NEC LCD1550X-BK Service Manual Download Page 40

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• Output smoothing capacitor C641, C652 : 25V_470M-M

ESR = 0.15

Ω

MAX / 20˚C, 100kHz

Tolerable ripple current = 670mArms / 105˚C, 100kHz

* Tolerable ripple current frequency compensation coefficient = 1

5V output system

Ripple voltage (specifications) = 50mVp-p

Ripple voltage =

∆

x ESR (0.15

Ω

) = 0.146Ap-p x 0.15

Ω

= 0.022Vp-p

50mVp-p

Ripple current =

∆

/2 3 = 0.042 Arms

Tolerable ripple current (670mArms)

3.3V output system

Ripple voltage (specifications) = 50mVp-p

Ripple voltage =

∆

x ESR (0.15

Ω

) = 0.121Ap-p x 0.15

Ω

= 0.018Vp-p

50mVp-p

Ripple current =

∆

/2 3 = 0.035Arms

Tolerable ripple current (670mArms)

• Input capacitor C604 : 25V_470M-M

ESR = 0.15

Ω

MAX / 20˚C, 100kHz

Tolerable ripple current = 670mArms / 105˚C, 100kHz

* Tolerable ripple current frequency compensation coefficient = 1

Ripple voltage = D

(1-D

)

= V

OUT

/ V

= 5.25V / 12V =0.44

= 0.44 (1-0.44)

=0.50Arms

Tolerable ripple current (670mArms)

• Oscillation frequency = 1 / (C

x R

) = 1/ (330pF x 15k

Ω

) = 200kHz

Summary of Contents for LCD1550X-BK

Page 1: ...SERVICE MANUAL LCD DISPLAY LCD1550X LCD1550X BK NEC MITSUBISHI ELECTRIC VISUAL SYSTEMS CORPORATION DECEMBER 2001 CBB S5765 Rev A ...

Page 2: ...1 1 Confirming operation of operation SW and functions 7 ADC MAX value is specified in 2 6 2 1 Confirming OSM picture during heat running 8 2 6 2 1 Confirming OSM picture during heat running is revised 9 EDID DATA DUMP TEXT is newly entitled as 2 7 Con figuration of DDC EDID data 10 2 7 1 10 Power voltage fluctuation and 2 7 1 11 Power asynchronous swing are deleted 11 The table in 2 8 2 1 Picture...

Page 3: ...ite sync V separation circuit 1 14 1 4 4 Sync On Green synchronization separating circuit 1 15 1 4 5 TMDS receiver 1 17 1 4 6 Input signal presence judgment function 1 18 1 4 7 Input signal switching control function 1 21 1 5 DDC interface peripheral circuit 1 24 1 5 1 DDC switching control function 1 25 1 5 2 DDC2BI DDC CI function only DVI I connector side 1 28 1 5 3 EDID data write protect cont...

Page 4: ...n 1 44 1 8 4 3 Protection circuit section 1 45 1 8 4 3 1 Lamp current detection protection circuit lamp current limiter 1 45 1 8 4 3 2 Overvoltage protection circuit 1 45 1 8 4 3 3 Protection circuit operation timer circuit malfunction prevention 1 46 1 8 4 3 4 Fuse 1 46 ...

Page 5: ...on of picture 2 6 2 6 1 3 Aging 2 7 2 6 2 Main adjustment 2 7 2 6 2 1 Confirming OSM picture during heat running 2 7 2 6 2 2 BIAS adjustment 2 7 2 6 2 3 GAIN adjustment 2 7 2 6 2 4 BRIGHT LIMIT adjustment 2 7 2 6 2 5 Confirming color coordination of Liquid Crystal Panel 2 7 2 7 Configuration of DDC EDID data 2 8 2 8 Inspection 2 12 2 8 1 Electric performance 2 12 2 8 1 1 Confirming the operation o...

Page 6: ...ce inspection 2 16 2 9 1 1 Scope of inspection 2 16 2 9 1 2 Environment for inspection 2 16 2 9 1 3 Picture pattern 2 16 2 9 2 Definition of applicable area 2 16 2 9 3 Standards for display conditions standard for errors defects 2 17 2 10 Outgoing inspection 2 20 2 10 1 OSM default setting 2 20 2 10 2 Checking the labels etc 2 20 2 10 3 Packaging specifications 2 20 2 11 Timing chart 2 21 2 12 OSM...

Page 7: ...tly controlled to prevent output voltage fluctuations caused by AC input voltage fluctuations and secondary side load fluctuations 3 Switching of the PRC and pseudo resonance is controlled by inputting to IC901 via IC905 with a microcomputer signal 4 The secondary side output voltage of this power circuit is a single phase 12V Microcomputer signal J901 1 PIN IC901 oscillation frequency Standby mod...

Page 8: ...hes the bottom valley of this vibration waveform and the next cycle turns ON soft switching takes place With the effect of the voltage reso nance capacitor the dv dt of the VDS during turn OFF becomes gradual This series of opera tions is called pseudo resonance The turn ON timing is applied using the signal that has passed through the delay circuit using the flyback voltage waveform of the auxili...

Page 9: ...nance after the transformer has discharged the energy and with a cycle one half of the resonance frequency When the voltage resonance capacitor C906 is connected between the drain and ground and the delay circuit R907 R909 C914 or D902 is connected between the auxiliary coil T and pin OCP FB terminal the flyback voltage generated from the auxiliary coil when MOSFET is OFF causes the pseudo resonan...

Page 10: ...C1 starts with the constant current discharge circuit The voltage at both ends drops at the inclination determined by the capacitor in the OSC and the constant current discharge circuit When the voltage at both ends of the capacitor in OSC drops to approx 1 2V the oscillator output reverses again and MOSFET turns ON At this time the capacitor in OSC is rapidly charged to 5 6V MOSFET continues osci...

Page 11: ...s the pin MOSFET source terminal and pin GND terminal and inputting the drop voltage into the OCP FB terminal The OCP terminal s threshold voltage r h 1 is approx 0 76V typ in respect to the GND R905 R935 and C909 are the filter circuits used to prevent malfunctions by the surge current generated when MOSFET turns ON When the secondary output drops in the overload state the primary auxiliary coil ...

Page 12: ... voltage power Reg circuit is function ing in the control circuit and the circuit current is high Thus the voltage of pin will drop suddenly When the voltage of pin drops to below the operation stop voltage 10 1V typ the circuit current will drop to 70µ A Ta 25 C or less so the voltage of pin will start rising When the operation start voltage 17 6V typ is reached the circuit current will start to ...

Page 13: ...voltage when the control circuit is open etc REC Latch Delay Drive Internal Bias UVLO Vin 4 Vin on 17 5V Vin off 10V OVP Vth 25 5V Ta 155 C REG TSD S PWM Latch INH Latch Tcoff 50µS R _ Q Q R S OSC INH Comp OCP Comp Vth 1 45V Vth 0 73V Icont GND OCP FB 3 S D 2 1 5 Functions of each terminal Terminal No 1 2 3 4 5 Symbol D S GND VIN O C P F B Name Drain terminal Source terminal Ground terminal Power ...

Page 14: ... signals not displayed or selected Input signal presence judgment and automatic switching function VIDEO DETECT DDC switching control function DVI SELECTION DDC2Bi DDC CI compatible EDID data write protect control function EEP WRITE PROTECT Narrow bezel wide angle S IPS LCD panel Hitachi TX38D26VC0VAA interface Maurice2 incorporated for ASIC Auto Adjust function brightness contrast sharpness curve...

Page 15: ... EEPROM 2kBit EEPROM 64kBit EEPROM EEP_SCL EEP_SDA U D INC A2_Dig A2_Ana WP 8 8 8 DB 7 0 DG 7 0 DR 7 0 HSYNC VSYNC DE VCLK 5 3 SEL_2 FS_ 2 0 10MHz SCLK XIN 16 16 16 16 16 16 8bit x 2 8bit x 2 8bit x 2 QCK QDE QVD QHD QVD_M 2 2 Microcomputer M30625 ASIC M64539FP MAURICE2 8 2 LED_P_G LED_P_U SW 7 0 SW 7 0 LED_P_G LED_P_U DUTYCINV DUTYCINV P_INVT PRO_DLY P_SAVE 12V PWB MAIN block diagram To DVI D Sub...

Page 16: ... PEV B6 PEV B5 PEV B4 GND PEV B3 PEV B2 PEV B1 PEV B0 GND PEV G7 PEV G6 PEV G5 PEV G4 GND PEV G3 PEV G2 PEV G1 PEV G0 GND PEV R7 PEV R6 PEV R5 PEV R4 GND PEV R3 PEV R2 PEV R1 PEV R0 FH12A 30S 0 5SH CP452P281A11 J401 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20 19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1 Pin name GND QCK GND QDE GND QVD GND QHD GND NC GND Q4_7 Q...

Page 17: ... Typical Unit Remarks Min 30 0 50 25 1 DVI 1 0 compatible Max 60 75 1 78 8 kHz Hz MHz Horizontal synchronizing signal frequency range Vertical synchronizing signal frequency range Video clock frequency TMDS signal GND for 50Ω impedance Signal name Specifications Typical 0 7 Unit Remarks Min 30 0 50 25 1 2 5 0 0 6 Max 60 75 1 78 8 5 0 0 8 1 0 kHz Hz MHz Volt Volt Vp p Horizontal synchronizing signa...

Page 18: ...ery AH1 AV1 Sync Sepa A5V 74F14 R1 V1 G1 B1 S G1 A5V S G H1 SEL 1 PDO SCDT PD LPF LPF H1 Sync Sepa LPF 74F14 A5V 74LCX14 D3_3V LPF SEL HS2_SG2 C S V2 C S H2 C S H1 SEL HS1_SG1 A5V R1 G1 B1 R VIN1 B VIN1 G VIN1 SEL 2 74ACT157 74ACT157 P_TMDS J200 IC500 J201 IC201 IC201 IC300 IC303 IC304 IC301 IC400 Video buffer Video buffer Micro computer IC102 74LCX14 is used for the waveform rectification and lev...

Page 19: ...ronizing signal input from an external source is terminated to 2 2kΩ and then passes through IC201 74F14 which has hysteresis characteristics The separate sync and composite sync are input into the synchronizing signal IC201 74F14 HSYNC 2 2kΩ VSYNC 2 2kΩ 100Ω 100Ω 47pF 47pF 431 431 HS VS 33Ω 100Ω ...

Page 20: ...hold level at VCC 3 3V conversion Min Max VIH 1 38V 2 50V VIL 0 72V 1 74V The V signal sampling circuit s constant was set in consideration of the 74LCX14MTCX thresh old level fluctuation Confirmation with the over range of input signal SPEC timing confirma tion with different polarity etc A5V A5V A5V 1K 100 1K 1 2K F 2SC2412 V signal sampling circuit 74F14 74LCX14MTCX 2 7K F 5600P D3 3V D3 3V D3 ...

Page 21: ... polarity is lower than the clamp level voltage the transistor Q204 Q207 turns ON during the sync interval and the input signal sync is raised by charging C202 and C236 The input signal is sync clamped with this operation Next the clamped input signal and voltage 1 48V are compared at the slice comparator IC202 IC203 to separate the composite sync from the video The voltage is set so that the slic...

Page 22: ... response is fast When Q C EV then t C I V 0 1µF 15mA V 6 7µ V Example If the minimum value of the H SYNC width is 0 5µ sec the maximum voltage fluctuation width that can be compensated at 0 5µ sec is 0 075V according to the above formula For CRT FHX7120 this is 0 079V which is approximately the same Study of S G circuit fluctuation and input signal fluctuation The A5V power voltage is 5V 0 1V and...

Page 23: ...k jitter TCJ 0 3 x Tbit Data jitter TDJ inter pairskew Tskew intra 0 4 x Tbit The data jitter TDJ is specified with the template Inter pairskew Tskew inter 0 6 x Tpixel TDJ Tbit Tpixel TCJ Differential signal RX0 BLUE Differential signal RX1 GREEN Differential signal RX2 RED Differential signal RXC Trigger point Tolerable jitter skew range Typ Max Typ Max Typ Max 3 972ns 2 500ns 1 538ns 1 19ns 0 7...

Page 24: ..._V µ COM 10Hz Free run µ COM counter interrupt with 1V Interrupt cycle is 1V Then or X If S G_H µ COM 10kHz Free run µ COM counter interrupt with 1H Interrupt cycle is Min 2msec Then or X indicates the video input signal Ch The DVI I connector side is 1 and the D SUB connec tor side is 2 µ COM Pin No 47 51 3 18 2 5 20 4 64 63 65 52 I O I O I I I I I I I O O O Signal name MS RSTN C S_H1 C S_V1 S G_...

Page 25: ...cts Separate H C S or S G at Ch1 SEL_HS2_GS2 is the input signal switching switch which selects Separate H C S or S G at Ch2 Input signal judgment conditions Input judgment signal Input synchronizing signal Measurement by ASIC Maurice AH accurate H measurement AV accurate V measurement V measurement at H V Measurement by microcomputer M16C C S_H TB pulse cycle measurement mode H measurement at H V...

Page 26: ...is Hi The PD PWM cycle and Hi interval are determined considering the fact that for the power consumption during power save the Hi interval rarely drops below 50msec In addition the SCDT software filtering interval feedback time from power save time for SCDT to start after DE is input and the time to start counting after PD is turned ON and PLL starts are also considered Software filtering is used...

Page 27: ...Ch input µ COM Pin No 47 51 7 8 33 19 I O I O O O O O Signal name Remarks Function MS RSTN SEL_HS1_SG1 SEL_HS2_SG2 SEL_1 SEL_2 ASIC 74ACT157SJ 74ACT157SJ Video buffer Video buffer ASIC control H V Sep and C S and S G input switching H V Sep and C S and S G input switching DVI I A path video buffer output control D SUB path video buffer output control List of control signals SEL_1 SEL_2 Lo Hi Video...

Page 28: ...µ 33kΩ 22kΩ 33kΩ 22kΩ 33kΩ 22kΩ 33kΩ 22kΩ 33kΩ 22kΩ 33kΩ 75Ω GREEN_1 BLUE_1 10Ω 10Ω 10Ω 2SC3545 2SC3545 2SC3545 DTC114EUA RED1 GREEN1 BLUE1 RED2 GREEN2 BLUE2 SEL_2 D SUB RED_2 GREEN_2 BLUE_2 10Ω 10Ω 10Ω 2SC3545 2SC3545 2SC3545 DTC114EUA DTA143EKA 47µ 0 01µ 47µ 0 01µ 47µ 0 01µ 47µ 0 01µ 47µ 0 01µ 47µ 0 01µ 10Ω 0 1µ 10Ω 0 1µ 10Ω 0 1µ 0 01µ 10Ω 0 1µ 10Ω 0 1µ 10Ω 0 1µ S G synchronization separating ci...

Page 29: ...t signal are measured by ASIC For analog signal input Pin 148 AH1 Pin 149 AV1 Pin 146 AH2 Pin 147 AV2 For digital signal input Pin 151 DCLK Pin 153 DE Pin 154 DV Pin 155 DH The DVI I D and DVI I A input selection follows the following order of priority Selection of input signal is controlled Input signal DVI I A DVI I D During PMS PD Hi Hi Cycle pulse 1 Order of priority 2 1 1 50msec interval Hi f...

Page 30: ...116WM 2 7 INC U D M3_3V M3_3V M3_3V DDC interface peripheral circuit 1 2 3 4 7 6 5 8 A5V D Sub connector 12 SCL_DDC SDA_DDC M24C02WMN6T NJM12903M 15 9 5VDC WP CABLE SCL SDA Dec DVI I for Digital Ch Inc DVI I for Analog Ch A2_DIG A2_ANA A5V or DVI A5V or DSUB A5V or DSUB R1 R2 CS M3_3V IC106 IC104 1 7 IC105 IC112 IC102 MPU IC107 J200 J201 22 23 67 66 37 38 1 21 28 1 5 DDC interface peripheral circu...

Page 31: ... A2_ANA PORT U D PORT INC PORT A2_DIG A2_ANA PORT INC CS PORT A2_DIG A2_ANA Previously stored value U D Lo decrement INC Transmission Lo clock x 16 times A2_DIG Hi A2_ANA Lo INC Hi CS Transmition Hi clock Settling confirmation Tap slide direction Number of tap slides Setting confirmation Tap position store Settling confirmation Tap slide direction Number of tap slides Setting confirmation Tap posi...

Page 32: ... Store Wiper Position Standby Current No Store Return to Standby Symbol Parameter Min 100 100 2 9 1 1 1 10 4 0 2 Limits Typ 6 1 5 Max 5 500 5 50 10 Units ns ns µs µs µs µs ms µs µs µs µs mV ms ms tCI tID tDI tIL tIH tIC tCPH tIW tCYC tR tF 7 tPU 7 tR VCC 7 tWR CS to INC Setup INC HIGH to U D Change U D to INC Setup INC LOW Period INC HIGH Period INC Inactive to CS Inactive CS Deselect Time STORE I...

Page 33: ...an be confirmed In addition if the setting value does not match the PC and is not displayed on the screen the problem can be resolved by displaying this OSM menu and changing DDC The DDC switching circuit is compatible with the asset management function and the changed settings are saved even when the monitor power is OFF Thus the selected EDID data is read in When considering the asset management...

Page 34: ...bus DDC communication is carried out using these ports This LCD monitor has specifications to support DDC2BI DDC CI and is adjusted to the DDC CI I F specifications as the default The communication speed is 100kbyte sec max µ COM Pin No 23 22 I O I O I Signal name Remarks Function DDC_SDA DDC_SCL DVI I connector DVI I connector DDC communication data DDC communication clock List of control signals...

Page 35: ... when changed so once the AC power is turned OFF the value will return to the default value Lo µ COM Pin No 37 43 42 41 40 I O O I I I I Signal name Remarks Function WP P_ID0 P_ID1 P_ID2 P_ID3 M24C02WMN6T Pull up Pull down EDID data write protect setting Lo Cancel Hi LCD panel module setting List of control signals DIGITAL E2PROM ANALOG E2PROM Monitor internal power Hi Monitor AC ON Microcomputer ...

Page 36: ... system synchronizing system 200mA M3_3V microcomputer system periphery 90mA A2_5V ASIC analog system 200mA D2_5V ASIC internal logic system 300mA D2_5V ASIC PLL system 10mA REG IC601 REG IC605 REG IC604 REG IC602 REG IC606 FET SW IC610 5 0V 1 6A P_PANEL P_SUSP1 Microcomputer IC102 12 0V 14W Vin 3 3V 0 8A P_SUSP2 P_SUSP3 PRO_DLY P_INVT P_SAVE P_ON 2ch DC DC IC608 5 5V 0 2A P_TMDS DC DC IC611 ...

Page 37: ...stem voltage 5V system voltage 3 3V system voltage 5 5V system voltage 11 0 5 00 3 20 5 40 12 0 5 25 3 40 5 70 13 0 1200 5 50 3 60 6 00 1600 800 200 Min Typ Max V mA V V V mA mA mA Unit Item Standards Electrical characteristic Power voltage Power current Tolerable ripple current Maximum LCD power current value Fv 60Hz Fclk 40 0MHz full white 4 5 5 0 800 5 5 1150 200 Min Typ Max V mA mV Unit Item S...

Page 38: ...300 1 3 53V 3 42V 3 31V Operating voltage 2 7 5 5V 2 7 5 5V 2 5 5 5V 2 0 17V 2 97 3 63V 2 0 14V 2 7 5 5V 3 0 3 6V 2 0 3 6V V OUT 0 4 3 5V Absolute rating 0 3 6 5V 0 3 6 5V 0 3 6 5V 18V 0 5 7V 15V 1 7V 0 3 4 2V 0 5 7V 16V DC DC output voltage range must be within operating voltage range of load IC M3_3V system IC D3_3V system IC power voltage Microcomputer IC102 BR24C01AF WE2 IC104 5 7 M24C32 W 24L...

Page 39: ...olerable current 1 05A direct current resistance 0 35Ω Maximum power consumption P 5 25V x 1 6A 3 40V x 0 8A efficiency 0 8 13 9W 80 efficiency is value generally used for DC DC design Maximum input current IIN 13 9W 12V 1 15A Input fuse selection 1 6A part x 97 x 75 1 16A 1 15A 0 7A OK Temperature derating Rating derating The above maximum input current is calculated from the DC DC maximum output...

Page 40: ...e ripple current 670mArms OK 3 3V output system Ripple voltage specifications 50mVp p Ripple voltage IL x ESR 0 15Ω 0 121Ap p x 0 15Ω 0 018Vp p 50mVp p OK Ripple current IL 2 3 0 035Arms Tolerable ripple current 670mArms OK Input capacitor C604 25V_470M M ESR 0 15Ω MAX 20 C 100kHz Tolerable ripple current 670mArms 105 C 100kHz Tolerable ripple current frequency compensation coefficient 1 Ripple vo...

Page 41: ... 16V_100M M F55 CP182P093A41 ESR 1 00Ω MAX 20 C 100kHz Tolerable ripple current 140mArms 105 C 100kHz Tolerable ripple current frequency compensation coefficient 1 5 5V output system Ripple voltage specifications 200mVp p Ripple voltage IL x ESR 1 00Ω 0 171Ap p x 1 00Ω 0 171Vp p 200mVp p OK Ripple current IL 2 3 0 049Arms Tolerable ripple current 140mArms OK Input capacitor C656 16V_100M M F55 CP1...

Page 42: ...tter by the pull up resistor R1 It then turns OFF at a high speed as the power MOS FET gate is charged by Tr1 s active operation Tr1 can be turned OFF at a high speed because the pull up resistor is bypassed The drive circuit consumes power only when the consumption power is turned ON and OFF by the Tr1 and R2 and thus can be ignored When the power consumed by the pull up resistor R1 during ON is ...

Page 43: ...ficiency However as a high load current cannot be passed maximum approx 1A at 12V the resonance mode in which a load current can be applied is used normally µ COM Pin No 53 59 47 51 57 58 56 55 54 60 52 I O O O I O O O O O O O O Signal name Remarks Function P_SAVE PRO_DLY MS RSTN P_INVT P_PANEL P_SUSP1 P_SUSP2 P_SUSP3 P_ON P_TMDS PWB POWER PWB POWER ASIC PWB POWER DTC114EUA SI3025LSA SI3025LSA NJM...

Page 44: ...PANEL ON black mask Delay P_TMDS ON Inverter ON control P_INVT ON PRO_DLY output DUTYCINV output Video buffer ON SEL_1 ON or SEL_2 ON during analog 3 Front power switch OFF Video buffer OFF Inverter OFF control P_PANEL OFF ASIC power save mode transfer P_SAVE OFF PRC mode P_TMDS OFF 4 Power save transfer Video buffer OFF Inverter OFF control P_PANEL OFF ASIC power save mode transfer P_SAVE OFF PRC...

Page 45: ...V However if the power voltage drops to 2 1V or less due to an error mode the following will be attained 1 R146 R156 reset voltage 2 1V reference voltage 1 25V Thus R146 6 8kΩ and R156 10kΩ are used Oscillation circuit With the specifications X100 CP285P030A11 the clock is supplied to the microcomputer s pin 12 with a 10MHz oscillator ASIC multiplies the microcomputer clock in the ASIC and uses it...

Page 46: ...ce2 clock delay time is set so that the panel clock s falling edge hits at the center of the data The timing reference is 1 5V Note that the panel input Hi level voltage VIH and panel input Lo level voltage VIL are as follows VIH 2 0V VIL 0 8V TTL level Maurice2 s panel output level is VOH D3_3V 0 05V and VOL 0 05V and thus direct connection is possible D3_3V is Maurice2 s I O power 3 3V PANEL5V I...

Page 47: ... VCE sat is ignored 6mA 30mA LED power M3_3V VF x 6mA 8 4mW 75mW µ COM Pin No 68 69 70 71 72 73 74 76 35 36 I O I I I I I I I I O O Signal name Remarks Function LEFT EXIT RIGHT NEXT SW_DET RESET LED_P_G LED_P_U PWB SW OSM menu selection Normally 1 Lo when switch is pressed OSM menu selection Normally 1 Lo when switch is pressed OSM menu selection Normally 1 Lo when switch is pressed OSM menu selec...

Page 48: ...imming method PWM dimming 1 8 2 Circuit block diagram Transformer Back light 12VDC input Resonance circuit 1 Resonance circuit 2 FET switch Latch circuit Timer circuit lamp current detection protection circuit Overvoltage detection Voltage comparison window comparator Waveform shaping Waveform shaping PWM dimming circuit ...

Page 49: ... Power input Power input GND GND Inverter power control input Power ON HIGH OFF LOW Protection circuit control input Protection circuit valid HIGH invalid LOW Dimming PWM signal input Resonance circuit active HIGH inactive LOW Sequence at inverter ON PIN No 1 2 3 4 5 Name HOT_1 HOT_3 HOT_2 HOT_4 COLD_1 COLD_3 COLD_2 COLD_4 Function High pressure output 1 3 High pressure output 2 4 No connection Ra...

Page 50: ...nance circuit royer circuit For dimming the PWM Pulse Width Modulation method that changes the duty ratio by turning the switching transistor base current ON and OFF is used Thus the brightness can be changed with the Duty PWM method of PWM pulse signal J703 pin 7 DUTYCINV from ASIC 1 2 1 3 4 6 2 5 5 J703 12V 12V P_INV Iin Oscillation circuit 1 Oscillation circuit 2 F701 F702 IC703 HAT1021R Q705 D...

Page 51: ...ent limiter 1 Outline of operation The current that flows to lamp 1 s return wire is converted into voltage at R706 and is input into IC701 as the DC voltage rectified by D708 and C714 IC701 compares this voltage with the threshold upper lower limit range set by the D706 reference voltage If the lamp current is an abnormal value and exceeds this threshold the IC701 comparator output is short cir c...

Page 52: ...r circuit malfunction prevention If detection of an error continues for a set time the protection circuit will function to prevent malfunctions The protection circuit operation is delayed by the time constants set in R720 R728 and C719 To avoid affecting the time constant FET Q711 is used to drive Q718 and the thyristor TH701 is turned ON latched to stop the supply of power to the oscillation circ...

Page 53: ... 32 33 34 35 36 37 38 39 40 41 42 43 44 45 2 1 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 DG CVSS RESET TXD RXD SCLK BUSY EPM CE M3 3V 8 2 3 4 5 6 7 9 10 PWB MAIN PWB POWER PWB SW J100 52852 1290 J101 SM10B SRSS TB J601 B8B PH SM3 TBT J600 B2B PH SM3 TBT HIROSE J401 FH12A 45S 0 5SH J400 FH12A 30S 0 5SH HIROSE CN1 IL FHR 45S HF JAE CN2 IL FHR 30S HF JAE PANEL J200 ...

Page 54: ...buffer output enable signal Inclination sensor signal detection unused TMDS receiver CTL3 signal TMDS receiver CTL2 signal TMDS receiver CTL1 signal DVI I for analog Ch EEPROM A2 address detection BUSY signal for onboard writing Clock data for onboard writing Reception data for onboard writing Send data for onboard writing Data signal for DDC communication Clock signal for DDC communication DVI I ...

Page 55: ...tting separate table 1 P_ID3 0 0 0 0 0 0 0 0 1 1 1 1 1 1 1 1 P_ID2 0 0 0 0 1 1 1 1 0 0 0 0 1 1 1 1 P_ID1 0 0 1 1 0 0 1 1 0 0 1 1 0 0 1 1 P_ID0 0 1 0 1 0 1 0 1 0 1 0 1 0 1 0 1 Panel clock Panel maker HITACHI EDID write protect Invalid Panel type TX38D26VCOCAA Panel maker identification setting separate table 2 ...

Page 56: ...ith band of 300MHz 7 Voltage converter AC264V range adjustable 8 Auto adjustment inspection machine Which is provided from Nagasaki 9 Isolation resistance tester YOKOGAWA TYPE3213 or equivalent 10 Isolation withstanding voltage meter KIKUSUI MODEL TOS8650 or equivalent 11 Grounding conductivity measuring instrument CLARE U K product or equivalent 2 3 Standard setting state Unless designated in par...

Page 57: ...n and select the adjustment item with CONTROL button Factory mode For factory adjustment How to enter Factory mode To enter the factory adjustment mode press front keys in order of DOWN DOWN UP UP DOWN UP and SELECT during OSM picture is not displayed In another way select DISPLAY mode of adjustment item in INFORMATION of category Æ press RESET button Æ press RESET DOWN and UP buttons simultaneous...

Page 58: ...8 T M D S Data 0 4 N C 19 T M D S Data 0 Shield 5 N C 20 N C 6 DDC Clock 21 N C 7 DDC Data 22 T M D S Data Clock Shield 8 Analog Vertical Sync 23 T M D S Data Clock 9 T M D S Data 1 24 T M D S Data Clock 10 T M D S Data 1 C1 Analog Red 11 T M D S Data 1 Shield C2 Analog Green 12 N C C3 Analog Blue 13 N C C4 Analog Horizontal Sync 14 5V Power 15 Ground return for 5V HSync and Vsync C5 Analog Ground...

Page 59: ...s should not be in contact with high temperature components 4 Metal parts should have no scratch remarkable stain dent or bend 5 Liquid crystal display should not be scratched or contaminated 6 There should be no abnormality with the front switch operation 7 There should be no wave patterns seen on the liquid crystal panel when the front switch is pressed 8 The picture position and picture inclina...

Page 60: ...r Pivot Display top unit should move properly without abnormal sound such as clattering or squeaking when it is moved as Picture B below Confirm that display top unit can be compensated by pivot adjustment Up Down Display top unit should move properly without abnormal sound such as clattering or squeaking when it is moved as Picture C below Swivel Display top unit should move properly without abno...

Page 61: ...ATIVE or sRGB COLOR CONTROL All of R Y G C B M and S should be 0 CENTER Before aging signal is input for confirmation of each operation switch operation Moreover unless particularly designated Timing No 14 should be used for adjustment 2 6 1 1 Confirming operation of operation SW and functions 1 Input the confirmation timing with the signal generator and set the pattern to OP2 2 Confirm that the p...

Page 62: ...stment 1 Input timing No 14 60kHz 75Hz XGA75 with signal generator then set pattern to full white and video signal level to 0 7V 2 Select GAIN with OSM and press button Automatic adjustment of GAIN 2 6 2 4 BRIGHT LIMIT adjustment 1 Input timing No 14 60kHz 75Hz XGA75 with signal generator then set pattern to full white and video signal level to 0 7V 2 Select MAX in BRIGHT LMIT with OSM and set the...

Page 63: ...z 800x600 56 Hz 800x600 60 Hz 800x600 72 Hz 800x600 75 Hz 832x624 75 Hz 1024x768 60 Hz 1024x768 70 Hz 1024x768 75 Hz Standard Timing 1 NOT USED Standard Timing 2 NOT USED Standard Timing 3 NOT USED Standard Timing 4 NOT USED Standard Timing 5 NOT USED Standard Timing 6 NOT USED Standard Timing 7 NOT USED Standard Timing 8 NOT USED Detailed Timing block 1 Preferred Timing Mode Pixel Clock 65 00 MHz...

Page 64: ...B 1E 3C 08 00 0A 20 20 20 20 20 20 00 00 00 FC 00 4E 45 43 20 4C 43 44 31 35 35 30 58 0A 00 00 00 FF 00 S2 S2 S2 S2 S2 S2 S2 S2 S2 S2 S2 S2 S2 00 CS SN Serial number WW Week of Manufacture YY Year of Manufacture S2 ASCII Serial Number CS Check Sum Monitor Name block 3 NEC LCD1550X Monitor Serial Number block 4 S2 SN Serial number WW Week of Manufacture YY Year of Manufacture S2 ASCII Serial Number...

Page 65: ...NOT USED Standard Timing 2 NOT USED Standard Timing 3 NOT USED Standard Timing 4 NOT USED Standard Timing 5 NOT USED Standard Timing 6 NOT USED Standard Timing 7 NOT USED Standard Timing 8 NOT USED Detailed Timing block 1 Preferred Timing Mode Pixel Clock 65 00 MHz Horizontal Active 1024 pixels Horizontal Blanking 320 pixels Vertical Active 768 lines Vertical Blanking 38 lines Horizontal Frequency...

Page 66: ...E4 10 00 00 18 00 00 00 FD 00 32 4B 1E 3C 08 00 0A 20 20 20 20 20 20 00 00 00 FC 00 4E 45 43 20 4C 43 44 31 35 35 30 58 0A 00 00 00 FF 00 S2 S2 S2 S2 S2 S2 S2 S2 S2 S2 S2 S2 S2 00 CS SN Serial number WW Week of Manufacture YY Year of Manufacture S2 ASCII Serial Number CS Check Sum SN Serial number WW Week of Manufacture YY Year of Manufacture S2 ASCII Serial Number EDID EDITOR V1 44 010306 Copyrig...

Page 67: ...ation timing with signal generator Set the pattern to 1 dot zigzag grid with frame Change the adjustment value of CLOCK intentionally and select AUTO ADJUST with OSM Confirm that the picture is put back to normal when button is pressed so that AUTO ADJUST can be carried out 2 8 1 5 Confirming composite sync signal Input composite sync signal SUN57 listed in 2 11 Timing chart with signal generator ...

Page 68: ...t the abnormality is never seen when AC1500V is applied for two seconds across AC earth GND pin to chassis GND Cut off current must be 10mA 2 8 1 11 Ground resistance Confirm that the resistance must be less than 100m ohms or less when 25A is applied across AC earth GND pin to chassis GND 2 8 1 12 Shock test 1 Input confirmation timing with signal generator and set the pattern to OPTION2 pattern 0...

Page 69: ...ual check Top bottom left and right of the frame must be seen 4 6 10 14 DVI A Picture position difference Frame Visual check Top bottom left and right of the frame must be seen 14 DVI D Digital noise Horizontal lamp Gray scale Visual check Chromatic colored vertical noise dot noise jitter and gray scale noise must not be seen 14 DVI D Smear Pixel cross talk WINDOW OPTION2 pattern 06 Visual check S...

Page 70: ...put the confirmation timing with signal generator and set the picture pattern to full white 0 7Vp p Measure the luminance and color coordination with a luminance meter and confirm that the values are as shown below For measuring of optical parameters carry out the measurement where there is little effect from outer light in a dark room etc and the panel should be heated run for 30 minutes or more ...

Page 71: ... turning OFF the back light 5 Appearance inspection when turning ON the back light 2 9 1 2 Environment for inspection 1 Surrounding temperature must be 25 Scope of inspection 2 The outer light except for the back light must be approx 500 lx for the inspection with turning ON the back light The outer light must be approx 1000 lx for the inspection with turning OFF the back light In addition the out...

Page 72: ...me and different colored dots should be counted Note 1 Note 2 Note 3 Note 8 9 1 The defective part over 30 compare to area of 1 dot is regarded as a dot defect 2 When the picture pattern is set to black the luminance more than 30 of 1 dot is regarded as a bright mode dot defect 3 When the picture pattern is set to w hite the luminance below 70 of 1 dot is regarded as a black mode dot defect 4 An i...

Page 73: ...ote 4 The dots for composing 2 horizontal combinations of R G shall be excluded from counting Note 5 Adjacent same colored bright dot defects To be counted as NG Not to be counted as NG R R R R R G 㻡6 5mm 㻡6 5mm 㻡6 5mm Approach of bright Approach of different and black dots colored dots Note 6 Approach of adjacent defects R R R R 䋾15mm The distance betw een adjacent defects should be longer than 1...

Page 74: ...cts of 㽲 or 㽳 in an area of 5 x 5 pixels To be counted as NG 5㬍5 pixels 5㬍5 pixels R G R G R G R G There should be no approach of 㽲s or 㽳 in an area of 5㬍5 pixels There should be no approach of s or As in an area of 5 5 pixels 11 There should be less than 1 piece of spot on monochromatic picture and the size should be within 1 2mm 12 Uneven spot should be less than 10mm when it is judged on 128 25...

Page 75: ...UT j RESOLUTION NOTIFIER MAX 220 CENTER 128 CENTER 64 NATIVE 0 0 0 0 0 0 0 FIRST DETECT DIGITAL ENGLISH CENTER 50 CENTER 50 45SEC OFF OFF MODEL NAME at FACTORY MODE LCD1550X 2 10 2 Checking the labels etc Rating nameplate and Serial No must be attached at the designated positions 2 10 3 Packaging specifications 1 There must be no remarkable contamination or scratching etc 2 The type name must be a...

Page 76: ...3 23 160 16 16 800 75 00 Lines 13 33 625 0 06 3 0 02 1 0 45 21 12 80 600 P P 11 XGA60 65 00 48 36 Dots 20 68 1344 2 09 136 0 37 24 2 46 160 15 75 1024 60 00 Lines 16 67 806 0 12 6 0 06 3 0 60 29 15 88 768 N N 12 XGA70 75 00 56 48 Dots 17 71 1328 1 81 136 0 32 24 1 92 144 13 65 1024 70 07 Lines 14 27 806 0 11 6 0 05 3 0 51 29 13 60 768 N N 13 XGA72 78 08 58 10 Dots 17 21 1344 1 72 134 0 33 26 2 05 ...

Page 77: ...hanges to higher color temperature Changes color temperature 5000K 9600 K 7500K sRGB 6500K sRGB sRGB COLOR 5 5000K Changes to lower color temperature Changes to higher color temperature Changes color temperature 5000K 9600 K 5000K NATIVE Panel color temperature Panel color temp R RED Gets closer to Magenta Gets closer to Yellow Operates color conversion function 100 to 100 0 Y YELLOW Gets closer t...

Page 78: ...st touch of a button to shut off OSM control menu The preset choices are 10 20 30 45 60 and 120 seconds 45 SEC OSM LOCK OUT Enters into sub menu Locks out cancels OSM control Press both control keys for LOCK OUT then press both control keys again for cancel Cancel RESOLUTION NOTIFIER Enters into sub menu Select RESOLUTION NOTIFIER ON OFF OFF 6 FACTORY PRESET Executes Resets all OSM control setting...

Page 79: ...anges to higher color temperature Changes color temperature 5000K 9600K 7500K sRGB 6500K sRGB sRGB COLOR 5 5000K Changes to lower color temperature Changes to higher color temperature Changes color temperature 5000K 9600K 5000K NATIVE Panel color temperature Panel color temp R RED Gets closer to Magenta Gets closer to Yellow Operates color conversion function 100 to 100 0 Y YELLOW Gets closer to R...

Page 80: ...100 220 220 DIMMER CONTROL DIMMER Changes to lower BRIGHT LIMIT MAX Changes to higher BRIGHT LIMIT MAX BRIGHT LIMIT MAX when thermal control is completed BRIGHT MIN to BRIGHT MAX 110 DIMMER CONTROL DIMMER START Changes to lower ADC value Changes to higher ADC value Decides ADC value at starting of thermal control 1 to DEMMER END 1 180 DIMMER CONTROL DIMMER END Changes to lower ADC value Changes to...

Page 81: ... EEPROM write protect for EDID Effective ON Ineffective OFF Initialize with AC Power OFF of monitor ON ON POWER SAVE ON OFF Power save mode Effective ON Ineffective OFF OFF Note 1 Setting values are different by timing Note 2 It is available with analog input ...

Page 82: ...3 TROUBLE SHOOTING Contents No Power No Picture Abnormal Picture or Ineffective Adjustment 1 2 3 Page 1 2 4 ...

Page 83: ... Inverter Inverter Inverter Inverter Inverter Control circuit fuse Controller IC 5V chopper IC Controller IC Controller IC Output Tr Output Tr Output Tr Output Tr Output trans Output trans IC608 Q602 IC609 IC602 IC604 IC606 IC100 IC101 IC102 IC400 IC300 IC303 M3 3V D3 3V line may have any problem Please check the parts below MAIN Power MAIN Power MAIN Power MAIN Power MAIN Power MAIN Power MC MC M...

Page 84: ...nverter Inverter Inverter Inverter Inverter Inverter Inverter Inverter Inverter Inverter MC Output Tr Output Tr Output Tr Output Tr Output trans Output trans 12V OVP Tr 12V OVP zener diode Output F B zener diode Output F B zener diode Output F B zener diode Output F B zener diode Output F B IC Output F B IC Abnormal detector Tr Abnormal detector Tr Abnormal detector Tr Abnormal detector thyristor ...

Page 85: ... DVI A Tr DVI A Tr Digital signal receiver IC ASIC EEPROM for Adjustment MPU Q600 IC102 Control circuit may have any problem Please check the parts below MAIN Power MC PANEL 5V ON OFF Tr MPU IC610 LCD panel Please check the parts below MAIN Power PANEL 5V generator IC IC300 IC303 IC500 IC400 Sync signal input circuit or ASIC may have any problem Please check the parts below Sync Sync TMDS ASIC DVI...

Page 86: ...Hs Vs CS S G Hs S G Vs A2 5V generator IC ASIC EEPROM for adjustment MPU MAIN Power MC MC MC MC MC INPUT INPUT INPUT Sync Sync A5V generator IC DDC circuit IC DDC circuit IC EEPROM DDC DVI EEPROM DDC DVI EEPROM DDC DSUB S G DVI A IC S G D SUB IC Sync INPUT IC INPUT DVI A IC INPUT D SUB IC TM3 3V generator IC Digital signal receiver IC Pin no of MPU IC102 to which sync SCDT signal is to be input Pi...

Page 87: ...z Timing No 14 refer to 2 12 Timing chart in Adjustment procedure 2 Display pattern Full White raster 3 Condition Brightness MAX Contrast CENTER 1 POWER 2 PWB MAIN POWER 3 PWB MAIN INPUT 4 PWB MAIN SYNC 5 PWB MAIN TMDS 6 PWB MAIN MC 7 PWB MAIN ASIC 8 INVERTER 9 PWB SW ...

Page 88: ...SCHEMATIC DIAGRAM POWER LCD1550X Normal Power Save 1ch Pin 4 2ch Pin 1 3ch Pin 2 4ch Pin 5 ...

Page 89: ...SCHEMATIC DIAGRAM PWB MAIN POWER LCD1550X ...

Page 90: ...SCHEMATIC DIAGRAM PWB MAIN INPUT LCD1550X ...

Page 91: ...SCHEMATIC DIAGRAM PWB MAIN SYNC LCD1550X ...

Page 92: ...SCHEMATIC DIAGRAM PWB MAIN TMDS LCD1550X ...

Page 93: ...SCHEMATIC DIAGRAM PWB MAIN MC LCD1550X MAIN TMDS MAIN POWER MAIN ASIC MAIN INPUT MAIN TMDS MAIN INPUT MAIN SYNC MAIN INPUT MAIN INPUT MAIN ASIC ...

Page 94: ... 7 IC102 8 IC102 9 IC102 10 IC102 11 IC102 12 IC102 13 IC102 14 IC102 15 IC102 16 IC102 17 IC102 18 IC102 19 IC102 20 IC102 21 IC102 22 IC102 23 IC102 24 IC102 25 IC102 26 IC102 27 IC102 28 IC102 29 IC102 30 IC102 31 IC102 32 IC102 33 IC102 34 IC102 35 IC102 36 IC102 37 IC102 38 IC102 39 IC102 40 ...

Page 95: ...02 47 IC102 48 IC102 49 IC102 50 IC102 51 IC102 52 IC102 53 IC102 54 IC102 55 IC102 56 IC102 57 IC102 58 IC102 59 IC102 60 IC102 61 IC102 62 IC102 63 IC102 64 IC102 65 IC102 66 IC102 67 IC102 68 IC102 69 IC102 70 IC102 71 IC102 72 IC102 73 IC102 74 IC102 75 IC102 76 IC102 77 IC102 78 IC102 79 IC102 80 ...

Page 96: ...SCHEMATIC DIAGRAM PWB MAIN ASIC LCD1550X ...

Page 97: ...SCHEMATIC DIAGRAM INVERTER LCD1550X 1ch Q701 B 2ch Q702 B ...

Page 98: ...SCHEMATIC DIAGRAM PWB SW LCD1550X ...

Page 99: ...5 Schematic diagram 1 POWER 2 PWB MAIN POWER 3 PWB MAIN INPUT 4 PWB MAIN SYNC 5 PWB MAIN TMDS 6 PWB MAIN MC 7 PWB MAIN ASIC 8 INVERTER 9 PWB SW ...

Page 100: ...SCHEMATIC DIAGRAM POWER LCD1550X ...

Page 101: ...SCHEMATIC DIAGRAM PWB MAIN POWER LCD1550X ...

Page 102: ...SCHEMATIC DIAGRAM PWB MAIN INPUT LCD1550X ...

Page 103: ...SCHEMATIC DIAGRAM PWB MAIN SYNC LCD1550X ...

Page 104: ...SCHEMATIC DIAGRAM PWB MAIN TMDS LCD1550X ...

Page 105: ...SCHEMATIC DIAGRAM PWB MAIN MC LCD1550X ...

Page 106: ...SCHEMATIC DIAGRAM PWB MAIN ASIC LCD1550X ...

Page 107: ...SCHEMATIC DIAGRAM INVERTER LCD1550X ...

Page 108: ...SCHEMATIC DIAGRAM PWB SW LCD1550X ...

Page 109: ...W HOLDER PCB LEAD CONNECTOR PJ SHIELD COVER COVER REAR INSULATOR BOTTOM INSULATOR TOP COVER POWER COVER CABLE COVER VESA COVER VESA COVER HINGE UP STAND UNIT BASE UNIT PLATE SV UNIT WASHER SV PWB POWER PWB MAIN PWB INVERTER Exploded view LCD1550X ...

Page 110: ...ABLE DVI A AC POWER CORD MASKING TAPE PACKING SHEET SHEET CAUTION EU Version only ACCESSORY FRONT PACKING CASE CUSHION SET BOTTOM DISPLAY MONITOR CUSHION SET TOP PACKING BAG SHIPPING LABEL FRONT CARTON TAPE CARTON TAPE SHEET SETUP MASKING TAPE CD ROM ...

Page 111: ...ion shown below Ex Rating label Model name LCD1550X Manufactured Year 0 to 9 Last digit Manufactured Month 01 to 12 Control Code 0 to 9 or A to Z It is possible to use fixed no for same destination if model name is same Running No 00001 to 99999 Manufactured 1 1 1 1 1 2 1 2 1 2 1 2 0 0 0 0 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 Serial No ...

Page 112: ... VSPF A028 Technical Specification For 15 TFT COLOR LCD MONITOR Model Name MultiSync LCD1550X LCD1550X LCD1550X BK DATE Oct 4 2001 Drawn by Checked by NEC MITSUBISHI ELECTRIC VISUAL SYSTEMS CORPORATION NAGASAKI WORKS ...

Page 113: ...pecification and this specification this specification is given priority Design and Specifications are subject to change without notice Rev Date Page Description Approved Inspected Drawn NOTE USE RESTRICTIONS AND LIMITATIONS This product is not authorized for use in life support devices or systems military application or other application which pose a significant risk of personal injury Therefore ...

Page 114: ... setup function 9 5 Screen Performance 10 5 1 Test condition 10 5 2 Luminance 10 5 3 Color temperature 11 5 4 Geometry 11 5 5 Rotations 11 6 Mechanical Specifications 12 6 1 Cabinet Tilt Base 12 6 2 Rating label 12 6 3 Carton box 12 6 4 Weight 12 6 5 Accessories 12 7 Environment condition 13 7 1 temperature Relative Humidity Altitude 13 7 2 Vibration test Packing 13 Swept Sine 13 7 3 Drop test Pac...

Page 115: ...1550X color monitor supports the VGA SVGA non interlaced XGA Apple Macintosh family and the other VESA compatible graphics adapters The LCD1550X color monitor has a maximum horizontal resolution of 1024 dots and a maximum vertical resolution of 768 lines for superior clarity of display The LCD1550X color monitor has a 15 0 diagonally measured LCD The LCD1550X color monitor has a 15 pin mini D sub ...

Page 116: ...t Impedance 75Ohm Composite level ЁPosi NegaЂ Composite sync on Green Video 0 3Vp p Nega video 0 7Vp pPosi Sync Separate Ѕ level ЁPosi NegaЂ Input Mini D sub 15Pin DVI I Analog and digital Signal Cable DVI I A to D Sub Cable L 1 8 m DVI D to DVI D Cable L 1 8 m Power Supply Universal 100 240V Current Rating 0 7A 100 120V 0 4A 220 240V Temperature 5 35degC Operational Environment Humidity 10 80 wit...

Page 117: ...AX AC Leakage current 3 5mA Inrush current cold start 50A 0 p AC100V 90A0 p AC240V 3 4 Power management This function conforms DPMS of VESA and International Energy Star Office Equipment program Table 3 4 1 Power Management condition and status for ANALOG Input mode DPMS Display LED Power consumption i W j Recovery times sec H sync V sync On state normal GREEN 38W ON ON No display AMBER 3W Approx ...

Page 118: ...adjustment Color1 Default Color 9300K Custom 5000k to 9600k Color2 Default Color 8200K Custom 5000k to 9600k Color3 Default Color 7500K Custom 5000k to 9600k sRGB Default Color 6500K Color5 Default Color 5000K Custom 5000k to 9600k Native Panel Native Color Color Setting Color Control R G B Y M C S Sharpness Image Enhancement Expansion Mode Expanding image VIDEO Detect Video detection priority Too...

Page 119: ...lect Left and select Right and hold down simultaneously 4 4 Input Signal Connectors 4 4 1 Analog Video Input 15 pin mini D sub Table 3 Pin assignment for analog video input connector PIN NO Separate Sync Composite Sync Sync On Green 1 RED 2 GREEN GREEN W SYNC 3 BLUE 4 GROUND 5 DDC GROUND 6 RED VIDEO GROUND 7 GREEN VIDEO GROUND 8 BLUE VIDEO GROUND 9 5V DDC INPUT 10 SYNC GROUND 11 GROUND 12 DDC SDA ...

Page 120: ...ndix 2 for EDID data 4 6 Other functions 4 6 1 Expand function This monitor can expand the input image when smaller resolution than 1024ѱ768 is input and the expanding ratio is selected by the micro processor correspond to input signal 4 6 2 Auto setup function Auto setup function is performed to detect the input signal format H V frequency video active area sync pulse and back porch by the intern...

Page 121: ...nance meter Topcon BM5 BM 7 Prichard 1980A or same equivalent 5 2 Luminance Luminance more than 160 cd m2 L3 Center point of TFT panel Uniformity more than 65 L min L max 100 Contrast More than 160 note 4 Judge point for brightness uniformity Brightness uniformity is judged at nine 9 points on display area The brightness uniformity Buni is defined as the following equation Buni bBmax or Bmin Bave ...

Page 122: ...perature NATIVE X 0 310 0 03 0 03 Y 0 340 0 03 0 03 COLOR setting Custom 5000k 9600k 5 4 Geometry 5 5 Rotations Display area BEZEL L2 L3 L1 L4 L1 L2 L3 L4 0mm Display area H1 H2 BEZEL H3 H4 h2 h3 h1 h4 H1 h1 0mm H2 h2 0mm H3 h3 0mm H4 h4 0mm ...

Page 123: ...g 4A US White Fig 4A BK US Black Fig 4B EU 6 3 Carton box Paper material double wall corrugated fiberbord Carton box print See Fig 6A US White Fig 6A BK US Black Fig 6B EU Outer Dimension W 426 mm H 480 mm D 290 mm See Fig 5A Packing style See Fig 7A US White Fig 7A BK US Black Fig 7B EU 6 4 Weight Net with Stand Approx 6 0kg Net without Stand Approx 3 5kg Gross Approx 8 5kg 6 5 Accessories USA Wh...

Page 124: ... Test Axis 3axis Search frequency 5 to 200 to 5Hz Sweep time 2 minutes Acceleration 4 91m s2 0 5G zero to peak Dwelling time 5 minutes for each resonant point of each 3axis Mounting Fixed firmly on the vibration table Random Vibration Test Axis 3axis Search frequency 5 200 Hz Sweep time 2 minutes Acceleration 0 14 4m s2 rms Dwelling time 30minutes 3axis Mounting Fixed firmly on the vibration table...

Page 125: ...ti glare treatment of the front polarizer Horizontal 80 to 80 degrees CR 10 2 Viewing Angle Typical Vertical 80 to 80 degrees CR 10 2 Contrast ratio 300 1 typ Luminance 250 typ Unit cd m2 1 Rise time Tr 25 Typ Unit ms Response time typical Fall time Tf 25 Typ Unit ms Type CCFL X 4 Back Light Life time 50 000 typical Unit Hours 0 62 0 03 Red 0 34 0 03 0 29 0 03 Green 0 60 0 03 0 15 0 03 Blue 0 10 0...

Page 126: ...LCD Module Eye point note 3 Definition of response time is as follows When the display data is changed from white to black response time is measured 0 10 90 100 ton toff Black White Luminance note 4 Judge point for brightness uniformity Brightness uniformity is judged at nine 9 points on display area The brightness uniformity Buni is defined as the following equation Buni bBmax or Bmin Bave b 100 ...

Page 127: ... 16 Document No VSPF A028 Bave Average brightness of 1 to 9 10 50 90 90 10 50 5 1 2 3 6 9 8 7 4 ...

Page 128: ...r inspection with lighting screen Outside light 500lux for inspection with lighting screen 1000lux for inspection with non lighting screen Brightness control is at its maximum point Distance 300mm refer to below figure Division of Zone Only display area was specified Display peripheral area and case area are not specified LCD Module 300mm Viewing angle A area B area C area A area Display Pixel are...

Page 129: ...Φ Fault Cluster Nearby Π in 5X5 pixels 0 pcs Notes 8 Total Luminous dot R G B Dark dot R G B 4 Total Fault Total Luminous G Dots 4 pcs Mura with line shaped contrast Mura Stain No Perceptible at full white Notes 11 12 W 0 02 L N A W 0 04 L 2 0 10 L 2 0 0 L 1 0 10 pcs Notes 13 W 0 08 L 1 0 0 Dust Stain with Line Shape W Width mm L Length mm W 0 08 Refer to Dot Shape Dust Stain D 0 22 N A D 0 4 5 wi...

Page 130: ...ned as linked two or more adjacent defect dots 6 Average Diameter defined as follows a b D Average Diameter D a b 2 Definition of defect dot Defect area is out of 1 3 dot size Defect size is confirmed by using 10 times of loupe Also dot defects include intermittent bright and dark dots which can be recognized with the naked eye Note 10 No ND Filter for luminance defects Note 11 A stain on the sing...

Page 131: ...riteria Adjacent 3 bright dots Note3 etc NG Adjacent 3 dark dots Note3 etc NG Combination of bright and dark dots Note3 etc Allowed Note 4 Defect dots which make up and A R G horizontal adjacent are not counted Note 5 Examples of Distance between 2 dots 6 5mm are as follows Dot defect combination Bright dot Dark dot Count Criteria Combination of same color bright dots R G or B etc 2sets each color...

Page 132: ... Σ exist in 5X5 pixels the set of the dot defect are counted as 1 cluster Φ etc 2 cluster Note 8 Example of Adjacent 2 dots A in 5X5 pixels are as follows Bright dot Dark dot Count Criteria Χ Allowed Ψ NG R R 6 5mm G G 6 5mm 10mm Τ Τ Defect dots Σ 5X5 pixels 1 cluster Adjacent 2 bright dots Ο 1set 5X5 pixels RG Adjacent 2 dark dots Π 1set 5X5 pixels RG Adjacent 2 bright dots Ο 2 sets 5X5 pixels RG...

Page 133: ...bility that dirt from cloth may adhere to the surface of panel Use a clean cloth only A pressure onto the surface of protection panel may cause the obstruction for display 4 An atmosphere with high humidity should be avoided If dew appears on the LCD monitor the monitor should be stored for over 30minutes in dry room prior to operating 5 Do not store and or operate the LCD monitor in areas of high...

Page 134: ... 23 Document No VSPF A028 Appendix I Preset Signal Timings H total H pulse H front H back Horizontal V total V pulse V front V back V active Vertical H Video H active V Video ...

Page 135: ...S DPMS Suspend YES DPMS Active Off YES GTF Support NO Standard Default Color Space YES Preferred Timing Mode YES Display Type RGB Color Color Gamma 2 20 Red x 0 620 Red y 0 340 Green x 0 290 Green y 0 600 Blue x 0 150 Blue y 0 100 White x 0 310 White y 0 340 Established Timings 720x400 70 Hz 640x480 60 Hz 640x480 67 Hz 640x480 72 Hz 640x480 75 Hz 800x600 56 Hz 800x600 60 Hz 800x600 72 Hz 800x600 7...

Page 136: ...5 Hz Minimum Horizontal Rate 30 kHz Maximum Horizontal Rate 60 kHz Maximum Pixel Clock 80 MHz GTF Data 00 0a 20 20 20 20 20 20 Monitor Name block 3 NEC LCD1550X Monitor Serial Number block 4 S2 SN Serial number WW Week of Manufacture YY Year of Manufacture S2 ASCII Serial Number EDID EDITOR V1 44 010306 Copyright C Mitsubishi Electric 1995 2000 ANALOG EDID DATA DUMP HEX 00 FF FF FF FF FF FF 00 38 ...

Page 137: ...ndard Default Color Space YES Preferred Timing Mode YES Display Type RGB Color Color Gamma 2 20 Red x 0 620 Red y 0 340 Green x 0 290 Green y 0 600 Blue x 0 150 Blue y 0 100 White x 0 310 White y 0 340 Established Timings 720x400 70 Hz 640x480 60 Hz 640x480 67 Hz 640x480 72 Hz 640x480 75 Hz 800x600 56 Hz 800x600 60 Hz 800x600 72 Hz 800x600 75 Hz 832x624 75 Hz 1024x768 60 Hz 1024x768 70 Hz 1024x768...

Page 138: ...e 75 Hz Minimum Horizontal Rate 30 kHz Maximum Horizontal Rate 60 kHz Maximum Pixel Clock 80 MHz GTF Data 00 0a 20 20 20 20 20 20 Monitor Name block 3 NEC LCD1550X Monitor Serial Number block 4 S2 SN Serial number WW Week of Manufacture YY Year of Manufacture S2 ASCII Serial Number EDID EDITOR V1 44 010306 Copyright C Mitsubishi Electric 19 95 2000 DIGITAL EDID DATA DUMP HEX 00 FF FF FF FF FF FF 0...

Page 139: ... 600 P AP 8 SVGA60 40 00 37 88 Dot 26 40 1056 3 20 128 1 00 40 2 20 88 20 00 800 60 32 Line 16 58 628 0 11 4 0 03 1 0 61 23 15 84 600 P AP 9 SVGA72 50 00 48 08 Dot 20 80 1040 2 40 120 1 12 56 1 28 64 16 00 800 72 19 Line 13 85 666 0 12 6 0 77 37 0 48 23 12 48 600 P AP 10 SVGA75 49 50 46 88 Dot 21 33 1056 1 62 80 0 32 16 3 23 P60 16 16 800 75 00 Line 13 33 625 0 06 3 0 02 1 0 45 21 12 80 600 P AP 1...

Page 140: ...o Power due to Power due to Power Consumption Consumption Consumption Consumption less than 50W less than 50W less than 50W less than 50W AS NZS 3548 EMC Framework AS NZS 3548 EMC Framework AS NZS 3548 EMC Framework AS NZS 3548 EMC Framework Australia Australia Australia Australia Ctick Ctick Ctick Ctick Australia Australia Australia Australia BSMI BSMI BSMI BSMI Taiwan Taiwan Taiwan Taiwan CCIB C...

Page 141: ... STAND APPROX 6 0 kg WITHOUT STAND APPROX 3 5 kg 345 2 305 8 229 8 221 5 27 5 60 7 37 2 198 8 3 242 21 5 307 CONTROL SWITCH POWER ON INDICATION POWER SWITCH 45 4 AC POWER CONNECTOR RATING LABEL CAUTION LABEL 284 9 434 7 Max 379 7 Min D SUB DB9 15P INPUT CONNECTOR DVI INPUT CONNECTOR SECURITY KEY LOCK HOLE VACATION SWITCH 82 171 5 Up Side ON Bottom Side OFF ...

Page 142: ...TRANSPARENCY COLOR OF LETTERING PURPLE Pantone 254 BLACK ø12 Ambix LABEL COLOR OF MATERIAL SILVER COLOR OF LETTERING BLUE Pantone 2728 BLACK 19 12 3 Ambix LABEL 3 3 BADGE LOGO SIZE 24 x 6 mm Pivot LABEL 3 1 RESET OSM BUTTON POWER ON INDICATION POWER SWITCH NEXT INPUT BUTTON ADJUST BUTTONS CONTROL BUTTONS EXIT BUTTON 7 5 4 25 4 5 2 8 8 9 4 ...

Page 143: ...TION OF REAR LOGO SCALE 1 3 DIMENSION IN mm Fig 3A RATING LABEL CAUTION LABEL SECURITY KEY LOCK HOLE LOGO SIZE 80 x 20 mm LOGO SIZE 32 x 8 mm 27 5 AC POWER CONNECTOR D SUB DB9 15P INPUT CONNECTOR DVI INPUT CONNECTOR ...

Page 144: ...LCD1550X RATING LABEL SCALE 1 1 DIMENSION IN mm 99 5 0 5 90 5 0 5 4 R1 BACK GROUND COLOR CABINET COLOR MIST WHITE LETTERING COLOR DARK REAL GRAY 8505 Fig 4A ...

Page 145: ...0X CARTON BOX COLOR OF MATERIAL KRAFT COLOR BROWN SCALE 1 8 DIMENSION IN mm Fig 5A FRONT 2 9 0 4 2 6 480 OUTER DIMENSION INNER DIMENSION 416 W x 460 H x 280 D 285 421 142 5 142 5 470 JOINT FLAP 285 421 FRONT ...

Page 146: ...LCD1550X PRINTING SPECIFICATION OF CARTON BOX COLOR OF PRINTING BLACK SCALE 1 6 DIMENSION IN mm Fig 6A MARK OF BOX CERTIFICATION FRONT SERVICE CODE BAR CODE LABEL ...

Page 147: ...HION PACKING BAG BAR CODE LABEL SIGNAL CABLE DVI D SIGNAL CABLE DVI A FRONT CARTON TAPE CARTON TAPE SETUP SHEET MASKING TAPE POWER CORD MASKING TAPE PACKING SHEET BROCHURE LiquidView FRONT COVER OF USER S MANUAL and CD SOFTWARE FRONT COVER OF BROCHURE CD SOFTWARE USER S MANUAL VINYL BAG ...

Page 148: ...0X POWER CORD 1 CABLE SIZE AWG18X3C 2 JACKET PVC 3 COLOR LIGHT GRAY 4 ABILITY 1 VOLTAGE AC 125V 2 AMPERAGE AC 10A 3 TEMPERATURE 60 C 5 REGULATORY APPROVALS UL CSA SCALE NTS DIMENSION IN mm Fig 8A About 1800mm ...

Page 149: ...te sync with Green video Green Gnd Blue video Blue Gnd Gnd Gnd H sync or Composite sync Sync Gnd Serial data DDC Gnd Serial clock V sync V clock SCREW No 4 40 UNC Color Royal Blue Pantone 661C Color Light gray 2000 50 Color White Color Blue The undermentioned content is printed in black Packing Vinyl bag specifications Material Polyethylene PE Thickness 0 06mm Dimension 100X300mm 230 Vinyl band NE...

Page 150: ...round for 5V Hot Plug Detect T M D S Data 0 T M D S Clock Shield T M D S Data 2 T M D S Data 2 4 Shield T M D S Data 1 T M D S Data 1 3 Shield T M D S Data 0 T M D S Data 0 5 Shield T M D S Clock T M D S Clock Color Light gray 2000 50 Color White Color White The undermentioned content is printed in black Vinyl bag specifications Material Polyethylene PE Thickness 0 06mm Dimension 141 5X330 2mm NEC...

Page 151: ...LCD1550X USER S MANUAL SCALE NTS DIMENSION IN mm LANGUAGE English French MATERIAL RECYCLE PAPER WHITE LETTERING COLOR BLACK Fig 10A 216 140 ...

Page 152: ...LCD1550X BROCHURE LiquidView SCALE NTS DIMENSION IN mm Fig 11A FRONT REAR FINAL CONDITION 420 297 ...

Page 153: ... MATERIAL RECYCLE PAPER WHITE LETTERING COLOR BLACK LCD1550X SETUP SHEET SCALE NTS DIMENSION IN mm Fig 12A 210 297 FRONT REAR ...

Page 154: ...No Model Name CODE39 Serial No CODE39 UPC Code REV No Model Name CODE39 Serial No CODE39 Model Name CODE39 CODE39 Product Code Serial No Not Space CODE39 Model Code Serial No Space 3 Letters CODE39 90 135 1 1 0 0 0 0 0 1 0 Classification code 0 SERIAL NO Running No 00001 99999 Year Code 2001 1 Month Code 01 12 ...

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Page 180: ...6X0 8 C 202 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 203 CP141P518 01 C CERAMIC CHIP B6 3V_106 K 2 0X1 25 C 204 CP156P062 09 C CERAMIC CHIP B50V 472 K 1 6X0 8 C 205 CP182P070 01 C ELE CHIP 6 3V 10M M NP 105C C 206 CP156P052 05 C CERAMIC CHIP CH50V 47P J 1 6X0 8 C 207 CP156P052 05 C CERAMIC CHIP CH50V 47P J 1 6X0 8 C 208 CP156P065 05 C CERAMIC CHIP B6 3V 105 K 1 6X0 8 C 210 CP182P390 01 C E...

Page 181: ...IC CHIP B16V 104 K 1 6X0 8 C 417 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 418 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 419 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 420 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 421 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 426 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 427 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C ...

Page 182: ... CP182P093 04 C ELE CHIP 16V 100MH F55 C 602 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 603 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 604 CP182P094 06 C ELE CHIP 25V_470M M C 605 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 607 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 608 CP182P093 06 C ELE CHIP 16V 220MF F80 C 609 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 612 CP182...

Page 183: ...M M ECQU2A334ML C 903 CP185P044 01 C ELE KXW400V 150MF LCD1550X C 904 CP156P110 09 C CERAMIC AC E 2200P M KX C 905 CP156P110 09 C CERAMIC AC E 2200P M KX C 906 CP155P363 07 C CERAMIC 2KV_330P J LCD1550X C 907 CP173P210 05 C M P DC630V 0 022M J OR K C 909 CP155P516 05 C CERAMIC CH 50V 1000P J C 912 CP182P314 07 C ELECTROLYTIC 25V 680M M 10X20 C 914 CP155P513 08 C CERAMIC CH 50V 100P J C 915 CP172P1...

Page 184: ...D 711 CP264P380 01 DIODE 1SS355TE 17 D 715 CP264P380 01 DIODE 1SS355TE 17 D 716 CP264P380 01 DIODE 1SS355TE 17 D 717 CP264P426 07 DIODE ZENER CHIP UDZS TE 17 9 1B DH D 718 CP264P426 07 DIODE ZENER CHIP UDZS TE 17 9 1B DH D 719 CP264P426 07 DIODE ZENER CHIP UDZS TE 17 9 1B DH D 720 CP264P426 07 DIODE ZENER CHIP UDZS TE 17 9 1B DH D 800 CP264P480 02 LED SML 19460C LF68 D 901 CP264P551 01 DIODE D2SB6...

Page 185: ... VH B MI COIL FILTER L 101 CP410P102 01 BEAD FERRITE CHIP BK1608HS121 L 102 CP410P102 04 FERRITE CHIP BK1608HS102 L 103 CP410P102 04 FERRITE CHIP BK1608HS102 L 104 CP410P102 01 BEAD FERRITE CHIP BK1608HS121 L 106 CP410P102 01 BEAD FERRITE CHIP BK1608HS121 L 107 CP410P102 01 BEAD FERRITE CHIP BK1608HS121 L 202 CP410P102 01 BEAD FERRITE CHIP BK1608HS121 L 203 CP410P102 01 BEAD FERRITE CHIP BK1608HS1...

Page 186: ...608HS102 R 109 CP410P102 04 FERRITE CHIP BK1608HS102 TRANSISTOR Q 100 CP260P114 01 TRANSISTOR CHIP 2SA1037AK R Q 101 CP260P114 01 TRANSISTOR CHIP 2SA1037AK R Q 102 CP260P339 01 TRANSISTOR DTC114EUA Q 103 CP260P339 01 TRANSISTOR DTC114EUA Q 104 CP260P110 01 TRANSISTOR CHIP 2SC2412K R Q 105 CP260P110 01 TRANSISTOR CHIP 2SC2412K R Q 106 CP260P110 01 TRANSISTOR CHIP 2SC2412K R Q 200 CP260P473 01 TRANS...

Page 187: ...CP103P497 01 R CHIP 1 16W 0 JUMPER R 135 CP103P497 01 R CHIP 1 16W 0 JUMPER R 136 CP103P491 06 R CHIP 1 16W 100 J R 137 CP103P491 06 R CHIP 1 16W 100 J R 138 CP103P494 04 R CHIP 1 16W 22K J R 139 CP103P494 04 R CHIP 1 16W 22K J R 140 CP103P494 04 R CHIP 1 16W 22K J R 141 CP103P494 04 R CHIP 1 16W 22K J R 142 CP103P493 06 R CHIP 1 16W 4 7K J R 143 CP103P492 01 R CHIP 1 16W 220 J R 144 CP103P497 01 ...

Page 188: ... J R 217 CP103P101 06 R CARBON CHIP 1 10W 100 J R 218 CP103P493 06 R CHIP 1 16W 4 7K J R 219 CP103P493 06 R CHIP 1 16W 4 7K J R 220 CP103P101 06 R CARBON CHIP 1 10W 100 J R 221 CP103P491 06 R CHIP 1 16W 100 J R 222 CP103P491 06 R CHIP 1 16W 100 J R 223 CP103P491 06 R CHIP 1 16W 100 J R 224 CP103P491 06 R CHIP 1 16W 100 J R 225 CP103P491 06 R CHIP 1 16W 100 J R 226 CP103P491 06 R CHIP 1 16W 100 J R...

Page 189: ...0 J R 299 CP104P006 07 R CHIP 1 16W 5 6K F 1 6X0 8 R 300 CP103P491 06 R CHIP 1 16W 100 J R 301 CP104P006 07 R CHIP 1 16W 5 6K F 1 6X0 8 R 302 CP103P494 01 R CHIP 1 16W 10K J R 303 CP103P492 01 R CHIP 1 16W 220 J R 304 CP103P492 08 R CHIP 1 16W 1 0K J R 305 CP103P495 02 R CHIP 1 16W 100K J R 306 CP103P482 04 R METAL CHIP 1 4W 75 F R 307 CP103P493 06 R CHIP 1 16W 4 7K J R 308 CP103P493 04 R CHIP 1 1...

Page 190: ...104P007 05 R CHIP 1 16W 12K F 1 6X0 8 R 412 CP103P491 06 R CHIP 1 16W 100 J R 413 CP103P492 08 R CHIP 1 16W 1 0K J R 414 CP103P490 04 R CHIP 1 16W 10 J R 415 CP103P492 01 R CHIP 1 16W 220 J R 419 CP103P492 01 R CHIP 1 16W 220 J R 420 CP103P492 01 R CHIP 1 16W 220 J R 421 CP103P114 07 R CARBON CHIP 1 10W 39K F R 422 CP103P113 01 R CARBON CHIP 1 10W 1 8K F R 423 CP103P106 03 R CARBON CHIP 1 10W 820K...

Page 191: ... CP103P494 01 R CHIP 1 16W 10K J R 538 CP103P493 02 R CHIP 1 16W 2 2K J R 539 CP103P490 04 R CHIP 1 16W 10 J R 602 CP104P003 05 R CHIP 1 16W 270 F 1 6X0 8 R 607 CP104P006 07 R CHIP 1 16W 5 6K F 1 6X0 8 R 609 CP104P006 01 R CHIP 1 16W 3 3K F 1 6X0 8 R 610 CP103P492 01 R CHIP 1 16W 220 J R 613 CP103P493 02 R CHIP 1 16W 2 2K J R 614 CP104P003 07 R CHIP 1 16W 330 F 1 6X0 8 R 616 CP104P006 07 R CHIP 1 ...

Page 192: ...01 R METAL 1 2W 680K J R 903 CP103P415 05 R CARBON 1 2W 330K J R 904 QX103P413 05 R CARBON 1 4W 6 8K J 682 RD H R 905 QX103P412 06 R CARBON 1 4W 1 2K J 122 RD H R 906 CP103P170 06 R METAL PLATE 2W 0 33 K R 907 QX103P412 09 R CARBON 1 4W 2 2K J 222 RD H R 908 CP103P410 07 R CARBON 1 2W 33 J R 909 QX103P413 01 R CARBON 1 4W 3 3K J 332 RD H R 910 CP103P065 07 R METAL S 1 4W 2 2K F 222 RN H R 911 QX10...

Page 193: ...07 01 INSULATOR TOP N 7 T0 5 LCD1550X MI CP223B008 01 INSULATOR BOTTOM N 7 T0 5 LCD1550X MI CP231D013 01 TUBE UL LCD1550X MY CP242C293 02 SIGNAL CABLE SC D801 LCD1550X CP242C294 01 SIGNAL CABLE SC D830 NSZ2102U CP246C428 02 FFC CABLE 12P LCD1550X MT CP246C428 03 FFC CABLE 30P LCD1550X MT CP246C428 04 FFC CABLE 45P LCD1550X MT CP246C434 02 LEAD CONNECTOR PJ LCD1550X MT CP246C439 02 LEAD CONNECTOR S...

Page 194: ...POWER CORD MT CP720B107 01 BEZEL UNIT CP700A270 1 LCD1550X US MI CP802C393 01 PACKING CASE LCD1550X US CP859C233 01 ACCESSORY CP871C190 9 LCD1550X US LCD1550X EU CP242C289 02 AC POWER CORD MT CP242C290 02 AC POWER CORD NSZ2107U UK MT CP720B107 02 BEZEL UNIT CP700A270 1 LCD1550X EU MI CP802C393 03 PACKING CASE LCD1550X EU CP859C233 02 ACCESSORY CP871C191 1 LCD1550X EU OPTIONAL PARTS 15 15 ...

Page 195: ... 6X0 8 C 202 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 203 CP141P518 01 C CERAMIC CHIP B6 3V_106 K 2 0X1 25 C 204 CP156P062 09 C CERAMIC CHIP B50V 472 K 1 6X0 8 C 205 CP182P070 01 C ELE CHIP 6 3V 10M M NP 105C C 206 CP156P052 05 C CERAMIC CHIP CH50V 47P J 1 6X0 8 C 207 CP156P052 05 C CERAMIC CHIP CH50V 47P J 1 6X0 8 C 208 CP156P065 05 C CERAMIC CHIP B6 3V 105 K 1 6X0 8 C 210 CP182P390 01 C ...

Page 196: ...IC CHIP B16V 104 K 1 6X0 8 C 417 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 418 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 419 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 420 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 421 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 426 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 427 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C ...

Page 197: ... 1 6X0 8 C 601 CP182P093 04 C ELE CHIP 16V 100MH F55 C 602 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 603 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 604 CP182P094 06 C ELE CHIP 25V_470M M C 605 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 607 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 608 CP182P093 06 C ELE CHIP 16V 220MF F80 C 609 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0...

Page 198: ...M M ECQU2A334ML C 903 CP185P044 01 C ELE KXW400V 150MF LCD1550X C 904 CP156P110 09 C CERAMIC AC E 2200P M KX C 905 CP156P110 09 C CERAMIC AC E 2200P M KX C 906 CP155P363 07 C CERAMIC 2KV_330P J LCD1550X C 907 CP173P210 05 C M P DC630V 0 022M J OR K C 909 CP155P516 05 C CERAMIC CH 50V 1000P J C 912 CP182P314 07 C ELECTROLYTIC 25V 680M M 10X20 C 914 CP155P513 08 C CERAMIC CH 50V 100P J C 915 CP172P1...

Page 199: ...D 711 CP264P380 01 DIODE 1SS355TE 17 D 715 CP264P380 01 DIODE 1SS355TE 17 D 716 CP264P380 01 DIODE 1SS355TE 17 D 717 CP264P426 07 DIODE ZENER CHIP UDZS TE 17 9 1B DH D 718 CP264P426 07 DIODE ZENER CHIP UDZS TE 17 9 1B DH D 719 CP264P426 07 DIODE ZENER CHIP UDZS TE 17 9 1B DH D 720 CP264P426 07 DIODE ZENER CHIP UDZS TE 17 9 1B DH D 800 CP264P480 02 LED SML 19460C LF68 D 901 CP264P551 01 DIODE D2SB6...

Page 200: ...3 VH B MI COIL FILTER L 101 CP410P102 01 BEAD FERRITE CHIP BK1608HS121 L 102 CP410P102 04 FERRITE CHIP BK1608HS102 L 103 CP410P102 04 FERRITE CHIP BK1608HS102 L 104 CP410P102 01 BEAD FERRITE CHIP BK1608HS121 L 106 CP410P102 01 BEAD FERRITE CHIP BK1608HS121 L 107 CP410P102 01 BEAD FERRITE CHIP BK1608HS121 L 202 CP410P102 01 BEAD FERRITE CHIP BK1608HS121 L 203 CP410P102 01 BEAD FERRITE CHIP BK1608HS...

Page 201: ...608HS102 R 109 CP410P102 04 FERRITE CHIP BK1608HS102 TRANSISTOR Q 100 CP260P114 01 TRANSISTOR CHIP 2SA1037AK R Q 101 CP260P114 01 TRANSISTOR CHIP 2SA1037AK R Q 102 CP260P339 01 TRANSISTOR DTC114EUA Q 103 CP260P339 01 TRANSISTOR DTC114EUA Q 104 CP260P110 01 TRANSISTOR CHIP 2SC2412K R Q 105 CP260P110 01 TRANSISTOR CHIP 2SC2412K R Q 106 CP260P110 01 TRANSISTOR CHIP 2SC2412K R Q 200 CP260P473 01 TRANS...

Page 202: ...CP103P497 01 R CHIP 1 16W 0 JUMPER R 135 CP103P497 01 R CHIP 1 16W 0 JUMPER R 136 CP103P491 06 R CHIP 1 16W 100 J R 137 CP103P491 06 R CHIP 1 16W 100 J R 138 CP103P494 04 R CHIP 1 16W 22K J R 139 CP103P494 04 R CHIP 1 16W 22K J R 140 CP103P494 04 R CHIP 1 16W 22K J R 141 CP103P494 04 R CHIP 1 16W 22K J R 142 CP103P493 06 R CHIP 1 16W 4 7K J R 143 CP103P492 00 R CHIP 1 16W 220 J R 144 CP103P497 01 ...

Page 203: ... J R 217 CP103P101 06 R CARBON CHIP 1 10W 100 J R 218 CP103P493 06 R CHIP 1 16W 4 7K J R 219 CP103P493 06 R CHIP 1 16W 4 7K J R 220 CP103P101 06 R CARBON CHIP 1 10W 100 J R 221 CP103P491 06 R CHIP 1 16W 100 J R 222 CP103P491 06 R CHIP 1 16W 100 J R 223 CP103P491 06 R CHIP 1 16W 100 J R 224 CP103P491 06 R CHIP 1 16W 100 J R 225 CP103P491 06 R CHIP 1 16W 100 J R 226 CP103P491 06 R CHIP 1 16W 100 J R...

Page 204: ...0 J R 299 CP104P006 07 R CHIP 1 16W 5 6K F 1 6X0 8 R 300 CP103P491 06 R CHIP 1 16W 100 J R 301 CP104P006 07 R CHIP 1 16W 5 6K F 1 6X0 8 R 302 CP103P494 00 R CHIP 1 16W 10K J R 303 CP103P492 00 R CHIP 1 16W 220 J R 304 CP103P492 08 R CHIP 1 16W 1 0K J R 305 CP103P495 02 R CHIP 1 16W 100K J R 306 CP103P482 04 R METAL CHIP 1 4W 75 F R 307 CP103P493 06 R CHIP 1 16W 4 7K J R 308 CP103P493 04 R CHIP 1 1...

Page 205: ...104P007 05 R CHIP 1 16W 12K F 1 6X0 8 R 412 CP103P491 06 R CHIP 1 16W 100 J R 413 CP103P492 08 R CHIP 1 16W 1 0K J R 414 CP103P490 04 R CHIP 1 16W 10 J R 415 CP103P492 00 R CHIP 1 16W 220 J R 419 CP103P492 00 R CHIP 1 16W 220 J R 420 CP103P492 00 R CHIP 1 16W 220 J R 421 CP103P114 07 R CARBON CHIP 1 10W 39K F R 422 CP103P113 01 R CARBON CHIP 1 10W 1 8K F R 423 CP103P106 03 R CARBON CHIP 1 10W 820K...

Page 206: ... CP103P494 00 R CHIP 1 16W 10K J R 538 CP103P493 02 R CHIP 1 16W 2 2K J R 539 CP103P490 04 R CHIP 1 16W 10 J R 602 CP104P003 05 R CHIP 1 16W 270 F 1 6X0 8 R 607 CP104P006 07 R CHIP 1 16W 5 6K F 1 6X0 8 R 609 CP104P006 01 R CHIP 1 16W 3 3K F 1 6X0 8 R 610 CP103P492 00 R CHIP 1 16W 220 J R 613 CP103P493 02 R CHIP 1 16W 2 2K J R 614 CP104P003 07 R CHIP 1 16W 330 F 1 6X0 8 R 616 CP104P006 07 R CHIP 1 ...

Page 207: ...01 R METAL 1 2W 680K J R 903 CP103P415 05 R CARBON 1 2W 330K J R 904 QX103P413 05 R CARBON 1 4W 6 8K J 682 RD H R 905 QX103P412 06 R CARBON 1 4W 1 2K J 122 RD H R 906 CP103P170 06 R METAL PLATE 2W 0 33 K R 907 QX103P412 09 R CARBON 1 4W 2 2K J 222 RD H R 908 CP103P410 07 R CARBON 1 2W 33 J R 909 QX103P413 01 R CARBON 1 4W 3 3K J 332 RD H R 910 CP103P065 07 R METAL S 1 4W 2 2K F 222 RN H R 911 QX10...

Page 208: ...MAIN MI CP210B096 01 LAYER CP210P002 PWB POWER MI CP210B097 01 LAYER CP210P001 PWB INV MI CP210C100 01 LAYER CP210P002 PWB SW MI CP223B007 01 INSULATOR TOP N 7 T0 5 LCD1550X MI CP223B008 01 INSULATOR BOTTOM N 7 T0 5 LCD1550X MI CP242C293 03 SIGNAL CABLE SC D801 LCD1550X BK CP242C294 02 SIGNAL CABLE SD D830 LDX1550X BK CP246C428 02 FFC CABLE 12P LCD1550X MT CP246C428 03 FFC CABLE 30P LCD1550X MT CP...

Page 209: ...REW SEMS W M4X0 7 16 QX669D220 02 SCREW TB 3X8 LCD1550X BK US CP242C229 07 AC POWER CORD MT CP720B107 03 BEZEL UNIT CP700A270 2 LCD1550X US MI CP802C393 02 PACKING CASE LCD1550X US CP859C233 01 ACCESSORY CP871C190 9 LCD1550X US CP870C133 01 SHEET SETUP LCD1550X US LCD1550X BK EU CP242C289 01 AC POWER CORD MT CP242C290 03 AC POWER CORD LCD1550X MT CP720B107 04 BEZEL UNIT CP700A270 2 LCD1550X EU MI ...

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