 9 5 3 V 5 5 V 5 6 V NC 4 93 pin MODES 1024 x 768 85 Hz 640 x 480 60 Hz Table 13 10 IC104 KS2501 09 Unit V...

Page 70: ...10 Schematic Diagrams 10 11 TP17LT Memo ...

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