14GV1 Service Manual - Index of

It is advisable to insert an isolation transformer in the. a.c. supply before servicing a hot chassis. 2. When servicing, observe the original lead dress in the.
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TX-21/14GV1 Service Manual Service Support

Specifications

Parts List

Safety

Block Diagrams

Service Information

Schematic Diagrams

Exploded View

PCB Views

Service and repair of this product is supported by Panasonic's LUCI interface. This interface provides a link between the TV and a standard PC to allow a number of diagnostic and control functions to be performed. For more details contact your local Panasonic company.

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EXIT

ORDER No. SM-99066

Colour Television Video Combination TX-21GV1 TX-14GV1 Z-421V Chassis SPECIFICATIONS FOR TV (All figures in brackets { } refer to TX-14GV1) Power Source: 220-240V a.c., 50Hz Power Consumption: 69W{54W} Stand-by Power Consumption: 3W Aerial Impedance: 75Ω unbalanced, Coaxial Type Receiving System: PAL I, PAL-525/60 M.NTSC NTSC (AV only) Receiving Channels: UHF E21-E69 Intermediate Frequency: Video 38,9MHz Audio 32,9MHz Colour 34,47MHz Video/Audio Terminals: AV IN (Rear) Video (21 pin) 1V p-p 75Ω Audio (21 pin) 500mV rms 10kΩ RGB (21 pin) AV OUT (Rear) Video (21 pin) 1V p-p 75Ω Audio (21 pin) 500mV rms 1kΩ AV Front Audio (RCAx1) 500mV rms 10kΩ Video (RCAx1) 1V p-p 75Ω

High Voltage: Picture Tube: Audio Output Mono (Music Power) Headphones: Accessories supplied :

28kV ± 1,5kV {25kV ± 1,5kV} A51EAL155X17 (51cm) {A34EAC01X (34cm)} 2 x 1,5W 8Ω Impedance {2W 16Ω Impedance} 300Ω Impedance 3,5mm Remote Control 2 x R6 (UM3) Batteries Indoor Antenna {14" only}

Dimensions: Height: 532mm {396,5mm} Width: 514mm {386mm} Depth: 485,2mm {367,5mm} Net weight: 24kg {13kg} Specifications are subject to change without notice. Weights and dimensions shown are approximate. NOTE: This Service Manual should be used in conjunction with the Z-421V Technical guide.

SPECIFICATIONS FOR VCR GENERAL

temperature format

AUDIO

VIDEO

5°C ~ 35°C (operating) -20°C ~ 60°C (storage temperature) standard

tape width

12.65mm

tape speed max. recording time with full-size cassette recording system

SP: 23.39mm/sec LP: 11.70mm/sec SP: 240min. with E-240 video cassette LP: 480min. with E-240 video cassette longitudinal track

input

-3.8dBm(500mVrms), more than 47kΩ, unbalanced.

output frequency range

-3.8dBm(500mVrms),less than 1kΩ, unbalanced 100Hz to 8KHz

signal to noise ratio

40dB(more than)

signal system

PAL/SECAM colour and CCIR mono chrome signals, 625lines/50fields. Rotary 4-head helical scan with a slant double azimuth combination video head. 1Vp-p, 75Ω, unbalanced

recording system input output signal to noise ratio

1Vp-p, 75Ω, unbalanced 45dB with NETTETE IMAGE control at center position.

horizontal resolution

240 lines with NETTETE IMAGE control at center position

Panasonic CS ( U.K. ) Ltd. WILLOUGHBY ROAD, BRACKNELL, BERKS., RG12 8FT.

CONTENTS SAFETY PRECAUTIONS..........................................................................................................................................................2 SERVICE HINTS & DISASSEMBLY .........................................................................................................................................3 ADJUSTMENT PROCEDURE...................................................................................................................................................6 ALIGNMENT SETTINGS...........................................................................................................................................................7 DESCRIPTION OF THE VCR MECHANISM ............................................................................................................................8 BLOCK DIAGRAMS ................................................................................................................................................................34 PARTS LOCATION (TV) .........................................................................................................................................................37 REPLACEMENT PARTS LIST (TV) ........................................................................................................................................38 PARTS LOCATION (VCR) ......................................................................................................................................................47 REPLACEMENT PARTS LIST (VCR) .....................................................................................................................................48

SAFETY PRECAUTIONS GENERAL GUIDE LINES 1. 2.

3.

4. 5.

6.

It is advisable to insert an isolation transformer in the a.c. supply before servicing a hot chassis. When servicing, observe the original lead dress in the high voltage circuits. If a short circuit is found, replace all parts that have been overheated or damaged by the short circuit. After servicing, see that all the protective devices such as insulation barriers, insulation papers, shields and isolation R-C combinations are correctly installed. When the receiver is not being used for a long period of time, unplug the power cord from the a.c. outlet. Potentials as high as 29,5kV { 26,5kV } are present when this receiver is in operation. Operation of the receiver without the rear cover involves the danger of a shock hazard from the receiver power supply. Servicing should not be attempted by anyone who is not familiar with the precautions necessary when working on high voltage equipment. Always discharge the anode of the tube. After servicing make the following leakage current checks to prevent the customer from being exposed to shock hazard.

5. 6.

Reverse the a.c. plug at the outlet and repeat each of the above measurements. The potential at any point should not exceed 1,4Vrms. In case a measurement is outside the limits specified, there is a possibility of a shock hazard, and the receiver should be repaired and rechecked before it is returned to the customer.

HOT CHECK CIRCUIT a.c. VOLTMETER

2kΩ 10 Watts

WATER PIPE (EARTH)

TO INSTRUMENT’S EXPOSED METALLIC PARTS

Fig. 1.

LEAKAGE CURRENT COLD CHECK 1. 2. 3.

Unplug the a.c. cord and connect a jumper between the two prongs of the plug. Turn on the receiver’s power switch. Measure the resistance value with an ohmmeter, between the jumpered a.c. plug and each exposed metallic cabinet part on the receiver, such as screw heads, aerials, connectors, control shafts etc. When the exposed metallic part has a return path to the chassis, the reading should be between 4M ohm and 20M ohm. When the exposed metal does not have a return path to the chassis, the reading must be infinite.

X-RADIATION WARNING 1. 2.

NOTE: It is important to use an accurate periodically calibrated high voltage meter. 1. Set the brightness to minimum. 2. Measure the high voltage. The meter should indicate. 28kV ± 1,5kV { 25kV ± 1,5kV }. If the meter indication is out of tolerance, immediate service and correction is required to prevent the possibility of premature component failure. 3. To prevent any X-Radiation possibility, it is essential to use the specified tube.

LEAKAGE CURRENT HOT CHECK 1. 2.

3. 4.

The potential sources of X-Radiation in TV sets are the high voltage section and the picture tube. When using a picture tube test jig for service, ensure that the jig is capable of handling 29,5kV { 26,5kV } without causing X-Radiation.

Plug the a.c. cord directly into the a.c. outlet. Do not use an isolation transformer for this check. Connect a 2kΩ 10W resistor in series with an exposed metallic part on the receiver and an earth, such as a water pipe. Use an a.c. voltmeter with high impedance to measure the potential across the resistor. Check each exposed metallic part and check the voltage at each point.

2

SERVICE HINTS How to remove the rear cover 1) Remove the screws as shown in Fig.2/Fig.3. TX-21GV1 TX-14GV1

Screw

Screw

Screw

Screw

Fig.3. Fig.2.

DISASSEMBLY 1) Remove the 2 cable ties shown in Fig.4. 2) Remove the 7 connectors shown in Fig.5.

Fig.2.

CRT Board Focus Cable Ties Screen Power Board

Main Board Fig.4.

Connectors Fig.5.

3

DISASSEMBLY (Cont.) 3) 4) 5) 6)

Remove the 6 screws, three each side, from the top cover, as shown in Fig.6. Remove the speaker connector as shown in Fig.6. Remove earth strap shown in Fig.7. Lift top cover and remove main pcb.

Speaker Connector

Earth strap

Screws Fig.6.

Top Cover Fig.7.

7) Remove the 5 screws as shown in Fig.8. 8) Remove the head connector seal cover shown in Fig.8. 9) Remove the 4 connectors shown in Fig.9. Head Connector Seal Cover

Screws Fig.8.

Connectors

Fig.9. Connectors

4

DISASSEMBLY (Cont.) 10) 11)

Remove the 5 screws shown in Fig.10. Release the 5 chassis frame clips (shown in Fig.11.) and remove the main P.C.B. from the chassis frame.

Screws

Screws

Fig.10.

Clips

Clips

Fig.11.

5

ADJUSTMENT PROCEDURE Item / Preparation

Adjustments

Sub Tuner AFT 1) Set a signal generator with -RF FREQUENCY = 38,9MHz -RF OUTPUT LEVEL = 80±5dBuV. 2) Connect a signal generator RF output to TP2 (TUNER IF OUTPUT). Ensure there is no signal input to the TUNER. 3) Connect the DC voltage meter to TP3.

Adjust L201 (AFT COIL) for 2,2V ± 0,1V.

Main Tuner AGC 1) Set a pattern generator with RF level 60 ± 2dBuV, 210,25MHz. 2) Connect an oscilloscope to P101 (Tuner AGC Input).

Adjust using "AGC UP/DOWN" key until the voltage drops to 1,0Vdc ± 0.2Vdc below its maximum voltage.

Sub Tuner AGC 1) Set a pattern generator with RF level 60 ± 2dBuV, 210,25MHz. 2) Connect an oscilloscope to P101 (Tuner AGC Input).

Press the "SUB AGC" key in Service mode and monitor the SUB TUNER picture whilst adjusting R202 (SUB AGC VR) to 1,0Vdc ±0.2Vdc below its maximum voltage.

Screen 1) Apply a Colour Bar Pattern signal. 2) Connect an oscilloscope to P906 (CRT Cathode RGB). 3) Press the SCREEN key.

Adjust the screen volume on the FBT so that the highest black level voltage is 130V ± 5Vdc {150V ± 5Vdc}.

Focus 1) Apply a RETMA Pattern signal.

Adjust FOCUS VOLUME on the FBT for optimum setting.

White Balance 1) Apply a Colour Bar Pattern signal.

Adjust the RGB UP/DOWN key to obtain optimum WHITE BALANCE.

X-Position Adjustment, P2 and P3

Adjust, with the corn screw, until both TRK MAX and TRK MIN have the same size of envelope. Adjust P2, P3 so that both the beginning and the end of the envelope waveform are flat.

1) Play DP-2 Test tape (Colour bar, Audio 6KHz). 2) Enter Service Mode using Service Remote and deactivate Auto-Tracking by pressing ATK-OFF key. 3) Set oscilloscope to CHOP mode and connect CH1 to VIDEO HEAD SW (PYO4 pin 6). Connect CH2 to the PB ENVE (PYO4 pin 4) and trigger CH1. Azimuth Adjustment 1) Connect an oscilloscope to the AUDIO OUTPUT terminal (P601).

After test tape playback, adjust the output level, using the outer screw of the A/C head to obtain maximum waveform. (6KHz -3,8dBm +1dBm / -3dBm.) Fix the azimuth screw with locking paint.

6

ALIGNMENT SETTINGS: (The figures below are nominal and used for representative purposes only.) 1) Place the TV in Programme position 70, set the Sharpness to minimum position, press the down button (- / v) on the customer controls at the front of the TV and at the same time press the VCR INDEX button on the remote control, this will place the TV into the Service Mode. 2) Press the RED / GREEN buttons to step up / down through the functions. 3) Press the YELLOW / BLUE buttons to alter the function values. 4) To exit the Service Mode, press the "EXIT" button. Alignment Function Blue correction

Green correction

Settings / Special features B

Optimum setting (for white balance).

23 G

Optimum setting (for white balance).

23 Red correction

R

Optimum setting (for white balance).

24 Set Pattern generator with RF level 60+/- 2dBuV, 210.25MHz. Connect oscilloscope to P101 (Tuner AGC input). Adjust AGC using Yellow /Blue buttons until the voltage drops to 1,0Vdc ±0.2Vdc below its maximum voltage.

AGC AGC

41

Press this button to access SUB TUNER AGC adjustment. Press once: picture is displayed in colour. Press twice: picture is displayed in black and white.

SUB AGC 1 Sub AGC

Horizontal Centre

Vertical Size

H-CENTER

Optimum setting.

32 V-SIZE

Optimum setting.

51 Vertical Centre

V-CENTER

Optimum setting.

30 Vertical Slope

V.SLOPE

Optimum setting.

32 S-Correction

S-CORR

Optimum setting.

20 OSD language

OSD Language

OSD Position Set

English Français Italiano Español Nederlands Deutsch

Adjust to change order of language selection

OSD POSITION SET

7

Optimum setting.

DESCRIPTION OF THE VCR MECHANISM Characteristic of the K-Deck mechanism _

K-Mecha Deck follows the VHS standard and uses three motors (DRUM MOTOR, CAPSTAN MOTOR and L/C MOTOR). The L/C MOTOR is used to drive FRONT LOADING.

_

The deck recognises each mode by using a 4-BIT MODE signal. This 4-BIT MODE signal is generated by the CAM SWITCH, which is driven by the L/C MOTOR.

_

There are 7 MODES which are utilised (EJECT / INITIAL / REV / IDLE / PLAY, STOP, SLOW / BRAKE / FF & REW).

_

The reduction of the mode shifting time, i.e. picture playing time, is enabled by using the FULL LOADING SYSTEM that has the DRUM wrapped by the tape.

_

The Main PCB is separated from the Deck. When assembling, it is connected by the B-B TYPE CONNECTOR.

_

The CAPSTAN MOTOR and DRUM MOTOR are directly connected to the MAIN PCB DECK

ASSEMBLY DIAGRAM OF DECK ASSEMBLY TOP VIEW

18

17

19

16

1

15

2

14 3 13

4

12

5

6

20

8

7

9

10 11

Fig.12. 1) 2) 3) 4) 5) 6) 7) 8)

EARTH BRACKET ASSEMBLY FE HEAD S SLANT POLE ASSEMBLY TENSION BAND ASSEMBLY REEL TABLE MAIN BASE ASSEMBLY S SUB BRAKE ASSEMBLY S MAIN BRAKE ASSEMBLY

9) 10) 11) 12) 13) 14) 15) 16)

IDLER PLATE TOTAL ASSEMBLY T MAIN BRAKE ASSEMBLY T-BRAKE ASSEMBLY RELAY LEVER CAPSTAN MOTOR PINCH LEVER TOTAL ASSEMBLY L/C BRACKET TOTAL ASSEMBLY CAM GEAR

8

17) 18) 19) 20)

A/C HEAD TOTAL ASSEMBLY T SLANT POLE ASSEMBLY DRUM TOTAL ASSEMBLY RECORD SAFETY LEVER

ASSEMBLY DIAGRAM AND MAJOR PARTS CHECK BOTTOM VIEW 10

2 9

1

7

8 4

3

6 5 Fig.13.

1) 2) 3) 4)

CAPSTAN MOTOR F/L RACK CONNECT PLATE REEL BELT

5) 6) 7) 8)

REEL GEAR TOTAL ASSEMBLY 9) DRUM TOTAL ASSEMBLY RECORD SAFETY LEVER 10) LOADING RACK ASSEMBLY L LOADING ASSEMBLY R LOADING ASSEMBLY

9

DISASSEMBLY AND REPLACEMENT FRONT LOADING ASSEMBLY REMOVAL NOTE: The FRONT LOADING ASSEMBLY can be removed only in the eject position. 1) Remove the two screws (A0400)as displayed in fig.14 below.

A0400

Front loading assembly separation Fig.14.

10

DISASSEMBLY OF THE VCR 1) Remove the screw holding the F/L BRACKET R and move the F/L BRACKET R in the direction of the arrow to separate it from the TOP PLATE and CASSETTE HOLDER ASSEMBLY. 2) Remove the CASSETTE HOLDER ASSEMBLY.

Disassembly of the front loading assembly Fig.15.

3) Remove the screw holding the PRISM LINK R and remove the PRISM LINK R from the F/L BRACKET R.

Disassembly of the front loading bracket (right) Fig.16.

11

DISASSEMBLY OF THE VCR (Cont.) 4) Remove the screw holding the PRISM LINK L. 5) Release the hook B by pushing it in the direction of the arrow and remove the DOOR OPENER.

Disassembly of the top plate Fig.17. 6) Remove the LOADING LEVER ASSEMBLY by pressing the connected section of the LOADING LEVER ASSEMBLY in the direction of the arrows. 7) Remove the SAFETY SPRING between the SAFETY LEVER and the CASSETTE HOLDER PLATE. 8) Remove the RELEASE SPRING between the RELEASE LEVER and the SAFETY LEVER R.

Disassembly of the cassette holder assembly Fig.18.

12

DISASSEMBLY OF THE VCR (Cont.) NOTE Reassemble the FRONT LOADING MECHANISM in the reverse order. Confirm that the two bosses on the left side of the CASSETTE HOLDER are inserted into the groove on the left s ide of the top plate. Insert the two bosses on the right side of the cassette holder into the groove of the FRONT LOADING BRACKET R.(Fig.19).

INSERT POINTS TOP PLATE

Assembly of the front loading assembly Fig.19.

DRUM ASSEMBLY / EARTH BRACKET ASSEMBLY REMOVAL 1) Remove three screws (1) fixing the DRUM TOTAL ASSEMBLY. 2) Remove the EARTH BRACKET ASSEMBLY (2). 3) Carefully lift the DRUM TOTAL ASSEMBLY (3) from the DECK MECHANISM, taking care not to damage or touch the VIDEO HEAD.

NOTE 1) After assembling the DRUM TOTAL ASSEMBLY, confirm that the tape runs smoothly. (Refer to ADJUSTMENT OF THE TAPE TRANSPORTING SYSTEM). 2) When assembling the EARTH BRACKET ASSEMBLY, a 3x12 screw should be used and all other parts should use 3x10 screws, as indicated.

Drum total assembly & earth bracket assembly removal Fig.20.

13

REEL BELT, LOADING RACK ASSEMBLY, S/T SLANT POLE ASSEMBLY REMOVAL 1) Turnover the DECK MECHANISM and remove the REEL BELT (1). 2) Remove one POLY WASHER (2). 3) Remove the LOADING RACK ASSEMBLY (3). 4) Remove R and L LOADING ASSEMBLIES (4&5). 5) Remove the S and T SLANT POLES (6&7) by pulling them in the direction of the arrows.(Fig.21)

CAUTION Take care not to get the GUIDE ROLLERS of the S/T SLANT POLES stained with grease. When reassembling, please refer to Fig.22.

Reel belt, loading rack assembly, right & left loading assemblies & supply and takeup slant pole assembly removal Fig.21.

LOADING GEAR (R) LOADING GEAR (L)

TRIANGLE MARK ON LOADING GEAR (L)

LOADING RACK HOLE OF LOADING RACK

CIRCULAR MARK ON LOADING GEAR (R) NOTCH IN LOADING GEAR (R)

Assembly of the Right & Left Loading Assembly & Loading Rack Assembly Fig.22.

14

A/C HEAD ASSEMBLY REMOVAL 1) Remove the hex nut (1) from the A/C HEAD POST (4) of the MAINBASE.(Fig.23) 2) Remove the A/C HEAD ASSEMBLY (2) from the MAINBASE. 3) Remove the A/C HEAD SPRING (3) from the A/C HEAD ASSEMBLY.

NOTE After reassembling, adjust the TAPE TRANSPORTING SYSTEM, referring to ADJUSTMENT OF THE TAPE TRANSPORTING SYSTEM. After adjusting the TAPE TRANSPORTING SYSTEM spread the A/C HEAD, A/C NUT, AZIMUTH SCREW and TILT SCREW with LOCKING PAINT.

L/C BRACKET ASSEMBLY REMOVAL 1) Remove the screw (1) from the L/C BRACKET ASSEMBLY (2).(Fig.24) 2) Remove the L/C BRACKET ASSEMBLY from the MAINBASE (3).

PINCH LEVER TOTAL ASSEMBLY REMOVAL 1) Remove the POLY WASHER (3) from the PINCH LEVER POST of the MAINBASE. 2) Unhook the PINCH LEVER SPRING (4) from the hook of the MAINBASE (5) and remove the PINCH LEVER TOTAL ASSEMBLY (9).

CAUTION Take care not to coat Grease, Oil or other substances on the surface of the PINCH ROLLER.

Lift cam bracket, pinch lever, cam gear, relay lever, front loading rack removal Fig.24.

Disassembly of the audio control head assembly Fig.23.

CAM GEAR, RELAY LEVER AND F/L RACK REMOVAL 1) Remove the CAM GEAR from the MAINBASE (7). (Fig.24) 2) Remove the RELAY LEVER from the MAINBASE (6). 3) Remove the F/L RACK from the MAINBASE by pulling it in the direction of the arrow (8). NOTE When reassembling refer to Fig.25/Fig.26. (Page 16)

15

CAM GEAR, RELAY LEVER AND F/L RACK REMOVAL (Cont.)

CAM GEAR

DATUM HOLE OF CAM GEAR DATUM HOLE OF MAINBASE

F/L RACK

Assembly of the cam gear and front loading rack Fig.26.

Assembly of the cam gear and relay lever Fig.25.

S/T MAIN AND SUB BRAKE ASSEMBLY REMOVAL 1) Unhook the MAIN BRAKE SPRING (1) from the T MAIN BRAKE LEVER (3) and remove the T MAIN BRAKE ASSEMBLY (3). 2) Remove the S MAIN BRAKE ASSEMBLY (2) from the MAINBASE (8). 3) Unhook the S SUB BRAKE SPRING (4) from the MAINBASE and remove the S SUB BRAKE LEVER ASSEMBLY (5) from the MAIN BASE (8). 4) Unhook the T SUB BRAKE SPRING (6) from the MAINBASE and remove the T SUB BRAKE LEVER ASSEMBLY (7).

Supply and takeup main and sub brakes removal Fig.27.

16

TENSION BAND ASSEMBLY REMOVAL 1) Remove the TENSION SPRING (2) from the MAINBASE (1). 2) Turn the DECK MECHANISM over. 3) After separating the tab of hook "A", remove the TENSION BAND ASSEMBLY (3).

NOTE After assembling the TENSION BAND ASSEMBLY on the MAINBASE, adjust the position of the TENSION POLE as shown in fig.30. Avoid getting GREASE, OIL or foreign substances on the FELT of the BAND BRAKE. Take care not to deform tab "A" when separating it.

Tension band assembly removal Fig.29.

Tension band assembly removal Fig.28. DATUM HOLE OF MAINBASE DATUM HOLE OF TENSION LEVER

Adjustment of the tension pole position Fig.30.

17

CAPSTAN MOTOR REMOVAL 1) Remove the 3 screws fixing the CAPSTAN MOTOR and separate the CAPSTAN MOTOR.

Capstan motor removal Fig.31.

IDLER PLATE TOTAL ASSEMBLY & S/T REEL TABLE REMOVAL 1) Remove one POLY WASHER (1) from the REEL GEAR POST (2) and remove the IDLER PLATE TOTAL ASSEMBLY (3) from the MAIN BASE. 2) Remove the S/T REEL TABLES (4) and two POLY SLIDERS (5) from the DECK MECHANISM.

CAUTION When disassembling or assembling the IDLER PLATE TOTAL ASSEMBLY, take care not to bend it.

Idler plate total assembly and supply and takeup reel tables removal Fig.32.

18

FE HEAD REMOVAL 1) Remove the screw (1) fixing the FE HEAD (2) and remove the FE HEAD from the MAINBASE.

Fe head removal Fig.33.

REEL GEAR TOTAL ASSEMBLY & CONNECT PLATE REMOVAL 1) Turn over the DECK MECHANISM and remove the POLY WASHER (1) from the REEL GEAR POST (2). 2) After separating tab "B" of the MAINBASE, remove the REEL GEAR TOTAL ASSEMBLY (3) from the MAINBASE. 3) Remove the CONNECT PLATE (4) from the MAINBASE by pushing it in the direction of the arrow.

Reel gear total assembly and connect plate removal Fig.34.

NOTE When removing the CONNECT PLATE with the F/L RACK installed, take care not to damage or bend the CONNECT PLATE. After assembling or disassembling the REEL GEAR TOTAL ASSEMBLY, take care not to get OIL, GREASE or other substances on the REEL BELT. Take care not to deform or break tab "B". Check the assembly state & the operating state of the REEL GEAR TOTAL ASSEMBLY before assembling. After reassembling check the FF, REW, PLAY and REVIEW MODES and the existence of noise when operating the MODES.

19

MECHANICAL ADJUSTMENT When operational problems occur or the mechanism is reassembled, be sure to confirm the following instructions. 1) Make sure that the DATUM HOLE of the CAM GEAR is aligned with the DATUM HOLE in the MAINBASE in the EJECT mode, as shown in fig.35. CAM GEAR DATUM HOLE OF CAM GEAR

DATUM HOLE OF MAIN BASE

F/L RACK

Datum position of front loading rack and cam gear Fig.35. 2) Make sure that part "A" of the RELAY LEVER, when assembled in the CONNECT PLATE, is fully rotated to the left side of "B" of the MAINBASE, and is touching boss "C" of the MAINBASE, as shown in fig.36.

Datum position of relay lever and cam gear Fig.36.

20

MECHANICAL ADJUSTMENT (Cont.) 3) When reassembling the L/C BRACKET TOTAL ASSEMBLY on the MAINBASE, make sure that the two triangular marks of the CAM SWITCH are aligned with each other as shown in fig.37.

TRIANLE MARKS MUST MEET EACH OTHER

Datum position of cam switch triangular marks Fig.37. 4) Make sure that boss "A" of the PINCH LEVER TOTAL ASSEMBLY is positioned at point "B" of the CAM GEAR, as shown in fig.38.

Datum position of pinch lever total assembly and cam gear Fig.38.

21

MECHANICAL ADJUSTMENT (Cont.) 5) Ensure that the triangular mark "A" on the L LOADING ASSEMBLY is aligned with the notch "B" on the R LOADING ASSEMBLY, as shown in fig.39. 6) Ensure that the teeth of the LOADING RACK ASSEMBLY are aligned with those of the R LOADING ASSEMBLY so that the hole of the LOADING RACK ASSEMBLY aligns with the circular mark on the R LOADING ASSEMBLY, as shown in fig.39.

R LOADING ASSEMBLY (B)

L LOADING ASSEMBLY

TRIANGULAR MARK ON L LOADING ASSEMBLY (A)

LOADING RACK ASSEMBLY HOLE OF LOADING RACK

CIRCULAR MARK OF R LOADING ASSEMBLY

NOTCH IN R LOADING ASSEMBLY

Datum position of loading rack assembly and right and left loading lever assembly Fig.39.

22

BACK TENSION MEASUREMENT 1) Confirm the position of the TENSION POLE is correct. Refer to "TENSION POLE POSITION ADJUSTMENT" 2) Play back a T-120 TAPE at its centre position without assembling F/L ASSEMBLY and wait until the TAPE run is stabilised (about 5-10 secs). 3) Bring the TENTELOMETER into contact with the TAPE and measure the BACK TENSION. The result should be between 25 and 33 grams. 4) If the measuring result is not within this specification, refer to the NOTE below or repeat "TENSION POLE POSITION ADJUSTMENT".

TENTELOMETER

DATUM HOLE TAPE

Back tension measurement Fig.40.

Note If the measuring result is not within the specification, change the TENSION SPRING position. (To decrease the result, choose hook A. Otherwise choose hook B). Confirm that all three probes of the Tentelometer are in contact with the TAPE. During this process do not touch any other parts of the MECHANISM (i.e. MAINBASE). It is recommended that this measurement be repeated at least three times for an accurate reading.

23

MECHANICAL MODE (OPERATING THE VCR WITHOUT A CASSETTE TAPE) 1) 2) 3) 4)

Remove the FRONT LOADING MECHANISM from the DECK MECHANISM. Pull the F/L RACK. The S/T POLE BASES are loaded and PLAY BACK MODE starts. Turn off the power when the MECHANISM is in the desired position.

TENSION POLE POSITION ADJUSTMENT 1) Change MECHANICAL MODE to PLAY MODE. 2) Confirm that the datum hole of TENSION LEVER is aligned with the datum hole of the MAIN BASE. To adjust turn the BAND BRAKE ADJUST CAP clockwise or anti-clockwise until the two datum holes are aligned with each other.

DATUM HOLE OF MAIN BASE DATUM HOLE OF TENSION LEVER

Tension pole position adjustment Fig.41. BAND BRAKE ADJUST CAP

Tension pole position adjustment Fig.41.

24

ADJUSTMENT OF TAPE TRANSPORTING SYSTEM Generally the TAPE TRANSPORTING SYSTEM has been precisely adjusted in the factory and does not ordinarily require readjustment, but when noise and tape damage take place and part assemblies that comprise the TAPE TRANSPORTING SYSTEM are replaced, check and readjust the TAPE TRANSPORTING SYSTEM. Refer to the following flow chart in order to adjust the TAPE TRANSPORTING SYSTEM.

CLEANING

b DRUM TOTAL ASSEMBLY b A/C HEAD ASSEMBLY b PINCH LEVER TOTAL ASSEMBLY

S/T GUIDE ROLLER HEIGHT ADJUSTMENT

S/T GUIDE POST FLANGE

A/C HEAD AS ADJUSTMENT (TILT ADJUSTMENT)

AUDIO AZIMUTH ADJUSTMENT

A/C HEAD ADJUSTMENT

X-POSITION ADJUSTMENT

PLAYBACK PHASE ADJUSTMENT

LINEARITY ADJUSTMENT b S POLE BASE ASSEMBLY b T POLE BASE ASSEMBLY b TENSION LEVER ASSEMBLY

DRUM ENTRANCE/EXIT ENVELOPE FINE TUNING

REVIEW~PLAY CHANGING OPERATION CHECK

AUDIO OUTPUT CHECK (A/C HEAD TILT & HEIGHT ADJUSTMENT) AUDIO AZIMUTH ADJUSTMENT

X-POSITION ADJUSTMENT

TRACKING

25

ADJUSTMENT OF TAPE TRANSPORTING SYSTEM (Cont.)

The schematic diagram of tape transporting system Fig.42. When the parts as shown in fig.42 are replaced, the TAPE TRANSPORTING SYSTEM has changed. To prevent this, it is essential to observe the following instructions.

ADJUSTMENT OF THE S/T GUIDE ROLLER 1) Play back a T-120 TAPE. 2) Make sure that excessive TAPE wrinkle does not occur at each S/T GUIDE ROLLER. 3) If TAPE wrinkle is observed at the S/T GUIDE ROLLER, adjust to remove occurrence of wrinkles.

ADJUSTMENT OF THE A/C HEAD ASSEMBLY (TILT ADJUSTMENT) 1) Play back a T-120 TAPE and check the running condition of the TAPE at the lower flanges of the T GUIDE POST ASSEMBLY, see fig.42. 2) Adjust the A/C HEAD TILT SCREW until the TAPE runs stable as shown in fig.43.

A/C HEAD TILT SCREW CLOCKWISE

A/C HEAD TILT SCREW ANTI-CLOCKWISE

Audio control head assembly adjustment (Tilt adjustment) Fig.43.

26

ADJUSTMENT OF THE AUDIO AZIMUTH 1) Play back the ALIGNMENT CASSETTE TAPE (NTSC:DN2 (SP 7KHz), PAL: DP2 (SP 6KHz)) 2) Observe audio signals on an OSCILLOSCOPE. 3) Turn the A/C HEAD AZIMUTH SCREW to obtain the maximum audio output signal (-9 ~-3dBm) Fig.44.

Audio control head assembly Fig.44.

HEIGHT ADJUSTMENT OF A/C HEAD 1) Play back a T-120 TAPE. 2) Make sure that the gap is 0,25mm between the lower end of TAPE and that of A/C HEAD Fig.45. 3) When the gap is larger than 0,25mm, turn the A/C HEAD HEIGHT ADJUST NUT anti-clockwise. When the gap is smaller than 0,25mm turn it clockwise. Repeat this procedure until 0,25mm is obtained.

GAP Audio control head assembly adjustment (Height adjustment) Fig.45.

27

X-POSITION ADJUSTMENT S/W PULSE TEST PIN ENVELOPE TEST PIN OSCILLOSCOPE VR CONTROL ADJUST BOSS

TEST POINTS MEASURING EQUIPMENT ADJUSTMENT 1) 2) 3) 4) 5)

PATH ADJ. JIG PATH ADJ. JIG PATH ADJ. JIG MAIN BASE

Connect the path adjustment fixture to PTO1 of the MAIN CIRCUIT BOARD. Play back the ALIGNMENT TAPE (COLOUR BAR ALIGNMENT). Connect channel-1 scope probe to S/W PULSE TEST PIN of PATH ADJ. JIG. Connect channel-2 scope probe to ENVELOPE TEST PIN of PATH ADJ. JIG. Turn the VR CONTROL to the centre point. (If the VR CONTROL is completely turned anti-clockwise, it is positioned on another tracking centre.) 6) With the VR CONTROL in the centre state, turn the ADJUST BOSS by using a FLAT TYPE SCREW DRIVER and adjust the X-POSITION to obtain maximum envelope waveform.

CENTRE

CCW

CW

CENTRE

X-position adjustment Fig.46.

28

PLAYBACK PHASE ADJUSTMENT TEST POINTS MEASURING EQUIPMENT ADJUSTMENT

S/W PULSE TEST PIN VIDEO OUT OSCILLOSCOPE VR595 (PG SHIFTER)

PATH ADJ. JIG MAIN CIRCUIT BOARD MAIN CIRCUIT BOARD

The Phase generator (PG) shifter decides the VIDEO HEAD switching point when a TAPE is played back. In case the Phase generator (PG) shifter is not correctly tuned, HEAD switching noise or vertical jitter may occur. 1) Connect the PATH ADJ. JIG to PTO1 of the MAIN CIRCUIT BOARD. 2) Play the ALIGNMENT TAPE (COLOUR BAR SIGNAL OR MONOSCOPE SIGNAL). 3) Connect the channel-1 scope probe to the S/W PULSE TEST PIN of the PATH ADJ. JIG. 4) Connect the channel-2 scope probe (1V/div.) to the VIDEO OUT of the MAIN CIRCUIT BOARD. 5) Play back the ALIGNMENT TAPE. 6) Adjust the PG volume for time interval of 6,5Hz±0,5Hz between switching pulse and V-sync signal. SWITCHING

SW. PULSE

V.SYNC

VIDEO OUTPUT

Playback phase adjustment Fig.47.

29

LINEARITY ADJUSTMENT TEST POINTS MEASURING EQUIPMENT ADJUSTMENT 1) 2) 3) 4) 5) 6)

S/W PULSE TEST PIN ENVELOPE TEST PIN OSCILLOSCOPE VR CONTROL S/T GUIDE ROLLER

PATH ADJ. JIG PATH ADJ. JIG PATH ADJ. JIG TAPE TRANSPORTING SYSTEM

Connect the PATH ADJ. JIG to PTO1 of the MAIN CIRCUIT BOARD. Play back the ALIGNMENT TAPE (COLOUR BAR SIGNAL). Connect the channel-1 scope probe to the S/W PULSE TEST PIN of the PATH ADJ. JIG. Connect the channel-2 scope probe to the ENVELOPE TEST PIN of the PATH ADJ. JIG. Adjust the VR CONTROL of the PATH ADJ. JIG for maximum envelope signal output of the alignment tape. Adjust the S/T GUIDE ROLLER until the envelope signal waveforms of the entrance and exit sides are as shown fig.48. a: Max output of envelope b: Min output of envelope

Linearity adjustment Fig.48.

30

DRUM ENTRANCE / EXIT TEST POINTS MEASURING EQUIPMENT ADJUSTMENT

S/W PULSE TEST PIN ENVELOPE TEST PIN OSCILLOSCOPE VR CONTROL S/T GUIDE ROLLER

PATH ADJ. JIG PATH ADJ. JIG PATH ADJ. JIG TAPE TRANSPORTING SYSTEM

1) 2) 3) 4) 5)

Connect the PATH ADJ. JIG to PTO1 on the MAIN CIRCUIT BOARD. Play back the ALIGNMENT TAPE (COLOUR BAR SIGNAL). Connect the channel-1 scope probe to the S/W PULSE TEST PIN of the PATH ADJ. JIG. Connect the channel-2 scope probe to the ENVELOPE TEST PIN of the PATH ADJ. JIG. When turning the VR CONTROL of the PATH ADJ. JIG clockwise or anti-clockwise, confirm that the envelope thickness changes uniformly. 6) If the envelope is not uniform and regular, adjust the S/T GUIDE ROLLER.

DRUM ENTRANCE

Fine tuning of the envelope at the drum entrance/exit (II) Fig.50 DRUM EXIT

Fine tuning of the envelope at the drum entrance/exit (I) Fig.49

31

REVIEW / PLAY TEST POINTS MEASURING EQUIPMENT ADJUSTMENT

S/W PULSE TEST PIN ENVELOPE TEST PIN OSCILLOSCOPE VR CONTROL S/T GUIDE ROLLER

PATH ADJ. JIG PATH ADJ. JIG PATH ADJ. JIG TAPE TRANSPORTING SYSTEM

1) 2) 3) 4) 5)

Connect the PATH ADJ. JIG to PTO1 of the MAIN CIRCUIT BOARD. Play back the ALIGNMENT TAPE (SP COLOUR BAR SIGNAL). Connect the channel-1 scope probe to the S/W PULSE TEST PIN of the PATH ADJ. JIG. Connect the channel-2 scope probe to the ENVELOPE TEST PIN of the PATH ADJ. JIG. Adjust the VR CONTROL of the PATH ADJ. JIG to the centre to obtain the maximum envelope signal of the ALIGNMENT TAPE. 6) After operating the VCR in the REVIEW MODE about 15 secs, change operation mode from REVIEW MODE to PLAY MODE and then make sure that the envelope waveform is restored to the maximum condition within 3 seconds. 7) If the requirement is not satisfied, make sure that the TAPE runs normally at the lower part of the T GUIDE POST. Then adjust the S/T GUIDE ROLLER precisely.

ENVELOPE WAVEFORM

PICTURE

Check of transitional operation (from review waveform to play waveform) Fig.51

32

AUDIO OUTPUT (A/C HEAD TILT & HEIGHT ADJUSTMENT) TEST POINTS MEASURING EQUIPMENT

1) 2) 3) 4)

AUDIO OUTPUT OSCILLOSCOPE

AUDIO OUTPUT JACK

Connect the OSCILLOSCOPE to the AUDIO OUTPUT JACK. Play back the ALIGNMENT TAPE (NTSC DN1 (SP 1KHz), PAL DP1 (SP 1KHz)). Check the AUDIO OUTPUT SIGNAL is -9~-3dBm. If the requirement (3) is not satisfied, adjust the A/C HEAD TILT SCREW and A/C HEAD HEIGHT NUT to obtain the maximum audio output.

A/C HEAD AZIMUTH ADJUSTMENT TEST POINTS MEASURING EQUIPMENT

1) 2) 3) 4)

AUDIO OUTPUT OSCILLOSCOPE

AUDIO OUTPUT JACK

Connect the OSCILLOSCOPE to the AUDIO OUTPUT JACK. Play back the ALIGNMENT TAPE (NTSC DN2 (SP 7KHz), PAL DP2 (SP 6KHz)). Adjust the A/C HEAD AZIMUTH SCREW to obtain the audio output -9~-3dBm. Repeat the process "DRUM ENTRANCE/EXIT" (See page 31).

X-POSITION TEST POINTS MEASURING EQUIPMENT ADJUSTMENT

S/W PULSE TEST PIN ENVELOPE TEST PIN OSCILLOSCOPE VR CONTROL ADJUST BOSS

1) 2) 3) 4) 5)

PATH ADJ. JIG PATH ADJ. JIG PATH ADJ. JIG MAIN BASE

Connect the PATH ADJ. JIG to PTO1 of the MAIN CIRCUIT BOARD. Play back the ALIGNMENT TAPE (COLOUR SIGNAL BAR). Connect the channel-1 scope probe to the S/W PULSE TEST PIN of the PATH ADJ. JIG. Connect the channel-2 scope probe to the ENVELOPE TEST PIN of the PATH ADJ. JIG. Adjust the VR CONTROL to the centre position. (When the VR CONTROL is rotated completely anti-clockwise, it is set at another tracking centre position. 6) When the VR CONTROL is fully rotated clockwise or anti-clockwise, turn the ADJUST BOSS of the MAINBASE and adjust the X-POSITION for the envelope waveform to be shown as in the figure below. 7) Repeat the process "PLAYBACK PHASE ADJUSTMENT" (See page 29).

X-position adjustment Fig.52

33

cp421vbl.sch-1 - Wed May 19 17:22:44 1999

VIDEO BLOCK DIAGRAM

cp421abl.sch-1 - Wed May 19 17:19:52 1999

AUDIO BLOCK DIAGRAM

cp421pbl1.sch-1 - Wed May 19 17:21:31 1999

POWER BLOCK DIAGRAM

PARTS LOCATION T.V. NOTE: The numbers on the exploded view below refer to the mechanical section of the Replacement Parts List.

25 20 7 23 10 18

6 16 17 15 14

9

26 21 8

1 12 22

19

13 24 11

3

2

5

4

37

REPLACEMENT PARTS LIST Important Safety Notice Components Identified by mark have special characteristics important for safety. * When replacing any of these components, use only manufacturers specified parts. In case of ordering these spare parts, please always add the complete Model-Type number to your order.

Cct Ref

Parts Number

Description

COMMON PARTS MECHANICAL PARTS

Cct Ref

Parts Number

Description

I901

TDA6106Q

RGB DRIVE

I902 I903

TDA6106Q TDA6106Q

RGB DRIVE RGB DRIVE

IN01 IN02

M37777EFQ KA7533Z

VCR MICRO REGULATOR

1 2

4851930400 4851936300

DECK ASSEMBLY CHASSIS FRAME ASSY

IN03 IN04

BA6209(ROHM) MN1280R

MOTOR DRIVE RESET

3 4

4852716000 4852822201

SET FOOT DOOR ASSEMBLY

IQ01 IY01

KRT30 LA71511M

PREAMP VCR SIGNAL PROCESSOR

5 6

4854855801 4856013301

POWER BUTTON CRT SCREWS TOP

IY02 IY04

LC89977M LA70011 (4HD

CCD PROCESSOR PRE AMP

7 8

4856013303 4857242000

CRT SCREWS BOTTOM SHIELD COVER

SN01 SN02

SG-239S SG-239S

SENSOR SENSOR

9 10

4857242900 4859905110

CHASSIS TOP COVER POWER CORD

FUSES

11

4944001+5540

CONTROL BUTTON ASS.

5FSCB4022R

FUSE 4A250V

F801

12

DT5-BF15P,

TUNER (VCR)

DIODES

13 14

DT5-BF15P. EUR51941

TUNER (T.V.) REMOTE CONTROL

D106 D111

D1N4003 DUZ5R1BM

DIODE DIODE

15

UR51EC780

BATTERY COVER (REMOTE)

D114 D301

DUZ9R1BM DRGP15J

DIODE DIODE

D302 D401

DRGP15J DRGP15J

DIODE DIODE

D402 D403

DRGP15J D1N4148

DIODE DIODE

MISCELLANEOUS COMPONENTS .

4850M04510

RF MODULE

.

4856715600

POWER BUTTON SPRING

D405 D406

D1N4148 D1N4148

DIODE DIODE

. .

4856723400 UM-3DJ-2P

DOOR ASSEMBLY SPRING BATTERY PACK

D502 D504

D1N4148 D1N4148

DIODE DIODE

M351 M392

4853535400 4853948400

LED HOLDER EARTH BRACKET

D507 D508

D1N4148 DUZ6R2BM

DIODE DIODE

M791

4857913304

RUBBER SPONGE

D509 D510

DUZ12BM DUZ6R2BM

DIODE DIODE

ENGLISH

D511

DUZ6R2BM

DIODE

I.C.s

D512

DUZ6R2BM

DIODE

D819

KIA7812PI

REGULATOR

I201 I301

TDA9800 TDA8356

IF PROCESSOR VERTICAL OUTPUT

D513 D514

DUZ6R2BM DUZ6R2BM

DIODE DIODE

I501 I504

TDA8844/N2 TC4053BP

VIDEO PROCESSOR SWITCHING IC

D515 D516

DUZ6R2BM DUZ12BM

DIODE DIODE

I505 I506

KA7808 TC4066BP

REGULATOR SWITCHING IC

D517 D701

D1N4148 D1N4148

DIODE DIODE

I601

TDA1519B

AUDIO AMP

D702 D703

D1N4148 D1N4148

DIODE DIODE

I701

SD545X0TP

MAIN MICRO

I702 I703

MN1280R AT24C08-10PC

RESET MEMORY

D704 D705

D1N4148 D1N4148

DIODE DIODE

I801 I802

STR-S5707 KIA7812PI

POWER SUPPLY REGULATOR

D706 D707

D1N4148 DUZ9R1BM

DIODE DIODE

I804 I805

KIA7812PI KIA7806PI

REGULATOR REGULATOR

D709 D710

D1N4148 D1N4148

DIODE DIODE

I806 I807

KIA7806PI TOP210

REGULATOR STANDBY

D711 D801

D1N4148 D1S1888

DIODE DIODE

D802

D1S1888

DIODE

I808

PQ12RF11

REGULATOR

D803

D1S1888

DIODE

INSTRUCTION BOOKS .

TQB8E2911

38

Cct Ref

Parts Number

Description

Cct Ref

D804

D1S1888

DIODE

QC701

2SC1623-L6/T

TRANSISTOR

D807 D808

DRGP15J DRGP15J

DIODE DIODE

QC703 QC705

2SC1623-L6/T 2SC1623-L6/T

TRANSISTOR TRANSISTOR

D809 D810

DRGP15J DRGP15J

DIODE DIODE

QC706 QCL06

2SC1623-L6/T 2SC1623-L6/T

TRANSISTOR TRANSISTOR

D811 D812

DRGP30J DRGP30J

DIODE DIODE

QCN02 QCN03

2SC1623-L6/T 2SC1623-L6/T

TRANSISTOR TRANSISTOR

D813 D814

DRGP15J DRGP15J

DIODE DIODE

QCY01 QCY02

2SC1623-L6/T 2SA812-T2B

TRANSISTOR TRANSISTOR

D815 D822

DRGP30J DRU1P

DIODE DIODE

QCY03 QCY05

2SC1623-L6/T 2SA812-T2B

TRANSISTOR TRANSISTOR

D823

D1N4148

DIODE

QCY07

2SC1623-L6/T

TRANSISTOR

D824

DR2KY

AVALANCHE DIODE

QCY08

2SC1623-L6/T

TRANSISTOR

D825 D826

D1S1888 D1S1888

DIODE DIODE

QCY09 QCY10

2SA812-T2B 2SC1623-L6/T

TRANSISTOR TRANSISTOR

D827 D828

D1S1888 D1S1888

DIODE DIODE

QCY11 QCY12

2SC1623-L6/T 2SC1623-L6/T

TRANSISTOR TRANSISTOR

D830 D831

D1N4003 DRGP30J

DIODE DIODE

QCY13 QCY14

2SA812-T2B 2SC1623-L6/T

TRANSISTOR TRANSISTOR

D901 D902

D1N4148 D1N4148

DIODE DIODE

QCY15 QCY16

2SC1623-L6/T 2SC1623-L6/T

TRANSISTOR TRANSISTOR

D903 D904

D1N4148 D1N4148

DIODE DIODE

QCY17 QCY18

2SA812-T2B 2SC1623-L6/T

TRANSISTOR TRANSISTOR

DA01 DA02

DUZ6R2BM D1N4148

DIODE DIODE

QCY19 QQ02

2SC1623-L6/T KTC3198Y

TRANSISTOR TRANSISTOR

DA03 DN01

DMTZ6R2B DS15312H

DIODE LED IR

QQ03 QQ04

KTC3198Y KTC3198Y

TRANSISTOR TRANSISTOR

DN02 DN03

D1N4003 D1N4003

DIODE DIODE

QQ05 QQ06

KTC3198Y KTC3198Y

TRANSISTOR TRANSISTOR

DN05

DUZ6R2BM

DIODE

QY04

KTC3202Y (TP

TRANSISTOR

DN07

D1N4148

DIODE

QY06

KTC3198Y

TRANSISTOR

DN08 DN09

D1N4148 D1N4003

DIODE DIODE

SN03 SN04

ST-5811 ST-5811

TRANSISTOR TRANSISTOR

DQ01 DQ02

DSR54MVW3 DSR54MVW3

LED LED

T802

50MST22A3J

TRANSISTOR

TRANSFORMERS

DQ03 DQ04

DSR54MVW3 DUZ6R2BM

LED DIODE

T401

50D0000022

TRANSFORMER

T402

50H0000201

F.B.T.

DQ05 DQ06

DUZ6R2BM DUZ6R2BM

DIODE DIODE

COILS

DQ07 DY02

D1N4148 D1N4148

DIODE DIODE

L201 L202

58B0000S88 5CPZ150K02

COIL PEAKING COIL

DY03 DY05

D1N4148 D1N4148

DIODE DIODE

L203 L301

5CPZ100K02 5CPZ100K04

PEAKING COIL PEAKING COIL

DY06 R801

D1N4148 DEC140M290

DIODE DIODE

L302 L401

5CPZ100K04 5CPZ109M02

PEAKING COIL PEAKING COIL

L403 L501

58C0000096 5CPZ100K02

COIL PEAKING COIL

L502

5CPZ100K04

PEAKING COIL

L503

5CPZ100K04

PEAKING COIL

L505 L506

5CPZ220K02 5CPZ150K02

PEAKING COIL PEAKING COIL

L601 L604

5CPZ100K04 58C6R8J067

PEAKING COIL COIL

L702 L704

5CPZ101K04 5CPZ101K04

PEAKING COIL PEAKING COIL

LA01 LY01

5CPZ100K04 5CPZ101K04

PEAKING COIL PEAKING COIL

LY03 LY04

5CPZ101K04 5CPZ100K04

PEAKING COIL PEAKING COIL

LY05 LY06

5CPZ101K04 5CPZ560K02

PEAKING COIL PEAKING COIL

LY07 LY10

5CPZ121K02 5CPZ101K04

PEAKING COIL PEAKING COIL

LY12 LY13

5CPX103J 5CPZ221K02

PEAKING OIL PEAKING COIL

TY01

5800000032

COIL

TRANSISTORS Q301

KTC3198Y

TRANSISTOR

Q401

KTC3207 (TP)

TRANSISTOR

Q402 Q403

2SD2499 KTC3203-Y

TRANSISTOR TRANSISTOR

Q601 Q803

KTC3198Y KTC3203-Y

TRANSISTOR TRANSISTOR

Q901 QC102

KTA1266Y (TP 2SA812-T2B

TRANSISTOR TRANSISTOR

QC205 QC501

2SC1623-L6/T 2SC1623-L6/T

TRANSISTOR TRANSISTOR

QC502 QC503

2SC1623-L6/T 2SC1623-L6/T

TRANSISTOR TRANSISTOR

QC504 QC505

2SC1623-L6/T 2SC1623-L6/T

TRANSISTOR TRANSISTOR

QC506 QC510

2SC1623-L6/T 2SA812-T2B

TRANSISTOR TRANSISTOR

QC511 QC512

2SA812-T2B 2SA812-T2B

TRANSISTOR TRANSISTOR

QC515

2SA812-T2B

TRANSISTOR

QC602

2SC1623-L6/T

TRANSISTOR

Parts Number

Description

Cct Ref

Parts Number

Description

L801

5PLF24A1

LINE FILER

SF01 SF03

5PJ1952M 5PJ1952M

SAW FILTR SAW FILTR

Z204 Z502

5PXFSH6R0M 5PXFSH6R0M

FILTER FILTER

Z504

5PTPS60MB

FILTER

Cct Ref

FILTERS

CRYSTALS X501 X502

Parts Number

Description

R565

RD-AZ561J

CARBON

0.17W

5%

560

R573 R576

RD-AZ103J RD-AZ681J

CARBON CARBON

0.17W 0.17W

5% 5%

10K 680

R580 R585

RF-2Y100J RD-AZ222J

FUSIBLE CARBON

0.5W 0.7W

5% 5%

10 2.2K

R601 R602

RD-4Z221J RD-4Z221J

CARBON CARBON

0.25W 0.25W

5% 5%

220 220

R603 R701

RD-AZ102J RD-4Z100J

CARBON CARBON

0.17W 0.25W

5% 5%

1K 10 100 100

5XEX3R579C 5XEX4R436C

CRYSTAL CRYSTAL

R713 R720

RD-AZ101J RD-AZ101J

CARBON CARBON

0.17W 0.17W

5% 5%

X701

5XE6R0000C

CRYSTAL

R721

RD-AZ101J

CARBON

0.17W

5%

100

XN02

5XJ16R000E

CRYSTAL

R728

RD-AZ472J

CARBON

0.17W

5%

4.7K

XNC01 XY02

HXA32R768C 5XJX4R433B

CRYSTAL CRYSTAL

R747 R748

RD-4Z561J RD-AZ272J

CARBON CARBON

0.25W 0.7W

5% 5%

560 2.7K

R749 R750

RD-AZ272J RD-AZ272J

CARBON CARBON

0.7W 0.7W

5% 5%

2.7K 2.7K

R773 R782

RD-AZ103J RD-AZ273J

CARBON CARBON

0.17W 0.17W

5% 5%

10K 27K

R783 R803

RD-AZ101J RX10T339J

CARBON WOUND

0.17W 10W

5% 5%

100 3.3

R804 R805

RS02Z473JS RS02Z562JS

METAL METAL

2W 2W

5% 5%

47K 5.6K

R807 R808

RD-4Z330J RD-4Z222J

CARBON CARBON

0.25W 0.25W

5% 5%

33 2.2K

R810 R811

RD-4Z104J RD-AZ102J

CARBON CARBON

0.25W 0.17W

5% 5%

100K 1K

R812 R813

RD-2Z224J RD-2Z224J

CARBON CARBON

0.5W 0.5W

5% 5%

220K 220K

R815

RC-2Z565KP

CARBON

0.5W 10%

5.6M

R816

RS02Z470JS

METAL

R817 R819

RF02Z338KRD-2Z104J

FUSIBLE CARBON

R823 R830

RS02Z562JS RS02Z109JS

METAL METAL

R831 R836

RD-4Z270J RD-4Z270J

R843 R907

RESISTORS CCL33 J214

HRFT000-CA RD-AZ153J

S.M.CARB CARBON

0.1W 0.17W

5% 5%

0 15K

J215 J216

RD-AZ153J RD-AZ153J

CARBON CARBON

0.17W 0.17W

5% 5%

15K 15K

J265

RD-AZ101J

CARBON

0.17W

5%

100

J277

RD-AZ151J

CARBON

0.17W

5%

150

LY09 R101

RD-2Z109J RD-2Z150J

CARBON CARBON

0.5W 0.5W

5% 5%

1 15

R102 R112

RD-AZ392J RD-AZ681J

CARBON CARBON

0.17W 0.17W

5% 5%

3.9K 680

R121 R202

RS02Z470JS RV5221103

METAL FIXED

2W

5%

47

R219 R242

RD-AZ392J RD-AZ822J

CARBON CARBON

0.17W 0.33W

5% 5%

3.9K 8.2K

R302 R304

RD-4Z472J RD-2Z109J

CARBON CARBON

0.25W 0.5W

5% 5%

4.7K 1

R306 R310

RS02Z271JS RD-4Z471J

METAL CARBON

2W 0.25W

5% 5%

270 470

R311 R312

RD-AZ332J RD-AZ223J

CARBON CARBON

0.17W 0.17W

5% 5%

3.3K 22K

R313 R314

RD-4Z472J RD-4Z473J

CARBON CARBON

0.25W 0.25W

5% 5%

4.7K 47K

R315 R401

RD-4Z229J RS02Z912JS

CARBON METAL

0.25W 2W

5% 5%

2.2 9.1K

R402 R403

RS02Z912JS RS02Z912JS

METAL METAL

2W 2W

5% 5%

9.1K 9.1K

R404 R406

RD-AZ472J RD-4Z562J

CARBON CARBON

0.17W 0.25W

5% 5%

4.7K 5.6K

R407 R408

RS02Z512JS RD-4Z102J

METAL CARBON

2W 0.25W

5% 5%

5.1K 1K

R409

RS02Z512JS

METAL

2W

5%

5.1K

R410

RD-2Z104J

CARBON

0.5W

5%

100K

R412 R413

RD-2Z273J RD-4Z303J

CARBON CARBON

0.5W 0.25W

5% 5%

27K 30K

R415 R418

RD-2Z224J RD-2Z103J

CARBON CARBON

0.5W 0.5W

5% 5%

220K 10K

R420 R421

RS01Z102J RD-4Z472J

METAL CARBON

1W 0.25W

5% 5%

1K 4.7K

R422 R504

RD-AZ152J RD-4Z109J

CARBON CARBON

0.17W 0.25W

5% 5%

1.5K 1

R506 R516

RD-4Z109J RD-AZ102J

CARBON CARBON

0.25W 0.17W

5% 5%

1 1K

R517 R525

RD-AZ101J RD-AZ102J

CARBON CARBON

0.17W 0.17W

5% 5%

100 1K

R529 R540

RD-AZ102J RD-AZ103J

CARBON CARBON

0.17W 0.17W

5% 5%

1K 10K

R549 R550

RD-AZ221J RD-AZ221J

CARBON CARBON

0.17W 0.17W

5% 5%

220 220

R563

RD-AZ473J

CARBON

0.17W

5%

R564

RD-AZ303J

CARBON

0.17W

5%

2W

5%

47

2W 10% 0.5W 5%

0.33 100K

2W 2W

5% 5%

5.6K 1

CARBON CARBON

0.25W 0.25W

5% 5%

27 27

RD-AZ472J RD-4Z104J

CARBON CARBON

0.17W 0.25W

5% 5%

4.7K 100K

R908 R909

RD-4Z104J RD-4Z104J

CARBON CARBON

0.25W 0.25W

5% 5%

100K 100K

R910 R911

RD-2Z152J RD-2Z152J

CARBON CARBON

0.5W 0.5W

5% 5%

1.5K 1.5K

R912 R913

RD-2Z152J RD-AZ223J

CARBON CARBON

0.5W 0.17W

5% 5%

1.5K 22K

R914 RA01

RD-AZ152J RD-AZ752J

CARBON CARBON

0.17W 0.17W

5% 5%

1.5K 7.5K

RC105 RC201

HRFT472JCA HRFT182JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

4.7K 1.8K

RC204 RC205

HRFT302JCA HRFT271JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

3K 270

RC207 RC208

HRFT223JCA HRFT223JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

22K 22K

RC224 RC230

HRFT681JCA HRFT152JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

680 1.5K

RC231

HRFT102JCA

S.M.CARB

0.1W

5%

1K

RC232

HRFT753JCA

S.M.CARB

0.1W

5%

75K

RC233 RC235

HRFT102JCA HRFT681JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

1K 680

RC236 RC238

HRFT471JCA HRFT154JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

470 150K

RC239 RC503

HRFT242JCA HRFT683JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

2.4K 68K

47K

RC507 RC509

HRFT683JCA HRFT391JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

68K 390

30K

RC510

HRFT301JCA

S.M.CARB

0.1W

5%

300

39

Cct Ref

Parts Number

Description

Cct Ref

RC511

HRFT301JCA

S.M.CARB

0.1W

5%

300

RC730

HRFT332JCA

S.M.CARB

0.1W

5%

3.3K

RC512 RC513

HRFT680JCA HRFT301JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

68 300

RC732 RC733

HRFT103JCA HRFT103JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

10K 10K

RC514 RC515

HRFT750JCA HRFT430JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

75 43

RC736 RC737

HRFT272JCA HRFT273JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

2.7K 27K

RC518 RC520

HRFT101JCA HRFT101JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

100 100

RC740 RC744

HRFT103JCA HRFT103JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

10K 10K

RC521 RC522

HRFT101JCA HRFT101JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

100 100

RC775 RC776

HRFT472JCA HRFT472JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

4.7K 4.7K

RC523 RC526

HRFT151JCA HRFT102JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

150 1K

RC777 RC778

HRFT472JCA HRFT472JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

4.7K 4.7K

RC527

HRFT102JCA

S.M.CARB

0.1W

5%

1K

RC780

HRFT473JCA

S.M.CARB

0.1W

5%

47K

RC528

HRFT102JCA

S.M.CARB

0.1W

5%

1K

RC781

HRFT472JCA

S.M.CARB

0.1W

5%

4.7K

RC530 RC531

HRFT103JCA HRFT152JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

10K 1.5K

RCJ01 RCJ02

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC532 RC533

HRFT102JCA HRFT102JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

1K 1K

RCJ03 RCJ04

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC534 RC536

HRFT561JCA HRFT103JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

560 10K

RCJ05 RCJ06

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC538 RC539

HRFT822JCA HRFT103JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

8.2K 10K

RCJ07 RCJ11

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC543 RC544

HRFT104JCA HRFT182JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

100K 1.8K

RCJ12 RCJ14

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC545 RC546

HRFT153JCA HRFT153JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

15K 15K

RCJ17 RCJ21

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC547 RC548

HRFT154JCA HRFT153JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

150K 15K

RCJ22 RCJ23

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC552 RC553

HRFT153JCA HRFT102JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

15K 1K

RCJ24 RCJ25

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC554

HRFT333JCA

S.M.CARB

0.1W

5%

33K

RCJ29

HRFT000-CA

S.M.CARB

0.1W

5%

0

RC556

HRFT331JCA

S.M.CARB

0.1W

5%

330

RCJ31

HRFT000-CA

S.M.CARB

0.1W

5%

0

RC557 RC558

HRFT391JCA HRFT182JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

390 1.8K

RCJ32 RCJ35

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC559 RC560

HRFT472JCA HRFT393JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

4.7K 39K

RCJ36 RCJ37

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC562 RC566

HRFT471JCA HRFT101JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

470 100

RCJ38 RCJ39

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC567 RC568

HRFT562JCA HRFT681JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

5.6K 680

RCJ40 RCJ41

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC569 RC574

HRFT270JCA HRFT241JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

27 240

RCJ42 RCJ43

HRFT000-CA HRFT102JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 1K

RC577 RC578

HRFT470JCA HRFT221JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

47 220

RCJ44 RCJ45

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC581 RC582

HRFT272JCA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

2.7K 0

RCJ47 RCJ48

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC584 RC601

HRFT223JCA HRFT112JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

22K 1.1K

RCJ50 RCJ51

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC603 RC604

HRFT563JCA HRFT472JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

56K 4.7K

RCJ52 RCJ53

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC605 RC703

HRFT472JCA HRFT103JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

4.7K 10K

RCJ54 RCJ55

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC704 RC705

HRFT392JCA HRFT472JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

3.9K 4.7K

RCJ56 RCJ57

HRFT000-CA HRFT000-CA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 0

RC706 RC707

HRFT332JCA HRFT332JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

3.3K 3.3K

RCJ58 RCL37

HRFT000-CA HRFT472JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

0 4.7K

RC711

HRFT221JCA

S.M.CARB

0.1W

5%

220

RCL38

HRFT103JCA

S.M.CARB

0.1W

5%

10K

RC712

HRFT221JCA

S.M.CARB

0.1W

5%

220

RCN01

HRFT474JCA

S.M.CARB

0.1W

5%

470K

RC715 RC717

HRFT105JCA HRFT103JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

1M 10K

RCN07 RCN09

HRFT103JCA HRFT332JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

10K 3.3K

RC718 RC719

HRFT101JCA HRFT101JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

100 100

RCN10 RCN11

HRFT103JCA HRFT103JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

10K 10K

RC722 RC723

HRFT102JCA HRFT162JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

1K 1.6K

RCN20 RCN23

HRFT103JCA HRFT154JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

10K 150K

RC724 RC725

HRFT162JCA HRFT162JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

1.6K 1.6K

RCN24 RCN27

HRFT154JCA HRFT105JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

150K 1M

RC729

HRFT473JCA

S.M.CARB

0.1W

5%

47K

RCN31

HRFT182JCA

S.M.CARB

0.1W

5%

1.8K

40

Parts Number

Description

Cct Ref

Parts Number

Description

Cct Ref

RCN32

HRFT182JCA

S.M.CARB

0.1W

5%

1.8K

RCY70

HRFT104JCA

S.M.CARB

0.1W

5%

100K

RCN34 RCN40

HRFT333JCA HRFT104JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

33K 100K

RCY71 RCY72

HRFT104JCA HRFT103JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

100K 10K

RCN41 RCN45

HRFT106JCA HRFT302JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

10M 3K

RCY74 RCY75

HRFT154JCA HRFT154JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

150K 150K

RCN51 RCN52

HRFT511FCA HRFT472JCA

S.M.CARB S.M.CARB

0.1W 0.1W

1% 5%

510 4.7K

RCY77 RCY78

HRFT223JCA HRFT273JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

22K 27K

RCN60 RCQ04

HRFT103JCA HRFT132JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

10K 1.3K

RCY79 RCY80

HRFT104JCA HRFT104JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

100K 100K

RCQ05 RCQ06

HRFT132JCA HRFT161JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

1.3K 160

RCY81 RCY82

HRFT103JCA HRFT222JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

10K 2.2K

RCQ07

HRFT161JCA

S.M.CARB

0.1W

5%

160

RCY83

HRFT471JCA

S.M.CARB

0.1W

5%

470

RCQ09

HRFT221JCA

S.M.CARB

0.1W

5%

220

RCY84

HRFT473JCA

S.M.CARB

0.1W

5%

47K

RCQ10 RCQ11

HRFT221JCA HRFT202JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

220 2K

RN08 RN12

RD-AZ682J RD-AZ103J

CARBON CARBON

0.17W 0.17W

5% 5%

6.8K 10K

RCQ13 RCQ14

HRFT361JCA HRFT511FCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 1%

360 510

RN13 RN14

RD-AZ103J RD-AZ103J

CARBON CARBON

0.17W 0.17W

5% 5%

10K 10K

RCQ16 RCQ17

HRFT361JCA HRFT221JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

360 220

RN15 RN19

RD-AZ103J RD-AZ103J

CARBON CARBON

0.17W 0.17W

5% 5%

10K 10K

RCY01 RCY02

HRFT242JCA HRFT152JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

2.4K 1.5K

RN20 RN21

RD-AZ472J RD-AZ301J

CARBON CARBON

0.17W 0.17W

5% 5%

4.7K 300

RCY03 RCY04

HRFT472JCA HRFT102JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

4.7K 1K

RN22 RN25

RD-AZ301J RD-AZ273J

CARBON CARBON

0.17W 0.17W

5% 5%

300 27K

RCY05 RCY07

HRFT472JCA HRFT102JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

4.7K 1K

RN26 RN29

RD-AZ273J RD-AZ182J

CARBON CARBON

0.17W 0.17W

5% 5%

27K 1.8K

RCY08 RCY09

HRFT102JCA HRFT123JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

1K 12K

RN33 RN35

RD-AZ153J RD-AZ221J

CARBON CARBON

0.17W 0.17W

5% 5%

15K 220

RCY10 RCY11

HRFT102JCA HRFT823JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

1K 82K

RN36 RN38

RD-AZ221J RD-AZ101J

CARBON CARBON

0.17W 0.17W

5% 5%

220 100

RCY13

HRFT152JCA

S.M.CARB

0.1W

5%

1.5K

RN39

RD-AZ101J

CARBON

0.17W

5%

100

RCY15

HRFT271JCA

S.M.CARB

0.1W

5%

270

RN43

RD-AZ332J

CARBON

0.17W

5%

3.3K

RCY16 RCY17

HRFT822JCA HRFT822JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

8.2K 8.2K

RN44 RN46

RD-AZ332J RD-AZ102J

CARBON CARBON

0.17W 0.17W

5% 5%

3.3K 1K

RCY18 RCY19

HRFT182JCA HRFT202JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

1.8K 2K

RN47 RN48

RD-AZ102J RD-AZ102J

CARBON CARBON

0.17W 0.17W

5% 5%

1K 1K

RCY20 RCY23

HRFT202JCA HRFT132JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

2K 1.3K

RN53 RN56

RS02Z399JS RD-AZ472J

METAL CARBON

2W 0.17W

5% 5%

3.9 4.7K

RCY24 RCY25

HRFT471JCA HRFT152JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

470 1.5K

RN57 RN58

RD-AZ472J RD-AZ472J

CARBON CARBON

0.17W 0.17W

5% 5%

4.7K 4.7K

RCY26 RCY30

HRFT223JCA HRFT102JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

22K 1K

RN59 RN70

RD-AZ472J RD-AZ472J

CARBON CARBON

0.17W 0.17W

5% 5%

4.7K 4.7K

RCY32 RCY33

HRFT103JCA HRFT333JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

10K 33K

RQ01 RQ03

RD-AZ271J RD-AZ271J

CARBON CARBON

0.17W 0.17W

5% 5%

270 270

RCY34 RCY35

HRFT272JCA HRFT242JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

2.7K 2.4K

RQ08 RQ12

RD-AZ271J RD-AZ112J

CARBON CARBON

0.17W 0.17W

5% 5%

270 1.1K

RCY36 RCY37

HRFT202JCA HRFT822JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

2K 8.2K

RQ13 RQ15

RD-AZ102J RD-AZ221J

CARBON CARBON

0.17W 0.17W

5% 5%

1K 220

RCY38 RCY39

HRFT511JCA HRFT472JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

510 4.7K

RQ19 RQ20

RD-AZ271J RD-AZ153J

CARBON CARBON

0.17W 0.17W

5% 5%

270 15K

RCY40 RCY41

HRFT183JCA HRFT225JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

18K 2.2M

RY05 RY06

RD-AZ102J RD-AZ102J

CARBON CARBON

0.17W 0.17W

5% 5%

1K 1K

RCY42 RCY43

HRFT102JCA HRFT562JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

1K 5.6K

RY12 RY21

RD-AZ182J RD-AZ229J

CARBON CARBON

0.17W 0.17W

5% 5%

1.8K 2.2

RCY44 RCY45

HRFT221JCA HRFT391JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

220 390

RY22 RY27

RD-AZ229J RD-AZ333J

CARBON CARBON

0.17W 0.17W

5% 5%

2.2 33K

RCY48

HRFT331JCA

S.M.CARB

0.1W

5%

330

RY28

RD-AZ513J

CARBON

0.17W

5%

51K

RCY50

HRFT334JCA

S.M.CARB

0.1W

5%

330K

RY29

RD-AZ303J

CARBON

0.17W

5%

30K

RCY51 RCY52

HRFT302JCA HRFT122JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

3K 1.2K

RY31 RY46

RD-AZ513J RD-AZ391J

CARBON CARBON

0.17W 0.17W

5% 5%

51K 390K

RCY53 RCY55

HRFT122JCA HRFT103JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

1.2K 10K

RY47 RY48

RD-AZ561J RD-AZ820J

CARBON CARBON

0.17W 0.17W

5% 5%

560 82

RCY56 RCY57

HRFT512JCA HRFT103JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

5.1K 10K

RY54 RY58

RD-AZ122J RD-AZ151J

CARBON CARBON

0.17W 0.17W

5% 5%

1.2K 150

RCY59 RCY60

HRFT470JCA HRFT271JCA

S.M.CARB S.M.CARB

0.1W 0.1W

5% 5%

47 270

RY73 RY76

RD-AZ103J RD-AZ332J

CARBON CARBON

0.17W 0.17W

5% 5%

10K 3.3K

RCY61

HRFT271JCA

S.M.CARB

0.1W

5%

270

41

Parts Number

Description

Cct Ref

Parts Number

Description

Cct Ref

CAPACITORS C107

CEXF1H100V

ELECT

50V

—)

C120 C225

CEXD1H109F CEXF1H220V

ELECT ELECT

50V 50V

—)

C226 C227

CEXF1H100V CEXF1H109V

ELECT ELECT

50V 50V

—)

C230 C233

CEXF1C471V CEXF1E101V

ELECT ELECT

16V 25V

—)

C237 C301

CEXF1E331V CCZB1H102K

ELECT CERAMIC

25V 50V

—)

—)

—)

—)

Q)

C302

CCZB1H102K

CERAMIC

50V

Q)

C305

CCXB2H471K

CERAMIC

500V

S)

C306 C307

CCXB2H102K CEXF2C220V

CERAMIC ELECT

500V 160V

C308 C309

CEXF1E471V CCZF1H103Z

ELECT CERAMIC

25V 50V

Q) —) —) Q)

C310 C311

CMXM2A104J CMXM2A103J

MYLAR MYLAR

100V 100V

C312 C313

CMXM2A102J CMXM2A104J

MYLAR MYLAR

100V 100V

C401 C402

CCXB2H472K CCXB2H221K

CERAMIC CERAMIC

500V 500V

S)

C403 C404

CCXB2H472K CCXB2H102K

CERAMIC CERAMIC

500V 500V

S)

Q) Q) Q) Q)

S)

Q)

C406 C407

CCXB3D471K CXSL2H470J

CERAMIC CERAMIC

2kV 500V

S)

C409 C410

CEXF2C220V CEXF2C109V

ELECT ELECT

160V 160V

—)

C413

CEXF2E330V

ELECT

250V

—)

C418

CMXL2E104K

MYLAR

C526 C543

CCZB1H151K CEXF1H229V

CERAMIC ELECT

C546 C547

CMXM2A104J CMXM2A473J

C548 C553

S)

—)

250V

Q)

50V 50V

S)

MYLAR MYLAR

100V 100V

Q)

CMXM2A104J CEXF1H100V

MYLAR ELECT

100V 50V

Q)

C556 C557

CEXF1E470V CEXF1E470V

ELECT ELECT

25V 25V

—)

C559 C560

CEXF1E470V CEXF1E470V

ELECT ELECT

25V 25V

—)

C564 C565

CEXF1E101V CEXF1E101V

ELECT ELECT

25V 25V

—)

—)

Q)

—)

—)

—)

—)

C566 C567

CEXF1C102V CEXF1C102V

ELECT ELECT

16V 16V

—)

C570 C571

CEXF1E101V CEXF1H478V

ELECT ELECT

25V 50V

—)

C580

CBZR1C472M

CERAMIC

16V

S)

C583

CEXF1E101V

ELECT

25V

—)

C591 C609

CEXF1E101V CEXF1H220V

ELECT ELECT

25V 50V

—)

C610 C611

CEXF1E471C CEXF1E470V

ELECT ELECT

25V 25V

—)

C613 C614

CMXB1H224J CEXF1H470V

MYLAR ELECT

50V 50V

Q)

C711 C719

CCZF1H103Z CEXF1C470A

CERAMIC ELECT

50V 16V

Q)

C720 C721

CEXF1A471V CEXF1C101A

ELECT ELECT

10V 16V

—)

C722 C723

CEXF1A471V CEXF1C101A

ELECT ELECT

10V 16V

—)

C724 C801

CEXF1E221V CL1JB3474K

ELECT FILM

25V 250V

—)

C803 C804

CCXF3A472Z CCXF3A472Z

CERAMIC CERAMIC

1kV 1kV

S)

C807

CCZB1H102K

CERAMIC

50V

Q)

C808

CH1AFE472M

CERAMIC

4kV

S)

—)

Q)

—)

—)

—)

—)

—)

—)

Q)

S)

Parts Number

Description

C810

CCXB3D681K

CERAMIC

2kV

S)

C813 C816

CCXF1H103Z CEXF2A100V

CERAMIC ELECT

50V 100V

Q)

C817 C818

CEXF1E221C CEXF1E331V

ELECT ELECT

25V 25V

—)

C819 C820

CEYN2G181P CEYF2C221V

ELECT ELECT

400V 160V

—)

C822 C823

CEXF1C102C CEXF2G220V

ELECT ELECT

16V 400V

—)

C824 C825

CEXF1H470V CEXF1C102V

ELECT ELECT

50V 16V

C826

CEXF1E101C

ELECT

25V

—)

C827

CEXF1E102C

ELECT

25V

—)

C828 C829

CEXF1E471V CEXF1E101C

ELECT ELECT

25V 25V

—)

C830 C832

CEXF1E221V CEXF1C102C

ELECT ELECT

25V 16V

C833 C834

CEXF1C102C CEXF1E221C

ELECT ELECT

16V 25V

—)

C835 C836

CMXE2J222J CBZF1H104Z

MYLAR CERAMIC

630V 50V

S)

C837 C838

CBZF1H104Z CBZF1H104Z

CERAMIC CERAMIC

50V 50V

Q)

C840 C841

CEXF1E470V CCXF3A472Z

ELECT CERAMIC

25V 1kV

C842 C846

CCXF3A472Z CCZF1H103Z

CERAMIC CERAMIC

1kV 50V

S)

C904 C905

CMXL2E104K CMXL2E104K

MYLAR MYLAR

250V 250V

Q)

C910

CCXF1H473Z

CERAMIC

50V

Q)

C911

CCXB3D102K

CERAMIC

2kV

Q)

C913 CC103

CEXF1C331V HCBK103KCA

ELECT S.M.CAP

16V 50V

—)

CC104 CC105

HCBK104KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC118 CC119

HCQK221JCA HCQK221JCA

S.M.CAP S.M.CAP

50V 50V

S)

CC201 CC202

HCBK333KCA HCBK223KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC205 CC206

HCQK820JCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

S) Q)

CC208 CC209

HCBK103KCA HCBH224KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC210 CC212

HCBK104KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

CC213 CC214

HCBK102KCA HCQK560JCA

S.M.CAP S.M.CAP

50V 50V

CC215 CC219

HCQK220JCA HCQK809DCA

S.M.CAP CERAMIC

50V 50V

S)

CC220 CC221

HCBK472KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

S)

CC223 CC224

HCBK333KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC225 CC228

HCBK104KCA HCTAF229MB

S.M.CAP TANT

50V 16V

Q)

CC235

HCQK221JCA

S.M.CAP

50V

S)

CC236

HCQK221JCA

S.M.CAP

50V

S)

CC501 CC502

HCBK104KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC503 CC505

HCTAJ478MB HCTAJ478MB

TANT TANT

35V 35V

Q)

CC507 CC508

HCBK104KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC509 CC510

HCBK104KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC511

HCBK104KCA

S.M.CAP

50V

Q)

42

—)

—)

—)

—) —) —)

—) —) —)

—)

Q)

Q) —) S)

Q)

Q)

Q)

Q)

S)

Q)

Q)

Q) Q) Q) S)

S)

Q)

Q)

—)

Q)

Q)

Q)

Q)

Cct Ref

Parts Number

Description

Cct Ref

CC512

HCBK103KCA

S.M.CAP

50V

Q)

CC725

HCBK103KCA

S.M.CAP

50V

Q)

CC513 CC517

HCBK104KCA HCBK102KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC727 CC728

HCBK103KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC518 CC520

HCBK102KCA HCBK102KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC729 CC730

HCTAH109MB HCQK471JCA

TANT S.M.CAP

25V 50V

CC523 CC524

HCQK160JCA HCQK130JCA

CERAMIC S.M.CAP

50V 50V

S)

CC731 CCL29

HCQK561JCA HCTBF100MB

S.M.CAP TANT

50V 16V

S)

CC525 CC526

HCQK181JCA HCQK181JCA

S.M.CAP S.M.CAP

50V 50V

S)

CCN01 CCN02

HCBK104KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC527 CC528

HCQK181JCA HCQK181JCA

S.M.CAP S.M.CAP

50V 50V

S)

HCBK103KCA HCBK102KCA

S.M.CAP S.M.CAP

50V 50V

Q)

S)

CCN07 CCN08

CC529

HCBK223KCA

S.M.CAP

50V

Q)

CCN09

HCBK103KCA

S.M.CAP

50V

Q)

CC532

HCQK220JCA

S.M.CAP

50V

S)

CCN10

HCBK103KCA

S.M.CAP

50V

Q)

CC533 CC534

HCBK392KCA HCBK472KCA

S.M.CAP S.M.CAP

50V 50V

S)

CCN11 CCN12

HCBK102KCA HCBK102KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC535 CC536

HCBK472KCA HCBK332KCA

S.M.CAP S.M.CAP

50V 50V

S)

CCN14 CCN15

HCBK103KCA HCBK332KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC537 CC538

HCQK560JCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

S)

CCN17 CCN20

HCBK104KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC539 CC540

HCQK221JCA HCTBF100MB

S.M.CAP TANT

50V 16V

S)

CCN21 CCN29

HCBK223KCA HCBK223KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC541 CC542

HCBK223KCA HCTAJ478MB

S.M.CAP TANT

50V 35V

Q)

CCN31 CCN37

HCBK104KCA HCTAH109MB

S.M.CAP TANT

50V 25V

Q)

CC544 CC549

HCQK100DCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

CCN44 CCN45

HCBK104KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC550 CC551

HCBK104KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CCN48 CCN49

HCBK104KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC552 CC554

HCTAF229MB HCTAF229MB

TANT TANT

16V 16V

—)

HCBK104KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

—)

CCN50 CCN52

CC561

HCTAF229MB

TANT

16V

—)

CCN57

HCTBF100MB

TANT

16V

—)

CC568

HCTAH109MB

TANT

25V

—)

CCN58

HCTAH109MB

TANT

25V

—)

CC569 CC572

HCTAH109MB HCTAJ478MB

TANT TANT

25V 35V

—)

CCN60 CCQ01

HCQK100DCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

S)

CC573 CC576

HCBK102KCA HCBK472KCA

S.M.CAP S.M.CAP

50V 50V

CCY01 CCY02

HCBK103KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

CC581 CC582

HCBK102KCA HCBK102KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CCY03 CCY04

HCBK103KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

CC585 CC586

HCBK102KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CCY05 CCY06

HCBK223KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

CC587 CC589

HCBK103KCA HCBK102KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CCY07 CCY08

HCBK104KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC590 CC591

HCBK103KCA HCBK102KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CCY09 CCY11

HCBK104KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC601 CC602

HCBK102KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CCY14 CCY15

HCBK104KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC603 CC604

HCBK102KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

CCY16 CCY19

HCBH224KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC605 CC606

HCQK101JCA HCQK101JCA

S.M.CAP S.M.CAP

50V 50V

S)

CCY20 CCY21

HCBK103KCA HCBK223KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC607 CC608

HCBK102KCA HCBK102KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CCY22 CCY23

HCBK104KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC612 CC616

HCBK102KCA HCBK682KCA

S.M.CAP S.M.CAP

50V 50V

Q) S)

CCY24 CCY25

HCBK104KCA HCQK101JCA

S.M.CAP S.M.CAP

50V 50V

CC701 CC704

HCBK104KCA HCBK472KCA

S.M.CAP S.M.CAP

50V 50V

CCY26 CCY27

HCBK104KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

Q)

S)

CC705

HCBH224KCA

S.M.CAP

50V

Q)

CCY28

HCBK104KCA

S.M.CAP

50V

Q)

CC706

HCBK103KCA

S.M.CAP

50V

Q)

CCY29

HCBK104KCA

S.M.CAP

50V

Q)

CC707 CC708

HCQK330JCA HCQK330JCA

S.M.CAP S.M.CAP

50V 50V

S)

CCY30 CCY31

HCBK104KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC709 CC713

HCBK103KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CCY32 CCY33

HCBK153KCA HCQK101JCA

S.M.CAP S.M.CAP

50V 50V

CC715 CC716

HCBK103KCA HCQK221JCA

S.M.CAP S.M.CAP

50V 50V

CCY34 CCY35

HCBK103KCA HCBK473KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CC717 CC720

HCBK333KCA HCBK104KCA

S.M.CAP S.M.CAP

50V 50V

HCBK473KCA HCBK102KCA

S.M.CAP S.M.CAP

50V 50V

Q)

Q)

CCY36 CCY37

CC721

HCBK104KCA

S.M.CAP

50V

Q)

CCY38

HCBK472KCA

S.M.CAP

50V

S)

Q)

Q)

S)

S)

S)

S)

Q)

—)

Q) S) Q)

Q)

Q) Q) S)

Q)

Q)

Q)

Q)

Q) Q) Q)

S)

Q)

Q)

S)

Q) Q) S) Q)

43

Parts Number

Description

Q) —) S)

—)

Q)

Q)

Q)

S)

Q)

Q)

—)

Q)

Q)

Q)

Q) Q) Q) Q) Q) Q) Q)

Q)

Q)

Q)

Q)

Q)

Q) Q) S)

Q)

Q) Q) S)

Q)

Q)

Cct Ref

Parts Number

Description

Cct Ref

CCY39

HCQK220JCA

S.M.CAP

50V

S)

CN56

CEXF1C470A

ELECT

16V

—)

CCY41 CCY42

HCBK222KCA HCQK270JCA

S.M.CAP S.M.CAP

50V 50V

S)

CN59 CQ02

CDYF0H105K CEXF1H100V

CERAMIC ELECT

5.5V 50V

—)

CCY43 CCY44

HCBK104KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CQ03 CY07

CEXF1E101V CCZF1H103Z

ELECT CERAMIC

25V 50V

—)

CCY46 CCY47

HCQK201JCA HCBK333KCA

S.M.CAP S.M.CAP

50V 50V

S)

CY10 CY12

CMXM2A103J CCZF1H103Z

MYLAR CERAMIC

100V 50V

Q)

CCY48 CCY50

HCQK391JCA HCBK223KCA

S.M.CAP S.M.CAP

50V 50V

S)

CY13 CY17

CCZF1H103Z CCZF1H223Z

CERAMIC CERAMIC

50V 50V

Q)

CCY51 CCY52

HCBK103KCA HCQK101JCA

S.M.CAP S.M.CAP

50V 50V

Q) S)

CY18 CY40

CCZF1H103Z CMXM2A122J

CERAMIC MYLAR

50V 100V

CCY54

HCBK104KCA

S.M.CAP

50V

Q)

CY49

CMXM2A223J

MYLAR

100V

Q)

CCY55

HCBK103KCA

S.M.CAP

50V

Q)

CY53

CMXM2A122J

MYLAR

100V

S)

CCY56 CCY60

HCTBF100MB HCTAH109MB

TANT TANT

16V 25V

—)

CY57 CY58

CEXF1H478A CEXF1H478A

ELECT ELECT

50V 50V

Q)

CCY61 CCY62

HCTAH109MB HCTAH109MB

TANT TANT

25V 25V

—)

CY59 CY72

CMXM2A473J CEXF1C101A

MYLAR ELECT

100V 16V

—)

CCY63 CCY64

HCTBH479MB HCTAH109MB

TANT TANT

25V 25V

—)

CY73 CY78

CEXF1H109A CEXF1C220A

ELECT ELECT

50V 16V

—)

CCY65 CCY66

HCTAH109MB HCTAH109MB

TANT TANT

25V 25V

—)

CY80 CY81

CEXF1C101A CEXF1C101A

ELECT ELECT

16V 16V

—)

CCY67 CCY68

HCTAH109MB HCTBF100MB

TANT TANT

25V 16V

—)

CY82 CY83

CEXF1C101A CEXF1C101A

ELECT ELECT

16V 16V

—)

CCY69 CCY70

HCTAJ108MB HCTAH109MB

TANT TANT

35V 25V

Q)

CY85 CY86

CEXF1C220A CEXF1C470A

ELECT ELECT

16V 16V

—)

CCY71 CCY74

HCTAH109MB HCTBF100MB

TANT TANT

25V 16V

—)

CY87 CY88

CBZF1H104Z CEXF1C220A

CERAMIC ELECT

50V 16V

Q)

CCY75 CCY76

HCTBF100MB HCTBF100MB

TANT TANT

16V 16V

—) —)

CY90 CY95

CEXF1C470A CMXL1J104J

ELECT MYLAR

16V 63V

Q)

CCY77

HCTBF100MB

TANT

16V

—)

CY96

CMXM2A103J

MYLAR

100V

Q)

CCY79

HCTAH109MB

TANT

25V

—)

CY97

CMXM2A273J

MYLAR

100V

Q)

CCY84 CCY89

HCBK104KCA HCBK103KCA

S.M.CAP S.M.CAP

50V 50V

Q)

CCY91 CCY92

HCBK104KCA HCQK220JCA

S.M.CAP S.M.CAP

50V 50V

Q)

CCY93 CCY98

HCQK509DCA HCBK102KCA

S.M.CAP S.M.CAP

50V 50V

S)

CCY99 CL28

HCBK104KCA CEXD1H229F

S.M.CAP ELECT

50V 50V

Q)

CL30 CN01

CEXD1H229F CCZF1H103Z

ELECT CERAMIC

50V 50V

—)

CN03 CN04

CCZF1H103Z CCZF1H103Z

CERAMIC CERAMIC

50V 50V

Q)

CN05 CN06

CCZF1H103Z CCZF1H103Z

CERAMIC CERAMIC

50V 50V

Q)

CN13 CN18

CCZF1H103Z CCZF1H103Z

CERAMIC CERAMIC

50V 50V

Q)

CN19 CN23

CCZF1H103Z CXCH1H180J

CERAMIC CERAMIC

50V 50V

CN24 CN25

CXCH1H180J CXCH1H220J

CERAMIC CERAMIC

50V 50V

S)

CN26 CN27

CXCH1H220J CEXF1C470A

CERAMIC ELECT

50V 16V

S)

CN30 CN31

CEXF1C470A CEXF1C470A

ELECT ELECT

16V 16V

—)

CN33

CBZF1H104Z

CERAMIC

50V

Q)

CN34

CEXF1A471V

ELECT

10V

—)

CN35 CN36

CEXF1C470A CEXF1C100A

ELECT ELECT

16V 16V

—)

CN38 CN46

CEXF1E221V CEXF1C101A

ELECT ELECT

25V 16V

—)

CN47 CN51

CEXF1C101A CCZB1H101K

ELECT CERAMIC

16V 50V

CN53 CN54

CCZB1H101K CCZB1H101K

CERAMIC CERAMIC

50V 50V

S)

CN55

CCZB1H101K

CERAMIC

50V

S)

S)

Q)

Q)

Q)

—)

—)

—)

—)

—)

—)

—)

Q)

S)

Q)

—)

Q)

Q)

Q)

Q) Q) S)

S)

—)

Description

TERMINALS AND LINKS HP601 JA01

4859102430 4859104940

EARPHONE SOCKET AV RCA SOCKET

JS01

4859200401

AV TERMINAL

SWITCHES RLY1 RLY2

5SC0202334 5SC0101003

SWITCH SWITCH

SW01 SW02

JDS1105-6X 5S50101090

SWITCH SWITCH

SW03 SW04

5S50101090 5S50101090

SWITCH SWITCH

SW05 SW06

5S50101090 5S50202002

SWITCH SWITCH

SW07 SW08

5S50202002 5S40202013

SWITCH SWITCH

SW09

5S50101090

SWITCH

SW10

5S50101Z90

SWITCH

DIFFERENCES FOR MODEL TX-14GV1 MECHANICAL PARTS

—)

—)

—) —) S)

S)

Parts Number

16

4859606240

A34EAC01X C.R.T.

18 19

4852154000 4852072201

BACK COVER CABINET

20 21

TNP8EY001LL 58G0000084

CRT PCB DEGAUSS COIL

22 23

TNP8EE001LL 485541584-

MAIN PCB MODEL LABEL

24 25

4855611927 TNP8EP001LL

PANASONIC BADGE POWER PCB

26

48A830610

SPEAKER

MISCELLANEOUS COMPONENTS ANTO5

TSA110001-1

LOOP ANTENNA

M801

4858053600

CARTON

44

—)

Q)

Q)

Q) Q) S)

Q) Q)

—)

—)

—)

—)

—) —)

Cct Ref

Parts Number

Description

Cct Ref

SCT01

4859303030

CRT SOCKET

R903

RD-AZ102J

CARBON

0.17W

5%

1K

ZZ130

PTPKCPA604

CUSHIONS SET

R904 R905

RD-AZ152J RD-AZ152J

CARBON CARBON

0.17W 0.17W

5% 5%

1.5K 1.5K

R906 RC575

RD-AZ152J HRFT183JCA

CARBON S.M.CARB

0.17W 0.1W

5% 5%

1.5K 18K

RC583

HRFT823JCA

S.M.CARB

0.1W

5%

82K

TRANSFORMERS T801

50M4042A3

TRANSFORMER

58H0000016

COIL

COILS L404

Parts Number

Description

CAPACITORS

RESISTORS

C415

CMYE2D514J

MYLAR

200V

Q)

R301 R419

RN-4Z2001F RS01Z229J

FILM FILM

0.25W 1W

1% 5%

2K 2.2

C416 C907

CMYH3C722J CCXB1H561K

MYLAR CERAMIC

1K6V 50V

S)

R572 R833

RD-AZ752J RD-4Z472J

CARBON CARBON

0.17W 0.25W

5% 5%

7.5K 4.7K

C908

CCXB1H561K

CERAMIC

50V

S)

C909

CCXB1H561K

CERAMIC

50V

S)

R834 R901

RD-4Z101J RD-AZ152J

FILM CARBON

0.25W 0.17W

5% 5%

100 1.5K

C914 C915

CZSL1H330J CZSL1H330J

CERAMIC CERAMIC

50V 50V

S)

R902 R903

RD-AZ152J RD-AZ152J

CARBON CARBON

0.17W 0.17W

5% 5%

1.5K 1.5K

C916

CZSL1H330J

CERAMIC

50V

S)

R904 R905

RD-AZ132J RD-AZ132J

FILM FILM

0.07W 0.07W

5% 5%

1.3K 1.3K

R906 RC575

RD-AZ132J HRFT223JCA

FILM S.M.CARB

0.07W 0.1W

5% 5%

1.3K 22K

RC583

HRFT753JCA

S.M.CARB

0.1W

5%

75K

RCJ46

HRFT000-CA

S.M.CARB

0.1W

5%

0

CAPACITORS C415

CMYE2D394J

MYLAR

200V

Q)

C416 C907

CMYH3C622J CCXB1H471K

MYLAR CERAMIC

1K6V 50V

S)

C908 C909

CCXB1H471K CCXB1H471K

CERAMIC CERAMIC

50V 50V

S)

C914

CZSL1H180J

CERAMIC

50V

S)

C915

CZSL1H180J

CERAMIC

50V

S)

C916

CZSL1H180J

CERAMIC

50V

S)

S)

S)

DIFFERENCES FOR MODEL TX-21GV1 MECHANICAL PARTS 17 18

4859625360 4852154100

A51EAL15X17 C.R.T. BACK COVER

19 20

4852072301 TNP8EY001HH

CABINET CRT PCB

21 22

58G0000074 TNP8EE001HH

DEGAUSS COIL MAIN PCB

23 24

4855415814855611928

MODEL LABEL PANASONIC BADGE

25 26

TNP8EP001HH 48A8306200

POWER PCB SPEAKER

MISCELLANEOUS COMPONENTS . M801

PTPKCPD201 4858053700

CUSHIONS SET OUTER CARTON

SCT02

4859302930

CRT SOCKET

TRANSISTORS T801

50M4042A2J

TRANSISTOR

58H0000020

LINEARITY COIL

5PTPS60MB

FILTER

COILS L404

FILTERS Z206

RESISTORS R301 R419

RN-4Z3001F RS01Z439J

CARBON METAL

0.25W 1W

1% 5%

3K 4.3

R572 R833

RD-AZ512J RD-4Z512J

CARBON CARBON

0.17W 0.25W

5% 5%

5.1K 51K

R834 R901

RD-4Z910J RD-AZ102J

CARBON CARBON

0.25W 0.17W

5% 5%

91 1K

R902

RD-AZ102J

CARBON

0.17W

5%

1K

45

S)

S)

3$576/2&$7,219&5

6. EXPLODED VIEW AND PA RTS LIST 6-1. EXPLODED VIEW OF DECK ASS’Y (TOP VIEW)

6-2. EXPLODED VIEW OF DECK ASS’Y (BOTTOM VIEW)

AC001

37

38

3$576/2&$7,219&5

6-3. EXPLODED VIEW OF F/L ASS’Y

39

REPLACEMENT PARTS LIST Important Safety Notice Components Identified by mark have special characteristics important for safety. * When replacing any of these components, use only manufacturers specified parts. In case of ordering these spare parts, please always add the complete Model-Type number to your order.

Cct Ref

Parts Number

Description

Cct Ref

MISCELLANEOUS COMPONENTS A0100

97SA309700

MAIN BASE AS

A0200 A0300

97S0901400 97S2701800

PLATE RACK F/L PBT

A0400 A0500

97SA310900 97SA311000

S SLANT POLE AS T SLANT POLE AS

A0600

97SA308500

L LOADING AS

A0700

97SA308600

R LOADING AS

A0800 A0900

97SA308400 97S3101800

LOADING RACK AS WASHER POLY

A1000 A1000

97S8100700 97S8101200

MOTOR CAPSTAN MOTOR CAPSTAN

A1200 A1300

97S3004000 97SA311200

SPG AC HEAD AC HEAD AS

A1400 A1500

7391300211 97S2604100

NUT HEX LEVER RELAY

A1600 A1700

97S2701400 97SA310700

GEAR CAM PINCH LEVER AS

A1800 A1900

97S3117300 97SA310400

WASHER POLY L/C BRKT TOT AS

A2100 A2200

97SA311600 97S3108200

IDLER PLATE AS WASHER POLY

A2300 A2350

97S2901600 97S2901600

TABLE REEL TABLE REEL

A2400

97S3903600

POLY SLIDER

A2500

97SA310800

TENSION BAND AS

A2600 A2700

97S3003500 97SA309300

SPG TENSION S SUB BRAKE AS

A2800 A2900

97SA309400 97SA309110

T SUB BRAKE AS MAIN BRAKE AS

A3100 A3100

97S8004500 97S8012900

HEAD FE HEAD FE

A3300 A3400

97SA309000 97S3108200

REEL GEAR TOT AS WASHER POLY

A3500 A3600

97S5500400 97S2603500

BELT REEL LEVER RECORD SAFETY

A3700 AC001

97SB381100 97SA381500

EARTH BRCKET AS HEAD CLEANER AS

AD001 AF001

97PA253671 97SA251400

DRUM PRICE AS F/L AS K-MECHA

B1900 B1910

97SA414100 97PA409200

L/C BRKT AS L/C MOTOR AS

B1920 B1930

97P6538222 97P6271500

L/C MOTOR PCB CONNECTOR

B1940 B1960

5SSFF1DKM10 97S9201500

CAM SWITCH WORM WHEEL

M1000

97PC0074D

DECK TOTAL AS

48

Parts Number

Description

SCHEMATIC DIAGRAMS FOR MODELS ZEICHENERKLÄRUNG FÜR MODELL TX-21GV1C / TX-14GV1C