NEC Diamond Scan 51 Service Manual Download Page 76 | Manualshive

Page: 76 / 104

background image

1.0 CONNECTION DIAGRAM

(16 PINS PDIP 300 MIL PACKAGE)

2.0 PIN DESCRIPTIONS

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

MTV016-N

VSSA

VCO

RP

VDDA

HFLB

SSB

SDA

SCK

VSS

ROUT

GOUT

BOUT

FBKG

HTONE

VFLB

VDD

Name

I/O

Pin#

Function

VSSA

-

1

Analog ground. This ground pin is used to internal analog circuitry.

VCO

I/O

2

Voltage Control Oscillator. This pin is used to control the internal oscillator
frequency by DC voltage input from external low pass filter.

RP

I/O

3

Bias Resistor. The bias resistor is used to regulate the appropriate bias
current for internal oscillator to resonate at specific dot frequency.

VDDA

-

4

Analog power supply. Positive 5 V DC supply for internal analog circuitry.
And a 0.1uF decoupling capacitor should be connected across to VDDA and
VSSA.

HFLB

I

5

Horizontal input. This pin is used to input the horizontal synchronizing
signal. It has an internal 100 k

Ω

pull-up resistor.

SSB

I

6

Serial interface enable. It is used to enable the serial data interface and is
also used to select I²C or SPI bus operation. If this pin is left floating, I²C bus
is enable. Otherwise the SPI bus is enabled.

SDA

I

7

Serial data input. The external data transfer through this pin to internal
display registers and control registers. It has an internal 100 k

Ω

pull-up

resistor.

SCK

I

8

Serial clock input. The clock input pin is used to synchronize the data
transfer. It has an internal 100 k

Ω

pull-up resistor.

VDD

-

9

Digital pow er supply. Positive 5 V DC supply for internal digital circuitry
and a 0.1uF decoupling capacitor should be connected across to VDD and
VSS.

VFLB

I

10

Vertical input. This pin is used to input the vertical synchronizing signal. It
has an internal pull-up resistor.

HTONE

O

11

Half tone output. This pin is used to attenuate the external R, G, B amplifiers
gain for the transparent windowing effect.

FBKG

O

12

Fast Blanking output. It is used to cut off the external R, G, B signals while
this chip is displaying characters or windows.

BOUT

O

13

Blue color output. It is a blue color video signal output.

GOUT

O

14

Green color output. It is a green color video signal output.

ROUT

O

15

Red color output. It is a red color video signal output.

VSS

-

16

Digital ground. This ground pin of internal digital circuitry.

73

«
...
74
75
76
77
78
...
»

Summary of Contents for Diamond Scan 51

Page 1: ...MultiSync V520 MultiSync V521 MultiSync MV521 Diamond Scan 51 COLOR MONITOR Model No N0501 Series SERVICE MANUAL Better Service Better Reputation Better Profit MITSUBISHI NEC MITSUBISHI ELECTRIC VISUAL SYSTEMS ...

Page 2: ... use screwdriver that does not fit you may damage the screws W A R N I N G The SERVICE PERSONNEL should have the appropriate technical training knowledge and experience necessary to Be familiar with specialized test equipment and Be careful to follow all safety procedures associated with high voltage CRT circuit designs to minimize danger to themselves and their coworkers To avoid electrical chock...

Page 3: ...SASSEMBLY 13 ADJUSTMENT PROCEDURES 16 WRITE AND INSPECTION FOR PLUG AND PLAY COMMUNICATION 28 TROUBLE SHOOTING 31 CIRCUIT DESCRIPTION 39 REPLACEMENT PARTS LIST 74 1 MultiSync V520 Parts List 74 2 MultiSync V521 Different List 94 3 MultiSync MV521 Different List 96 4 Diamand Scan Different List 98 BLOCK DIAGRAMS 99 SCHEMATIC DIAGRAMS 100 ...

Page 4: ...ction replace the CRT with only the same or equivalent type as the original and adjust the anode s voltage to the designated maximum rating never to exceed 1 1 2 Safety Checks Before returning the monitor to the user perform the following safety checks 1 Inspect to make certain that each lead dress is not pinched or that hardware is not lodged between the chassis and other metal parts in the monit...

Page 5: ...ight explode Caution Before performing servicing covered by this service manual read and follow the Safety Precau tions section of this manual Note If unforeseen conflict between the following servicing precautions and of the safety precautions always follow the safety precautions 1 Follow closely the servicing precautions printed on the monitor cabinet and chassis 2 Always unplug the AC power cor...

Page 6: ...ically Resolutions Supported Resolution based on horizontal and vertical frequencies only 640 480 60 to 120 Hz 800 600 55 to 110 Hz 832 624 55 to 106 Hz 1024 768 55 to 87 Hz 1152 870 55 to 77 Hz 1280 1024 55 to 66 Hz Some systems may not support all modes listed NEC cites recommended resolution at 85 Hz for optimal display performance Active Display Area Factory Setting Horizontal Vertical 270mm 2...

Page 7: ...IN ASSIGNMENT 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 PIN NO Mini D SUB 15P 1 RED 2 GREEN 3 BLUE 4 GROUND 5 GROUND 6 GROUND 7 GROUND 8 GROUND 9 NO PIN 10 GROUND 11 GROUND 12 SDA 13 H SYNC 14 V SYNC 15 SCL 4 ...

Page 8: ...OSM Select icon and adjust RESET Return the adjustment item to the factory setting Power indicator LED The LED indicate Power management state POWER SWITCH Push push to turn the monitor on and off Power input To connect with the power cord Signal input with the captive cable To connect with personal computers analogue RGB output MultiSync V520 MultiSync V521 5 ...

Page 9: ...6 MultiSync MV521 Diamand Scan 51 ...

Page 10: ...N key to select icon right or left and the selected icon display red color If selected icon is DAC out press SELECT key will display DAC value bar fig 2 User can press UP key or DOWN key to adjust DAC value Press SELECT key to close DAV value bar and UP key or DOWN key to select the other icon P P P P PSPECIAL FUNCTION OPERATION 1 Degauss Active If selected icon is degauss icon press SELECT key to...

Page 11: ...00 7500 6500 or user defined Fig 4 7 3 OSD Color Select If OSD icon is selected press SELECT key to change OSD color there are three kinds of OSD color can be selected Fig 8 10 Background white blue black Action icon red red red Normal icon black white white Value bar blue yellow green Fig 4 Fig 5 Fig 6 Fig 7 Fig 8 Fig 9 Fig 10 8 ...

Page 12: ...A to indicate in factory mode Fig 12 13 Operation of factory mode is same as normal mode except below 2 condition a adjustment value is saved to user and factory area b R G B value are saved to current color temperature Fig 11 6 OSD Move Mode Press DOWN key and power on system enter OSD move mode user can move OSD display position in this mode Press SELECT key then OSD display following figure Fig...

Page 13: ...tal position Moves the image horizontally left or right Vertical position Moves the image vertically up or down Horizontal size Increases or decreases the horizontal size of the image Vertical size Increases or decreases the vertical size of the image Pincushion Barrel Increases or decreases the curvature of the sides either inward or outward Trapezoid Increases or decreases the bottom of the scre...

Page 14: ...lor Temperature Select the Color Temperature icon on Icon Select Window and push SELECT button It can be switched the different color Temperature OSD There are 3 background colors Blue Black and white These can be selected by SELECT button after the selection of OSD on Icon select window exit EXIT To exit the OSM window Select EXIT on Icon select window Then push SELECT button to exit OSM window N...

Page 15: ...L NUMBER LABEL MODEL N0501 SERIAL No 0 Y 1 Y 0 0 0 0 00001 on ward Start from 00001 when month is changed Manufactured Year Last digit Manufactured Month January to September 1 to 9 October X November Y December Z Factory mark NPG CHINA Y 12 Control Code E Control Code A Diamand Scan 51 ...

Page 16: ...tom of the MultiSync monitor Then slide the tilt swivel base forward Then the latch above the tilt swivel base engages it is s s s s s e e e e e c c c c c u u u u ur r r r r e e e e e Removing Please removing the tilt swivel base when transporting for repair Push down the latch of the MultiSync monitor and pull out the tilt swivel base Slide backward the tilt swivel base from the front of the Mult...

Page 17: ... surface to prevent scratching CRT face 2 Remove the screw b 3 Raise the signal cable vicinity of a cabinet back and lightly hit part figure 1 reference of a top of the cabinet back and remove the cabinet back Cabinet Back Screw b Hitting Position Cabinet Back Fig 1 14 ...

Page 18: ...D ASSY 3 Disconnect the CRT BOARD ASSY from the CRT 4 Disconnect the connector S301 and P102 from the MAIN BOARD ASSY 5 Remove the Anode Cap from the CRT NOTE Carefully discharge the CRT anode by shorting it to ground before removing Anode Cap 6 Lift up the MAIN BOARD ASSY from the Cabinet Front ASSY CRT BOARD ASSY MAIN BOARD ASSY CRT 15 ...

Page 19: ...ent 18 A Setting 18 B Cut Off Adjustment 19 C White Balance Adjustment Factory Auto Adjustment 19 D Maximum Brightness Adjustment 19 11 Focus Adjustment 19 12 Convergence Adjust 19 13 Power Saving Function Inspection 20 14 Geometry Adjustment 20 15 DCC 1 2B Writing and Inspection 20 16 Setting Before Shipment 20 17 Adjustment Magnetic Field 20 18 Timing Sheet 21 Reference Distortion Adjustment 25 ...

Page 20: ... 37 8KHz 84Hz 9 800 600 60 37 8KHz 60Hz 10 640 480 43 3KHz 85Hz 11 800 600 75 46 8KHz 75Hz 12 1024 768 60 48 3KHz 60Hz 13 MAC º 49K 49 7KHz 74Hz 14 800 600 85 53 6KHz 85Hz 15 1024 768 70 56 4KHz 70Hz 16 1024 768 75 60 0KHz 75Hz 17 640 480 120 63 7KHz 120Hz 18 1280 1024 60 64 0KHz 60Hz 19 800 600 100 64 0KHz 100Hz 20 1024 768 85 68 6KHz 85Hz 3 Definition for Normal Condition A Input AC Voltage 110V...

Page 21: ...2 B Pattern Full White Brightness just cut off C Adjust VR102 to make the cathode of D114 has 116 0V Toshiba Samsung CRT 115V LG CRT D Check the high voltage is 24 5kV Ó Ó Ó Ó Ó1kV 8 H Raster Center Adjustment A Mode No 18 B Pattern Crosshatch Reverse C Adjust the Brightness Control that the background can be visible D Change SW301 position to make the mostly near center background position 9 Mode...

Page 22: ...rol set to Max Contrast Control set to Max Adjust G gain control to Y 46FL 158 cd m2 2 Change Pattern to Full White Brightness control set to Min 3 Adjust R gain control B gain control to X 300 Y 315 at the contrast control is adjusted 15FL 52cd m2 3 6500K Select the color Mode 6500K 1 50 50mm Green block Pattern Brightness Control set to Max Contrast Control set to Max Adjust G gain control to Y ...

Page 23: ...re automatically stored into the factory preset memory after 1 sec Note for the factory auto alignment Mode No 2 3 7 9 10 11 12 14 15 16 17 18 19 20 shall be adjusted Other modes can be used the calculated average value 15 DDC 1 2B Writing and Inspection A Mode Any Mode Pattern Any Pattern B Connect the MICON Tech DDC Read Write System C Run NPG03A1 EXE then Press F3 Key to write the EDID Data 16 ...

Page 24: ...dot 96 96 96 64 72 176 uS 3 18 3 81 3 81 2 12 2 00 3 92 Back dot 48 48 48 96 128 56 uS 1 91 1 91 1 91 3 17 3 56 1 25 Total H 449 449 525 525 625 408 5 m S 14 268 14 268 16 683 15 000 17 778 11 500 Disp H 350 400 480 480 600 384 m S 11 122 12 711 15 253 13 714 17 067 10 810 Front H 37 12 10 3 1 0 m S 1 176 0 381 0 318 0 086 0 028 0 000 S ync Pulse H 2 2 2 3 2 4 m S 0 064 0 064 0 064 0 086 0 057 0 1...

Page 25: ...dot 64 40 128 56 80 136 uS 2 03 1 27 3 20 1 56 1 62 2 09 Back dot 120 128 88 80 160 160 uS 3 81 4 06 2 20 2 22 3 23 2 46 Total H 500 450 628 509 625 806 m S 13 333 11 886 16 579 11 76 13 333 16 666 Disp H 480 400 600 480 600 768 m S 12 800 10 565 15 840 11 093 12 800 15 880 Front H 1 9 1 1 1 3 m S 0 027 0 238 0 026 0 023 0 021 0 062 S ync Pulse H 3 3 4 3 3 6 m S 0 080 0 079 0 106 0 069 0 064 0 124...

Page 26: ...c Pulse dot 64 64 136 96 96 112 uS 1 12 1 14 1 81 1 22 1 745 1 04 Back dot 224 152 144 176 96 248 uS 3 91 2 70 1 92 2 23 1 745 2 30 Total H 667 631 806 800 530 1066 m S 13 413 11 756 14 272 13 328 8 325 16 661 Disp H 624 600 768 768 480 1024 m S 12 548 11 179 13 599 12 795 7 540 16 005 Front H 1 1 3 1 8 1 m S 0 020 0 019 0 053 0 017 0 126 0 016 S ync Pulse H 3 3 6 3 6 3 m S 0 060 0 056 0 106 0 050...

Page 27: ... 852 10 836 Front dot 40 48 uS 0 593 0 508 S ync Pulse dot 80 96 uS 1 185 1 016 Back dot 136 208 uS 2 015 2 201 Total H 639 808 m S 9 997 11 765 Disp H 600 768 m S 9 386 11 183 Front H 3 1 m S 0 047 0 015 S ync Pulse H 4 3 m S 0 063 0 044 Back H 32 36 m S 0 501 0 524 Interlace NON N O N Polarity H V POS POS P O S P O S C om posite S ync C om posite Video C haracter Font 7 9 7 9 Serration OFF O FF ...

Page 28: ...oss hatch 2 When OSM MENU is displayed Select the icon 3 Make sure that the picture tilt meets the following standards 2 Pincushion Balance Adjustment 1 When OSM MENU is displayed Select the icon 2 Make sure that the Pincushion Balance meets the following standards X 1 0m m X X 3 Parallelogram distortion Adjustment 1 When OSM MENU is displayed Select the icon 2 Adjust SW so that the vertical line ...

Page 29: ...t the trapezoid distortion meets the following standards AB CD 2mm AC BD 2mm B D A C 6 Preset Picture Size and Position Adjustment Factory Mode Setting Signal All Signals Cross hatch Perform the Preset Picture Size and Position Adjustment for above all signal 1 When OSM MENU is displayed Select the icon 2 Adjust the picture size and position as listed below by SW Picture size H 270 2mm V 203 2mm P...

Page 30: ...to touch up 27 7 Purity 1 Receive signal 14 Cross hatch pattern 2 The CRT face should be facing east and degauss the entire unit by external degaussing coil 3 Make sure the single color purity If not readjust CPC magnet and touch up using correction magnets 8 Convergence CH Convergence error of horizontal direction CV Convergence error of vertical direction CS Total direction of Convergence error ...

Page 31: ... to PC without Printer Cable 2 EDID Write and Inspection Method 1 Run specified EDID write and Inspection program on PC DOS mode The monitor turns into the self test mode 2 Run the specified EDID write and inspection program under PC DOS mode 3 Key in the serial No or Scan serial No bar code 4 Press Return key to write the EDID data 5 Press F1 key to inspect DDC1 communication 6 Press F2 key to in...

Page 32: ... 01 10 24 09 01 02 0C 1C 15 78 EA B4 18 A1 55 48 99 25 20 10 48 4C FF EE 00 31 59 45 59 61 59 71 4A 81 40 30 01 01 01 01 01 01 EA 24 00 60 41 00 28 30 30 60 40 13 00 0E CB 10 00 00 1E 00 00 00 FD 00 37 78 1F 50 46 0B 00 0A 20 20 20 20 20 20 00 00 00 FC 00 4E 60 45 43 20 56 35 32 31 0A 20 20 20 20 00 00 00 FF 70 00 39 39 30 30 30 30 31 59 41 0A 20 20 20 00 17 Serial No Area 9bytes Check Sum Diamond...

Page 33: ... Procedure ex 1 Scan Bar code 20 digits NB50090T _ 0Y00001YE 2 Skip 11 digits then find the Serial No 0Y00001YE 3 Make Year hex Code from Year digit 0 à 0Ah 4 Make Week hex Code from Month digit 11 4 44 à 2Dh 5 Change Serial No to ASCII code 30h 59h 30h 30h 30h 30h 31h 59h 45h 6 Apply Serial No Information to the default EDID code 7 Download EDID from PC to Monitor 8 DDC1 Inspection 9 DDC2B Inspec...

Page 34: ...rouble shooting section before using this chart TABLE OF CONTENTS Page 1 NO OPERATION POWER LED FLASH 32 2 NO OPERATION POWER LED OFF 33 3 VIDEO NOISE OUT OF SYNC 34 4 NO VIDEO 35 5 NO RASTER 36 6 TROUBLE IN H V SYNC 37 7 PINCUSHION POOR 38 31 ...

Page 35: ...130 NEGATIVE CONNECT TO U102 pin 5 2 SCOPE SET AT 10V DIV 10US DIV PROBE CONNECT TO Q102 GATE AND U102pin 5 POWER LED FLASH CHECK U102 U102 PIN6 PULSE O P POWER SW TURN OFF FAILURE R136 ZD103 CHECK U102 PIN 7 VCC PIN 4 SAWTOOTH PIN 8 5V NO POWER SW TURN OFF MULTIMETER TEST Q307 Q102 D110 D111 D112 D113 32 ...

Page 36: ...0MA POSITIVE CONNECT TO C112 NEGATIVE CONNECT TO C105 2 SCOPE SET AT 10V DIV 10US DIV PROBE CONNECT TO Q101 GATE AND C105 POWER SW TURN OFF CHECK F101 CHECK Q101 CHECK U101 U101 PIN6 PULSE O P POWER SW TURN ON FAILURE R111 ZD101 CHECK U101 PIN 7 VCC PIN 4 SAWTOOTH PIN 8 5V NO 33 ...

Page 37: ...NCY C114 TO GND CHECK Q101 G S FREQUENCY SYNCRONIZE WITH H SYNC CHECK HORIZONTAL FREQUENCY C132 TO GND CHECK C132 R139 D115 R138 R140 NORMAL OPERATION CHECK Q101 G S FREQUENCY SYNCRONIZE WITH H SYNC CHECK C114 R116 D109 R115 R117 YES YES NO NO NO NO 34 ...

Page 38: ...201 PIN 18 20 23 SIGNAL LEVEL TROUBLE IN U201 CLAMP PIN 15 U201 12V VOLTAGE YES CHECK U203 PIN 1 2 3 SIGNAL LEVEL CHECK CATHODE VIDEO LEVEL PROBLEM IN CRT YES YES TROUBLE IN U203 R220 R240 R260 NO TROUBLE IN U203 12V 77V VOLTAGE NO NO TROUBLE IN R G B SIGNAL SIGNAL CABLE NO REFER TO NO RASTER ON PAGE NO 35 ...

Page 39: ...VOLTAGE 68V AT H FREQ 31 5KHz TROUBLE IN MCU U701 TROUBLE IN U301 U402 TROUBLE IN U102 Q102 D114 D111 L102 OR DEFLECTION YOKE TROUBLE IN Q307 Q308 T302 D307 D308 CHECK Q307 COLLECTOR ABOUT 1050Vp p CHECK G1 VOLTAGE ABOUT 45 65V TROUBLE IN Q304 Q305 Q306 ZD303 D318 T301 C344 TROUBLE IN G2 VOLTAGE YES YES YES YES YES YES YES NO NO NO NO NO NO 36 ...

Page 40: ...1 PIN 40 39 H V SYNC SIGNAL TROUBLE IN H V SYNC LINE Q301 Q401 CHECK U701 PIN 32 33 H V SYNC SIGNAL CHECK U701 PIN 5 VOLTAGE 5V CHECK U301 PIN 3 U402 PIN 4 CHECK U701 PIN 8 FREQ 4MHz TROUBLE IN U301 U402 TROUBLE IN U701 TROUBLE IN U203 12V 77V VOLTAGE TROUBLE IN 5V LINE YES NO YES YES YES YES YES YES NO NO NO NO NO 37 ...

Page 41: ...7 PINCUSHION POOR PINCUSHION POOR PARABOLA WAVE CHECK U402 PIN 9 PARABOLA CHECK U401 PIN 4 SYNC INPUT CHECK U701 PIN 32 OUTPUT CHECK C431 R432 CHECK 12V U402 CHECK Q314 Q316 D308 NO NO NO YES YES YES 38 ...

Page 42: ...ompensation and geometrical compensation of the raster 59 6 Full bridge current driver vertical deflection booster 62 7 Horizontal drive and power supply output 63 8 Horizontal amplitude control 64 9 Fly back line erasing unit spot erasing unit 65 10 Video amplifier system with on screen display 66 11 Monolithic triple 13 5nS CRT driver 68 12 On screen display 72 39 ...

Page 43: ...AC input is rectified by means of the full bridge rectifier that consists of the diodes D101 to D104 The AC voltage is converted into the DC voltage by passing through the next stage that consists of the smoothing capacitor C105 TH101 is a NTC thermistor for the power supply at the in rush current limit Degaussing circuit The degaussing circuit consists of the PTC thermistor TH102 the degaussing c...

Page 44: ...2 and diode D107 and resistor R165 R149 and zener diode ZD105 are for the starting operation When the circuit starts its operation the power supply transformer T101 supplies the auxiliary 12 Volt power to the control IC chip U101 via pins 6 and 7 of the winding transformer T101 5 Synchronization circuit The synchronization signal is induced from the fly back transformer FBT and carries out the syn...

Page 45: ...F when the driving pulse disappears from the gate of the tran sistor Q102 As a result the voltage at the dot terminal of the winding flows in the positive direction and goes to the fly back rectifier The energy stored in the choke L106 is entered in the FBT passing through the choke L106 the diode D114 and the capacitor C129 3 The feedback is detected by the FBT via diode D130 the capacitor C145 t...

Page 46: ...put 2 pins for A D key input SELECT UP DOWN and RECALL 3 Burn in ID input 1 pins for Burn in ID input 4 Reset input low pulse for reset MCU 5 Crystal input 2 pins using 8MHz crystal Output MCU digital pin 1 Degauss Active high pulse for 2 5 sec when in degauss MCU will activate degauss while power on 2 CS output 3 pins CS2 CS1 CS0 for CS control H sync CS2 CS1 CS0 H sync 33 25KHz 0 0 0 33 25KHz H ...

Page 47: ...t H phase H size V center V size Pincushion Trapezoid Rotation Parallel Pin balance R gain G gain and B gain DAC value 255 means the maximum output volts except Parallel PWM All D A except Rotation Brightness Contrast R gain G gain B gain are mode dependent functions Parallel is voltage inverter function 6 Sync output 2 pins for H sync and V sync negative output normal high 7 DDC 2 pins DDC SDA DD...

Page 48: ...z 66Hz 5 800 600 56 35 2KHz 56Hz 6 8514A 35 5KHz 87Hz 7 640 480 75 37 5KHz 75Hz 8 EVGA 400 37 8KHz 84Hz 9 800 600 60 37 8KHz 60Hz 10 640 480 85 43 3KHz 85Hz 11 800 600 75 46 8KHz 75Hz 12 1024 768 60 48 3KHz 60Hz 13 MACII 49k 49 7KHz 74Hz 14 800 600 85 53 6KHz 85Hz 15 1024 768 70 56 4KHz 70Hz 16 1024 768 75 60 0KHz 75Hz 17 640 480 120 63 7KHz 120Hz 18 1280 1024 60 64 0KHz 60Hz 19 800 600 100 64 0KH...

Page 49: ... MUTE2 O 17 PC6 Degauss out O 18 PC5 MUTE1 O 19 PC4 PMU suspend O 20 PC3 Burn in ID I 21 PC2 EEPROM write protect O 22 PC1 UP RESET key I 23 PC0 DOWN SELECT key I 24 SDA DDC SDA I O 25 SCL DDC SCL I 26 PA0 Rotation PWM O 27 PA1 Contrast PWM O 28 PA2 Brightness PWM O 29 PA3 R gain PWM O 30 PA4 G gain PWM O 31 PA5 B gain PWM O 32 PA6 V sync out O 33 PA7 H sync out O 34 DA7 V center PWM O 35 DA6 Para...

Page 50: ...face Watch dog timer 0 524 second Maximum 25 programmable I O pins One 8 bit programmable timer Two 4 bit A D converter One external interrupt request Built in low VDD voltage reset 5V power supply PIN ASSIGNMENT PC1 AD1 SDA1 PD1 PA3 DA11 PA5 DA13 PA7 HSO VSYNC HSYNC DA3 DA4 DA5 NC DA6 DA7 PA6 VSO PA4 DA12 PA2 DA10 DA1 DA9 PA0 DA8 SCL1 PD0 PC0 AD0 PC2 RESET DA2 DA1 DA0 VDD NC GUD OSCO OSCI PB5 SDA...

Page 51: ...PC3 I O I O Port C3 Same as PC7 21 22 PC2 I O I O Port C2 Same as PC7 22 23 PC1 AD1 I O I O Port C1 or A D converter input 0 23 24 PC0 AD0 I O I O Port C0 or A D converter input 1 24 25 SDA1 PD1 I O DDC serial clock or I O Port D1 When it is a DDC interface pin It is an open drain output When as an I O port it is same as Port B 25 26 SCLI PD0 I O DDC serial clock or I O Port D0 When it is a DDC in...

Page 52: ...al to positive polarity extract Vsync Pulse width less than 8us will be filtered but the Vsync will be widened about 8us count the pulses during the separated Vsync is low and save the counter value NH bypass the composite sync pulses before the counter equals to NH start inserting Hsync pulses after the counter equals to NH until the separated Vsync is low the period of inserted Hsync is decided ...

Page 53: ...1250 counter value Hz The frequency range Hfreq range 122 07 Hz to 124 8 kHz Resolution 122 07Hz Vfreq range 30 5 Hz to 31 25 kHz If counter overflowed the OVF1 bit will be set to 1 The counter keeps on counting until it overflowed again The OVF2 bit and FRDY bit will be set when counter overflowed twice This is designed for finding the vertical frequency bellows 15 25Hz The program should check R...

Page 54: ...te Picture Black Picture The test pattern signal is generated when SELF and ENPAT are both set to 1 This video signal will synchronize to the free running Hsync and Vsync no matter which frequency is chosen The following diagram shows the timing relationship of cross hatch picture HSO PAT T1 T2 T1 T3 T2 HSO VSO T1 T2 T3 31 1kHz 60 8Hz 6us 1us 62 5ns 47 9kHz 74 9Hz 5 125us 0 625us 62 5ns 64kHz 62 5...

Page 55: ...ft register will load a data byte from data buffer REG 18H After loading data to the shift register the data buffer becomes empty and generates and INT0 interrupt So the program must write one data byte into REG 18 every nine VSYNC clocks Since the default values of data buffer REG 22 and shift register are FFH the SDA pin outputs high level if no data had been written into data buffer after power...

Page 56: ...led and set START bit to 1 When the STOP condition is detected the DDC interface is disabled set STOP bit to 1 and generate INT0 interrupt The START bit is cleared when the following data byte received The STOP bit is cleared after writing REG 19H 2 Address Recognition It contains two device addresses in WT6018 On fixed address 1010000 is for EDID reading and one programmable address REG 19H is fo...

Page 57: ... DDC1 state The INT0 occurs when the shift register load data from data buffer Write REG 18H will clear the transmit buffer empty condition Acknowledge is detected in DDC2B state The INT0 occurs on the falling edge of the SCL clock after the acknowledge had been detected The SCL pin will be pulled low to force the bus master to wait until the service routine write REG 19H STOP condition occurs in ...

Page 58: ...1 ADDR 0 R W 0 START 0 STOP 0 DDC2B 1 ADDR 0 R W 0 START 0 STOP 0 DDC2B 1 ADDR 0 R W 0 START 1 STOP 0 DDC2B state write timing Pull low SCL Pull low SCL Data Byte Data Byte SCL 1 1 0 0 0 0 0 SDA In SDA Out INTO Write REG 19H to release Data buffer to shift reg 1 A A N DDC2B 1 ADDR 0 R W 1 START 0 STOP 1 DDC2B 1 ADDR 0 R W 1 START 0 STOP 0 DDC2B 1 ADDR 0 R W 1 START 1 STOP 0 DDC2B state write timin...

Page 59: ...each The device is available in space saving eight pin PDIP and is accessed via a two wire serial interface The AT24C04 is guaranteed for 100 000 erase write cycles and 100 year data retention Pin Configurations 56 Pin Name Function A0 to A2 Address Inputs SDA Serial Data SCL Serial Clock Input WP Write Protect NC No Connect 8 PIN PDIP 1 2 3 5 4 6 7 8 Vcc WP SCL SDA A0 A1 A2 GND Block Diagram SERI...

Page 60: ...able frequency ramming H VO dt System Block Diagram 5 DISABLE LATCH 4 H DRIVE 7 9 6 DUTY CNTL 12 H DRIVE PD2 FILTER FLYBACK PD1 FILTER VCO IN PD2 PD1 10 1 VCO S H V DETECT H SYNC 3 FCV 2 11 1 8V 14 13 8 VOLTAGE REFERENCE X RAY SD VCC V GND FVC FILTER H HV SYNC H HV POLARITY fMIN PHASE CNTL Typical Application LM1290 H POLARITY OUTPUT H HV SYNC INPUT VCC DUTY CYCLE CONTROL X RAY PROTECTION FLYBACK ...

Page 61: ...V Duty 2 17 10 V 30 51 7 to 56 7 5 X ray shutdown Specification 1 65 to 1 8V shutdown When B HV 25 kV we have Vout 25 VDC therefore when shutdown HV 27 5 kV we have Vout 30 8 VDC When R1 10 7KΩ and R2 10KΩ we have shutdown VOL 26 8 to 28 2KV 6 Fly back input threshold voltage 10 Vp p Vin Vcc 12V R484 24KΩ Vin 11 Vp p 7 Horizontal drive Low level current Minimum 100mA Low level voltage Maximum 0 4V...

Page 62: ... 50KΩ R5 10KΩ VR2 200KΩ S Amplitude Adj C4 10uF C5 10uF VR3 5KΩ R7 10KΩ 300KΩ R6 C6 4 7uF C7 0 47uF 0 1uF C8 R8 10KΩ R9 10KΩ 200KΩ S Center Adj TO V Deflection Output Amp Rvert Rvert Gnd V Drive 4V Cap 8V Cap V Drive Vref Cap OSD Cap 21 Cap V Sync in ALC Cap V Height Gnd Vcc V Dyn Height V Dyn Focus V Dyn Focus Cntl V Sync in Osc V Height Auto Level Gain Adjus Vertical output Gnd V Dyn Height X 4 ...

Page 63: ...IN 10 both in the DC control mode 7 E W PIN CNTRL Pin 10 This is the E W direction pincushion deformation control function and the voltage range is within the 0V 4V range When the voltage falls within the 2V 4V range the amplitude increases and the parabola becomes positive On the other hand when the voltage falls within the 2V 0V range the parabola be comes negative 8 TRAP CNTRL Pin 11 This is th...

Page 64: ...in 16 14 ALC Cap Pin 18 This is the Automatic level Controller ALC capacitor and the recommended value is 4 7 uF 15 Frequency doubling capacitor This is the vertical oscillator that locks at a frequency twice as high as the vertical synchronization frequency Its capacitance is 0 47 uF 16 OSC Cap Pin 20 The value of the capacitance is 0 1 uF 17 Rvert Pin 21 22 The vertical resistor has the function...

Page 65: ...ial input stage Since the differential input stage is provided with high grade CMRR differential current input Pins 1 2 system the magnetic resistance is high and is optimum for driver units with differential signals and single ended current signals 2 Output stage The two output stages are current driven type ones with opposite phases and are operated in combination with the deflection coil that h...

Page 66: ...g signal IB1 ICPMAX Q1hfeMIN IB2 Ü Ü Ü Ü Ü3IB1 di dt Ü Ü Ü Ü Ü3 3 A US 2 The resistor R2 corrects the current IB1 the resistor R3 works as a damping resistor and leak resistor and the diode D2 works as a discharging device and polar body As long as the transistor Q1 is OFF the discharge is accelerated and the storage time Tstg is shortened 3 H OUT circuit waveform VCC T1 R2 D2 R1 Q2 R3 Q1 CT D1 DR...

Page 67: ...Ô Ô Ô ÔLmCm 2 Q2 Q3 Q4 and U1 compose the control circuit of H WIDTH Of those devices the transistor Q1 and Q2 compose the Darlington current amplifier and on the other hand the transistor Q4 and the opera tional amplifier U1 compose the emitter coupled circuit that stabilize the voltage and control the current 3 The horizontal width broadens when Va VbI I1 I2 Vm An inference in the opposite sense...

Page 68: ...tage protect 3 The Q6 is spot killer protect circuit in normal power on stage V1 V2 and ZD1 so Q6 off The CRT G1 voltage is fixed at 45 67VDC with vertical blanking pulse 12Vpp VG1 V R11 R10 R11 V V1 V3 When power off the voltage V1 V2 then Q6 turn on pulling VG1 to 180V to protect CRT 4 When Mute set to lower the Q3 off G1 180V screen cut off no picture display this mute circuit makes active at p...

Page 69: ...p Cap Blue Video Out Blue Clamp Cap Blank Gate Clamp Gate Contrast Attenuation Contrast Attenuation Contrast Attenuation Drive Attenuation Contrast Attenuation Contrast Attenuation Top View A1 A1 A1 A2 A2 A2 Description of the functions Figure 1 shows the block diagram of LM1281 in conformity with the pin layout of the IC Every channel accepts both the video signal and the OSD signal at the input ...

Page 70: ...0K POT4 100K POT2 100K POT1 100K POT3 100K R21 47k R19 430 R20 2 4k L1 R17 2 4k R16 2 4k R18 430 430 R15 R17 100 R17 100 R9 33 R10 50 75 R11 100k R8 50 75 R7 33 R5 50 75 R6 R4 R3 R2 R1 L1 is a Ferrite Bead 50Ω Termination to be Used at Outputs TL H 12355 12 C12 0 1µF C11 0 1µF C10 0 1µF C8 0 1µF VCC C9 10µF C6 100µF C7 0 1µF C4 C5 0 1µF C3 J1 C13 0 1µF C14 0 1µF C15 0 1µF C16 100µF C17 0 1µF C18 0...

Page 71: ...11 Monolithic triple 13 5nS CRT driver 68 ...

Page 72: ...69 ...

Page 73: ...70 ...

Page 74: ...71 ...

Page 75: ... with both SPI bus and I C interface through pin selection 16 pins PDIP package GENERAL DESCRIPTION MTV016 is designed for use in monitor applications to display the built in characters or symbols onto monitor screen The display operation is by transferring data and control information in micro controller to RAM through a serial data interface It can execute full screen display automatically and s...

Page 76: ...us operation If this pin is left floating I C bus is enable Otherwise the SPI bus is enabled SDA I 7 Serial data input The external data transfer through this pin to internal display registers and control registers It has an internal 100 kΩ pull up resistor SCK I 8 Serial clock input The clock input pin is used to synchronize the data transfer It has an internal 100 kΩ pull up resistor VDD 9 Digit...

Page 77: ...T 1u 100V M C253 1 25 CRT BOARD A I GA210575 ELECT 105oC T 1u 100V M C254 1 26 CRT BOARD A I GB210458 CERAMIC Y5V T 0 1u 50V Z C267 1 27 CRT BOARD A I GB910358 CERAMIC Z5V F T 0 01u 50V Z C270 1 28 CRT BOARD A I GE210252 PLASTIC PEI T 0 001u 50V J C271 1 29 CRT BOARD A I GB7471F3 CERAMIC Y5P B T 470P 500V K C272 1 30 CRT BOARD A I GB7102F3 CERAMIC Y5P B T 1000P 500V K C275 1 31 CRT BOARD A I GB710...

Page 78: ...D233 OR 78 CRT BOARD A I 80004711 ROHM DIODE 1SS244 D233 OR 79 CRT BOARD A I 80000451 DIODE T 1 2W 1SS83 D234 1 80 CRT BOARD A I 80000051 DIODE T 1 2W 1SS82 D234 OR 81 CRT BOARD A I 80001211 DIODE T 1 2W BAV21 PHILIPS D234 OR 82 CRT BOARD A I 80004711 ROHM DIODE 1SS244 D234 OR 83 CRT BOARD A I EJ044148 DIODE T 1N4148 D250 1 84 CRT BOARD A I EJ044148 DIODE T 1N4148 D251 1 85 CRT BOARD A I 80000451 ...

Page 79: ...4 7Kohm R204 1 131 CRT BOARD A I FA040152 CARBON 1 8W T 5 1 5Kohm R205 1 132 CRT BOARD A I FA240103 CARBON 1 4W T 5 10Kohm R206 1 133 CRT BOARD A I FA040101 CARBON 1 8W T 5 100ohm R208 1 134 CRT BOARD A I FA040101 CARBON 1 8W T 5 100ohm R209 1 135 CRT BOARD A I FB247509 METAL 1 4W T 1 75ohm R210 1 136 CRT BOARD A I FA040330 CARBON 1 8W T 5 33ohm R211 1 137 CRT BOARD A I FA040101 CARBON 1 8W T 5 10...

Page 80: ... CRT BOARD INSERT HB000008 CHOKE COIL 100uH 8X10 L201 1 184 CRT BOARD INSERT HB000008 CHOKE COIL 100uH 8X10 L202 1 185 CRT BOARD INSERT FB910229 FUSIBLE MF RES 1 4W 2 2ohm J R297 1 186 CRT BOARD INSERT R0224129 BASE PIN 6P HOUSING P 2 5mm S201 1 187 CRT BOARD INSERT R0224127 XH BASE PIN 4P S202 1 188 CRT BOARD INSERT R0224129 BASE PIN 6P HOUSING P 2 5mm S204 1 189 CRT BOARD INSERT R0224130 BASE PI...

Page 81: ...T 47u 16V M C137 1 237 MAIN BOARD A I GAH47725 ELECT CAP 105oC T 470u 16V M TK Í ü C139 1 238 MAIN BOARD A I GAJ47725 ELECT CAP 105oC T 470u 16V M PF ª s C139 OR 239 MAIN BOARD A I GE210352 PLASTIC PEI T 0 01u 50V J C140 1 240 MAIN BOARD A I GA310725 ELECT 85oC T 100u 16V M C141 1 241 MAIN BOARD A I GE210352 PLASTIC PEI T 0 01u 50V J C142 1 242 MAIN BOARD A I GB8103F5 CERAMIC Z5U E T 0 01u 500V M ...

Page 82: ...D A I GF222452 MEF CAP BOX 0 22u 50V J C403 1 291 MAIN BOARD A I GF222462 MEF CAP BOX 0 22u 63V J C403 OR 292 MAIN BOARD A I GAH47725 ELECT CAP 105oC T 470u 16V M TK Í ü C404 1 293 MAIN BOARD A I GAJ47725 ELECT CAP 105oC T 470u 16V M PF ª s C404 OR 294 MAIN BOARD A I GE222252 PLASTIC PEI T 0 0022u 50V J C405 1 295 MAIN BOARD A I GA310655 ELECT 85oC T 10u 50V M C406 1 296 MAIN BOARD A I GB210458 CE...

Page 83: ...41 MAIN BOARD A I EJAC0017 DIODE T 1A 1N4936 D108 1 342 MAIN BOARD A I EJ044148 DIODE T 1N4148 D109 1 343 MAIN BOARD A I EJ044148 DIODE T 1N4148 D115 1 344 MAIN BOARD A I EJA20003 DIODE T 1A BA159 D116 1 345 MAIN BOARD A I EJ044148 DIODE T 1N4148 D117 1 346 MAIN BOARD A I EJ044148 DIODE T 1N4148 D119 1 347 MAIN BOARD A I EJ044148 DIODE T 1N4148 D120 1 348 MAIN BOARD A I EJAC0018 DIODE T 1A 1N4937 ...

Page 84: ...T 7 5mm J105 1 397 MAIN BOARD A I R0319110 JUMPER WIRE AI T 15mm J106 1 398 MAIN BOARD A I R0319110 JUMPER WIRE AI T 15mm J107 1 399 MAIN BOARD A I R0319110 JUMPER WIRE AI T 12 5mm J108 1 400 MAIN BOARD A I R0319110 JUMPER WIRE AI T 17 5mm J109 1 401 MAIN BOARD A I R0319110 JUMPER WIRE AI T 17 5mm J110 1 402 MAIN BOARD A I R0319110 JUMPER WIRE AI T 15mm J111 1 403 MAIN BOARD A I R0319110 JUMPER WI...

Page 85: ...ER WIRE AI T 20mm J33 1 449 MAIN BOARD A I R0319110 JUMPER WIRE AI T 10mm J34 1 450 MAIN BOARD A I R0319110 JUMPER WIRE AI T 10mm J35 1 451 MAIN BOARD A I R0319110 JUMPER WIRE AI T 15mm J36 1 452 MAIN BOARD A I R0319110 JUMPER WIRE AI T 7 5mm J37 1 453 MAIN BOARD A I R0319110 JUMPER WIRE AI T 7 5mm J38 1 454 MAIN BOARD A I R0319110 JUMPER WIRE AI T 10mm J39 1 455 MAIN BOARD A I R0319110 JUMPER WIR...

Page 86: ...ARD A I R0319110 JUMPER WIRE AI T 12 5mm J88 1 503 MAIN BOARD A I R0319110 JUMPER WIRE AI T 15mm J89 1 504 MAIN BOARD A I R0319110 JUMPER WIRE AI T 17 5mm J9 1 505 MAIN BOARD A I R0319110 JUMPER WIRE AI T 15mm J91 1 506 MAIN BOARD A I R0319110 JUMPER WIRE AI T 12 5mm J92 1 507 MAIN BOARD A I R0319110 JUMPER WIRE AI T 10mm J93 1 508 MAIN BOARD A I R0319110 JUMPER WIRE AI T 10mm J94 1 509 MAIN BOARD...

Page 87: ...TO 92 T T P S Q323 1 555 MAIN BOARD A I EAA09456 TR NPN 2SC945P TO 92 T N P S Q323 OR 556 MAIN BOARD A I EAA18157 TR NPN 2SC1815GR TO 92 T T P S Q324 1 557 MAIN BOARD A I EAA09456 TR NPN 2SC945P TO 92 T N P S Q324 OR 558 MAIN BOARD A I EAA18157 TR NPN 2SC1815GR TO 92 T T P S Q401 1 559 MAIN BOARD A I EAA09456 TR NPN 2SC945P TO 92 T N P S Q401 OR 560 MAIN BOARD A I EAA18157 TR NPN 2SC1815GR TO 92 T...

Page 88: ... 5 27Kohm R145 1 608 MAIN BOARD A I FA040222 CARBON 1 8W T 5 2 2Kohm R146 1 609 MAIN BOARD A I FA040202 CARBON 1 8W T 5 2Kohm R147 1 610 MAIN BOARD A I FA040472 CARBON 1 8W T 5 4 7Kohm R148 1 611 MAIN BOARD A I FB241051 METAL 1 4W T 1 1 05Kohm R149 1 612 MAIN BOARD A I FB246242 METAL 1 4W T 1 62 4Kohm R151 1 613 MAIN BOARD A I FA040332 CARBON 1 8W T 5 3 3Kohm R152 1 614 MAIN BOARD A I FA040562 CAR...

Page 89: ...0Kohm R345 1 661 MAIN BOARD A I FB241301 METAL 1 4W T 1 1 3Kohm R346 1 662 MAIN BOARD A I FB242801 METAL 1 4W T 1 2 8Kohm R347 1 663 MAIN BOARD A I FA330913 CARBON 1 2W T 5 91Kohm R348 1 664 MAIN BOARD A I FA240243 CARBON 1 4W T 5 24Kohm R350 1 665 MAIN BOARD A I FB910010 METAL 1 4W T 5 1ohm R351 1 666 MAIN BOARD A I FB241022 METAL 1 4W T 1 10 2Kohm R352 1 667 MAIN BOARD A I FA040104 CARBON 1 8W T...

Page 90: ... 10Kohm R418 1 714 MAIN BOARD A I FA040394 CARBON 1 8W T 5 390Kohm R419 1 715 MAIN BOARD A I FA040134 CARBON 1 8W T 5 130K R420 1 716 MAIN BOARD A I FA040153 CARBON 1 8W T 5 15Kohm R423 1 717 MAIN BOARD A I FA040473 CARBON 1 8W T 5 47Kohm R430 1 718 MAIN BOARD A I FA040102 CARBON 1 8W T 5 1Kohm R432 1 719 MAIN BOARD A I FA040473 CARBON 1 8W T 5 47Kohm R433 1 720 MAIN BOARD A I FA040223 CARBON 1 8W...

Page 91: ...ohm R728 1 768 MAIN BOARD A I FA040472 CARBON 1 8W T 5 4 7Kohm R729 1 769 MAIN BOARD A I FA040472 CARBON 1 8W T 5 4 7Kohm R733 1 770 MAIN BOARD A I FA040222 CARBON 1 8W T 5 2 2Kohm R735 1 771 MAIN BOARD A I FA040103 CARBON 1 8W T 5 10Kohm R736 1 772 MAIN BOARD A I FA040104 CARBON 1 8W T 5 100Kohm R737 1 773 MAIN BOARD A I FA040471 CARBON 1 8W T 5 470ohm R739 1 774 MAIN BOARD A I FA040471 CARBON 1 ...

Page 92: ...NSERT GAA22685 ELECT 85oC A 22u 250V M C129 1 820 MAIN BOARD INSERT GAI10775 ELECT CAP 105oC A 100u 100V M TK Í ü C138 1 821 MAIN BOARD INSERT 80011091 ELECT LOW ESR 100u 100V M 10X30 105oC C138 OR 822 MAIN BOARD INSERT GFA33382 PLASTIC MPE A 0 033u 250V J C143 1 823 MAIN BOARD INSERT GJH102E5 SAFETY Y CAP S 1000P 400V M C146 1 824 MAIN BOARD INSERT GJC222E5 SAFETY Y CAP D 2200P 400V M C147 1 825 ...

Page 93: ...ERT 80000131 LED L 59GH 1GYC LED701 1 873 MAIN BOARD INSERT 18000331 WIRE CLIP WC 13T LW101 1 874 MAIN BOARD INSERT JD512001 AC SOCKET 3P P101 1 875 MAIN BOARD INSERT R0224301 BASE PIN 1 55 P 5 7 5 2P P102 1 876 MAIN BOARD INSERT 12800032 HEAT SINK 40 12 50 B Q101 1 877 MAIN BOARD INSERT 14000041 SCREW P 2CBRITS 3 8 15BF Q101 1 878 MAIN BOARD INSERT EF202500 FET N 2SK2545 TO 220F TOSHIBA Q101 1 87...

Page 94: ...NSERT 80010621 WAFER 2L 3P 2 54mm SW301 1 926 MAIN BOARD INSERT 80000251 TACT SW 1P 100G 50 SW701 1 927 MAIN BOARD INSERT 80000251 TACT SW 1P 100G 50 SW702 1 928 MAIN BOARD INSERT 80000251 TACT SW 1P 100G 50 SW703 1 929 MAIN BOARD INSERT 80009981 POWER X FM ERL35 500uH N0501 T101 1 B Ver 930 MAIN BOARD INSERT 80010421 15 70K N0501 FBT T301 1 931 MAIN BOARD INSERT 80000281 H DRIVE X FM 4 5mH EI 19 ...

Page 95: ...ing OR 979 REVOLVING STAND ASSY 17000451 CUSHION SHEET 14 8 14 8 T4 FOR 2nd Base OR 980 REVOLVING STAND ASSY 17000291 CUSHION SHEET FOR BASE 4 981 REVOLVING STAND ASSY 11000251 REVOLVING STAND B 1 982 REVOLVING STAND ASSY 11000261 REVOLVING STAND T 1 983 SET ASSY 80009271 SIGNAL CABLE 20276 1 5M FOR N9701 VE CABLE 1 984 SET ASSY 80010851 15 LG CRT M36QBX801X04 A CRT 1 L B C 985 SET ASSY 80011531 1...

Page 96: ...ME PLATE INSERTUCTION V520 1 B Ver 1 B R 1013 SET ASSY 15000931 NAME PLATE INSERTUCTION V520 1 C Ver 1 C 1014 SET ASSY 15200201 LABEL EMC V500R 1 R 1015 SET ASSY 15200031 LABEL REV 1 1016 SET ASSY 15200471 LABLE WARNING 27 5KV 600uA 1 1017 SET ASSY 18000331 WIRE CLIP WC 13T 1 1018 SET ASSY 18000421 SWITCH EXPANDING COVER 1 1019 SET ASSY 15200261 LABEL EMC 2 V500R 2 R 1020 SET ASSY 18000271 SPACER ...

Page 97: ...00291 CUSHION SHEET FOR BASE 4 26 REVOLVING STAND ASSY 17000451 CUSHION SHEET FOR BASE 4 27 REVOLVING STAND ASSY 11000251 REVOLVING STAND B 94HB 1 28 REVOLVING STAND ASSY 11000261 REVOLVING STAND T 94HB 1 29 REVOLVING STAND ASSY 11000262 REVOLVING STAND T 94HB 1 30 REVOLVING STAND ASSY 11000361 REVOLVING STAND B 94HB 1 31 REVOLVING STAND ASSY 11000362 REVOLVING STAND B 94HB 1 32 SET ASSY 80009271 ...

Page 98: ...0M TIE 10 64 SET ASSY 15200031 LABEL REV 1 65 SET ASSY 15000981 NAME PLATE INSTRUCTION V721 R 1 66 SET ASSY 15200471 LABEL WARNING 27 5KV 600uA 1 67 SET ASSY 15200331 LABEL SERIAL BARCODE 1 68 SET ASSY 15200681 LABEL TCO99 FOR CABINET 1 69 SET ASSY 15200201 LABEL EMC V500R 1 R 70 SET ASSY 10100924 CABINET BACK 1 71 SET ASSY 10101101 CABINET FRONT ASSY PC ABS 1 72 SET ASSY 12000281 BRACKET PCB 1 73...

Page 99: ...1 15 LG CRT M36QBX801X04 A CRT 1 L 26 SET ASSY 80011191 15 ORION M36QCZ100XX41 CRT 1 O 27 SET ASSY 80010491 15 N0501 TCO DEGAUSSING DEGUESSING COIL 1 T O 28 SET ASSY 80011231 15 MPRII DEGAUSSING FOR ORION LG DEGUESSING COIL 1 L 29 SET ASSY 14000011 SCREW 2CBRITS 4 16 15BF FOR BACK 2 30 SET ASSY 18000261 ANODE CLAMPER FOR CRT 2 31 SET ASSY 14600011 SCREW SPECIAL 5 25 FOR CRT 4 32 SET ASSY 17000111 ...

Page 100: ...01061 LABEL SAFETY Russia Poland for cabinet 1 58 SET ASSY 17000252 COPPER SHEILDING V500PNR 1 59 SET ASSY 18000331 WIRE CLIP WC 13T 1 60 SET ASSY 18000421 SWITCH EXPANDING COVER 1 61 SET ASSY 18000461 SNAP CLIP MB 01G 3 62 SET ASSY 17000261 AL TYPE 40 130mm 4 63 SET ASSY 18000271 SPACER SUPPORT PS 26GD 4 REVISED BY ECN NN 1030001 SORT BY ASSY CODE 97 ...

Page 101: ...1M1 CRT 1 T 25 SET ASSY 80011191 15 ORION M36QCZ100XX41 CRT 1 O 26 SET ASSY 80010481 15 N0501 MPRII DEGAUSSING DEGUESSING COIL 1 T 27 SET ASSY 80011221 15 MPRII DEGAUSSING FOR ORION LG DEGUESSING COIL 1 O 28 SET ASSY 14000011 SCREW 2CBRITS 4 16 15BF FOR BACK 2 29 SET ASSY 14000071 SCREW PL CPTS3 8 15BF FOR BKT CAB 2 30 SET ASSY 14300031 SCREW PL CPIMS 4 10 15BF FOR BKT CAB 2 31 SET ASSY 14600011 S...

Page 102: ...1295 H V EW OUT HOUT V GEOMETRY SYSTEM ARCHITECTURE MCU E ROM DDC WT6016 24C04 MOTHER BOARD KEY BOARD I C HOR DEFLECT STAGE B KA3843 DYNAMIC FOCUSING VERT OUT TDA 4866 EH T D F R G B FBLK OSD MTV 016 RGB PREAMP LM1281 CUT OFF RGB OUT LM2438 CUT OFF R G B KA3842 H HV V 96 BLOCK DIAGRAM ...

Page 103: ...95 SCHEMATIC DIAGRAMS 1 Video Board ...

Page 104: ...96 2 Main Board ...

Reviews:

No comments

Related manuals for Diamond Scan 51

S243HL - Bmii Widescreen Slim WLED Display

Brand: Acer Pages: 2

Brand: Wacom Pages: 26

Brand: Panasonic Pages: 41

MultiSync EA245WMi-BK

Brand: NEC Pages: 30

Baby-Control BC-400D

Brand: Hama Pages: 75

Brand: CFORCE Pages: 15

Brand: Samtron Pages: 115

Brand: Riken Keiki Pages: 25

Brand: Omron Pages: 9

Brand: DAEWOO ELECTRONICS Pages: 53

Brand: Daktronics Pages: 63

Brand: ViewSonic Pages: 21

Brand: ViewSonic Pages: 70

Brand: SMARTBABY Pages: 32

Brand: Eachine Pages: 4

Diamond Pro 700 TFK9705SKHKW

Brand: Mitsubishi Pages: 64

Brand: Gil Brothers Technology Pages: 12

Brand: Barco Pages: 64

Brands by name

0 1 2 3 4 5 6 7 8 9 A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Popular brands

Load more brands