Daewoo DTH-14Q1FS Service Manual Download | Manualshive

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Summary of Contents for DTH-14Q1FS

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Page 2: ...2 SAFETY INSTRUCTIONS 3 BLOCK DIAGRAM 4 GENERAL ALIGNMENT INSTRUCTIONS 6 DESCRIPTION OF THE CIRCUIT OPERATION 10 TROUBLE SHOOTING CHARTS 32 PRINTED CIRCUIT BOARDS 40 REPLACEMENT PARTS LIST 41 EXPLODED VIEW 54 CIRCUIT DIAGRAM 64 ...

Page 3: ... Antenna Impedance 75 Unbalanced Tuning System Frequency Synthesizer Number of Memory 181 Channels Channel Reception Channel VHF TV LOW CH2 6 HIGH CH7 13 UHF TV CH14 CH69 CATV CH1 CH125 Remote Control Unit R 25C04 Screen Size 14 20 diagonal Color Standard NTSC PAL N M Tuner Type Varactor Type with PLL Aux Terminal Input Video Audio SPECIFICATIONS ...

Page 4: ...cture tube away from the body while handling 2 When replacing chassis in the cabinet always be certain that all the protective devices are put back in place such as nonmetallic control knobs insulating covers shields isolation resistor capacitor network etc 3 Before retuning the set to the customer always perform an AC leakage current check on the exposed metallic parts of the cabinet such as ante...

Page 5: ...tings 4 MENU Use this button to turn TV s menu system on and off 5 RECALL Press this button to display the channel number 6 ADD ERA Use this button to add a channel to the TV s memory or erase the channel from memory 7 MUTE Use to turn the TV s sound on and off 8 0 9 Use these buttons to change channels 9 SLEEP Use this button to program the TV to turn off after a certain time 10 PREV CH Press thi...

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Page 8: ...essential Failure to proper matching will result in responses which cannot represent the true operation of the receiver The AC Power line voltage should be kept within from 110 to 220 volts while alignment Do not attempt to connect or disconnect any wire while the receiver is in operation Make sure the power cord is disconnected before replacing any parts in the receiver TEST EQUIPMENTS DC POWER S...

Page 9: ...st L506 so that the voltage of TP3 becomes 3 8V 0 1 Vdc within two DROP POINTs FIGURE 2 SCREEN ADJUSTMENT 1 Push the 9D SCR key of SERVICE REMOCON to obtain one line picture of screen 2 Adjust the R G B Bias volume in order that the one line of screen may become white color RF PATTERN GENERATOR PM 5518 DIGITAL MULTI METER DC POWER SUPPLY TP1 L102 TP3 I501 7 TP4 R701 TP5 I201 ADJUSTMENT SET FIGURE ...

Page 10: ... counter clockwise and turn it clockwise until AGC voltage 6 0V is obtained 4 If there is the BEAT with strong signal 95 dB over re adjust it VERTICAL CENTER ADJUSTMENT 1 Receive the RETMA PATTERN 3 Set the user control to AUTO PICTURE ON 4 Adjust the R302 so that the horizontal center of the PATTERN may meet with the mechanical center of CRT HORIZONTAL CENTER ADJUSTMENT 1 Receive the RETMA PATTER...

Page 11: ...R to the center position of CRT 3 Adjust the R G B BIAS and G B DRIVE VOLUME in order that R G B of the HIGH and LOW BEAM may meet with the CENTER LED of each measuring instrument 4 At this time the memorized coordinates of the WHITE BALANCE TESTER unless otherwise specified use following coordinates and color temperature PAL 9600K 3 5ftL 265 295 NTSC 10850K 3 5ftL 274 289 SUB BRIGHT ADJUSTMENT 1 ...

Page 12: ...1 COM DMC42C522N I701 PIN DESCRIPTION OPERATION PIN NAME ABBREV FUNCTION REMARK 1 NTSC M 3 SYSTEM SWITCHING CMOS RCO PWM14 PUSH PULL 2 PAL M 3 SYSTEM SWITCHING CMOS R83 PUSH PULL 3 AC POWER DOWN MAIN POWER DOWN Detect input active LOW CMOS R03 INT3 PUSH PULL 4 SD INPUT SYNC signal INPUT H signal detect RO2 INT2 L no signal 5 REMOTE CONTROL REMOTE CONTROL signal input INPUT REMOTE CONTROL IC M50560...

Page 13: ...r OSD V position VD 0 5V PULSE Active LOW INPUT 23 R R60 OSD R Active HIGH OUTPUT 24 G R61 OSD G Dot pattern OF OSD 25 B OSD B 26 OSD Ys 27 50 60 IN 3 SYSTEM SWITCHING CMOS R13 50Hz LOW PAL N 60Hz HIGH PAL M NTSC M 28 C IDENT IN 3 SYSTEM SWITCHING CMOS R12 LOW INPUT signal detected with NO COLOR 29 OCP IN OVER CURRENT PROTECTION INPUT active HIGH CMOS R11 TV POWER turns OFF when HIGH signal detect...

Page 14: ...t 1 Channel selecting direct selecting sequential channel selecting AUTO PROGRAM 2 POWER ON OFF When MUTE KEY is detected following changes are occurred for a moment 1 VOLUME level LOW 2 SOUND MUTE 34 HIGH 3 Color of OSD GREEN RED 35 VOLUME Active HIGH PWM OUTPUT CMOS PWM82 64 STEP 2bit step VOLUME CONTROL Following action make the VOLUME level to 0 MUTE for a moment 1 Channel selecting 2 TV VIDEO...

Page 15: ... pulse from the 33 of the COM TV HIGH VIDEO LOW go into 1 of I501 through a buffer Q504 and Q507 According to the input pulse of the 1 TV VIDEO switching circuit let out the video signals to the RGB generator block inside I501 2 OUTLINE AND OPERATION OF 3 SYSTEM AUTO SWITCHING 1 SWITCHING BLOCK DIAGRAM 2 CIRCUIT OPERATION If 50 Hz detected 21 of the I501 goes down to LOW level This out goes into t...

Page 16: ... CHARACTERISTICS OF EACH SYSTEM C SOUND BLOCK 1 SOUND BLOCK DIAGRAM 2 EXPLANATION OF OPERATION 1 The TV audio signal is detected and goes into the audio switch in I501 2 The external audio signal from JV01 or JV02 goes into the 12 of I501 3 The audio switch in I501 alternates audio signals according to the TV VIDEO control input from the I701 4 The selected audio signal 51 of I501 go into the 3 of...

Page 17: ...fies this audio signal correspond to the volume control signal from I701 The amplified audio signal from the 6 and 8 drives the speaker s AUDIO MUTE function is activated by the I701 SOFTWARE MUTE 1 2 4 6 3 5 7 8 9 33V From 51 of I501 From 35 of I701 N C VP IN S GND Volume OUT P GND OUT N C TDA7056A Earphone Jack SPEAKER 16 ohm 3W SP01 ...

Page 18: ... Shot Multi Vert Size Control S W Pump UP B1 9V VERT TR1G 1N 50 60 Hz Vert Height B7 25V 10 20P vert center DY 1 2 3 4 5 6 7 8 9 10 11 12 13 LA7837 1 B 12V 2 VERTICAL TRIGGER INPUT 3 TIME CONSTANT MUTE 4 VERTICAL HEIGHT CONTROL 5 50 60 Hz VERTICAL SIZE CONTROL SIGNAL INPUT 6 RAMP WAVEFORM GENERATION 7 AC DC FEEDBACK INPUT TO VERTICAL 8 POWER SUPPLY VBB 25V 9 PUMP UP OUTPUT 10 OSC BLOCKING 11 GND 1...

Page 19: ...loss of Q4 is product of dot region of c e 3 To reduce collector loss of Q3 if bring down the voltage during scanning time as shown in the picture b Vce1 become lower so that the loss diminish GND b Q3 Collector Current i1 GND c Q4 Collector Current i2 VCC e Emitter Voltage 1 2 VCC GND d Current of Deflection coil i1 i2 GND a VCC Q3 Q4 Q2 i2 i1 VCC1 VERTICAL OUTPUT WAVE Blanking Time Voltage Sanni...

Page 20: ...AL DRIVE Tr2 R6 PNP 2Di R7 R8 R9 Tr1 R4 R4 R3 R1 C1 C4 R5 C2 C3 R2 DIRVE SINK B C GND OCP SENS PIN NO SYMBOL NAME FUNCTION 1 C COLLECTOR POWER TRANSISTOR COLLECTOR 2 GND GROUND GROUND POWER TRANSISTOR EMITTER 3 B BASE POWER TRANSISTOR BASE 4 SINK SINK BASE CURRENT Is INPUT 5 OCP OVER CURRENT PROTECTION OVERCURRENT SENSING SIGNAL INPUT 6 INH INHIBIT LATCH SYNC OFF TIME LATCH CIRCUIT CONTROL INPUT 7...

Page 21: ...oltage Pin 7 A oscillator generates pulse signals which turns a power transistor on and off by making use of charge and discharge of CI and C2 incorporated in the Hybrid IC Constant voltage control of a switch mode power supply is performed by changing both ON time and OFF time except when the load is light ex remote control stand by mode of TVs Fig 4 shows how the oscillator works when the Hybrid...

Page 22: ...et at 1 5V Ta 25 C When the INH terminnal voltage reaches VTH2 an output from COMP 2 reverses and as a result C2 starts firing and a voltage across C2 drops to almost 0V in a moment As the result of this immediate discharge of C2 the OFF time of the oscillator which has been determined by the product of C2 and R2 55 sec can be quicker up to approx 2 sec As long as the INH terminal voltage does not...

Page 23: ... lower than VTH2 after the time tr which is determined by the production of internal impedance of the IC and CINH has past the transistor turns on 4 Quasi resonant operation By inputting a voltage signal which is synchronized with the energy discharge time of a secondary winding of a transformer to the INH terminal quasi resonant operation can be achieved As shown in Fig 8 the voltage of L1 windin...

Page 24: ... value of IB2 is not large the storage time is long and the VCE sat voltage is high which results in large turn off loss The circuit and the waveforms of the proportional drive system which is applied to the STR S5707 in order to reduce these switching loss and shorten the storage time are shown in Fig 10 and Fig 10 2 respectively OSC Drive R810 C805 D806 Fig 10 D806 and C805 function to reverse b...

Page 25: ... is 4V the power supply circuit sustains the off state as long as current of 500 A minimum flows to VIN terminal from a start up resistor In order to prevent a malfunction to be caused by a noise and so on delay time is provided by C1 incorporated in the IC and therefore the latch circuit operates when the OVP of TSD circuit is in operation of an external signal input is provided for about 10 sec ...

Page 26: ...rature is actually sensed at the control chip It works against overheating of the power transistor as the power transistor and the control IC are mounted on the same lead frame 9 Overvoltage protection circuit It is a circuit to trigger the latch circuit when VIN terminal voltage exceeds 11V typical Although it basically functions as protection of VIN terminal against overvoltage since VIN termina...

Page 27: ... line the increase of the voltage drop at R821 bring down the base voltage of the Q806 so as to drive the Q806 ØBecause of the overload at the rear of the R821 the voltage of the point decreases And this makes Q806 turn on so that a voltage is applied to the 29 of I701 ŒIn case that OCP operates by the 29 of the I701 the set is protected by power off 32 of I701 LOW C816 100µ 16V R821 123 V LINE 1W...

Page 28: ...ARPNESS EXT VIDEO IN GND VIDEO OUT COLOR TINT BRIGHTNESS VERT OUT 50 60 AFC HOR X TAL HOR VCC HOR OUTPUT FBP IN BGP OUT 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 FM DET OUT AUDIO OUT RF AGC OUT IF GND VIF INPUT VIF INPUT IF AGC VIF VCC SIF VCC APC FILTER X TAL X TAL VCC DEMO OUTUT R Y DEMO OUTUT R Y ALC INPUT R Y ALC INPUT B Y R OUT G OUT B OUT BLACK STRETCH OSD...

Page 29: ...FC TINT COLOR SHARP CONTRAST BRIGHT VOLUME S MUTE OPEN DRAIN V MUTE OPEN DRAIN TV VIDEO OPEN DRAIN POWER SCREEN OUT PUSE PULL OCP IN 50 60 IN C IDENT IN PUSH PULL osd IN OSD B OSD G OSD R RCO PWM14 R83 RO3 INT3 RO2 INT2 RO1 INTO TIMI ROO INTO TIMO XIN XOUT RESET R82 GND R81 R80 Vcc R23 R22 R20 PCL R21 AFC IN OSC IN OSC out RC1 PWM60 RC2 PWM61 RC3 PWM62 PWM80 PWM81 PWM82 R30 R31 R32 R33 R10 R11 R12...

Page 30: ...3 VDD 12 VDD 6 R Y IN 7 4MHz OUT 8 COMP 9 PC OUT 11 VCO IN 10 VSS 4 Ø1 Ø2 Ø1 Ø2 CLAMP CLAMP AUTO BIAS AUTO BIAS BGP BGP 4MHz OSC DUTY Compensation vco CCD 254 5 BIT CCD 254 5 BIT CLOCK DRIVER TIMING 1 256 COUNTER S H AMP S H AMP Pump up BGP BGP Wave Forming Phase comporator ...

Page 31: ...29 3 LOCAL KEY OPTION SW 6 10 12 13 15 16 KEY IN 0 KEY IN 1 KEY IN 2 KEY O 0 KEY O 1 KEY O 2 ROO INTO TIMO R82 I701 R81 R80 R23 R22 CH CH AUTO ON TV VID LANGUAGE VOL MENU VOL ...

Page 32: ... TON Adjustment Trimming Resistor R8 2 5KΩ C3 820pF R2 TOFF Adjustment Trimming Resistor R9 35KΩ C4 0 01 F R3 1 0KΩ C1 3300pF C5 1500pF R4 100Ω C2 0 01 F R5 85Ω R6 Vs Adjustment Trimming Resistor R7 14KΩ Terminal symbol Description 1 C Collector Terminal 2 GND Ground Terminal 3 B base Terminal 4 SINK Sink Terminal 5 OCP Overcurrent Protection Terminal 6 INH Inhibit Terminal Latch Terminal 7 SENS S...

Page 33: ...rol signal input Ramp wavefom generation AC DC feedback input to vertcal output section Power supply B8 Pump up output OSC blocking GND vertcal output Power supply for vertical output 1 2 3 4 5 6 7 8 9 10 11 12 13 Vert Ting Input One Shot Multi Pump Up Vert Drive Ramp Generator Vert Size Control S W Vert out Thermal protection ...

Page 34: ...EPLACE Z501 REPLACE SPEAKER CHECK REPLACE R606 I601 CHECK PIN 5 OF I601 CHECK REPLACE I701 CHECK REPLACE C604 REPLACE I501 OK OK OK OK NG NG NG TURN OFF THE MAIN POWER SW AND TURN ON THE TV SET AGAIN CHECK THE WAVEFORM OF PIN 23 24 25 26 OF I701 CHECK THE WAVE FROM OF PIN 21 22 OF I701 REPLACE I701 CHECK THE WAVEFORM OF Q704 CHECK REPLACE R771 772 773 514 587 C514 515 AND 516 CHECK REPLACE I501 CH...

Page 35: ...NECTING OF P401 CHECK REPLACE D Y DISCONNECT D302 AND MEASURE THE VOLTAGE REPLACE I301 CHECK REPLACE R318 CHECK REPLACE T402 CHECK REPLACE I501 OK OK OK NG NG CHECK THE VOLTAGE OF PIN 21 OF I501 N B NTSC PAL M H PAL N L CHECK Q502 CHECK REPLACE I301 REPLACE Q502 CHECK THE NTSC PAL SW REPLACE I501 OUT OF VERTICAL SIZE NO VERTICAL SCAN ONE HORIZ LINE RASTER ...

Page 36: ...ROCESS CHECK REPLACE I501 OK NG NG NG RECEIVE A COLOR BAR SIGNAL WITH PATTERN GENERATOR CHECK THE CONTROL VOLTAGE OF I701 39 PUSH THE REMOCON CONTROL BUTTON FOR COLOR MAX CHECK THE COLOR KILLER VOLTAGE OF I501 17 CHECK THE COMPOSIT VIDEO SIGNAL ON 10 OF I501 CHECK REPLACE I501 CHECK REPLACE I701 CHECK REPLACE R527 L502 Z502 Q503 R525 AND R528 NO COLOR GENERAL NO COLOR AT PAL N ONLY ...

Page 37: ...H CHECK D508 CHECK REPLACE X502 AND C508 CHECK REPLACE I501 OK OK OK OK OK NG NG NG NG NG CHECK THE VOLTAGE OF PIN 21 OF I501 HIGH CHECK PIN 27 OF I701 HIGH CHECK THE PIN 2 OF I701 HIGH CHECK THE PIN 18 OF I501 LOW CHECK THE CCD DELAY LINE I502 CHECK REPLACE Q502 AND I701 CHECK REPLACE Q702 CHECK PIN 22 AND 23 OF I501 CHECK REPLACE C517 C518 R532 AND X401 CHECK REPLACE I501 ON COLOR AT PAL M ONLY ...

Page 38: ...01 SAW FILTER CHECK REPLACE I501 CHECK REPLACE I501 AND PIF AGC CIRCUIT MEASURE THE B VOLTAGE OF TUNER CHECK REPLACE 9V LINE CHECK REPLACE TUNER MEASURE THE VOLTAGE OF AGC TERMINAL OF TUNER NORMAL 3 0V 7 6V OK OK LOW OR ZERO OK CHECK 9V 7 6V LINE ON MAIN PCB CHECK REPLACE R202 I201 CHECK REPLACE D201 R201 CHECK REPLACE I501 CHECK REPLACE U101 NO RASTER NOISE OR WEAK SOUND NO PICTURE RASTER REMAINS...

Page 39: ... CHECK REPLACE Q401 Q402 OK OK OK OK OK OK OK NG NG NG CHECK WHETHER THE BRIGHT CONTRAST ARE CONTROLLABLE OR NOT CHECK REPLACE THE COMPOSITE SIGNAL INPUT STAGE AND VIDEO PARTS OF I501 CHECK THE VCC VOLTAGE AT 40 OF I501 CHECK R G B SIGNAL OUTPUT AND PA501 CHECK REPLACE 7 6V LINE OF I501 CHECK THE VOLTAGE OF 185V ON CRT BOARD CHECK REPLACE 185V CHECK REPLACE THE EACH PIN OF I501 CHECK THE SIGNAL IN...

Page 40: ...OF AV JACK JV01 AND JV02 CHECK REPLACE C540 CA01 RV02 RA01 CHECK REPLACE I501 CHECK REPLACE AV JACK JV01 AND JV02 CHECK 33 OF I701 CHECK REPLACE I501 CHECK THE DC VOLTAGE AT 1 OF I501 CHECK REPLACE I701 CHECK REPLACE R555 R556 R562 AND Z501 AV DOES NOT OPERATE TV SIGNAL IS OK ...

Page 41: ...MAIN PCB CHECK 5 1V LINE OF MAIN PCB CHECK REPLACE D809 AND D704 CHECK REPLACE 11V 9V AND 180V CHECK REPLACE Q801 Q802 AND I802 CHECK REPLACE I701 CHECK REPLACE I501 CHECK REPLACE HORIZ OUTPUT DRIVE CIRCUIT CHECK REPLACE T801 AND I801 CHECK THE VOLTAGE AT PIN 9 OF I801 CHECK REPLACE D827 AND Q827 CHECK REPLACE I801 POWER FAILS TO TURN ON NO RASTER NO SOUND DOES NOT TURN ON ...

Page 42: ... MYLAR CMXM2A104J 100V 0 1MF J TP 1 C309 C CERA CCXB2H102K 500V B 1000PF K TAPPING 1 C310 C ELECTRO CEXF1V471V 35V RSS 470MF 10X20 TP 1 C401 C MYLAR CMYH3C602J 1 6KV BUP 6000PF J 1 14 ONLY CMYH3C752J 1 6KV BUP 7500PF J 1 20 ONLY C402 C CERA CCXB2H222K 500V B 2200PF K TAPPING 1 C403 C ELECTRO CEXF2C109V 160V RSS 1MF 6 3X11 TP 1 C404 C CERA CBZR1C152M 16V Y5R 1500PF M AXIAL 1 C405 C CERA CCXB3D271K ...

Page 43: ...00V 0 012MF J TP 1 C604 C ELECTRO CEXF1H109V 50V RSS 1MF 5X11 TP 1 C606 C ELECTRO CEXF1C102V 16V RSS 1000MF 10X20 TP 1 C607 C MYLAR CMXM2A103J 100V 0 01MF J TP 1 C608 C CERA CCZF1H473Z 50V F 0 047MF Z AXIAL 1 C702 C ELECTRO CEXF1E101V 25V RSS 100MF 6 3X11 TP 1 C703 C CERA SEMI CBZF1H104Z 50V F 0 1MF Z AXIAL 1 C704 C ELECTRO CEXF1C102V 16V RSS 1000MF 10X20 TP 1 C705 C CERA SEMI CBZF1H104Z 50V F 0 1...

Page 44: ...PPING 1 C951 C ELECTRO CEXF1H100V 50V RSS 10MF 5X11 TP 1 C953 C CERA CCZB1H221K 50V B 220PF K AXIAL 1 C954 C CERA CCZB1H271K 50V B 270PF K AXIAL 1 C955 C CERA CCZB1H221K 50V B 220PF K AXIAL 1 C956 C CERA CCZB1H271K 50V B 270PF K AXIAL 1 C957 C CERA CCZB1H221K 50V B 220PF K AXIAL 1 C958 C CERA CCZB1H271K 50V B 270PF K AXIAL 1 CA01 C ELECTRO CEXF1H109V 50V RSS 1MF 5X11 TP 1 D102 DIODE ZENER DMTZ5R1B...

Page 45: ...3X10 MFZN 1 I501 IC VIDEO 1LA7688 LA7688 1 I502 IC DELAY 1LC89950 LC89950 1 I601 IC AUDIO 1TDA7056A TDA7056A 1 I601A HEAT SINK 4857025400 A1050P H24 T2 0 1 I601B SCREW TAPPTITE 7174301011 TT2 RND 3X10 MFZN 1 I701 IC MICOM 1DMC42C204 DMC42C2008 204 1 I703 IC MEMORY 124LC02B 24LC02B 1 I801 IC POWER 1STRS5707 STR S5707 1 I801A HEAT SINK 4857024607 AL EX DG 1 I801B SCREW TAPPTITE 7174301011 TT2 RND 3X...

Page 46: ...Y AWG22 1 0 65 TIN COATING J041 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J042 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J043 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J044 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J045 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J046 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J047 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J0...

Page 47: ... AWG22 1 0 65 TIN COATING J095 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J096 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J097 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J098 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J099 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J100 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J101 WIRE COPPER 85801065GY AWG22 1 0 65 TIN COATING J10...

Page 48: ...4850708N08 BIC 08T 25T C 20T ULW 400 1 PA601 CONN AS 4850703S11 YH025 03 YST025 USW 200 1 PA602 CONN AS 4850703S13 YH025 03 YST025 USW 500 1 T SERIES ONLY PA802 CONN AS 4850701S09 YFH800 01 YPT018 ULW 400 1 PWC1 CORD POWER AS 4859902910 KKP419C BL102NG TUBE 2100 1 PWC1A CONN WAFER 4859242220 YFW800 02 1 Q301 TR TKTC3198Y KTC3198Y 1 Q401 TR TKTC3207 KTC3207 TP 1 Q402 TR T2SD2499 2SD2499 1 Q502 TR T...

Page 49: ...RD AZ561J 1 6 560 OHM J 1 R402 R M OXIDE FILM RS02Z153JS 2W 15K OHM J SMALL 1 R404 R CARBON FILM RD 4Z272J 1 4 2 7K OHM J 1 R405 R M OXIDE FILM RS02Z512JS 2W 5 1K OHM J SMALL 1 R406 R CARBON FILM RD 2Z154J 1 2 150K OHM J 1 14 ONLY RD 2Z124J 1 2 120K OHM J 1 20 ONLY R407 R CARBON FILM RD AZ102J 1 6 1K OHM J 1 R408 R M OXIDE FILM RS01Z102J 1W 1K OHM J TAPPING 1 20 ONLY R409 R CARBON FILM RD 2Z153J 1...

Page 50: ...CARBON FILM RD AZ151J 1 6 150 OHM J 1 R566 R CARBON FILM RD AZ151J 1 6 150 OHM J 1 R567 R CARBON FILM RD AZ151J 1 6 150 OHM J 1 R580 R CARBON FILM RD AZ202J 1 6 2K OHM J 1 R581 R CARBON FILM RD AZ472J 1 6 4 7K OHM J 1 R582 R CARBON FILM RD AZ103J 1 6 10K OHM J 1 R583 R CARBON FILM RD AZ103J 1 6 10K OHM J 1 R584 R CARBON FILM RD AZ473J 1 6 47K OHM J 1 R585 R CARBON FILM RD 4Z241J 1 4 240 OHM J 1 R5...

Page 51: ...J 1 6 47K OHM J 1 R761 R CARBON FILM RD AZ103J 1 6 10K OHM J 1 R766 R CARBON FILM RD AZ103J 1 6 10K OHM J 1 R767 R CARBON FILM RD AZ103J 1 6 10K OHM J 1 R768 R CARBON FILM RD AZ473J 1 6 47K OHM J 1 R769 R CARBON FILM RD AZ104J 1 6 100K OHM J 1 R770 R CARBON FILM RD AZ432J 1 6 4 3K OHM J 1 R771 R CARBON FILM RD AZ102J 1 6 1K OHM J 1 R772 R CARBON FILM RD AZ102J 1 6 1K OHM J 1 R773 R CARBON FILM RD ...

Page 52: ...SMALL 1 R954 R CARBON FILM RD AZ151J 1 6 150 OHM J 1 R955 R CARBON FILM RD AZ151J 1 6 150 OHM J 1 R956 R CARBON FILM RD AZ151J 1 6 150 OHM J 1 R957 R CARBON FILM RD 2Z332J 1 2 3 3K OHM J 1 R958 R CARBON FILM RD 2Z332J 1 2 3 3K OHM J 1 R959 R CARBON FILM RD 2Z332J 1 2 3 3K OHM J 1 R961 R CARBON FILM RD AZ152J 1 6 1 5K OHM J 1 R962 R CARBON FILM RD AZ241J 1 6 240 OHM J 1 R963 R CARBON FILM RD AZ560J...

Page 53: ...1620 YW025 03 1 X401 RESONATOR CERA 4850L02810 CSB500F55 1 X501 CRYSTAL QUARTZ 5XE3R5820C HC 49 U 3 582056MHZ 20PPM 1 X502 CRYSTAL QUARTZ 5XE3R5795C HC 49 U 3 579545MHZ 20PPM 1 X503 CRYSTAL QUARTZ 5XE3R5756C HC 49 U 3 575611MHZ 20PPM 1 X701 CRYSTAL QUARTZ 5XE4R1943C HC 49 U 4 194304MHZ 20PPM 1 Z501 FILTER CERA 5PXFSH4R5M SFSH 4 5MCB TF21 TP 1 Z502 FILTER CERA 5PXPS45MB TPS 4 5MB TRAP TAPPING 1 ZZ1...

Page 54: ...MBER REMARK M822 BAG P E 00010 BAG INSTRUCTION 4858213800 L D P E T0 05X250X400 1 00020 BATTERY 486A716200 AAA 2 00030 MANUAL INSTRUCTION 48586537S1 1 00040 ANT ROD 4850A02510 S3BW216B L 600 MM 1 00050 TRANS ANT MATCHING 4850A00150 MT 02 1 ...

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