NEC MultiSync FP1355 FP1355 FP1355 Service Manual Download Page 59

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Figure 26 2-input change over circuit and separate synchronizing signal

1.9.3

2-input change over circuit and synchronizing signal circuit

There are two systems; SINGAL-A and SIGNAL-B, as well as the video input terminal, in syn-

chronizing signal input terminal, and both has a D-SUB connector. Since input terminals and

circuit operation are different in each synchronizing signal (separate, composite, picture com-

posite), each synchronizing signal is explained in this section.

[Separate synchronizing signal] (Separate Sync)

Horizontal synchronizing signal which has been input from SINGAL-A is input from pin 13 of D-

SUB connector J215 to pin 15 of analog switch IC216, and the vertical synchronizing signal is

input from pin 14 of D-SUB connector J215 to pin 16 of analog switch IC216. Besides, the

horizontal synchronizing signal which has been input from SINGAL-B is input from pin 13 of D-

SUB connector J216 to pin 7 of analog switch IC216, and the vertical synchronizing signal is

input from pin 14 of D-SUB connector J216 to pin 8 of analog switch IC216. (Refer to A point.)

The analog switch IC216 selects a signal (2-input change over) when SIGNAL-A and SIGNAL-

B are simultaneously input, as well as the video signal.

As for the method of selecting a signal, like the video signal, according to SELECT signal of

pin 53 of microcomputer IC101, input signal of SIGNAL-A is selected when pin 13 of analog

switch IC216 (SELECE SW) is HIGH, and input signal SIGNAL-B is selected (refer to B point)

when it is LOW. They are output from pin 19 (horizontal synchronizing signal) and from pin 18

(vertical synchronizing signal) of analog switch IC216. (Refer to C point.)

The horizontal synchronizing signal and vertical synchronizing signal, which are output from

analog switch IC216, are supplied to pin 30 (H-SYNC) and to pin 20 (V-SYNC) of microcom-

puter IC101 on PWB-MAIN via the flat cable, respectively.

As for the polarity of the separate synchronizing signal, there are the positive polarity (POS)

and the negative polarity (NEG). The following Fig. 26 shows the case that the positive polar-

ity (POS) is input.

Summary of Contents for MultiSync FP1355 FP1355 FP1355

Page 1: ...SERVICE MANUAL HIGH RESOLUTION DISPLAY MONITOR FP1355 NSZ2102STTUW NEC MITSUBISHI ELECTRIC VISUAL SYSTEMS CORPORATION MAY 2001 CBB S5737 ...

Page 2: ...replacing picture tube use only designated replacement part since it is a critical component with regard to X Radiation as noted above CRITICAL COMPONENT WARNING In the schematic diagram parts list the components marked are critical components for X ray radiation When replacing these parts use exactly the same one indication in parts list If one or some of the components listed below are replaced ...

Page 3: ... 25 1 4 1 High voltage control circuit 1 25 1 4 2 Protective function circuit 1 25 1 4 3 DBF Dynamic Beam Focus circuit 1 27 1 5 CRT compensation block 1 29 1 5 1 Rotation circuit 1 29 1 5 2 Corner purity circuit 1 29 1 5 3 Earth magnetism cancel circuit 1 30 1 5 4 Digital dynamic convergence clear DDCC circuit 1 31 1 6 Control block 1 38 1 6 1 Sync signal process 1 38 1 6 2 Front button 1 38 1 6 ...

Page 4: ... compensation waveform generating circuit 1 46 1 8 5 DBF compensation waveform generating circuit 1 46 1 8 6 Convergence compensation waveform generating circuit 1 47 1 8 7 Blanking waveform generating circuit 1 47 1 8 8 Moire canceling circuit 1 47 1 8 9 Distortion compensating operation 1 49 1 9 Video block 1 50 1 9 1 Picture signal amplifier circuit 1 50 1 9 2 Cut off circuit 1 50 1 9 3 2 input...

Page 5: ...2 4 4 Adjusting the picture size position and distortion 2 7 2 4 4 1 Adjusting the picture inclination 2 8 2 4 4 2 Adjusting the back raster position 2 8 2 4 4 3 Adjusting the left right distortion picture width picture position H PHASE and vertical linearity all preset 2 8 2 4 4 4 Adjusting the DBF amplitude and phase 2 9 2 4 5 Adjusting the cut off 2 10 2 4 6 Adjusting the RGB drive signal and X...

Page 6: ...uniformity 2 30 2 5 1 17 Confirming the full white color coordination 2 30 2 5 1 18 Confirming the color tracking 2 31 2 5 1 19 CRT installation position 2 31 2 5 1 20 Confirming FPM operation 2 31 2 5 1 21 Confirming AUTO ADJUST operation 2 31 2 5 1 22 Others 2 31 2 5 1 23 Confirming USB 2 31 2 6 DDC write data contents 2 32 2 7 Self diagnosis shipment setting 2 33 2 8 Default inspection 2 33 2 8...

Page 7: ... 3 1 4 and 1 5 Table 1 1 1 2 Rectifying circuit 1 The AC input voltage is rectified in the full wave mode with the diode bridge in D901 2 In the higher harmonic circuit of the section 1 1 4 the AC input current becomes the sine wave form in the same phase with the AC input voltage waveform but the interference is given to other peripheral devices since the noise of the switching current appears on...

Page 8: ... and is input to pin1 of IC901 error amplifier input 6 The output of the error amplifier and the divided waveform of the pulsating voltage input to pin3 of IC901 sets the threshold voltage of the current sense comparator to control the Q901 flowing current from zero to the peak line of the AC input voltage in the sine wave pattern 7 When Q901 is turned ON the drain current of Q901 flows to R910 an...

Page 9: ...veform 1 Refer to P1 11 PG PG Quick start 1 08Vref Timer R Vref 6 5 4 3 2 1 7 8 9 10 11 12 Delay Multi plier 2 5V Reference voltage source 13V 8 0V 1 6V 1 4V RS latch Drive output UVLO 16V 10 20k R912 R909 Q901 10pF 10 36V 1 2V 6 7V Current sense comparator Zero current detector MC33262P Waveform2 3 Refer to P1 11 Figure 1 Refer to P1 2 1 4 7 5 3 6 2 8 Vref 2 5V Q902 400VDC Figure 2 High harmonic ...

Page 10: ...is described as follows See Fig 4 2 The timing at that the power MOS FET is turned ON is consistent with the bottom point of the voltage resonant waveform after the transformer T901 discharges the energy to the secondary side that is a half cycle of the resonant frequency determined by LP value primary coil inductor value of T901 and C914 resonant capacitor This is called pseudo reosonance operati...

Page 11: ...950 AC x 2 V R951 R952 Vin 4 D932 C931 C940 Icont S Q R OSC REG Latch Delay Drive OVP Vth 25 5V Vth 0 73V Vth 1 45V Ta 160 C TSD Tri REG1 PQM Latch UVLO Internal Bias Toff 15µS IC903 STR G6352 Vin on 17 5V Vin off 10V OCP Comp D GND D971 L971 C972 C971 R931 R936 C933 C939 D941 R939 2 1 2 5 3 ...

Page 12: ...ral circuit C912 D904 R928 C916 C914 C917 Iconst START LATCH DRIVE REG T S D Waveform5 Refer to P1 11 5 4 3 4 3 2 9 7 T901 400V D912 R927 2 1 Vth 1 Vth 2 Comp 1 Comp 2 Rconst Rconst R2 R926 C1 R1 R3 R4 O S C O V P 5 D908 R922 R923 R941 R925 IC902 STR F6676 ...

Page 13: ...otect the parts on the secondary side the short circuit detection circuit is provided on the secondary side output 215V 80V 15V 7 5V one for each As an example of 215V the output line of 215V is monitored with R964 R965 D966 and Q961 If it drops beyond approx 140V for any reason Q961 will be turned ON to transmit the information to the MPU Then since the MPU sets P SUS signal at LOW Q902 will be t...

Page 14: ... 215V 80V 15V 15V P_OFF 5V 5V 7 5V HEATER 215V 80V 15V 12V 15V P_OFF 5V 5V 5V 215V 80V 12V 5V P_OFF 5V 7 5V HEATER PWB POWER PWB MAIN PWB VIDEO 5V 15V 3 3V PWB DEFL SUB P_OFF 5V 15V Power system diagram 1 ...

Page 15: ...U circuit 5V Vertical system circuit 15V 15V DBF circuit 80V 12V 15V High voltage system circuit 80V 12V Corner purity H V ROTATION Drive circuit 15V 15V P OFF 5V 80V P OFF 5V 15V 5V Variable circuit Chopper circuit 215V B 15V 12V PWB DEFL SUB Reg 3 3V P_OFF 5V P_OFF 5V 15V Power system diagram 2 ...

Page 16: ...ircuit 215V 12V Main amplifier circuit 80V 12V OSD circuit P OFF 5V Magnetic cancel circuit 12V Asset circuit 5V Preamplifier circuit 12V P OFF 5V 215V 12V P OFF 5V 80V 5V 7 5V HEATER 7 5V HEATER PWB CRT Power system diagram 3 ...

Page 17: ...t current Waveform 2 Top Q901 drain voltage Bottom Q901 drain current Waveform 3 Top Q901 drain voltage Bottom Q901 drain current Waveform 4 Top IC903 drain voltage Bottom IC903 drain current Waveform 5 Top IC902 drain voltage Bottom IC902 drain current ...

Page 18: ...s flowing to charge C506 until the collector voltage reaches the maximum level Vcp Vcp Vccx 1 π 2 x Ts Tr With the maximum Vcp attained the charges accumulated in C506 flow into DY as the discharge current This charge discharge current is called retrace time and is expressed by the equation given below Tr π Ldy Cr Cr C506 value In the present model the retrace time is set to approx 1 8µs Ts is cal...

Page 19: ...inclination type saw tooth wave synchronized with the horizontal cycle created inside IC before turning into the PWM signal of square wave This PWM signal output from pin 9 of IC5J1 carries out the above control by driving the Q504 gate Fig 8 shows the block diagram of IC5J1 and Fig 9 the operation image waveforms IC5K1 connected to pin 8 of IC5J1 is a transistor with 2 circuits Pins 1 and 3 of IC...

Page 20: ...1 14 Figure 5 Horizontal deflection circuit Q503 Q504 T502 Q502 D503 C506 L540 LIN IC501 Q540 Q510 215V ...

Page 21: ...1 15 Figure 6 Horizontal deflection circuit operation image IC601 output waveform Q501 Vce Q502 Ib Q502 Vbe Q502 Ic Q502 Vce Dumper diodes current waveform Idy ...

Page 22: ...1 16 Figure 7 Deflection circuit waveform while fh 106k Q501 Q502 Q502 IC601 output waveform fh 106k Q501 Vce fh 106k Q502 Vbe fh 106k Q502 Ib fh 106k ...

Page 23: ...1 17 Q502 Q502 Damper diode Current waveform fh 106k ...

Page 24: ...1 18 Q501 Q502 Q502 Deflection circuit waveform while fh 31 5k 3 3V IC601 output waveform fh 31 5k Q501 Vce fh 31 5k Q502 Ib fh 31 5k 7Ao p Q502 Vbe fh 31 5k ...

Page 25: ...1 19 Q502 Q502 Damper diode Current waveform Q502 Ic Q502 Vce ...

Page 26: ...AW OUT Buff OUT Buff IN Vreg GND IN OUT Vcc DTC HD IN OUT Err SAW Gen Err Power PWM 10 8 9 11 12 13 14 5 4 3 7 6 2 1 9 0V Ref HD IN SAW OUT Error amplifier output PWM OUT Figure 9 Operation image Figure 8 IC5J1 block diagram ...

Page 27: ...1 21 0 0 0 Ip When the picture is the center When the raster moves to the left When the raster moves to the right 0 8Ap p Figure 10 Horizontal position adjustment image ...

Page 28: ...C501 element with six FETs included and Q510 are used On IC501 pins 2 5 7 9 11 and 13 are used as the gate and pins 3 6 8 10 12 and 14 are used as the drain Pins 1 and 15 are used as the ground and each source are grounded to the earth The binary value signal of HIGH 5V or LOW 0V is input to each gate by IC102 In case of HIGH FET is turned ON In case of LOW FET is turned OFF The correspondence to ...

Page 29: ...1 0 0 0 0 0 0 0 0 CS1 1 3 1 0 0 0 0 0 0 0 0 0 com cs 0 173 0 173 0 173 0 173 0 173 0 173 0 173 0 173 0 173 0 173 total Cap 3 233 1 519 0 907 0 619 0 563 0 403 0 323 0 253 0 229 0 197 timing 1 0 0 0 0 0 1 1 0 1 0 0 1 1 0 0 1 0 0 0 0 0 0 0 1 1 0 0 1 0 1 0 0 0 1 1 1 1 0 0 0 0 1 1 1 0 1 1 1 1 1 0 0 0 1 1 1 1 0 0 1 0 1 1 0 0 1 1 1 0 0 0 1 1 1 1 0 0 0 1 1 1 1 1 0 0 0 0 0 0 1 1 0 1 0 0 1 1 1 1 1 1 1 1 1 ...

Page 30: ... deflection circuit controls the vertical width and vertical position with IC601 on the DEFL_SUB substract and IC603 controls the linearity Moreover the signal output from IC603 is input to the vertical deflection output IC401 Figure a Figure b Figure 12 IC401 LA7841L Pin connection Function Block diagram 15V Ver OUTPUT OUTPUT STAGE VCC INVERTING INPUT PUMP UP OUT NON INV INPUT 15V 1 2 3 4 5 6 7 A...

Page 31: ...IC701 gets set to Latch mode bringing the control operation to stop This status does not get released reset until the Vcc voltage power voltage applied to Pin 2 and Pin 10 in IC701 is less than 7 4 Vtyp 4 Over voltage protection function for anode voltage X ray protector A voltage proportional to the high voltage is generated in Pin 6 of T701 due to the winding ratio between secondary and tertiary...

Page 32: ...GEN PROTECT 6 7 GND1 Vcc2 12V SW COMP Condenser connection for DTC HV ADJ FEED BACK X RAY Vcc1 12V GND2 8 DTC Condenser connection for DUTY adjustment Condenser connection for IS detection Resistance connection for DUTY adjustment SYNC signal input 3pin Vds wave form Threshold voltage for MAX DUTY adjustment 5pin Saw tooth wave for MAX DUTY adjustment 4pin Err AMP output voltage 13pin RAMP wave fo...

Page 33: ...parabola voltage generating circuit is amplified and reversed to generate the high voltage in order to keep the focus equal This circuit is called DBF circuit As shown in Fig 16 the circuit is composed of the parabola voltage generating circuit IC601 amplifier section IC6A1 in the front step Q7A1 to Q7B5 of amplifier section in the rear step T7A1 and so on Video period Figure 15 In case of the hor...

Page 34: ...oil ratio between the primary and secondary coils of the DBF transformer is 1 10 being the amplifica tion ratio of approx 10 times Vertical section The voltage approx 1 0Vp p of the pa rabola waveform shown in Fig a is output from the deflection processor IC IC601 and is amplified approx 4 times by OP AMP IC6A2 Thereafter it is amplified to approx 160Vp p by the transistor Q7A1 The amplification r...

Page 35: ...1 User adjustment OSD display 2 Aging variation compensation 3 High low temperature drift compensation and 4 Southern Northern horizontal magnetic field landing cancellation 1 User adjustment OSD display The user causes DC current of 60mA max to flow to the purity coil of each corner according to the value displayed on OSD 2 Aging variation compensation As the electronic beam collides with the ape...

Page 36: ...cuit has a south north horizontal magnetic field canceling function and a vertical magnetic field canceling function IC214 earth magnetism sensor unit detects the voltage and direction of the south north hori zontal magnetic field IC214 pin 2 and the vertical magnetic field IC214 pin1 and IC101 pins 18 and 19 CPU_ADC reads the detected voltage to automatically control the following cancel ing func...

Page 37: ...ed by the compensation current flowing to the sub yoke that is installed as the rear unit of the deflection yoke Though the principle of the convergence compensation with the sub yoke is same as the CP ring the CP ring is used for the static variation with the parallel movement in the whole picture in the uniform magnetic field with the permanent magnet but the sub yoke is used for dynamic variati...

Page 38: ...ementioned YHT can be independently controlled at the upper part b11T y 2 and lower part b11B y 2 Moreover regarding YHJ Primary function in the vertical frequency if the flowing direc tion of the current is opposite at the start upper end of the picture and the end lower end of the picture of the vertical frequency as an example RED and BLUE vary in the oppo site direction only at the upper and l...

Page 39: ...aveform added with the dynamic component and static com ponent is input to IC8A1 pin 3 and pin 4 STK391 110 allow the specified current to flow to each convergence compensation coil Table 5 b11T b21L b31TL b41TL c11T c21L c31TL c41TL YHTT XHL S3HTL PQHTL YVTT XVL S3VTL PQVTL y 2 x 2 x 2 E y 3 y 4 y 5 y 6 x 2 Ey 4 y 2 x 2 x 2 E y 3 y 4 y 5 y 6 x 2 Ey 4 b11B b21R b31TR b41TR c11B c21R c31TR c41TR YH...

Page 40: ...c change by electromagnet Compensate at the optional position on the picture S N N S B G R S N N S B G R S N N S B G R B R B R B R B R B R B R B R S N N S B G R 4H coils 4V coils YHT compensate YVT compensate For four poles magnetic field Figure 18 The principle of DDCC compensation ...

Page 41: ...GENCE YVTT YVTB YVJT YVJB PQVTL PQVTR PQVBL PQVBR amp time amp time 1V amp time 1V amp time 1V amp time 1V amp time 1V amp time 1V amp time amp time 1V amp time 1V amp time 1V amp time 1V amp time 1V amp time 1V YHTT YHTT YHTB YHTB YVTT YVTB YVJT YVJB YHJT YHJT YHJB YHJB 1H 1H 1H 1H YVTT YVTB YVJT YVJB 1H 1H 1H 1H ...

Page 42: ...UE S3VTL S3VTR S3VBL S3VBR amp time 1V XVL XVR S3HTL S3HTR S3HBL S3HBR XHL XHR 1H amp time 1V 1H amp time 1V 1H amp time 1V 1H amp time 1V 1H amp time 1V 1H amp time 1V 1H amp time 1V 1H amp time 1V 1H amp time 1V 1H amp time 1V 1H amp time 1V 1H ...

Page 43: ...7P151 uPD61882BGC IC602 TA48M033F x 2 x 2 y 4 x 2 Y 3 Y 4 Y 5 Y 6 x 2 Y 3 Y 4 Y 5 Y 6 y y 2 Pin36 SCL_I2C Pin6 4H_DC XDC Pin8 4V_DC YDC Pin7 DCC Pin61 4H_SC XSC Pin47 SDA_I2C Pin48 SCL_I2C Pin1 P OFF 5V DEFL 3 3V Pin60 4V_SC YSC Pre Amp for 4V_DC TL084 IC6A2 Pre Amp for 4H_DC TL084 Pin 6 4H_DC XDC XHL XHR S3HTL S3HTR S3HBL S3HBR PQHTL PQHTR PQHBL PQHBR Pin 8 4V_DC YDC XVL XVR S3VTL S3VTR S3VBL S3V...

Page 44: ...3 to discriminate which button is pressed 1 6 3 I2C bus control The IC control inside the monitor is carried out using pin 36 SCL I2C pin 37 and pin 38 SDA I2C I2C bus The adjustment data corresponding to the input timing is read out from EEPROM and transmit ted to each IC For this I2C bus the master always works as microcomputer EEPROM IC104 deflection processor IC601 OSD IC IC212 and pre amplifi...

Page 45: ...The signal that divides the P_OFF_ 5V at the thermistor TH100 R136 and R137 is input into the A D converter of MPU IC101 pin 14 and converted into digital value Thus the temperature inside the monitor is detected 3 ON time The monitor ON time signal BEAM TIME is input into the A D converter of MPU IC101 pin 15 and converted into digital signal to detect the monitor ON time In order to cancel the d...

Page 46: ... flows to J102 pin 2 The Orange LED only is lit Table 7 IC101 MPU Pin assignment PIN 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 FUNCTION DA0 DA1 DA2 DA3 DA4 DA5 DA6 DA7 DA8 VSSA VDDA PB7 AN7 PB6 AN6 PB5 AN5 PB4 AN4 PB3 AN3 PB2 AN2 PB1 AN1 PB0 VFBACK AN0 VSYNCI1 PC7 VSYNCI2 ITD PD6 CLAMPO PD5 ITA PD4 ITB PD3 ITC PD2 VSYNCO PD1 HSYNCO OD0 CSYNCI ASSIGNMENT H V ADJ D A...

Page 47: ...lly set at HI IC601 outputs LO when the horizontal deflection lock is released since the input SYNC is switched When the MPU detects the trailing edge the HSK signal of IC101 pin 50 is set at HI and the simulative SYNC that is near the original frequency is output from pin 26 and pin 27 HSK signal is used to set B voltage at MIN This reduces the stress when the input SYNC is switched for a short t...

Page 48: ...n input signal this function compares in the order given below the directory data written in EEPROM with the directory data of the input signal before reading and outputting the screen data 1 If the input signals satisfy conditions a b and c they are judged to be the same as the signals registered in the directory and the timing data are read from EEPROM and are output Condition a The polarities o...

Page 49: ... and the XRAY PROTECT adjust ment value will become 254 and HV ADJUST adjustment value will become 0 4 Vertical position adjustment supplement The displayed adjustment data corresponding to the vertical position icon in OSD adjust ment item differs at Normal and Factory mode Normal mode VERT POSITION When this icon is moved the trapezoid distortion compensation is automatically carried out This is...

Page 50: ...ry side or BEAM is memorized in EEPROM in 3 bytes size The data is memorized in EEPROM per FACTORY ADJUSTMENT and USER mode total 6 bytes Table 9 Table 10 EEPROM address 0 x 0A0 0 x 0A1 0 x 0A3 0 x 0A4 Content Lower byte of operation time Upper byte of operation time Lower byte of HEATER ON time Upper byte of HEATER ON time High voltage protector action High voltage adjustment data error Beam prot...

Page 51: ...r IC IC601 does 10 bit DAC output of the saw toothed wave for verti cal deflection that is synchronized with the vertical frequency input to pin 42 from pin 1 and pin 11 at both polarities approx 1 2V p p Moreover the center voltage IMID approx 1 6VDC of the saw toothed wave is output from pin 2 To remove the noise the OP amplifier pins 1 2 and 3 of the front step of IC603 removes the difference b...

Page 52: ...horizontal PLL 1 8 4 Distortion compensation waveform generating circuit The deflection distortion compensating waveform is output from pin 64 of IC601 The waveform is output from 1 bit DAC and 3 3V pulse waveform of resolution power of 25MHz is output at pin64 direct The pulse waveform is smoothened with the low pass filter of R632 and C622 to gain the compensation waveform of the vertical freque...

Page 53: ...nd vertical blanking pulse are generated in IC601 and these two waveforms are mixed and output at 3 3Vp p from pin 40 of IC601 The reference of the phase of the vertical blanking pulse is determined at the leading edge of VFLY vertical flyback pulse 5V pulse of pin 39 input of IC601 and the phase can be variably controlled to output the optimal waveform of the blanking pulse The horizontal blankin...

Page 54: ... 1Bit D A Convertor 8Bit D A Convertor 10Bit D A Convertor DSP 1Bit D A Convertor Moire Cancel Generator I2C Bus Interface H V BLK V Polarity Control H OUT FBP IN H IN V PARABORA VDF XSC YSC PIN KEY E W YDC IMID VSAWP VSAWN HDF XDC DCC SCL SDA V FBP V IN HV BLK ...

Page 55: ...peration The followings are the operation image figures on the picutre of the distortion compensation HORIZE SIZE KEYSTONE TOP PIN KEYBALANCE HORIZE PHASE PIN CENTER BOTTOM PIN BOTTOM PIN PINCUSHION PCC SINE PIN BALANCE TOP PIN Figure 22 ...

Page 56: ... it is input to CRT socket J200 via connector J202 on CRT substrate through connector J210 and supplied to the cathode of CRT Refer to F point Explanation 1 Duty of Pre AMP IC211 Voltage amplification of video signal GAIN 0 to 5 times Composite of the video signal for adjustment screen OSD output from IC212 and the blanking signal output from IC601 Amplitude control of output voltage ABL control N...

Page 57: ...402T block diagram VIN1 11 VCC 6 VBB VIN 10 Q3 Q6 Q2 Q1 Q5 Q4 R4 R7 R1 R8 R2 R9 R3 Rb R6 R5 VOUT 1 3 5 GND 2 4 7 11 9 8 Pin 1 Designator Note Tab is at GND Top View Simplified Schematic Diagram One Channel 10 9 8 7 6 2 1 5 4 3 VBB VIN2 VIN3 GND VCC GND 2 VOUT3 VOUT2 GND 1 VOUT1 ...

Page 58: ...1 52 Figure 25 IC211 MC13289ASP block diagram ...

Page 59: ...16 and the vertical synchronizing signal is input from pin 14 of D SUB connector J216 to pin 8 of analog switch IC216 Refer to A point The analog switch IC216 selects a signal 2 input change over when SIGNAL A and SIGNAL B are simultaneously input as well as the video signal As for the method of selecting a signal like the video signal according to SELECT signal of pin 53 of microcomputer IC101 in...

Page 60: ...ge over when SIGNAL A and SIGNAL B are simulta neously input as well as the separate synchronizing signal As for the method of selecting a signal like the separate synchronizing signal according to SELECT signal of pin 53 of microcomputer IC101 the input signal of SIGNAL A is selected when pin 13 SELECE SW of analog switch IC216 is HIGH and the input signal SIGNAL B is selected refer to B point wh...

Page 61: ...pin 21 of analog switch IC216 For the picture composite synchronizing signal it is necessary to separate it to a video signal and a composite synchronizing signal The picture composite synchronizing signal is separated to a picture signal and a composite synchroniz ing signal as follows When microcomputer IC101 detects the picture green video composite synchronizing signal S G SEL signal of microc...

Page 62: ...12 via connector J212 on PWB VIDEO from connector J103 and the signal A point with delay of 700ns by filters of R2D8 and C2D7 is input to pin 9 of OSD IC IC212 V S signal like the above is output from pin 6 of inverter IC8A1 on PWB MAIN and input to pin 18 of OSD IC IC212 via connector J212 on PWB VIDEO from connector J103 and the signal with filters R2D6 and C2D6 is input to pin 16 of OSD IC IC21...

Page 63: ...1 57 Figure 30 IC212 XC3824P2 block diagram ...

Page 64: ...recognized from the direction of upstream the signal which functions as a switch of power output for a downstream port is output IC1A0 2 16 32 When IC1A0 2 16 and 32 become LOW FET gates are turned ON and EFT transistors Q1A1 Q1A2 and Q1A3 supply the power to the downstream ports J1A1 1 5 J1A2 1 respectively 2 Detection of overcurrent HUB controller IC1A0 has the function of detecting ovecurrent I...

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Page 82: ...2 There must be no remarkable lifting or inclination of the parts on the PWB and the parts must not be touching 3 The connectors must be securely inserted without crimping faults 4 The CRT socket anode cap and focus lead must be securely mounted 5 The lead wires must not be pressed against the edges of the board 6 The lead wires must not touch the high temperature parts such as the R METAL R CEMEN...

Page 83: ...ion of rear input connector D SUB DVI A UP DOWN DOWN USB connector Shrink D SUB 15P DVI A 1 2 3 b a c f g e d EXIT PROCEED DVI A D SUB RESET a Power button b Power ON indicator c EXIT Button d Item Select Buttons e Function Adjust Buttons f PROCEED Button g RESET Button Input Select DVI A D SUB ...

Page 84: ...P LEFT TOP RIGHT BOTTOM LEFT BOTTOM RIGHT FACTORY PRESET OSD group USER 6 LANGUAGE OSD POSITION OSD TURN OFF OSD LOCK OUT IPM EDGE LOCK OSD group USER 7 DISPLAY MODE MONITOR INFO REFRESH NOTIFIER 1 2 3 sRGB 5 ENG DEU FRA ESP ITA SVE C TL TR BL BR 10 20 30 45 60 120SEC ENABLE DISABLE 1 2 OFF ON Setting classification By timings Common CENTER The factory setting value returning by pressing buttons s...

Page 85: ...OP RIGHT BOTTOM LEFT BOTTOM RIGHT FACTORY PRESET OSD group USER 6 LANGUAGE OSD POSITION OSD TURN OFF OSD LOCK OUT IPM EDGE LOCK OSD group USER 7 DISPLAY MODE MONITOR INFO REFRESH NOTIFIER Setting classification By timings Common Adjustment items Setting contents Default setting 0 254 0 254 0 254 0 254 0 254 0 254 1 2 3 sRGB 5 0 254 0 254 0 254 0 254 0 254 0 127 0 254 0 254 0 254 0 254 0 254 0 254 ...

Page 86: ...UNNING CPU VERSION FACT A MODE SELECT FACT B HV ADJ XPRO CALIBRATE XPRO 28K XPRO 31K XPRO LEVEL setting contents 0 OFF 1 ON 0 OFF 1 ON 0 480 0 254 0 254 0 254 0 254 0 100 0 127 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 0 254 U...

Page 87: ...h voltage and high voltage protector Timing No 25 85Hz 1800 X 1350 SYNC signal is only input No Video signal 1 Turn the monitor power OFF and connect a high voltage indicator to the anode of CRT before turning the monitor power ON 2 Select MODE SELECT on OSD and set to 250 using button before pushing PROCEED button 3 Select HVADJ on OSD to adjust the high voltage to 27 0kV 0 3kV 4 Turn XPRO 31K ON...

Page 88: ...ubstitute is replaced at the time of repair set TL TR BL BR to the values before replacement before carrying out adjustment 2 4 3 Adjustments after aging 2 4 3 1 B adjustment Input the sync signal of the following timings to adjust the picture width to 396 4mm Please refer to 2 11 Adjustment timing 2 4 4 Adjusting the picture size position and distortion The manual adjustment methods are explained...

Page 89: ...tical position to the specified values using buttons 5 Select IN OUT LEFT RIGHT PCC CENTER TOP and BOTTOM with the OSD and adjust the vertical line at both side of the picture to the straight line using buttons 6 If the left and right distortions differ select PIN BALANCE TILT TOP BALANCE and BOTTOM BALANCE with the OSD and adjust so that the distortions are visually balanced 7 Select LEFT RIGHT o...

Page 90: ... 5 1 10 Adjustment value list 3 Set the OSD to the select picture of DBF H PHASE and using the ADJUST buttons adjust the horizontal parabola wave phase as shown below in respect to the image signal 4 Set the OSD to the DBF V AMP select picture and using the ADJUST buttons adjust the vertical parabola wave amplitude video area to the value given in the list of adjust ment values Refer to 2 5 1 10 A...

Page 91: ...rdination is deviated from the following values repeat steps 4 and 5 7 Set the G BIAS datas of COLOR sRGB 6500 and 5 5000 to the same value as the one of COLOR1 9300 8 Select COLOR sRGB 6500 and change the BIAS data for the R and B colors G BIAS is fixed Adjust the back raster color coordination to the following table 9 Select COLOR 5 5000 and change the BIAS data for the R and B colors G BIAS is ...

Page 92: ... of COLOR 1 9300 in FACT 3 to 30 Back raster luminance 0 3 0 1cd m2 Back raster luminance 0 3 0 1cd m2 Back raster color coordination x 0 283 0 015 y 0 297 0 015 Continued on next page Vary SUB BRIGHT Vary R G B BIAS Back raster luminance at SUB BRIGHT 0 3 0 1cd m2 Change of R G B BIAS Each R G B data should be the same value luminance 0 3 Select COLOR sRGB 6500 ...

Page 93: ... Continued from previous page End Back raster color coordination x 0 345 0 015 y 0 359 0 015 Back raster color coordination x 0 313 0 015 y 0 329 0 015 Set the value to the same one as G BIAS of COLOR 1 9300 Set the value to the same one as G BIAS of COLOR 1 9300 Select COLOR sRGB 6500 ...

Page 94: ...ollowing value they can be adjusted with presumptioni respectively The values of G WINDOW luminance are reference Note After adjusting COLOR always set to COLOR 1 The COLOR preset will be set to the default COLOR 1 with this step 2 4 6 2 Adjusting ABL 1 Set the OSD ABL to 254 2 Input the timing No 12 106 25kHz 85Hz 1600x1200 Full white picture input amplitude 0 7Vp p 3 Set contrast to MAX bright t...

Page 95: ... pattern Check 4 85Hz 1600x1200 GREEN crosshatch reverse Status indicator 2 4 6 3 Adjustment of X Pro Timing No A 30k 70Hz Full white 1 Select XPRO CALIBRATE by button and press PROCEED button When PROCEED button is pressed microcomputer automatically sets the protector 2 Confirm that OK is indicated on OSD 2 4 6 4 Confirmation for operation of X Pro Timing No 25 1800 x 1350 at 85Hz Full white 1 S...

Page 96: ...dgement conditions are satisfied 3 For all of the other preset timings if the DBF voltage is insufficient or excessive select DBF H AMP and DBF V AMP from the OSD and readjust with the ADJUST button 4 Make sure that there is no abnormality with the timing No 9 80kHz 75Hz 1280 X 1024 crosshatch reverse Adjustment votlage max value DBF H AMP H width 396mm 430V H width 371mm 400V DBF V AMP V width 29...

Page 97: ... FACT 5 to 8 Adjust the horizontal and vertical convergence to the optimum setting with the CRT CP ring etc Refer to following drawings Focus pack FOCUS FOCUS1 VR FOCUS2 VR Focus attention point Timing Normal display All preset Reverse display Resolution 1600x1200 Resolution 1600x1200 Crosshatch pattern Judge with pattern A Judge with pattern B Judgment pattern Note 1 Note 2 Note 1 Pattern A Font ...

Page 98: ...o that LEFT RIGHT is 0 15mm or less with the interlock of B Bow 4P and CP ASSY 4P Adjust so that LEFT RIGHT is 0 15mm or less with XV differential coil Adjust so that TOP BOTTOM is 0 1mm or less with YV volume XH axial deviation YH axial deviation YV axial deviation XV characteristics XV axial deviation R B B Bow 4p and CP ASSY 4p Correction Method XH Slider DY Board B Bow 4p CP ASSY 4p XH Slider ...

Page 99: ...RGENCE BASICCONVERGENCE HORIZONTAL YH JT 4H COIL 1 2 3 Adjustment item name Problem R B Adjustment point Adjustment procedure Adjustment order Adjust to 0 05mm or less Adjustment target is 0mm Adjust to 0 05mm or less Adjustment target is 0mm NOTE The operating amount at YH M TOP when moving YH TT and YH JT YH TT YH JT Adjust to 0 05mm or less Adjustment target is 0mm NOTE The operating amount at ...

Page 100: ...ocedure Adjustment order B R PQH TL PQH TR PQH TL Adjust to 0 3mm or less Adjust to 0 3mm or less PQH TR 10 11 Adjust to 0 3mm or less Adjust to 0 3mm or less S3H TL S3H TR 6 7 S3H TL S3H BL S3H BR S3H TR R B Adjust to 0 3mm or less Adjust to 0 3mm or less S3H BL S3H BR 8 9 ...

Page 101: ... 2 3 Adjustment item name Problem Adjustment point Adjustment procedure Adjustment order Adjust to 0 05mm or less Adjustment target is 0mm Adjust YV TOP to 0 05mm or less with balance adjustment of YV TT and YV JT Adjustment target is 0mm Note The operating amount at YV M TOP when moving YV TT and YV JT YV TT YV JT Adjust YV BOTTOM to 0 05mm or less with balance adjustment of YV TB and YV JB Adjus...

Page 102: ... procedure Adjustment order Adjust to 0 1mm or less Adjust to 0 1mm or less XV L XV R 4 5 XV Right XV Left Adjust to 0 3mm or less Adjust to 0 3mm or less S3V TL B R S3V TR 6 7 S3V TL S3V TR Adjust to 0 3mm or less Adjust to 0 3mm or less S3V BL S3V BR 8 9 S3V BL S3V BR ...

Page 103: ...2 13 Adjustment item name Problem Adjustment point Adjustment procedure Adjustment order Specify the adjustment value range of the following adjustment items in general DDCP adjustment Adjustment items Adjustment value range Factory mode BASIC CONVERGENCE HORIZONTAL 73 181 OSD display value DAC output value BASIC CONVERGENCE VERTICAL 73 181 OSD display value DAC output value ...

Page 104: ...t each OSD setting is as shown in the table user mode given in the OSD display Refer to 2 3 3 1 User mode The default setting CENTER is the factory adjustment value called when RESET button is pressed and then PROCEED button is pressed in the normal mode Only CONTRAST will be set to 100 when RESET button is pressed and then PROCEED button is pressed in the normal mode 4 After setting the default v...

Page 105: ...ation Confirm that when OSD DEGAUSS is executed the picture vibrates and then stops 2 5 1 4 IPM POWER SAVE function operation Set the AC power input to 230V Use the full white pattern without R G B signals Select IPM from the OSD and set the POWER SAVE function ON 1 IPM POWER SAVE ON a Confirm that when H and V SYNCs are removed and then the picture darkens After 8 seconds also confirm that the po...

Page 106: ... convergence amount in the horizontal and vertical directions must be below the following values The mis convergence amount is the value between the two colors of R G and B separated the most in the horizontal X and vertical Y directions when a 9 vertical line x 9 horizontal line crosshatch is displayed Confirmation timing Timing No 12 106 25kHz 85Hz 1600x1200 Adjustment item Focus picture perform...

Page 107: ...line Enlarged Inner distortion Vertical line X measurement method Distortion x of S character distortion etc Distortion excluding normal pin barrel or trapezoid Note There must be no sea gull distortion Distortion y High frequency distortion excluding trapezoid 4 edge distortion When S character or seagull type high frequency distortion is visible check with the following method Distortion x a Cen...

Page 108: ... Horizontal trapezoid top bottom vertical trapezoid left right Top bottom pin and barrel left right pin and barrel 7 Parallelogram distortion 8 Inclination x Curve within 50mm range horizontal y Curve within 50mm range vertical Measure y y1 y2 Item No Judgementreferencevalue Input signal y y1 y2 x x1 x2 Control with the above right value for each the top bottom left and right Measure the larger of...

Page 109: ...jacent 7 or less Calculation expression Xmax Xmin Xmax Xmin 2 If any doubts arise about the judgment judge with the horizontal vertical width tolerance of 3mm picture position L1 L2 3 0mm and L3 L4 3 0mm x 100 Distortion Must be within the following frame Note excluding ROTATION Picture position 9 y 2 0mm x 2 0mm Crosshatch pattern 10 L1 L2 5 0mm L3 L4 3 0mm Full white y x x L3 L2 L1 L4 y Specifie...

Page 110: ...0 Horizontal width mm Vertical width mm DBF H amplitude H DBF V amplitude V Standard adjustment value in case of determining DBF voltage Maximum adjustment value the value impossible to set the maximum of DBF voltage 2 5 1 11 Confirming EDGE LOCK SYNC ON GREEN When an optional timing is input confirm that the screen should meet with the judgement criteria below Timing Check 4 35kHz 66Hz full white...

Page 111: ...center and periphery must be x y 0 012 at COLOR 1 sRGB 5 2 5 1 17 Confirming the full white color coordination Carry out the following confirmation in FACTORY mode as the back raster luminance of Euro pean model declines in NORMAL mode Confirm that the color coordination at the center of the full white is within the following range at timing No 12 106 25kHz 85Hz 1600 x 1200 Confirmation of OSD coo...

Page 112: ...user mode and press PROCEED button 2 Confirm that AUTO ADJUST function operates and the crosshatch frame should be within phosphor area 2 5 1 22 Others 1 When the PUSH button is pressed the changes must be smooth and there must be no abnormalities such as noise 2 Synchronization must not flow when the power switch is turned ON and OFF 3 Confirm that the POWER LED is lit 2 5 1 23 Confirming USB Con...

Page 113: ...l Rate 121 kHz Maximum Pixel Clock 360 MHz GTF Data 00 0a 20 20 20 20 20 20 Monitor Name block 3 NEC FP1355 Monitor Serial Number block 4 EDID EDITOR V1 40 000621 C Mitsubishi Electric 1995 2000 00 WW 12 a9 13 79 45 00 ADR H E80 E8F E90 E9F EA0 EAF EB0 EBF EC0 ECF ED0 EDF EE0 EEF EF0 EFF ff 01 4c d1 8c 00 20 ff 02 ff 54 29 0a 46 ff 0e ff e1 11 20 50 ff 28 80 4f 00 20 31 ff 1e 31 a6 00 20 33 00 78 ...

Page 114: ... ADR 6A 6B 6C 6D 6E 6F 70 71 72 73 74 75 76 77 78 79 7A 7B 7C 7D A0 A1 A2 A3 A4 A5 Function Operation horizontal frequency 1 frequency indicated in the latest period Operation vertical frequency 1 frequency indicated in the latest period Operation horizontal frequency 2 frequency indicated in the secondary latest period Operation vertical frequency 2 frequency indicated in the secondary latest per...

Page 115: ...gnetize the CRT tube and bezel side surface When separating the degaussing coil at the end separate as slow as possible with the following procedure If separated quickly stripes could remain at the picture corners 2 9 2 How to hold and use the handy demagnetizer 1 Approach the demagnetizer as carefully and slowly approx 1m 3 sec as possible and move around the bezel side periphery two to three tim...

Page 116: ...2 35 H SYNC ƒRefer to after the next page for the preset timing details Tsh Tbh Tdh Th Tfh VIDEO V SYNC Video signal level Set Up nsignal level Tsv Tbv Tdv Tv Tfv VIDEO 2 10 Timing chart ...

Page 117: ...500 Tdh µSEC dot 19 180 19 180 5 563 6 972 26 000 Fv Hz 66 70 66 70 80 795 85 000 70 10 Tv mSEC line 15 000 15 000 12 377 11 765 14 268 Tsv mSEC line 0 086 0 086 0 023 0 028 0 064 Tfv mSEC line 1 485 1 485 0 008 0 009 1 176 Tbv mSEC line 2 000 2 000 0 530 0 433 1 906 Tdv mSEC line 11 428 11 428 11 815 11 294 11 122 Hs Vs VIDEO level V 0 7 0 7 0 7 0 7 0 7 set up level V Serra tion 1H Remarks Check ...

Page 118: ...70 090 59 940 75 000 85 008 75 000 85 061 75 029 84 997 75 025 85 027 75 000 85 000 74 997 75 000 75 000 66 67 74 530 74 930 75 060 75 000 80 000 85 000 75 000 80 000 85 000 75 000 80 000 100 000 80 000 Tv mSEC line 14 268 449 16 683 525 13 333 500 11 764 509 13 333 625 11 756 631 13 328 800 11 765 808 13 329 1066 11 761 1072 13 333 1250 11 765 1250 13 334 1417 13 333 1500 13 333 1500 15 000 525 1...

Page 119: ...below Ex Rating label Model name FP1355 Model NO NSZ2102STTUW 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 8 8 8 8 0 9 0 9 0 9 0 9 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 120: ...MultiSync FP1355 User s Manual ...

Page 121: ...colour monitor MultiSync FP1355 NSZ2102STTUW is in compliance with Council Directive 73 23 EEC EN 60950 Council Directive 89 336 EEC EN 55022 EN 61000 3 2 EN 61000 3 3 EN 55024 and marked with NEC Mitsubishi Electric Visual Systems Corporation 4 13 23 Shibaura Minato Ku Tokyo 108 0023 JAPAN ...

Page 122: ... RECEPTACLE OR OTHER OUTLETS UNLESS THE PRONGS CAN BE FULLY INSERTED REFRAIN FROM OPENING THE CABINET AS THERE ARE HIGH VOLTAGE COMPONENTS INSIDE REFER SERVICING TO QUALIFIED SERVICE PERSONNEL CAUTION CAUTION TO REDUCE THE RISK OF ELECTRIC SHOCK DO NOT REMOVE COVER OR BACK NO USER SERVICEABLE PARTS INSIDE REFER SERVICING TO QUALIFIED SERVICE PERSONNEL This symbol warns user that uninsulated voltag...

Page 123: ...with the instructions may cause harmful interference to radio communications However there is no guarantee that interference will not occur in a particular installation If this equipment does cause harmful interference to radio or television reception which can be determined by turning the equipment off and on the user is encouraged to try to correct the interference by one or more of the followin...

Page 124: ...DVI A User s Manual USB cable CD ROM Includes complete User s Manual in PDF format and Windows related files INF file and colour profile To see the complete User s Manual Acrobat Reader 4 0 must be installed at your PC Remember to save your original box and packing material to transport or ship the monitor Power Cord Video Signal Cable User s Manual CD ROM USB cable ...

Page 125: ...o DVI A signal cable to the connector of the display card in your system Figure A 1 Tighten all screws For the PC with VGA Analog output Connect the VGA end of the VGA to DVI A signal cable to the connector of the display card in your system Figure A 2 For the Mac Connect the MultiSync Macintosh cable adapter not included to the computer Figure B 1 Attach the VGA end of the VGA to DVI A signal cab...

Page 126: ... found on the CD ROM delivered with the monitor 6 Connect one end of the power cord to the AC inlet on the back of the monitor and the other end to the power outlet Figure C 1 7 Turn on the monitor Figure D 1 8 Turn on the Computer NOTE If you have any problems please refer to the Troubleshooting section of this User s Manual Figure B 1 15 pin mini D SUB Video Signal Cable Computer Mac Adapter not...

Page 127: ...ightness Adjusts the overall image and background screen brightness Contrast Adjusts the image brightness in relation to the background Sub Menu Exits to the OSM main menu Moves the highlighted area up down to select one of the controls Moves the bar in the or direction to decrease or increase the adjustment Only executes control or enters sub menu Resets the highlighted control to the factory set...

Page 128: ...Control System Colour presets 1 through 5 selects the desired colour setting The bar is replaced by the colour setting choice from 1 to 5 Each colour setting is adjusted at the factory to the stated Kelvin If a setting is adjusted the name of the setting will change from Kelvin to Custom Red Green Blue Colour Control System decreases or increases the monitor s red green or blue colour guns dependi...

Page 129: ...te The purpose of this control is to ensure that a white line drawn on the screen is as crisp and clear as possible Use the Horizontal control to adjust the alignment of the white lines in the up down direction Use the Vertical control to adjust the alignment of the white lines in the left right direction Corner Correction Allows you to adjust the geometry of the corners of your display Top Top Ba...

Page 130: ... your screen Selecting OSM Position allows you to manually adjust the OSM controls menu left right up or down OSM Turn Off The OSM controls menu will stay on as long as it is in use In the OSM Turn Off sub menu you can select how long the monitor waits after the last touch of a button for the OSM controls menu to disappear The preset choices are 10 20 30 45 60 and 120 seconds OSM Lock Out This con...

Page 131: ...t images to their normal state Information Display Mode Indicates the current mode and frequency setting of the monitor Monitor Info Indicates the model and serial numbers of your monitor Refresh Notifier A message will advise you if the refresh rate of the signal being applied to the monitor by the computer is too low For further information please refer to your display card or system manual ...

Page 132: ...ossible position the monitor so that it is facing the east to minimize the effects of the earth s magnetic field Changing the direction of the monitor while it is powered on may cause image discolouration To correct this turn the monitor off for 20 minutes before powering it back on When operating the MultiSync FP1355 with its AC 220 240V worldwide power supply use a power supply cord that matches...

Page 133: ...and other light sources to minimize glare and reflections Adjust the monitor tilt so that ceiling lights do not reflect on your screen If reflected light makes it hard for you to see your screen use an anti glare filter Clean your monitor regularly Use a lint free non abrasive cloth and a non alcohol neutral non abrasive cleaning solution or glass cleaner to minimize dust Adjust the monitor s brig...

Page 134: ...s only Active Display Area Horizontal Factory setting Vertical Power Supply Dimensions Weight USB connection Input Signal Video Sync Current Rating MultiSync FP1355 55 cm 22 inch 508 mm 20 inch ANALOG 0 7 Vp p 75 Ohms Separate sync TTL Level Horizontal sync Positive Negative Vertical sync Positive Negative Composite sync Positive Negative TTL Level Sync on Green video Positive 0 7 Vp p and sync Ne...

Page 135: ...l Considerations Operating Temperature Humidity Altitude Storage Temperature Humidity Altitude MultiSync FP1355 10 C to 35 C 30 to 80 0 to 3 000 m 20 C to 60 C 10 to 90 0 to 13 700 m Notes NOTE Technical specifications are subject to change without notice ...

Page 136: ...your display to match your personal preference OSM On Screen Manager Controls Allows you to quickly and easily adjust all elements of your screen image via simple to use on screen menus ErgoDesign Features Enhances human ergonomics to improve the working environment protect the health of the user and save money Examples include OSM controls for quick and easy image adjustments tilt swivel base for...

Page 137: ...to use the entire screen area in most resolutions significantly expanding image size GlobalSync Corner Purity Control NEC s unique design automatically eliminates picture impurities that may result from stray magnetic fields including the earth s permanent magnets etc and now allows you to easily adjust impurities in the four corners of your monitor Convergence Control Allows you to adjust the hor...

Page 138: ...D on monitor is not lit no green or orange colour can be seen Power Switch should be in the ON position and power cord should be connected Picture is fuzzy or colour looks blotchy If the picture is fuzzy adjust the Moiré Canceler control If the colour looks blotchy adjust the Brightness Contrast or GlobalSync controls or use the EdgeLock control to change modes Access the Degauss Control through O...

Page 139: ...le when the screen s background is light usually white Black vertical lines are visible on the screen Thin vertical black lines on one or both sides of the screen This minor condition is caused by grille element overlap which can occur during shipping Position an open white window over the affected area of the screen and maximize the brightness and contrast controls This will cause localized heati...

Page 140: ...isfactory way most of these potentially damaging substances sooner or later enter Nature There are also other characteristics of a computer such as energy consumption levels that are important from the viewpoints of both the work Internal and natural external environments Since all methods of conventional electricity generation have a negative effect on the environment acidic and climate influenci...

Page 141: ...l ergonomics and good usability Environmental Requirements Flame retardants Flame retardants are present in printed circuit boards cables wires casings and housings In turn they delay the spread of fire Up to thirty percent of the plastic in a computer casing can consist of flame retardant substances Most flame retardants contain bromine or chloride and these are related to another group of enviro...

Page 142: ...freons CFCs freons are sometimes used for washing printed circuit boards CFCs break down ozone and thereby damage the ozone layer in the stratosphere causing increased reception on Earth of ultraviolet light with consequent increased risks of skin cancer malignant melanoma The relevant TCO 99 requirement Neither CFCs nor HCFCs may be used during the manufacturing and assembly of the product or its...

Page 143: ...N FOR 55cm 51cmV 22 20 V HIGH RESOLUTION DIGITAL CONTROL AUTO TRACKING COLOR DISPLAY MONITOR 1 NEC MITSUBISHI ELECTRIC VISUAL SYSTEMS CORPORATION Drawn by Checked by MODEL NAME FP1355 NSZ2102STTUW DATE APR 10 2001 DOCUMENT No VSP C0464 ...

Page 144: ... VSP C0464 REVISE 2 ...

Page 145: ...g 4 Functions 4 1 Front Controls 4 2 OSD On Screen Display Functions 4 3 Back Panel 4 4 Connector Pin Assignment 4 5 DDC Display Data Channel Functions 4 6 Preset Timing 4 7 USB Universal Serial Bus 5 Display Quality 5 1 Test Conditions 5 2 Display size 5 3 Luminance 5 4 Color 5 5 Distortion 5 6 Linearity 5 7 Misconvergence 5 8 Focus 5 9 Raster Regulation 6 Mechanical Specifications 6 1 Cabinet Ti...

Page 146: ... for VESA DDC Fig 1 Outline Fig 2 Bezel Logo Fig 3 Rating Label Fig 4 Carton Box Fig 5 1 Printing Specification of Carton Box US Fig 5 2 Printing Specification of Carton Box EU Fig 6 Packing Style Fig 7 1 AC Power Cord for North America Fig 7 2 AC Power Cord for Except U K Fig 7 3 AC Power Cord for U K Fig 8 Signal Cable SC D830 Design and specifications are subject to change without any notice 4 ...

Page 147: ...ing Phosphor Spacing Phosphor Type Face plate Face plate Transmission Electron Gun Type Horizontal Freq Vertical Freq Video Sync Termination Video Impedance Sync clock frequency Display Resolution Maximum Display size Misconvergence Horizontal Power Management Ergonomics Plug Play 6 7 8 CONTROL User Controls 9 CONNECTOR 10 11 12 POWER SUPPLY ENVIRONMENTAL CONDITION WEIGHT CABINET REGULATION 100cd ...

Page 148: ...ations Chapter 1370 RöV Vom 8 1 1987 MPR 1990 8 VCCI B JPHG EN61000 3 3 Energy Star TCO 99 CE Marking Energy Star EN60950 1992 AD1 AD2 AD3 AD4 AD11 EN55022 1998 Class B EN55024 1998 EN61000 3 2 1995 AD1 AD2 International Energy Star office Equipment Program EN61000 3 3 1995 TCO 99 Requirements for environmental labeling of personal computers First Edition Guidelines for the suppression of Harmonic...

Page 149: ...sphor Type B22 Medium short persistence Electron Gun Type S NX DBF Face plate Transmission Approx 38 4 Include Face plate coating Face plate G WARAS Coating Anti reflection Anti glare and Anti static Screen Phosphor Area 406 1 x 304 6 mm Face plate Curvature H R 50000 mm V R 80000 mm Phosphor Color R X 0 627 Y 0 341 Coordinate G X 0 292 Y 0 605 B X 0 149 Y 0 072 M51LRY32X61 Typical Phosphor Spacin...

Page 150: ...l HD VD separate sync TTL N or P Video Input Impedance 75Ω to ground Sync Input Impedance 2 2kΩ to ground Signal Level Separate H V sync TTL level 2 5V Video Clock Frequency 240MHz Pulse Rise and Fall time 3 Electric Specifications 3 1 Deflections Horizontal Scanning Frequency Back Porch Blanking 30 121kHz 1 0 µsec 2 0 µsec Vertical Scanning frequency V sync Width 50 160Hz V sync V back Porch 400 ...

Page 151: ...hen the unit is turned on Manual Degaussing This activates degaussing at the user s discretion after the unit is operating The Monitor requires minimum 15 minutes after last degauss operation for full degauss capability Input Voltage 100 120 220 240 VAC 10 Frequency 50 60Hz 3Hz Power Consumption typ 140W 1 40A 100 120VAC 0 70A 220 240VAC without USB load AC leakage current 3 5mA Inrush current 70A...

Page 152: ...et Information POLARITY ENG GER FRA ESP ITA SWE LEFT RIGHT TILT ROTATE adjusted BOTTOM BOTTOM BALANCE VERTICAL Linearity VERTICAL BALANCE adjusted adjusted adjusted adjusted adjusted LANGUAGE ON OFF OSD5 Group default adjusted adjusted a b EXIT c e f PROCEED RESET d DEGAUSS PROCEED OSD2 Group default OSD3 Group default 1 9300K 2 8200K 3 7500K sRGB 5 5000K 1 9300K OSD4 Group default MOIRE CANCELER ...

Page 153: ... VSP C0464 INPUT1 D SUB a b INPUT2 DVI A c d e 11 4 3 Back Panel a AC POWER CONNECTOR 3P IEC Plug b D SUB INPUT CONNECTOR c DVI A INPUT CONNECTOR d USB UPSTREAM PORT e USB DOWNSTREAM PORT X 3 ...

Page 154: ...12 Serial data 13 H sync or Composite sync 14 V sync V clock 15 Serial clock Rear Panel Green video Pin Signal 1 NC 2 3 GND 4 NC 5 NC 6 HOT PLUG 7 8 9 DDC 5V From host 10 11 Gnd 12 Serial data 13 14 15 NC Pin Signal 16 Red video 17 18 Blue video 19 Gnd 20 21 22 23 24 R G Gnd B H H sync or Composite sync GND V sync V clock Serial clock Green video 2 Signal Input Connector DVI A NC NC NC NC Gnd NC N...

Page 155: ...ng parameters User presets 15 Horizontal Frequency 1kHz Vertical Frequency 1Hz Sync Signal Polarity H or V sync signal polarity is different The monitor is able to discriminate input signals by at least one of above parameters Preset Timing Discrimination 4 7 USB Universal Serial Bus Comply with Universal Serial Bus Specification Revision 1 1 Self Powered HUB 500mA max per 1 Downstream port 3xDown...

Page 156: ...maximum and Brightness center position Back Raster Approx 0 3cd m2 Display Size 396 x 297mm for 4 3 aspect ratio Ambient light 200 50 lx Luminance Meter Minolta CA100 or Equivalent Luminance Variation Luminance Center Luminance 25 Back Raster Luminance Approx 0 3 cd m 2 at Color No 1 No 5 Approx 0cd m 2 at sRGB Raster must not visible at minimum Brightness control Color Temperature Color 1 9300K 8...

Page 157: ... rotation and display centering 5 6 Linearity H 15 30 40k 12 40 60k 10 60 121k adjacent 7 Linearity V 10 adjacent 7 at preset timings With Green Crosshatch 17 lines horizontally by 13 lines vertically applied The formula used to calculate linearity is Xmax Xmin Xmax Xmin 2 x 100 X1 X2 X3 X4 X5 X6 X7 X8 X9 X10 X11 X12 X13 X14 X15 X16 Y1 Y2 Y3 Y4 Y5 Y6 Y7 Y8 Y9 Y10 Y11 Y12 X1 X2 X3 X16 Y1 Y2 Y3 Y12 ...

Page 158: ... circular area with 297mm diameter at the center Zone B is a rectangular area 396mm x 297mm outside of the zone A Use worst case horizontal vertical misconvergence between any two primary colors Misconvergence Area A 0 25 mm within the 297mm diameter circle Area B 0 35 mm within 396mm x 297mm ...

Page 159: ...ge is less than adjusted value in either the horizontal or vertical direction over 30 to 100 luminance range and 90 132VAC or 198 264VAC Input respectively 5 8 Focus Focus Displaying 7 x 9 pixel e with white single pixel strokes the entire screen shall be readable with clearly discernible characters at normal viewing distance ...

Page 160: ...ss HB Bezel Logo See Fig 2 Tilt Swivel Net Gross approx 29 7 kg 65 5 lbs approx 35 kg 77 0 lbs 6 4 Weight Carton Box Print Dimension Packing Contents See Fig 5 1 US See Fig 5 2 EU See Fig 6 Paper Material Kraftliner and trifaced corrugated board Double wall 6 3 Carton Box See Fig 4 AC Power Cord North America see Fig 7 1 except UK see Fig 7 2 U K see Fig 7 3 Europe Signal Cable DVI A D Sub see Fig...

Page 161: ...5 C 20 60 C Relative Humidity 10 90 without condensation 10 90 without condensation Altitude 3000m 10000ft 15000m 50000ft 19 7 2 Vibration Test with carton box 1 Random Vibration Test Axis 3 axis Search Frequency 5 200Hz Acceleration 0 14 42m s 2 rms Dwelling Time 30 minutes x 3 axis Mounting fixed firmly on the vibration table ...

Page 162: ...B F D Front A 3 5 4 2 E 1 Position Height Corner 1 2 3 40 5cm 16inch Edge 4 5 40 5cm 16inch Other Surfaces A B C D 40 5cm 16inch Top Surface Bottom Surface E F 34 5cm 14inch 46cm 18inch After finish the drop test of edges 3 position and also corners 2 position tester has to change to new cushion However for the carton box tester must not change to the new box and use the damaged box continuously ...

Page 163: ...029 VESA 1312 96 16 176 1024 800 3 1 28 768 4 94 500 14 561 1 016 0 508 2 201 10 836 11 765 0 044 0 015 0 524 11 183 68 677 84 997 VESA 1376 96 48 208 1024 808 3 1 36 768 5 6 135 000 12 504 1 067 0 119 1 837 9 481 13 329 0 038 0 013 0 475 12 804 79 976 75 025 VESA 1688 144 16 248 1280 1066 3 1 38 1024 7 157 500 10 971 1 016 0 406 1 422 8 127 11 761 0 033 0 011 0 483 11 235 91 146 85 027 VESA 1728 ...

Page 164: ...tal Active Pixels 1024 Aspect Ratio 4 3 768 active lines Refresh Rate 85 Hz Standard Timing 4 Horizontal Active Pixels 1152 Aspect Ratio 4 3 864 active lines Refresh Rate 75 Hz Standard Timing 5 Horizontal Active Pixels 1280 Aspect Ratio 5 4 1024 active lines Refresh Rate 85 Hz Standard Timing 6 Horizontal Active Pixels 1600 Aspect Ratio 4 3 1200 active lines Refresh Rate 75 Hz Standard Timing 7 H...

Page 165: ... 121 5 57 420 355 5 POWER SWITCH CONTROL BUTTONS 230 VSP C0464 CABINET COLOR Mist white 8510 TILT SWIVEL BASE Swivel Angle 90 90 Tilt Angle 10 5 Fig 1 OUTLINE AC POWER CONNECTOR D SUB DB9 15P INPUT CONNECTOR USB UPSTREAM PORT 3 USB DOWNSTREAM PORT DVI A INPUT CONNECTOR ...

Page 166: ...Fig 2 BEZEL LOGO VSP C0464 COLOR OF LETTERING Kingfisher Blue 6704 11 5 24 5 66 ...

Page 167: ...KYO 108 0023 JAPAN CHASSIS FAMILY Z2107 MADE IN JAPAN LISTED Info Tech Equip 45FN E211679 COLOR OF BACKGROUND Mist white Cabinet color COLOR OF LETTERING DARK REAL GRAY VSP C0464 Fig 3 RATING LABEL Label serial 135 0 5 mm 46 0 5 mm ...

Page 168: ... and trifaced corrugated board Double wall Black VSP C0464 Printing process Outer dimension Number of piles Bursting strength Material Printing color 2 FRONT D W H Fig 4 CARTON BOX MARK OF BOX CERTIFICATION FRONT outer flap inner flap outer flap inner flap REAR 623 617 623 614 625 311 311 ...

Page 169: ...VSP C0464 Fig 5 1 PRINTING SPECIFICATION OF CARTON BOX North America ...

Page 170: ...VSP C0464 Fig 5 2 PRINTING SPECIFICATION OF CARTON BOX Europe ...

Page 171: ...CUSHION USER S GUIE PACKING BAG MONITOR VSP C0464 Fig 6 PACKING STYLE JOINT STAPLE STEEL SEAL STYLE HOTMELT BOND INSIDE FLAP CARTON TAPE TOP BOTTOM FRONT NOTE 1 AC POWER CORD 1 North America see Fig 7 1 2 Eurpe see Fig 7 2 Fig 7 3 NOTE 1 Eurpe attached CD ROM ...

Page 172: ... C 4 REGULATORY APPROVALS UL CSA SPECIFICATION 1 CABLE Cross section Area AWG18X3C 2 JACKET PVC PVC INSULATION BLACK PVC INSULATION WHITE PVC INSULATION GREEN YELLOW CONSTRUCTION PVC JACKET LIGHT GRAY Fig 7 1 AC POWER CORD For North America About 1800mm VSP C0464 ...

Page 173: ...ig 7 2 AC POWER CORD For except U K 3 ABILITY 1 VOLTAGE AC 250V 2 AMPERAGE AC 10A 3 TEMPERATURE 70 C About 2500mm SPECIFICATION 1 CABLE Cross section Area 1 0mm X3C 2 JACKET PVC PVC INSULATION BROWN PVC INSULATION BLUE PVC INSULATION GREEN YELLOW CONSTRUCTION 2 VSP C0464 PVC JACKET LIGHT GRAY ...

Page 174: ...V 2 AMPERAGE AC 10A 3 TEMPERATURE 60 C 4 REGULATORY APPROVALS BS SPECIFICATION 1 CABLE Cross section Area 1 0mm X3C 2 JACKET PVC PVC INSULATION BROWN PVC INSULATION BLUE PVC INSULATION GREEN YELLOW CONSTRUCTION 2 About 2500mm VSP C0464 PVC JACKET LIGHT GRAY ...

Page 175: ...specifications Material Polyethylene PE Thickness 0 06mm Dimension 100X300mm 230 Vinyl band NEC MITSUBISHI ELECTRIC VISUAL SYSTEMS CORPORATION SC D830 WIRING LIST D SUB DVI A 1 6 2 7 3 8 13 15 12 14 4 5 C1 C5 C2 C3 C4 6 7 8 9 15 11 14 10 11 9 13 16 12 10 1 2 18 17 Red video Red Gnd Green video or Composite sync with Green video Green Gnd Blue video Blue Gnd Gnd Gnd H sync or Composite sync Sync Gn...

Page 176: ...1 6X0 8 C 130 CP156P060 03 C CERAMIC CHIP B16V 104 K 1 6X0 8 C 131 CP182P162 04 C ELECTROLYTIC CE04W 16V 100M M C 132 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 133 CP156P054 03 C CERAMIC CHIP CH50V 220P J 1 6X0 8 C 134 CP156P054 03 C CERAMIC CHIP CH50V 220P J 1 6X0 8 C 135 CP182P165 04 C ELECTROLYTIC CE04W 50V 4 7M M C 136 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 137 CP156P061 04 C ...

Page 177: ... 3X11 C 250R CP182P173 05 C ELECTROLYTIC 04W 250V 0 47M M Q 6 3X11 C 251B CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 251G CP141P512 01 C CERAMIC CHIP B 50V 103 K 2 0X1 25 C 251R CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 260 CP182P173 08 C ELECTROLYTIC 04W 250V 3 3M M Q 8X11 5 C 261 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 262 CP182P162 04 C ELECTROLYTIC CE04W 16V 100M M C 263 ...

Page 178: ...P B25V 223 K 1 6X0 8 C 503 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 504 CP182P163 07 C ELECTROLYTIC CE04W 25V 470M M C 505 QX142P011 07 C CERAMIC B500V 2200P K 222 SO C 506 CP173P251 02 C M PP 1800V 4400P H C 508 CP155P025 01 C CERAMIC R2KV 220P K C 509 CP155P030 04 C CERAMIC R250V 3300P K C 510 CP181P274 05 C ELE 04W 250V 47M M C 511 CP182P204 02 C ELECTROLYTIC 04W 250V 22M M 12 5X20 C 51...

Page 179: ...0 8 C 632 CP141P515 00 C CERAMIC CHIP B 25V 104 K 2 0X1 25 C 633 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 634 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 635 CP182P162 03 C ELECTROLYTIC CE04W 16V 47M M C 636 CP182P290 02 C ELECTROLYTIC 6 3V 33M M 5X7 C 638 CP156P053 04 C CERAMIC CHIP CH50V 100P J 1 6X0 8 C 639 CP156P053 04 C CERAMIC CHIP CH50V 100P J 1 6X0 8 C 6A1 CP156P060 02 C CERAM...

Page 180: ...P062 09 C CERAMIC CHIP B50V 472 K 1 6X0 8 C 830 CP156P062 09 C CERAMIC CHIP B50V 472 K 1 6X0 8 C 831 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 832 CP156P060 02 C CERAMIC CHIP B50V 103 K 1 6X0 8 C 834 CP156P055 02 C CERAMIC CHIP CH50V 470P J 1 6X0 8 C 835 CP156P062 09 C CERAMIC CHIP B50V 472 K 1 6X0 8 C 836 CP156P064 03 C CERAMIC CHIP B25V 104 K 1 6X0 8 C 838 CP156P055 02 C CERAMIC CHIP CH50...

Page 181: ...401 02 C POLYESTER 50V 0 39M J C 9A0 CP182P315 07 C ELECTROLYTIC 35V 150M M 8X11 5 C 9A1 CP182P315 07 C ELECTROLYTIC 35V 150M M 8X11 5 C 9A2 QX142P011 03 C CERAMIC B500V 1000P K 102 SO C 9A3 QX142P011 03 C CERAMIC B500V 1000P K 102 SO DIODE D 100 CP264P292 06 DIODE MTZ J 5 6A D 101 CP264P462 02 DIODE ZENER CHIP HZU 5 6G TRF D 102 CP264P426 03 DIODE ZENER CHIP UDZS TE17 5 6B DH D 107 CP264P292 06 D...

Page 182: ... B D 506 CP264P019 01 DIODE EG 1 D 510 CP264P499 01 DIODE 1N4005E 6580 D 512 CP264P499 01 DIODE 1N4005E 6580 D 540 CP264P155 01 DIODE RGP10G D 541 CP264P124 02 DIODE EU2A LF012 D 5A1 CP264P250 02 DIODE EGP10D STRAIGHT D 5A2 CP264P250 02 DIODE EGP10D STRAIGHT D 5J1 CP264P563 04 DIODE UG06D D 5J2 CP264P380 01 DIODE 1SS355TE 17 D 5J3 CP264P470 01 DIODE 1SS133 T 72 D 5J4 CP103P064 02 R METAL S 1 4W 51...

Page 183: ...0V IC IC100 CP266P309 01 IC RN5VS45AA TR IC101 CP266P374 01 IC MOS ST72T771N9B1 NSZ2102 IC102 CP263P353 01 IC BU2090AF IC103 CP263P346 02 IC LINEAR LM324DT IC104 CP266P916 01 IC MOS M24C32 W 24LC32A 282 1 288 1 IC1A0 CP266P327 03 IC MOS USB ISP1122ANB IC210 CP267P148 01 IC LM2402T IC211 CP263P350 01 IC MC13289ASP IC212 CP263P368 01 IC OSD XC3824P2 IC213 CP263P129 01 IC LINEAR BA4558F E2 IC214 CP26...

Page 184: ...06 CP452P314 03 CONNECTOR B2P3 VH B E MI J 907 CP452D016 01 CONNECTOR VH B2P3S VH MT J 950 CP452P333 01 CONNECTOR XAD B26B XADSS N A J 9A0 CP452C064 07 CONNECTOR EH B7B EH MI J 9A1 CP452C064 08 CONNECTOR EH B8B EH MI FILTER COIL L 1A0 CP103P107 02 R CARBON CHIP 1 10W 0 JUMPER L 1A1 CP103P107 02 R CARBON CHIP 1 10W 0 JUMPER L 1A3 CP410P070 03 FERRITE CHIP BLM21P300SPT L 1A4 CP410P101 02 BEAD FERRIT...

Page 185: ...COIL RF 100MH K 101 SO L 901 CP351P072 01 LINE FILTER 25060 MI L 902 CP351P074 02 LINE FILTER SN10P 601JB MI L 903 CP321P431 01 TRANS CHOKE 7101 0297 MI L 905 CP410P012 03 BEAD FERRITE FBR07VB850 L 906 CP410D002 02 CORE FERRITE ZBF503D 00 L 907 CP410P012 03 BEAD FERRITE FBR07VB850 L 961 CP321P031 05 COIL RF 47MH K 470 SO L 971 CP321P031 05 COIL RF 47MH K 470 SO TRANSISTOR Q 100 CP260P488 01 TRANSI...

Page 186: ...09 QX103P413 03 R CARBON 1 4W 4 7K J 472 RD H R 110 QX330H509 09 SO COPPER WIRE 030N001 0 6 R 111 CP103P114 01 R CARBON CHIP 1 10W 12K F R 112 CP103P114 06 R CARBON CHIP 1 10W 33K F R 113 CP103P067 03 R METAL S 1 4W 10K F 103 RN H R 114 CP103P067 09 R METAL S 1 4W 18K F 183 RN H R 115 CP103P114 00 R CARBON CHIP 1 10W 10K F R 116 CP103P114 00 R CARBON CHIP 1 10W 10K F R 117 CP103P104 00 R CARBON CH...

Page 187: ...101 02 R CARBON CHIP 1 10W 47 J R 180 CP103P101 02 R CARBON CHIP 1 10W 47 J R 181 QX103P411 03 R CARBON 1 4W 100 J 101 RD H R 188 QX103P413 07 R CARBON 1 4W 10K J 103 RD H R 189 QX103P413 07 R CARBON 1 4W 10K J 103 RD H R 190 QX103P410 01 R CARBON 1 4W 10 J 100 RD H R 195 QX330H509 09 SO COPPER WIRE 030N001 0 6 R 1A0 CP103P105 02 R CARBON CHIP 1 10W 100K J R 1A1 CP103P106 04 R CARBON CHIP 1 10W 1 ...

Page 188: ... J 3 2X1 6 R 220G CP103P510 04 R METAL CHIP 1 8W 10 J 3 2X1 6 R 220R CP103P510 04 R METAL CHIP 1 8W 10 J 3 2X1 6 R 222B CP103P101 04 R CARBON CHIP 1 10W 68 J R 222G CP103P101 04 R CARBON CHIP 1 10W 68 J R 222R CP103P101 04 R CARBON CHIP 1 10W 68 J R 223B CP103P100 04 R CARBON CHIP 1 10W 10 J R 223G CP103P100 04 R CARBON CHIP 1 10W 10 J R 223R CP103P100 04 R CARBON CHIP 1 10W 10 J R 224B CP103P482 ...

Page 189: ... 02 R CARBON CHIP 1 10W 330 J R 2A3 CP103P101 06 R CARBON CHIP 1 10W 100 J R 2A4 CP103P102 08 R CARBON CHIP 1 10W 1K J R 2A5 CP103P102 08 R CARBON CHIP 1 10W 1K J R 2C0 CP103P101 06 R CARBON CHIP 1 10W 100 J R 2C1 QX103P411 03 R CARBON 1 4W 100 J 101 RD H R 2C2 CP103P104 00 R CARBON CHIP 1 10W 10K J R 2C3 CP103P104 08 R CARBON CHIP 1 10W 47K J R 2C4 CP103P100 04 R CARBON CHIP 1 10W 10 J R 2C5 CP10...

Page 190: ... FUSE 1 2W 1 J FMR R 504 CP104P111 04 R METAL 1W 100 J R 505 CP103P338 09 R METAL 3W 5 6 J RHU R 506 CP103P338 09 R METAL 3W 5 6 J RHU R 507 CP103P337 04 R METAL 3W 0 33 J RHU R 508 CP104P110 06 R METAL 1W 27 J R 509 CP103P338 09 R METAL 3W 5 6 J RHU R 510 CP104P363 00 R FUSE 1 2W 2 7K J FMR R 511 QX103P415 05 R CARBON 1 4W 330K J 334 RD H R 512 QX103P413 03 R CARBON 1 4W 4 7K J 472 RD H R 513 QX1...

Page 191: ...92 00 R CHIP 1 16W 220 J R 607 CP103P492 00 R CHIP 1 16W 220 J R 608 CP103P492 00 R CHIP 1 16W 220 J R 609 CP103P494 06 R CHIP 1 16W 33K J R 610 CP103P494 00 R CHIP 1 16W 10K J R 611 CP103P494 06 R CHIP 1 16W 33K J R 612 CP103P494 06 R CHIP 1 16W 33K J R 614 CP103P492 08 R CHIP 1 16W 1 0K J R 615 CP103P494 00 R CHIP 1 16W 10K J R 616 CP103P494 00 R CHIP 1 16W 10K J R 617 CP103P494 06 R CHIP 1 16W ...

Page 192: ...X103P413 07 R CARBON 1 4W 10K J 103 RD H R 6B4 CP103P067 05 R METAL S 1 4W 12K F 123 RN H R 6B5 CP103P115 01 R CARBON CHIP 1 10W 82K F R 6B6 QX103P411 03 R CARBON 1 4W 100 J 101 RD H R 6B7 CP103P067 08 R METAL S 1 4W 16K F 163 RN H R 6B8 CP103P068 01 R METAL S 1 4W 22K F 223RN H R 6B9 CP103P115 02 R CARBON CHIP 1 10W 100K F R 6C1 CP103P118 00 R CARBON CHIP 1 10W 43K F R 6C2 CP103P114 00 R CARBON C...

Page 193: ...CP104P352 01 R FUSE 1 4W 470 J FOR R 7B6 CP104P114 01 R METAL 1W 10K J R 7B7 CP103P112 08 R CARBON CHIP 1 10W 1 0K F R 7B9 CP103P101 06 R CARBON CHIP 1 10W 100 J R 802 CP103P117 08 R CARBON CHIP 1 10W 30K F R 803 CP103P114 04 R CARBON CHIP 1 10W 22K F R 809 CP103P116 01 R CARBON CHIP 1 10W 560K F R 811 CP103P116 01 R CARBON CHIP 1 10W 560K F R 813 CP103P116 01 R CARBON CHIP 1 10W 560K F R 817 CP10...

Page 194: ... H R 936 QX103P412 03 R CARBON 1 4W 680 J 681 RD H R 937 CP104P127 02 R METAL 2W 0 22 J R 938 QX103P411 08 R CARBON 1 4W 270 J 271 RD H R 939 CP104P124 09 R METAL 2W 47K J R 941 CP104P124 05 R METAL 2W 22K J R 944 CP103P104 00 R CARBON CHIP 1 10W 10K J R 946 CP103P104 00 R CARBON CHIP 1 10W 10K J R 947 QX103P143 00 R CARBON 1 2W 2 7K J 272 RD H R 950 QX103P415 03 R CARBON 1 4W 220K J 224 RD H R 95...

Page 195: ...00 CP265P114 01 THERMISTOR NRD3103K400K03FMT TH901 CP265P113 02 THERMISTOR E100L14D325JFZ00 CRT 0381F07B CRT M51LRY32X CT251B022 4 ASSY PCB CT920A340 03 ASSY PCB MAIN WITH DEFL SUB CT920B610 01 ASSY PWB POWER CT920B611 01 ASSY PWB VIDEO CT920C268 01 ASSY PWB CRT CT920C269 01 ASSY PWB TACT SW CT920C270 01 ASSY PWB POWER SW OTHERS E 200 CP442P004 01 EARTH TERMINAL TP00370 41 E 201 CP442P004 01 EARTH...

Page 196: ...32 T0 5 NSV1107K CP580B088 05 CONNECTOR PLATE SECC C E16 E16 T0 8 NSZ2102U CP580C087 01 SHIELD USB SPTE 5 6 5 6 T0 3 NSZ2107U CP590B076 01 RADIATOR HV A1100P H24 T3 0 NSV1107K CP590C126 04 RADIATOR FIN A6063S T5 NUH1107U CP590C160 05 RADIATOR FIN A6063S T5 NSV1107K CP590C160 06 RADIATOR FIN A6063S T5 NSV1107K CP590C173 01 RADIATOR FIN A6063S T5 NUH1107U CP590D075 01 RADIATOR TR TERNE SHEET T0 8 FF...

Page 197: ...CM1017 MI QX540D111 01 LEAD CLAMPER NYLON CM1017 MI QX669D173 01 SCREW SW PAN FE M3X6 RKS 1BC0010 QX669D220 02 SCREW TB 3X8 QX669D221 02 SCREW TB 4X8 46LA005 QX669D221 04 SCREW TB QX669D221 06 SCREW TB 46LA005 4X16 RX669D171 05 SCREW SEMS W M4X0 7 8 FP1355 US model CP242C229 06 AC POWER CORD MT CP242C238 08 USB CABLE NSZ2107U MT CP242C294 01 SIGNAL CABLE SC D830 NSZ2102U CP702A014 04 CONNECTOR COV...

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