Sanyo DS24424 User manual

Specifications
Power Rating . . . . . . . . . . . . . . . . . . . . . 120V, 60Hz
78W (Avg), 2.0A (Max)
Antenna Input Impedance. . . . . . . . . . . . . . . . . 75Ω
UHF/VHF/CATV
Receiving Channel . . . . . . . . . . . . . . . . 2 - 13 (VHF),
14 - 69 (UHF),
01, 14-94, 95-125 (CATV)
Remote Ready . . . . . . . . . . 33 Key Remote Control
Sound Output . . . . . . . . . . . . . . . . . . . . . . 1.0 W/CH
Intermediate Frequency
Picture IF Carrier. . . . . . . . . . . . . . . . . . 45.75MHz
Sound IF Carrier . . . . . . . . . . . . . . . . . . 41.25MHz
Color Sub Carrier . . . . . . . . . . . . . . . . . 42.17MHz
Picture Tube . . . . . . . . . . . . . . . . . A59QDF891X(ST)
Semiconductors
Integrated Circuits. . . . . . . . . . . . . . . . . . . . . . . . 8
Transistors. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20
Except within Tuner and RC Pre-Amp.
Cabinet Dimensions
Width. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 677mm
Height . . . . . . . . . . . . . . . . . . . . . . . . . . . . 524mm
Depth. . . . . . . . . . . . . . . . . . . . . . . . . . . . . 480mm
REFERENCE No.SM780092
DS24424, H2BAM, PRODUCT CODE 111370380
Contents
Safety Instructions . . . . . . . . . . . . . . . . . . 2
Service Adjustments. . . . . . . . . . . . . 3 - 10
Service Hints. . . . . . . . . . . . . . . . . . . . . . 11
Purity and Convergence . . . . . . . . . 12 - 13
Mechanical Disassemblies. . . . . . . . . . . 14
Chassis Electrical Parts List . . . . . . 15 - 22
Cabinet Parts List . . . . . . . . . . . . . . . . . . 23
Component and Test Point
Locations . . . . . . . . . . . . . . . . . . . 24 - 27
Schematic Insert . . . . . . . . . . . . . . . 29 - 36
Schematic Notes . . . . . . . . . . . . . . . . . 29
Pin Layouts . . . . . . . . . . . . . . . . . . . . . 29
Capacitor and Resistor Codes . . . . . . 29
Block Diagram. . . . . . . . . . . . . . . 30 - 31
Voltage Charts . . . . . . . . . . . . . . . 30 - 32
Waveforms. . . . . . . . . . . . . . . . . . . . . . 32
Schematic Diagrams . . . . . . . . . . 33 - 36
SERVICE MANUAL Remote Control Color
Television DS24424 (U.S.A.)
(CANADA)
ORIGINAL VERSION
Chassis No. 24424-00
NOTE: Match the Chassis No. on
the unit’s back cover with
the Chassis No. in the
Service Manual.
If the Original Version
Service Manual Chassis
No. does not match the
unit’s, additional Service
Literature is required. You
must refer to “Notices” to the
Original Service Manual
prior to servicing the unit.
AS
FILE NO.

— 2 —
SAFETY PRECAUTIONS
WARNING: The chassis of this receiver has a floating
ground with the potential of one half the AC line voltage in
respect to earth ground. Service should not be attempted by
anyone not familiar with the precautions necessary when
working on this type of equipment.
The following precautions must be observed:
1. An isolation transformer must be connected in the power
line between the receiver and the AC line before any ser-
vice is performed on the receiver.
2. Comply with all caution and safety-related notes provid-
ed on the side of the cabinet, inside the cabinet, on the
chassis, and the picture tube.
3. When replacing a chassis in the cabinet, always be certain
that all the protective devices are installed properly, such
as control knobs, adjustment covers, shields and barriers.
DO NOT OPERATE THIS TELEVISION RECEIVER
WITHOUT THE PROTECTIVE SHIELD IN POSITION AND
PROPERLY SECURED.
4. Before replacing the back cover of the set, thoroughly
inspect the inside of the cabinet to see that no stray parts
or tools have been left inside.
Before returning any television to the customer, the
service technician must perform the following safety
checks to be sure that the unit is completely safe to
operate without danger of electrical shock.
ANTENNA COLD CHECK
Remove AC plug from the 120 VAC outlet and place a
jumper across the two blades. Connect one lead of an ohm-
meter to the jumpered AC plug, and touch the other lead to
each exposed antenna terminal (UHF and VHF antenna ter-
minals). The resistance must measure between 1M ohm and
5.2M ohm. Any resistance value below or above this range
indicates an abnormality which requires corrective action.
LEAKAGE CURRENT CHECK
Plug the AC line cord directly into a 120 VAC outlet. (Do not
use an isolation transformer for this check.) Use an AC volt-
meter, that has 5000 ohms per volt or more sensitivity.
Connect a 1500 ohm 10 watt resistor, paralleled by a 0.15 µF
150 VAC capacitor, between a known good earth ground
(water pipe, conduit, etc.) and all exposed metal parts of the
cabinet (antennas, handle bracket, metal cabinet, screw
heads, metal overlays, control shafts, etc.). Measure the AC
voltage across the 1500 ohm resistor. The AC voltage
should not exceed 750 mV. A reading exceeding 750 mV
indicates that a dangerous potential exists. The fault must
be located and corrected. Repeat the above test with the
receiver power plug reversed.
NEVER RETURN A RECEIVER TO THE CUSTOMER
WITHOUT TAKING THE NECESSARY CORRECTIVE ACTION.
X-RADIATION PRECAUTION
The primary source of X-RADIATION in solid-state receivers is
the picture tube. The picture tube is specially constructed to
limit X-Ray emission. For continued X-RADIATION protection,
the replacement tube must be the same type as the original
(including the suffix letter in the part numbers). Excessive high
voltage may produce potentially hazardous X-RADIATION. To
avoid such hazards, the high voltage must be maintained within
specific limits. Refer to the X-RADIATION WARNING NOTE on
the CHASSIS SCHEMATIC in this service manual for specific
high voltage limits. If the high voltage exceeds specified limits,
check the components specified on the chassis schematic
diagram and take the necessary corrective action. Carefully
follow the instructions for the +B Voltage Check and the High
Voltage Check to maintain the high voltage within the specified
limits.
HIGHVOLTAGE HOLD-DOWNTEST
To prevent X-RADIATION from the picture tube due to
excessive high voltage, a HOLD-DOWN circuit is provided in
the high voltage circuit. Every time the receiver is serviced,
the high voltage HOLD-DOWN circuit must be tested for
proper operation. Refer to the HIGH VOLTAGE HOLD-
DOWN TEST in service adjustments.
PRODUCT SAFETY NOTICE
When replacing components in a receiver, always keep in
mind the necessary product safety precautions. Pay special
attention to the replacement of components marked with a
star (★) in the parts list and in the schematic diagrams. To
ensure safe product operation, it is necessary to replace
those components with the exact same PARTS.
SAFETY INSTRUCTIONS
0.15 F 150V AC
1500 ohm
10 watt
Good earth ground
such as a water pipe,
conduit, etc.
AC OUTLET
TELEVISION
RECEIVER
READING SHOULD NOT EXCEED 750 mV.
AC VOLTMETER
(5000 ohms per volt or more sensitivity)
To be touched to all of exposed metal parts.
Voltmeter Hook-up for Leakage Current Check.

GENERAL
This set has an on-screen Service Menu system included in the CPU that allows remote operation for most of the service adjustments.
To enter the Service Menu, first disconnect the AC power cord. Then while pressing the MENU key on the front control panel, recon-
nect the AC power cord. The adjustments can now be made with the remote control or front control panel keys.
ON-SCREEN SERVICE MENU SYSTEM
1. Enter the Service Menu:
•While pressing the MENU key on the front control panel, reconnect the
AC power cord. The Service Menu Display will now appear. See Figure 1.
2. Service Adjustments:
•Press the ▲or ▼key to select the desired service menu item you
want to adjust. (See page 5 for On-screen Service Menu.)
•Use the + or – key or number keys to adjust the data.
The + or – keys will increase or decrease the data sequentially.
The number keys (0 ~ 7) toggle only their respective bits between
1 and 0 and are used to change the Sub-Address. For example to
change bit 5 press the number 5 key. See below.
3. Exit from the Service Menu:
•Press the MENU key to turn off the Service Menu display.
SERVICEADJUSTMENTS
— 3 —
IC802 (EEPROM) REPLACEMENT
When IC802 (EEPROM) is replaced, IC801 (CPU) will automatically write the initial reference data into IC802 for basic TV operation.
However, the bus data should be checked and some bus data should be set up before attempting the service adjustments.
(See pages 5 – 7, Table 1, for detailed bus data information.)
INITIAL BUS DATA SETUP
Note: When IC802 (EEPROM) is replaced, change the following initial reference data for proper TV operation before
attempting service adjustments.
1. Disconnect the AC power cord (AC 120V line).
2. While pressing the MENU key, reconnect the AC power cord. The Service Menu display will now appear.
3. Select NO. 3B SCN (Sub Contrast) with ▲or ▼key. Adjust the data with + or – key for 10.
4. Select NO. 3C SCO (Sub Color) with ▲or ▼key. Adjust the data with + or – key for 15.
5. Select NO. 3D STI (Sub Tint) with ▲or ▼key. Adjust the data with + or – key for 05.
6. Select NO. 41 HP (H Phase) with ▲or ▼key. Adjust the data with + or – key for 0F.
7. Select NO. 42 VS (V Size) with ▲or ▼key. Adjust the data with + or – key for 5A.
8. Select NO. 43 VSP7VKI6VDC (V Sync Sep / V Kill / V DC) with ▲or ▼key. Adjust the data with number keys for 18.
9. Select NO. 44 HBL5VLN (H Blk L / V Lin ) with ▲or ▼key. Adjust the data with number keys for 35.
10. Select NO. 45 HBR5VST (H Blk R / V Lin Shift) with ▲or ▼key. Adjust the data with number keys for 43.
11. Select NO. 46 VSC (V S Correction) with ▲or ▼key. Adjust the data with + or – key for 0E.
12. Select NO. 47 VTS6VC3CDM (V Test / V Comp / Count Dwn Mode) with ▲or ▼key. Adjust the data with number keys
for 28.
13. Select NO. 4F SBI (Sub Bias) with ▲or ▼key. Adjust the data with + or – key for 30.
14. Select NO. 53 ABL5MSD4RTS3BAT (ABL Def / MID Stop / RGB Temp / ABL Thresh) with ▲or ▼key. Adjust the data
with number keys for 0C.
15. Select NO. 55 STR4FLS (S Trap Test / Filter System) with ▲or ▼key. Adjust the data with number keys for 21.
16. Select NO. 5B AF7CBP5 (Auto Flesh / C Band Pass) with ▲or ▼key. Adjust the data with number keys for A0.
17. Select NO. 5C CKO (Color Killer) with ▲or ▼key. Adjust the data with + or – key for 03.
3C SCO
15 00010101
Figure 1. Service Menu Display
ITEM NO.
TITLE
BINARY DATA
(8 bit)
HEX DATA
(b7) (b6) (b5) (b4) (b3) (b2) (b1) (b0)
0 1 0 1 0 1 1 0 BINARY DATA
(8 bit)

— 4 —
INITIAL BUS DATA SETUP (Cont.)
18. Select NO. 67 VMD6VMG3SSN (VM Delay / VM Gain / Sync Sep Sens) with ▲or ▼key. Adjust the data with number
keys for 22.
19. Select NO. 69 EWD (E/W DC) with ▲or ▼key. Adjust the data with + or – key for 2A.
20. Select NO. 6A EWA (E/W Amp) with ▲or ▼key. Adjust the data with + or – key for 16.
21. Select NO. 6B EWT (E/W Tilt) with ▲or ▼key. Adjust the data with + or – key for 29.
22. Select NO. 6C ECB4ECT (E/W Corner Btm / E/W Corner Top) with ▲or ▼key. Adjust the data with number keys for 54.
23. Select NO. 83 OPT (Aspect Ratio / Surround) with ▲or ▼key. Adjust the data with + or – key for A0.
24. Select NO. 84 OP2 (Component / V Guide) with ▲or ▼key. Adjust the data with + or – key for 20.
25. Select NO. 86 CBR (RF C Bypass) with ▲or ▼key. Adjust the data with + or – key for 00.
26. Select NO. 8C CBT (RF C BPF Test) with ▲or ▼key. Adjust the data with + or – key for 08.
27. Select NO. 8D HR (H Display Position) with ▲or ▼key. Adjust the data with + or – key for 24.
28. Select NO. 8E SBO (Sub Bright Offset) with ▲or ▼key. Adjust the data with + or – key for 05.
29. Select NO. 98 DRY (YUV R-Y Difference) with ▲or ▼key. Adjust the data with + or – key for 0B.
30. Select NO. 99 DBY (YUV B-Y Difference) with ▲or ▼key. Adjust the data with + or – key for 10.
31. Select NO. A1 EEA (16:9 E/W Amp Difference) with ▲or ▼key. Adjust the data with + or – key for F6.
32. Select NO. A7 EVB (16:9 V Blk Sw) with ▲or ▼key. Adjust the data with + or – key for 60.
33. Press the MENU key to turn off the Service Menu display.
SERVICEADJUSTMENTS (Cont.)

— 5 —
Table 1. ON-SCREEN SERVICE MENU
When IC802 (EEPROM) is replaced, check the bus data to confirm they are the same as below. The shaded menu should be
checked and be set up or readjusted according to the procedures described in the following pages. Initial Setup Data marked
with an * should be changed from Initial Reference Data. (See pages 3 and 4 for Initial Bus Data Setup.)
No. TITLE INITIAL REFERENCE INITIAL SETUP INITIAL SETUP FUNCTION
DATA HEX DATA HEX DATA BINARY
3B SCN 0F 10* 00010000 Sub Contrast (4~0)
3C SCO 1F 15* 00010101 Sub Color (5~0)
3D STI 07 05* 00000101 Sub Tint (4~0)
3E SB 18 18 00011000 Sub Bright (5~0)
3F SSH 00 00 00000000 Sub Sharpness (4~0)
40 AFC6HFR 90 90 10010000 AFC(6) Horizontal Frequency (5~0)
41 HP 12 0F* 00001111 Horizontal Phase (4~0)
42 VS 60 5A* 01011010 Vertical Size
43 VSP7VKI6VDC 07 18* 00011000 V Sync Sep (7) V Kill (6) V DC (5~0)
44 HBL5VLN 06 35* 00110101 H Blanking L (6~5) V. Linearity (4~0)
45 HBR5VST 20 43* 01000011 H Blanking R (6~5 V Shift (3~0)
46 VSC 0A 0E* 00001110 Vertical S Correction (4~0)
47 VTS6VC3CDM 38 28* 00101000 V Test (7~6) V Compression (5~3)Count Down Mode (0)
48 FBS4GRY2CRS 10 10 00010000 VNS (7) V Blk (6~5) FBP Blk (4) Gray Mode (2) CRS (1~0)
49 RB 00 00 00000000 Red Bias (7~0)
4A GB 00 00 00000000 Green Bias (7~0)
4B BB 00 00 00000000 Blue Bias (7~0)
4C RD 40 40 01000000 Red Drive (6~0)
4D GD 08 08 00001000 Green Drive (3~0)
4E BD 40 40 01000000 Blue Drive (6~0)
4F SBI 40 30* 00110000 Sub Bias (6~0)
50 ↓↓↓↓Not Used
51 ↓↓↓↓Not Used
52 OSD 03 03 00000011 On Screen Display Contrast (1~0)
53 ABL5MSD4RTS3BAT 04 0C* 00001100 ABL Defeat (5) MID Stop (4) RGB Temp (3) ABL Thresh (2~0)
54 CRG 12 12 00010010 Coring Gain (7~6)
55 STR4FLS 41 21* 00100001 S Trap Test (6~4) Y/C Filter Mode (2~0)
56 YAP6PRE4OVR2WP 00 00 00000000 Y APF (6) Pre Shoot (5~4) Over Shoot (3~2) White Peak (1~0)
57 YGM6DCR4BSS2BSG 04 04 00000100 Y Gam (7~6) DC Res (5~4) B Strk Start (3~2) B Strk Gain (1~0)
58 CBT3 60 60 01100000 Cb Trap (7~3)
59 ↓↓↓↓Not Used
5A ↓↓↓↓Not Used
5B AF7CBP5 20 A0* 10100000 Auto Flesh (7) C Bypass (5)
5C CKO 07 03* 00000011 Color Killer (2~0)
5D RYA 08 08 00001000 R-Y/B-Y Angle (3~0)
5E CBO4CRO 98 98 10011000 Cb DC Offset (7~4) Cr DC Offset (3~0)
5F GYA3 00 00 00000000 G-Y Angle (3)
60 ↓↓↓↓Not Used
61 FMM5 00 00 00000000 FM Mute (5)
62 IAS7STS6RAD 60 60 01100000 IF AGC (7) S Trap SW (6) RF AGC (5~0)
63 VIF5VL 10 10 00010000 VIF System SW (5) Video Level (4~2)
64 VCO1 80 80 10000000 VCO Freq (7~1)
65 OMS6OML 20 20 00100000 Over Mod SW (6) Over Mod Level (5~2)
66 ↓↓↓↓Not Used
67 VMD6VMG3SSN 24 22* 00100010 VM delay (7~6) VM Gain (5~3) Sync Sep Sens(2~0)
68 ↓↓↓↓Not Used
69 EWD 2E 2A* 00101010 E/W DC (5~0)
6A EWA 12 16* 00010110 E/W Amp (5~0)
6B EWT 23 29* 00101001 E/W Tilt (5~0)

— 6 —
Table 1. ON-SCREEN SERVICE MENU (Continued)
SERVICEADJUSTMENTS (Cont.)
No. TITLE INITIAL REFERENCE INITIAL SETUP INITIAL SETUP FUNCTION
DATA HEX DATA HEX DATA BINARY
6C ECB4ECT 33 54* 01010100 E/W Corner Bottom(7~4) E/W Corner Top (3~0)
6D EWS7ETS3HSC 84 84 10000100 E/W Correction Sw(7) E/W Test (5~3) H Size Comp (2~0)
6E ↓↓↓↓Not Used
6F ↓↓↓↓Not Used
80 ATT 07 07 00000111 Attenuation -MTS Input Level (3~0)
81 WDB 20 20 00100000 Wide Band - Low Separation (5~0)
82 SPC 20 20 00100000 Spectral - High Separation (5~3)
83 OPT 80 A0* 10100000 Surround (7) Aspect Ratio (5)
84 OP2 00 20* 00100000 V Guide(7)
85 FLR 00 00 00000000 RF Filter System (2~0)
86 CBR 20 00* 00000000 RF C Bypass (5)
87 CDR 00 00 00000000 RF Count Down Mode (0)
88 CGR 40 40 01000000 RF Coring Gain (6)
89 AFR 00 00 00000000 RF AFC Gain & Gate (6)
8A ROV 0C 0C 00001100 RF Over Shoot Adjust (3~2)
8B RPR 00 00 00000000 RF Pre Shoot Adjust (5~4)
8C CBT 00 08* 00001000 RF C BPF Test (4~3)
8D HR 13 24* 00100100 OSD H Display Position (7~0)
8E SBO 03 05* 00000101 Sub Bright Offset (5~0)
8F DFL 02 02 00000010 YUV Filter System (2~0)
90 DCN 00 00 00000000 YUV Sub Contrast (6~0)
91 DBR 00 00 00000000 YUV Sub Bright (6~0)
92 DCL 00 00 00000000 YUV Sub Color (6~0)
93 DTN 00 00 00000000 YUV Sub Tint (6~0)
94 DSH 00 00 00000000 YUV Sub Sharpness (6~0)
95 DCG 00 00 00000000 YUV Sub Coring (6)
96 DVG 00 00 00000000 YUV Sub VM Gain (5~0)
97 DHS 00 00 00000000 YUV Sub E/W DC (5~0)
98 DRY 06 0B* 00001011 YUV R-Y Offset (3~0)
99 DBY 70 10* 00010000 YUV B-Y Offset (7~4)
9A DYA 00 00 00000000 YUV APF (6)
9B ECN E0 E0 11100000 16:9 Sub Contrast (6~0)
9C EBR 00 00 00000000 16:9 Sub Bright (6~0)
9D ECL 00 00 00000000 16:9 Sub Color (6~0)
9E ETN 00 00 00000000 16:9 Sub Tint (6~0)
9F EVS D4 D4 11010100 16:9 Sub V Size (6~0)
A0 EVP 00 00 00000000 16:9 Sub V Position (3~0)
A1 EEA F8 F6* 11110110 16:9 Sub E/W Amp (5~0)
A2 EET 03 03 00000011 16:9 Sub E/W Tilt (5~0)
A3 EEP FF FF 11111111 16:9 Sub E/W Corner Top (3~0)
A4 EEB 00 00 00000000 16:9 Sub E/W Corner Bottom (7~4)
A5 EUV 00 00 00000000 16:9 Sub V Linearity (4~0)
A6 B16 00 00 00000000 16:9 ABL VTH Sw (5)
A7 EVB 02 60* 01100000 16:9 V Blanking SW (6~5)
A8 DRV R40 R40 01000000 Red Drive Adjustment (See Note 1.)
R40 R40 01000000 Blue Drive Adjustment (See Note 1.)
– - - - Red Bias Adjustment (See Note 2.)
– - - - Green Bias Adjustment (See Note 2.)
– - - Blue Bias Adjustment (See Note 2.)

— 7 —
PROGRAM CODES
The microprossesor used in this model is a multi-purpose
type and is used in several different models. To ensure
proper operation and the correct features for your particu-
lar model, the program codes must be correct.
Note 1. Option Data 1 (NO. 83 OPT) should be hexadecimal
A0 (10100000 binary). See page 4 INITIAL DATA SETUP,
step 23, for set up procedure. If this program code is wrong
the TV will not operate properly.
Note 2. Option Data 2 (NO. 84 OP2) should be hexadecimal
20 (00100000 binary). See page 4 INITIAL DATA SETUP,
step 24, for set up procedure. If this program code is wrong
the TV will not operate properly.
Note 1.
Red/Blue Drive Adjustments in Service Menu NO. A8 DRV:
Adjust Red and Blue Drive Levels alternately with 1, 3, 7,
and 9 keys on the remote control. See Figure 2. The Drive
Level adjustment data will be written in the Service Menu
No. 4C RD and 4E BD automatically.
123
456
7 98
RB(–) RB(+)
BB(–) BB(+)
(N/A)
GB(–) (N/A) GB(+)
(N/A)
FOR RED BIAS ADJUSTMENT
FOR BLUE BIAS ADJUSTMENT
FOR GREEN BIAS ADJUSTMENT
Figure 2.
Figure 3.
123
4 5 6
7 98
RD(–) RD(+)
BD(–) BD(+)
(N/A)
(N/A) (N/A) (N/A)
(N/A)
FOR RED DRIVE ADJUSTMENT
FOR BLUE DRIVE ADJUSTMENT
Note 2.
Red/Green/Blue Bias Adjustments in Service Menu
A9 (No Vertical Sweep):
Adjust each Bias Level with 1, 3, 4, 6, 7, or 9 key on the
remote control. See Figure 3. The Bias Level adjustment
data will be written in the Service Menu No. 49 RB,
No. 4A GB, and No. 4B BB automatically.
DRIVEAND BIASADJUSTMENTS
BIT FUNCTION DATA
01
0 ~1 TV / HOTEL / MON N/A N/A
2 VIDEO MODE NONE YES
3 ~4 CLOCK N/A N/A
5 ASPECT RATIO NONE YES
6 NOT USED — —
7 SURROUND NONE YES
BIT FUNCTION DATA
01
0 V-GUIDE NONE YES
1 COLOR ENHANCER N/A N/A
2 INITIAL CH & XDS N/A N/A
3 NOT USED — —
4 PIP N/A N/A
5 COMPONENT NONE YES
6 BASS & TREBLE / TONE N/A N/A
7 GAME N/A N/A

— 8 —
ANTENNA CONNECTIONS
This receiver is designed for UHF/VHF reception. A 75 ohm
terminal is provided for UHF and VHF receptions. When
connecting a CATV antenna system, connect the 75 ohm
coaxial cable directly to the 75 ohm terminal. For 300 ohm
VHF antenna, use an adapter (not included with the TV set).
CIRCUIT PROTECTION
Fuse F601 (4A) is included in the AC line. This fuse must be
replaced with the proper fuse (see Parts List).
+BVOLTAGE CHECK
Connect Voltmeter + lead to TJ1 130V and – lead to ground
(TE7). Connect receiver to AC 120V line. Tune receiver to an
active channel. Reset the picture controls to the FACTORY
PRESET levels (press remote control RESET key twice).
Voltage must measure between +128.0V and +132.0V. If the
voltage is out of this range, the power circuit must be
checked. No +B adjustment is provided on this chassis.
HORIZONTAL CENTERING ADJUSTMENT
1. Tune receiver to an active channel.
2. Check that picture is in the horizontal center of TV screen.
If picture is not centered horizontally, perform steps 3 ~ 6.
3. Turn off the receiver and disconnect the AC power cord.
4. While pressing the MENU key, reconnect the AC power
cord. The Service Menu display will now appear.
5. Select NO. 41 HP (Horizontal Phase) with ▲or ▼key.
6. Adjust the data with + or – key for horizontal center. To
turn off the Service Menu display, press the MENU key.
VERTICAL SIZEADJUSTMENT
1. Tune receiver to an active channel.
2. Check the vertical size of the picture. If the vertical size is
too large or small, perform steps 3 ~ 6.
3. Turn off the receiver and disconnect the AC power cord.
4. While pressing the MENU key, reconnect the AC power
cord. The Service Menu display will now appear.
5. Select NO. 42 VS (Vertical Size) with ▲or ▼ key.
6. Adjust the data with + or – key for full scan. To turn off
the Service Menu display, press the MENU key.
VERTICAL CENTERINGADJUSTMENT
1. Tune receiver to an active channel.
2. Check that picture is in the center of TV screen. If picture
center is too low, change resistor R513 from 1K ohm 1W to
470 ohm 1W. If picture center is too high, add resistor R512
(1K ohm, 1/2W).
RFAGC ADJUSTMENT
1. Tune receiver to strongest VHF station in your area.
2. Set contrast and brightness controls for maximum.
3. Turn off the receiver and disconnect the AC power cord
(120V AC line).
4. While pressing the MENU key, reconnect the AC power
cord. The Service Menu display will now appear.
5. Select NO. 62 RAD (RF AGC Delay) with ▲or ▼key.
6. Adjust the data with + or – key in the direction which
causes snow to appear; then in the opposite direction
until the snow just disappears.
7.To turn off the Service Menu display, press the MENU key.
VIDEO LEVEL
1. Connect color-bar generator to antenna terminals.
2. Turn off the receiver and disconnect the AC power cord
(AC 120V line).
3. Connect oscilloscope to TP16 (Q132 emitter) and ground.
4. While pressing the Menu key, reconnect the AC power
cord. The Service Menu will now appear.
5. Select NO. 63 VL (Video Level) with the ▲or ▼key.
6. Adjust with the number keys (4~2) for an oscilloscope
reading of 1.0 ± 0.1 VP-P at TP16. Press the MENU key to
turn off the Service Menu display.
CAUTION FOR CONTINUED PROTECTION AGAINST
A RISK OF FIRE, REPLACE ONLY WITH
THE SAME TYPE 4A, 125V FUSE.
ATTENTION : POUR MAINTENIR LA PRO-
TECTION CONTRE LES RISQUES
D’ INCENDIE UTILISER UN FUSIBLE DE
RECHANGE DE MEME TYPE 4A, 125V.
4A 125V
1.0 ± 0.1 VP-P
Figure 4.
SERVICEADJUSTMENTS (Continued)

— 9 —
GRAYSCALE ADJUSTMENT
1. Set the picture controls to the Auto levels or Reset (use
MENU key and ▲or ▼ key or RESET key).
2. Turn off the receiver and disconnect the AC power cord
(120V AC line).
3. While pressing the MENU key, reconnect the AC power
cord. The Service Menu display will now appear.
4. Select NO. 49 RB (Red Bias), NO. 4A GB (Green Bias),
and NO. 4B BB (Blue Bias) with ▲or ▼ key and set each
data to 0 with + or – key.
5. Select NO. 4C RD (Red Drive) and NO. 4E BD (Blue Drive)
with ▲or ▼key and set each data to 40 with + or – key.
6. Set NO. 4D GD (Green Drive Reduction) data to 08, NO. 3E
SB (Sub-Brightness) data to 18, NO. 3C SCO (Sub Color)
data to 15, NO. 3D STI (Sub Tint) to 05, and NO. 3F SSH
(Sub Sharpness) data to 00 with ▲or ▼, and + or – keys.
7. Turn Screen Control (T402) to minimum (fully counter-
clockwise).
8. Select the Service Menu NO. A9 (No Vertical Sweep)
with ▲or ▼key.
9. Advance Screen Control (T402) clockwise to obtain just
visible one color line. If line does not appear, place this
control to maximum (fully clockwise).
10. Raise each Bias Level with 3, 6, and 9 keys to obtain just
visible white line. See Figure 5.
11. Select the Service Menu NO. A8 DRV (Drive Adjustments)
with ▲or ▼key.
12. Adjust Red and Blue Drive Levels alternately with 1, 3,
7, or 9 key to produce normal black and white picture in
highlight areas. See Figure 6.
13. Check for proper grayscale at all brightness levels.
To turn off the Service Menu display, press the MENU key.
Note: If Grayscale Adjustment is made after picture tube
replacement, check Brightness Level Adjustment.
FOCUSADJUSTMENT
Adjust focus control (T402) for well defined scanning lines.
HIGHVOLTAGE CHECK
Note: +B (+130V) Voltage Check and Grayscale Adjustment
must be completed before attempting high voltage
Check.
1. Connect high voltage voltmeter – lead to ground, and
connect + lead to anode of picture tube.
2. Tune receiver to an active channel and confirm TV is
operating properly.
3. Eliminate the beam current by adjusting the contrast
and brightness controls to minimum.
4. Confirm high voltage is within 28.0 KV and 31.1 KV. If
reading is not within range, check horizontal circuit.
No high voltage adjustment is provided on this chassis.
BRIGHTNESS LEVELADJUSTMENT
Note: Grayscale, RF AGC, Video Level, and High Voltage Check
must be adjusted before attempting Brightness Level
Adjustment.
1. Connect a color-bar generator to the antenna terminals.
2. Switch the generator to the crosshatch pattern.
3. Reset the picture controls to the Auto levels.
4. Connect voltmeter (high impedance) + lead to terminal
TP51 and – lead to terminal TP50 on main board. Set
voltmeter for 1.5V ~ 3V range.
5. Turn off the receiver and disconnect the AC power cord.
6. While pressing the MENU key, reconnect the AC power
cord. The Service Menu display will now appear.
7. Select NO. 3E SB (Sub Brightness) with ▲or ▼key.
8. Adjust the data with + or – key for 680mVDC.
9. Press the MENU key to turn off the Service Menu display.
10. Check brightness level on every active channel, readjust
(repeat steps 5 ~ 9), if necessary.
Note: Do not set to excessive brightness level, otherwise
the contrast level will be suppressed.
123
456
7 98
RB(–) RB(+)
BB(–) BB(+)
(N/A)
GB(–) (N/A) GB(+)
(N/A)
FOR RED BIAS ADJUSTMENT
FOR BLUE BIAS ADJUSTMENT
FOR GREEN BIAS ADJUSTMENT
Figure 5. Remote Control Number keys’ functions in
Service Menu NO. A9 (No Vertical Sweep)
123
4 5 6
7 98
RD(–) RD(+)
BD(–) BD(+)
(N/A)
(N/A) (N/A) (N/A)
(N/A)
Figure 6. Remote Control Number keys’ functions in
Service Menu NO. A8 DRV
FOR RED DRIVE ADJUSTMENT
FOR BLUE DRIVE ADJUSTMENT

— 10 —
SERVICEADJUSTMENTS (Continued)
HIGHVOLTAGE HOLD-DOWNTEST
Every time the receiver is serviced, the HIGH VOLTAGE
HOLD-DOWN circuit must be tested for proper operation by
following these steps:
1. Connect receiver to 120V AC line. Tune receiver to
active channel. Reset the picture controls to the Auto
levels.
2. Check that the voltage measured between TP7 and TE7
(ground side) is within 16.5 VDC to 21 VDC. If the volt-
age is out of this range, the Hold-Down Circuit must be
checked.
3. Connect a DC Voltage supply to TP7 and TE7 through a
100 ohm 1/4W resistor. Adjust the DC voltage to 23 VDC.
The receiver should shutdown, losing raster and sound.
Then the receiver should turn off automatically. This
reaction indicates that the Hold-Down circuit is func-
tioning properly. If the receiver does not shutdown, a
malfunction is indicated and its cause must be found
and corrected.
4. To obtain picture again, remove the DC Supply and wait
a few minutes. Now turn on the receiver.
MULTI-SOUND SECTION ADJUSTMENTS
Note: Multi-Sound Section must be adjusted after
IC801 (CPU / Signal Processor), IC3401 (MTS
Decoder), or IC802 (EEPROM) is replaced.
INPUT LEVELADJUSTMENT
1. Connect a signal to the antenna terminals with audio of
1 KHZ100% modulation.
2. Turn off the receiver and disconnect the AC power cord
(AC 120V line).
3. Connect voltmeter (RMS) to TP317 and ground.
4. While pressing the Menu key, reconnect the AC power
cord. The Service Menu will now appear.
5. Select NO. 80 ATT (Attenuation) with the ▲or ▼key.
6. Adjust the + or – key for a voltmeter reading of 400 ± 20
mVrms at TP317.
SEPARATION ADJUSTMENT
7. Turn off the receiver and disconnect the AC power cord
(AC 120V line).
8. Connect oscilloscope CH1 to TP317 and CH2 to TP318
and ground.
9. Connect an MTS TV/Stereo generator to antenna terminal.
10. While pressing the Menu key, reconnect the AC power
cord. The Service Menu will now appear.
11. Select pilot, 300Hz audio frequency and Left modulating
signal.
12. Select NO. 81 WDB (Wide Band) with the ▲or ▼key.
13. Adjust the + or – key for minimum low frequencies at
TP317. See Figure 7.
14. Select 4 KHz audio frequency and Right modulating signal.
15. Select NO. 82 SPC (Spectral) with the ▲or ▼key.
16. Adjust the + or – key for minimum high frequencies at
TP318. See Figure 7.
Repeat adjustments (steps 11–16) until no further decreases
in amplitude can be obtained. Press the MENU key to turn
off the Service Menu display.
Minimize L leakage
Minimize R leakage
4KHz
300Hz
TP317 (R)
TP318 (L)
Figure 7. Separation Adjustments

— 11 —
SERVICE HINTS
POWER FAILURE DETECTOR
This unit is equipped with a Power Failure Detector function included in the CPU which checks for an abnormal condition in
the chassis power supplies, including the power supply derived from the Horizontal Output Transformer.
If, while the power is on, a failure is caused by any of the following that results in a low voltage supply, the CPU will turn the
unit off in 1.5 seconds to prevent further damage:
•Failure within the power supply circuits.
•A short circuit in the load side from the supply.
•Stoppage of the Horizontal Output Oscillator caused by the X Radiation protection Hold-Down Circuit.
If, while the power is off, the power is switched on and any of these failures remains uncorrected, the CPU will shut off the
power within three seconds.
Check the following if the unit is turned off by the power failure detector.
1. Disconnect the AC power cord (120V AC line) for at least 10 seconds.
2. Connect a DC Voltmeter to the following TEST POINTS.
3. Press the Power key and check for the proper voltage supplies.
4. If any of these voltages is low, the power failure detector should turn the unit off within three seconds.
5. Check all circuits listed above.
Note: This unit is equipped with a Power Surge Protection feature included in the CPU. If power failure occurs three times
within 15 minutes, the CPU will automatically stop functioning to help prevent secondary damage. (TV will not turn on
by pressing the power key.) To reset the operating programs within the CPU, disconnect the AC power cord for at least
10 seconds.
TJ6 5V
D002 Cathode 15V
D429 Cathode 5V
D806 Cathode 30V

— 12 —
MAGNET TABS
ANGLE OF MAGNET TABS
SIX-POLE
MAGNET TABS FOUR-POLE
MAGNET TABS
ANGLE
OF TABS
PURITY
MAGNET
TABS
4
3
2
1
FOCUS GAP
(G3-G4)
Figure 3. Adjusting Magnet
Figure 2. Purity and Convergence Magnets
PURITYADJUSTMENTS
1. When replacing picture tube or deflection yoke, mount
deflection yoke and purity and convergence magnets
assembly properly. See Figure 1. Position the picture
tube facing east or west. Demagnetize the picture tube
and receiver using an external degaussing coil. Set
receiver to Service Menu NO. A9 (no vertical sweep)
while degaussing.
2. Place the yoke on tube neck fully forward against glass.
3. Place the CPM on the tube neck aligning the center of
the purity magnet tabs over center of Focus Gap (G3 & G4).
See Figure 2.
4. Connect a color-bar generator to the antenna terminal.
Switch the generator to a white field. Move yoke back-
ward on the neck until a uniform white field is obtained.
5. Allow 30 minutes warm up on a blank white field (high
intensity grayscale).
Note: If white field cannot be obtained check Grayscale
Adjustments on page 9.
6. Reset the picture controls to the Auto levels. Select a green
raster, either with the signal generator or by adjusting the
bias controls. If a signal generator is used for this step skip
to Step 11. If the bias controls will be used go to step 7.
7. Adjust Service Menu NO. 49 RB (Red Bias), NO. 4A GB
(Green Bias), and NO. 4B BB (Blue Bias) data each to 00.
8. Select Service Menu NO. A9 (no vertical sweep).
9. Adjust the Screen Control counterclockwise until the
horizontal scan line is no longer visible.
10. Select Service Menu NO. 4A GB (Green Bias) and
increase the data to produce a green raster. If retrace
lines appear reduce screen control slightly.
11. Pull yoke back on tube neck to obtain three-color raster
(blue, green and red).
12. Adjust the angle between the two purity magnet tabs to
center the vertical green belt in the picture tube. Do not
rotate tabs. See Figure 3.
13. Slowly slide the deflection yoke forward until a uniform
green screen is obtained.
14. Check the purity of the red and blue screens for unifor-
mity. Turn off other colors to check (use bias controls or
use generator). If necessary, readjust the yoke position
until all screens are pure.
15. If bias controls and screen control were used to set puri-
ty reset Grayscale and Bright Level. Refer to Grayscale
Adjustment on page 9 and Brightness Level Adjustment
on page 9.
16. Confirm that the yoke is not tilted. Tighten the yoke
mounting screw. Adjust convergence next.
RUBBER
WEDGE
DEFLECTION YOKE
DEFLECTION YOKE
MOUNTING SCREW
Figure 1. Deflection Yoke Movement
PURITYAND CONVERGENCEADJUSTMENTS
CAUTION:The Purity and Convergence adjustments have been made at the factory. Readjustments should be made
only after the picture tube or deflection yoke is replaced. Follow the steps below for necessary readjustments.

— 13 —
BLUE
GREEN
RED
BLUE
GREEN
RED
BLUE
GREEN
RED
BLUE
GREEN
RED
Line movement when adjusting
side of yoke in and out.
CENTER CONVERGENCEADJUSTMENT
1. Connect a crosshatch generator to antenna terminals.
2. Set Contrast to low level to eliminate blooming. Reduce
Brightness level to obtain black background if necessary.
3. Adjust the angle between the four-pole magnet tabs 1
and 2 (Figure 2), and superimpose the red and blue ver-
tical lines in the center area of the picture screen. See
Figure 4.
4. Keeping the tabs at the same angle, rotate them together
to superimpose the blue and red horizontal lines in the
center area of the picture screen. See Figure 4.
5. Adjust the six-pole magnet tabs 3 and 4 so the con-
verged red/blue line is superimposed on the green line.
This is the same procedure used in steps 3 and 4. See
Figure 5.
CONVERGENCEADJUSTMENT
BLUE
RED
Adjust four-pole tabs angle to
superimpose blue and red vertical
line.
Adjust four-pole tabs together
to superimpose red and blue
horizontal line.
Figure 4. Blue and Red Line Movement
BLUE / RED
GREEN
Adjust six-pole tabs angle to
superimpose red / blue and
green vertical line.
Adjust six-pole tabs together
to superimpose red / blue and
green horizontal line.
RED
GREEN
BLUE
RED
GREEN
BLUE
Line movement when adjusting
top of yoke in and out.
Figure 7. Side of Yoke Movement
OUTERAREA CONVERGENCE ADJUSTMENT
The outer area convergence is performed by positioning of
the yoke as follows:
1. Move the top of the yoke toward or away from the pic-
ture tube. This movement will affect the vertical lines at
the top and bottom and the horizontal lines at the sides.
See Figure 6.
2. Check that splits at 12 o’clock and 6 o’clock positions
are minimized, adjust yoke for best compromise.
Secure with wedge at 12 o’clock position. See Figure 1.
3. Move the side of the yoke toward or away from the pic-
ture tube to converge the horizontal lines at the top and
bottom and the vertical lines at the sides. See Figure 7.
4. Check that splits at 12 o’clock and 6 o’clock are mini-
mized, adjust yoke for best compromise. Secure yoke
position with the side wedges. See Figure 1.
Note: When re-using the rubber wedges, apply a small
amount of silicone rubber adhesive or hot melt to
each of the wedges.
Figure 6. Top of Yoke Movement
Figure 5. Blue/Red and Green Line Movement

— 14 —
MECHANICAL DISASSEMBLIES
CABINET BACK REMOVAL
1. Refer to Figure 1, remove 8 screws.
2. Pull off cabinet back and remove.
CHASSIS REMOVAL
1. Remove cabinet back.
2. Discharge the picture tube anode (2nd anode lead) to the
dag coating (picture tube grounding lead).
3. Disconnect degaussing coil socket (KD), picture tube
socket, deflection yoke connector (KX), speaker
connector (KSP), picture tube ground leads, and 2nd
anode lead.
4. Remove chassis completely by sliding it straight back.
PICTURETUBE REMOVAL
CAUTION: Do not disturb the deflection yoke or magnet
assembly on the picture tube neck. Care must be taken to
keep these assemblies intact, unless picture tube is being
replaced. Discharge the picture tube to the coating before
handling the tube.
1. Remove chassis, see Chassis Removal instructions.
2. Place cabinet’s front face down on a soft surface.
3. Remove the screw on each corner of the picture tube and
GENTLY lift the picture tube out of the cabinet.
4. Install a replacement picture tube in reverse order.
Properly install the degaussing coil and picture tube
grounding lead on the picture tube. See Figure 2.
Note: If Picture Tube is being replaced, mount the Degaussing
Coil properly on the tube. See Figure 2.
Figure 2. Picture Tube Removal
DEGAUSSING
COIL DEGAUSSING
COIL HOLDER
PICTURE TUBE
GROUNDING LEAD
TO PICTURE TUBE
SOCKET BOARD
GROUND
DEGAUSSING COIL
SOCKET
Figure 1. Cabinet Back Removal

— 15 —
CHASSIS ELECTRICAL PARTS LIST
CAUTION: To Protect against electrical shock and for continued product safety, refer to SAFETY PRECAUTIONS,
X-RADIATION PRECAUTIONS, HIGH VOLTAGE HOLD-DOWN TEST, and PRODUCT SAFETY NOTICE on Page 2.
Notes: Parts having Location Number are located on the following boards.
Numbers under 700 Series . . . . . . . . . . . . . . . . . . . . .On the Main Board.
Numbers 700 Series . . . . . . . . . . . . . . . . . . . . . . . . . . .On the Picture Tube Socket Board.
Numbers 900 Series . . . . . . . . . . . . . . . . . . . . . . . . . . .Out of Board.
All Other Numbers . . . . . . . . . . . . . . . . . . . . . . . . . . . .On the Main Board
PRODUCT SAFETY NOTICE
PRODUCT SAFETY SHOULD BE CONSIDERED WHEN A REPLACEMENT IS MADE IN ANY AREA OF A RECEIVER.
COMPONENTS INDICATED BY A STAR (★) INTHIS PARTS LIST AND THE SCHEMATIC DIAGRAM DESIGNATE
COMPONENTS IN WHICH SAFETY CAN BE OF SPECIAL SIGNIFICANCE. IT IS PARTICULARLY RECOMMENDED
THAT ONLY PARTS DESIGNATED ONTHE FOLLOWING PARTS LIST BE USED FOR COMPONENT REPLACEMENT
DESIGNATED BY A STAR. NO DEVIATIONS FROM RESISTANCE,WATTAGE,ANDVOLTAGE RATINGS MAY BE MADE
FOR REPLACEMENT ITEMS DESIGNATED BY A STAR.
Schematic
Location Part No. Description Schematic
Location Part No. Description
Note: Schematic part location numbers may not always match with the part descriptions.
The part descriptions are correct and should be used.
CAPACITORS
NOTES:
Read description of the Capacitor as follows:
(Example)
CERAMIC 100P K 50V Rated Voltage
Tolerance Symbols:
less than 10PF
A . .Not specified
B . .±0.1PF C . .±0.25PF
D . .±0.5PF F . .±1PF
G . .±2PF R . .+0.25 - 0PF
S . .+0 - 0.25PF E . .+0 - 1PF
more than 10PF
A . .Not specified
B . .±0.1% C . .±0.25%
D . .±0.5% F . .±1%
G . .±2% H . .±3%
J . .±5% K . .±10%
L . .±15% M . .±20%
N . .±30% P . .+100 - 0%
Q . .+30 - 10% T . .+50 - 10%
U . .+75 - 10% V . .+20 - 10%
W .+100 - 10% X . .+40 - 20%
Y . .+150 - 10% Z . .+80 - 20%
Rated Value: P...Pico Farad U...Micro Farad
Material:
CERAMIC . . . . . .Ceramic
MT-PAPER . . . . .Metalized Paper
POLYESTER . . .Polyester
MT-POLYEST . .Metalized Polyester
POLYPRO . . . . .Polypropylene
MT-POLYPRO . .Metalized Polypropylene
COMPO-FILM . .Composite Film
MT-COMPO . . . .Metalized Composite
STYRENE . . . . . .Styrene
TA-SOLID . . . . .Tantalum Solid
AL-SOLID . . . . . .Aluminum Solid
ELECT . . . . . . . .Electrolytic
NP-ELECT . . . . .Non-Polarized Electrolytic
OS-SOLID . . . . .Aluminum Solid with Organic
Semiconductive Electrolytic
C001 404 087 2801 ELECT 0.22U M 50V
C002 404 087 2801 ELECT 0.22U M 50V
C003 403 235 5701 CERAMIC 5600P K 50V
C004 403 235 5701 CERAMIC 5600P K 50V
C006 403 224 6108 CERAMIC 0.01U K 50V
C010 404 084 3009 ELECT 220U M 16V
C011 404 084 3009 ELECT 220U M 16V
C012 404 084 3801 ELECT 1U M 50V
C015 404 084 3108 ELECT 330U M 16V
C101 404 091 6406 ELECT 220U M 6.3V
C103 403 224 6108 CERAMIC 0.01U K 50V
C106 404 084 4105 ELECT 3.3U M 50V
C129 403 235 1208 CERAMIC 330P J 50V
C131 403 364 7508 CERAMIC 10P J 50V
C132 403 343 4603 CERAMIC 0.022U K 50V
C133 401 150 6001 MT-GLAZE 0.000 ZA 1/10W
C134 404 084 3801 ELECT 1U M 50V
C136 403 235 0805 CERAMIC 150P J 50V
C137 403 224 5705 CERAMIC 1000P K 50V
C138 403 224 6108 CERAMIC 0.01U K 50V
C141 404 086 6503 POLYESTER 0.047U J 63V
C142 403 296 0004 CERAMIC 0.1U K 25V
C143 404 084 3207 ELECT 47U M 16V
C144 403 224 6108 CERAMIC 0.01U K 50V
C147 403 224 6108 CERAMIC 0.01U K 50V
C148 404 084 2200 ELECT 100U M 6 .3V
C201 404 084 2804 ELECT 100U M 16V
C202 403 224 6108 CERAMIC 0.01U K 50V
C203 404 084 2705 ELECT 10U M 16V
C204 404 084 4105 ELECT 3.3U M 50V
C206 404 084 3009 ELECT 220U M 16V
C207 403 224 6108 CERAMIC 0.01U K 50V
C208 401 150 6001 MT-GLAZE 0.000 ZA 1/10W
C209 403 323 3602 CERAMIC 0.047U K 50V

— 16 —
Schematic
Location Part No. Description Schematic Location Part No. Description
C211 404 084 3702 ELECT 0 .47U M 50V
C212 404 084 3801 ELECT 1U M 50V
C213 404 091 6604 ELECT 4.7U M 25V
C214 404 084 4006 ELECT 2.2U M 50V
C216 403 224 6108 CERAMIC 0.01U K 50V
C218 404 084 3207 ELECT 47U M 16V
C401 404 087 1903 ELECT 330U M 10V
C402 403 224 6108 CERAMIC 0.01U K 50V
C403 404 084 6901 NP-ELECT 1U M 50V
C404 403 235 5800 CERAMIC 6800P K 50V
★ C406 403 076 3607 CERAMIC 470P K 500V
★ C407 403 076 0507 CERAMIC 2200P K 500V
C408 403 103 0005 ELECT 4.7U M 160V
★ C411 403 343 7901 MT-POLYPRO 7200P H 1.5KV
404 077 4402 MT-POLYPRO 7200P H 1.5K
★ C412 403 372 0409 MT-POLYPRO 5600P H 1.5K
404 087 9107 MT-POLYPRO 5600P H 1.5K
★ C413 403 343 9400 POLYPRO 0.020U J 400V
★ C414 403 083 3904 POLYPRO 0.018U J 400V
★ C416 403 346 6822 MT-POLYPRO 0.2U J 250V
403 372 6500 MT-POLYPRO 0.2U J 250V
403 392 8201 MT-POLYPRO 0.2U J 250V
★ C417 403 358 7200 MT-POLYPRO 0.15U J 250V
403 372 6302 MT-POLYPRO 0.15U J 250V
403 392 8003 MT-POLYPRO 0.15U J 250V
★ C419 403 158 9107 MT-POLYEST 2.2U K 100V
C421 404 091 6406 ELECT 220U M 6.3V
C427 403 224 6108 CERAMIC 0.01U K 50V
C462 403 235 0607 CERAMIC 100P J 50V
C463 404 086 5506 POLYESTER 0.015U K 63V
C466 404 084 4204 ELECT 4.7U M 50V
C471 404 084 3306 ELECT 470U M 16V
C482 404 087 4102 ELECT 22U M 100V
C484 404 084 4204 ELECT 4.7U M 50V
C493 404 056 5307 NP-ELECT 2.2U M 100V
C497 404 084 3009 ELECT 220U M 16V
C502 404 084 4402 ELECT 220U M 35V
C503 403 204 1802 ELECT 3.3U K 50V
C504 404 085 4500 ELECT 2200U M 25V
C506 404 089 5909 POLYESTER 5600P K 63V
C508 403 019 7402 CERAMIC 27P J 50V
★ C511 403 260 2300 MT-COMPO 0.15U J 50V
403 394 7301 POLYESTER 0.15U K 50V
C516 404 084 4204 ELECT 4.7U M 50V
C518 404 084 5706 MT-POLYEST 0.47UJ 63V
★ C601 404 096 0706 MT-POLYEST 0.22U M 275V
★ C606 404 088 2909 CERAMIC 1000P M 250V
404 088 7102 CERAMIC 1000P M 250V
★ C608 403 222 1907 CERAMIC 2200P K 1K
403 232 0204 CERAMIC 2200P K 1K
403 263 6305 CERAMIC 2200P K 1K
★ C609 404 075 5005 ELECT 470U M 200V
404 089 3509 ELECT 470U M 200V
C612 404 086 5100 POLYESTER 0.1U J 63V
C613 404 086 6503 POLYESTER 0.047U J 63V
C614 404 084 5003 POLYESTER 0.01UJ 63V
C622 404 084 4501 ELECT 470U M 35V
★ C625 403 262 2308 CERAMIC 1200P K 1K
403 266 4902 CERAMIC 1200P K 1K
C626 404 084 2903 ELECT 1 000U M 16V
C628 404 073 9005 ELECT 220U M 160V
404 091 9704 ELECT 220U M 160V
C629 404 084 3009 ELECT 220U M 16V
C630 404 084 3801 ELECT 1U M 50V
★ C631 404 088 2909 CERAMIC 1000P M 250V
404 088 7102 CERAMIC 1000P M 250V
★ C632 404 088 2909 CERAMIC 1000P M 250V
404 088 7102 CERAMIC 1000P M 250V
C683 404 088 5702 ELECT 22U M 16V
C693 404 086 5100 POLYESTER 0.1U J 63V
C701 403 235 1109 CERAMIC 270P J 50V
C702 403 069 8305 CERAMIC 0.01U Z 50V
C711 403 235 1109 CERAMIC 270P J 50V
C721 403 235 1109 CERAMIC 270P J 50V
★ C742 403 077 2807 CERAMIC 1000P Z 2K
C801 403 224 6108 CERAMIC 0.01U K 50V
C802 404 084 3207 ELECT 47U M 16V
C806 404 091 6406 ELECT 220U M 6.3V
C811 404 084 3801 ELECT 1U M 50V
C829 404 084 3801 ELECT 1U M 50V
C862 403 234 9809 CERAMIC 18P J 50V
C863 403 234 9809 CERAMIC 18P J 50V
C864 403 224 6108 CERAMIC 0.01U K 50V
C866 404 084 3207 ELECT 47U M 16V
C868 403 358 0102 CERAMIC 0.033U K 50V
C869 404 084 4006 ELECT 2.2U M 50V
C1001 404 084 3801 ELECT 1U M 50V
C1002 404 091 6604 ELECT 4.7U M 25V
C1003 404 091 6604 ELECT 4.7U M 25V
C1004 404 084 4006 ELECT 2.2U M 50V
C1006 404 091 6604 ELECT 4.7U M 25V
C1007 404 091 6604 ELECT 4.7U M 25V
C1051 404 088 5702 ELECT 22U M 16V
C1052 403 224 6108 CERAMIC 0.01U K 50V
C1059 404 084 2705 ELECT 10U M 16V
C1101 404 084 4006 ELECT 2.2U M 50V
C1102 404 091 6604 ELECT 4.7U M 25V
C1103 404 091 6604 ELECT 4.7U M 25V
C1902 404 084 2705 ELECT 10U M 16V
C3401 404 087 1200 ELECT 0.1U M 50V
C3404 404 089 6500 NP-ELECT 4.7U M 50V
C3406 403 325 2504 CERAMIC 0.012U K 50V
C3407 403 235 5701 CERAMIC 5600P K 50V
C3408 404 084 3702 ELECT 0.47U M 50V
C3411 404 084 3702 ELECT 0.47U M 50V
C3412 404 084 3207 ELECT 47U M 16V
C3413 404 091 6604 ELECT 4.7U M 25V
C3414 404 084 3009 ELECT 220U M 16V

— 17 —
Schematic
Location Part No. Description Schematic Location Part No. Description
C3416 404 089 6500 NP-ELECT 4.7U M 50V
C3417 404 091 6604 ELECT 4.7U M 25V
C3418 404 089 6500 NP-ELECT 4.7U M 50V
C3421 403 224 5606 CERAMIC 2700P K 50V
C3422 403 323 3602 CERAMIC 0.047U K 50V
C3423 403 342 9203 TA-SOLID 3.3U K 10V
C3424 404 089 6500 NP-ELECT 4.7U M 50V
C3426 403 299 1820 TA-SOLID 10U K 10V
C3427 404 084 3801 ELECT 1U M 50V
C3431 403 224 6009 CERAMIC 4700P K 50V
C3432 404 087 1200 ELECT 0.1U M 50V
C3433 403 224 6009 CERAMIC 4700P K 50V
C3434 403 343 4603 CERAMIC 0.022U K 50V
C3436 404 089 6500 NP-ELECT 4.7U M 50V
C3439 404 089 6500 NP-ELECT 4.7U M 50V
DIODES
D002 407 013 4306 DIODE 1S2076A
407 013 7109 DIODE 1S2473
408 008 2406 DIODE 1N4148
D101 408 047 6205 ZENER DIODE MTZJ36A (36V)
D351 408 047 6502 ZENER DIODE MTZJ5.1A (5.1V)
D406 407 006 4108 DIODE ERB44-04
D407 407 095 8001 DIODE ERD07-15L
D408 407 222 4401 ZENER DIODE 1Z150 (150V)
★ D421 407 158 1307 ZENER DIODE HZ11B2L (11V)
★ D422 407 158 1307 ZENER DIODE HZ11B2L (11V)
D428 407 054 5904 ZENER DIODE RD15EB3 (15V)
407 099 7109 ZENER DIODE MTZJ15C (15V)
D429 407 013 4306 DIODE 1S2076A
407 013 7109 DIODE 1S2473
408 008 2406 DIODE 1N4148
D461 407 013 4207 DIODE 1S2076
407 013 4306 DIODE 1S2076A
407 078 2705 DIODE 1SS244
D471 407 006 4108 DIODE ERB44-04
407 007 7603 DIODE EU2
D472 407 005 7308 DIODE EM01Z
407 005 8602 DIODE ERA15-02
407 088 6502 DIODE MPG06D
D481 407 007 6606 DIODE ES1
407 124 5506 DIODE RMPG06G
407 124 6404 DIODE ERA18-04
D482 407 011 4407 DIODE TVR1G
D486 407 054 0008 ZENER DIODE RD10EB2 (10V)
407 099 6102 ZENER DIODE MTZJ10B (10V)
D487 407 005 8602 DIODE ERA15-02
407 011 3004 DIODE S5277B
407 088 6502 DIODE MPG06D
408 009 9404 DIODE 1N4002ID
D490 408 047 7707 ZENER DIODE MTZJ5.6C (5.6V)
D501 407 005 8602 DIODE ERA15-02
407 088 6502 DIODE MPG06D
407 005 7308 DIODE EM01Z
D502 407 118 2207 ZENER DIODE 1Z75 (75V)
D503 408 047 6205 ZENER DIODE MTZJ36A (36V)
★ D601 407 005 7605 DIODE EM2B
407 013 3200 DIODE 1S1887A
408 008 8606 DIODE GP15G
★ D602 407 005 7605 DIODE EM2B
407 013 3200 DIODE 1S1887A
408 008 8606 DIODE GP15G
★ D603 407 005 7605 DIODE EM2B
407 013 3200 DIODE 1S1887A
408 008 8606 DIODE GP15G
★ D604 407 005 7605 DIODE EM2B
407 013 3200 DIODE 1S1887A
408 008 8606 DIODE GP15G
D611 407 013 4306 DIODE 1S2076A
407 013 7109 DIODE 1S2473
408 008 2406 DIODE 1N4148
★ D612 407 218 0707 PC TLP421(BL)
407 231 2801 PHOTO COUPLE PC123YC2
D613 407 054 1807 ZENER DIODE RD11EB3 (11V)
407 063 8309 ZENER DIODE MTZJ11C (11V)
D614 407 006 0100 DIODE ERA91-02
★ D623 407 007 6606 DIODE ES1
407 124 5506 DIODE RMPG06G
407 124 6404 DIODE ERA18-04
★ D624 407 106 2806 DIODE RU3YX
★ D625 407 129 7000 DIODE RU4AM LF-L1
407 211 5808 DIODE FE201-6L43
D680 407 013 4306 DIODE 1S2076A
407 013 7109 DIODE 1S2473
408 008 2406 DIODE 1N4148
D683 407 013 4306 DIODE 1S2076A
407 013 7109 DIODE 1S2473
408 008 2406 DIODE 1N4148
D693 407 099 5600 ZENER DIODE MTZJ6.8A (6.8V)
D801 407 013 4306 DIODE 1S2076A
407 013 7109 DIODE 1S2473
408 008 2406 DIODE 1N4148
D806 407 013 4306 DIODE 1S2076A
407 013 7109 DIODE 1S2473
408 008 2406 DIODE 1N4148
D831 407 222 5903 ZD UDZS-TE-173.6B (3.6V)
D834 408 048 2404 ZENER DIODE MTZJ12B (12V)
D836 407 013 4306 DIODE 1S2076A
407 013 7109 DIODE 1S2473
408 008 2406 DIODE 1N4148
D843 407 013 4306 DIODE 1S2076A
407 013 7109 DIODE 1S2473
408 008 2406 DIODE 1N4148
D1051 408 047 2306 ZENER DIODE MTZJ10B (10V)
D1052 408 047 2306 ZENER DIODE MTZJ10B (10V)
D1059 407 206 5608 ZENER DIODE UDZS10BTE1(10V)
D1901 408 047 9206 ZENER DIODE MTZJ7.5C (7.5V)
D1902 408 047 2306 ZENER DIODE MTZJ10B (10V)

— 18 —
Schematic
Location Part No. Description Schematic Location Part No. Description
INTEGRATED CIRCUITS
IC001 409 275 7903 IC LA4525
★ IC501P 409 479 3909 IC LA7848
★ IC601 409 172 8102 IC SE130NH
IC681 409 528 6202 IC PQ050ES1MXP
★ IC801 410 497 4205 IC LA76952
IC802 409 333 3700 IC 24LC02B/P
409 376 1503 IC ST24C02B6
409 440 8902 IC M24C02-BN6
409 495 6908 IC CAT24WC02P
409 528 8404 IC S524A40X21-DCB0
410 499 1004 IC AT24C02-10PI-2.7
IC1001 409 424 4906 IC NJM2533M
IC3401 409 467 1108 IC CXA2134Q-T6
COILS
★ LF601 645 012 0589 LINE FILTER
645 052 6862 LINE FILTER
L143 610 031 3873 INDUCTOR, 10U K
645 016 2534 INDUCTOR, 10U K
L401 645 052 5919 INDUCTOR, 1.0U, FILTER
L402 652 000 2180 CORE, PIPE
★ L413 645 030 2879 COIL, LINEARITY
L414 610 031 1367 INDUCTOR 202J
610 211 3488 INDUCTOR
645 005 5645 INDUCTOR, 2200U K
645 007 8361 INDUCTOR, 2000U
L416 610 000 8663 COIL
645 016 9120 INDUCTOR, 420UH
652 001 3575 INDUCTOR, 420UH
L602 645 005 0763 CORE, PIPE
L611 610 078 5946 PIPE CORE
652 000 1725 CORE, PIPE
L612 610 078 5946 PIPE CORE
L623 610 078 5946 PIPE CORE
652 000 1725 CORE, PIPE
L625 610 078 5946 PIPE CORE
652 000 1725 CORE, PIPE
L627 645 005 0763 CORE, PIPE
L701 610 029 8484 PEAKING COIL 330UH K
645 008 0012 INDUCTOR, 330U K
L801 645 008 2894 INDUCTOR, 5.6U K
645 016 3104 INDUCTOR, 5.6U K
L811 645 006 2490 INDUCTOR, 1U K
645 016 2411 INDUCTOR, 1U K
L812 645 006 2490 INDUCTOR, 1U K
645 016 2411 INDUCTOR, 1U K
★ L901 645 066 2188 DEGAUSSING COIL
★ L902 645 065 6712 YOKE, DEFLECTION
L1901 645 008 2894 INDUCTOR, 5.6U K
645 016 3104 INDUCTOR, 5.6U K
TRANSISTORS
Q001 405 011 8401 TR 2SC1740S-Q
405 011 8500 TR 2SC1740S-R
405 011 8609 TR 2SC1740S-S
405 012 2002 TR 2SC1815-GR
405 012 2101 TR 2SC1815-O
405 012 2309 TR 2SC1815-Y
405 020 7501 TR 2SC945A-PA
405 020 7709 TR 2SC945A-QA
405 020 7907 TR 2SC945A-RA
405 151 8705 TR 2SC536NG-NPA
405 157 0505 TR 2SC536NF-NPA
Q005 405 008 4805 TR 2SB764-E
405 008 4904 TR 2SB764-F
Q131 405 011 8401 TR 2SC1740S-Q
405 011 8500 TR 2SC1740S-R
405 011 8609 TR 2SC1740S-S
405 012 2002 TR 2SC1815-GR
405 012 2101 TR 2SC1815-O
405 012 2309 TR 2SC1815-Y
405 020 7501 TR 2SC945A-PA
405 020 7709 TR 2SC945A-QA
405 020 7907 TR 2SC945A-RA
405 151 8705 TR 2SC536NG-NPA
405 157 0505 TR 2SC536NF-NPA
Q132 405 001 7407 TR 2SA1015-O(SAN)
405 001 7605 TR 2SA1015-Y(SAN)
405 004 3109 TR 2SA564A-Q(CU)
405 004 3208 TR 2SA564A-R(CU)
405 006 1707 TR 2SA933S-Q
405 006 1806 TR 2SA933S-R
405 151 3304 TR 2SA608NF-NPA
406 000 6804 TR 2SA1015-GR(SAN)
Q401 405 013 6207 TR 2SC2271-D-CTV
405 013 6306 TR 2SC2271-E-CTV
405 029 7106 TR 2SC2271-D
405 029 7205 TR 2SC2271-E
★ Q402 406 017 4602 TR TT2168LS-YB11
Q486 405 023 5009 TR 2SD400-E-MP
405 023 5306 TR 2SD400-F-MP
Q490 405 023 5009 TR 2SD400-E-MP
405 023 5306 TR 2SD400-F-MP
★ Q601 405 148 1801 TR 2SK2638
Q611 405 013 6801 TR 2SC2274-E
405 013 7006 TR 2SC2274-F
Q612 405 006 6504 TR 2SA984-E
405 006 6702 TR 2SA984-F
Q613 405 013 6801 TR 2SC2274-E
405 013 7006 TR 2SC2274-F
Q627 405 009 6907 TR 2SB985-S
405 009 7003 TR 2SB985-T
405 089 0000 TR 2SA1707-S
405 089 0109 TR 2SA1707-T

— 19 —
Schematic
Location Part No. Description Schematic Location Part No. Description
Q681 405 011 8401 TR 2SC1740S-Q
405 011 8500 TR 2SC1740S-R
405 011 8609 TR 2SC1740S-S
405 012 2002 TR 2SC1815-GR
405 012 2101 TR 2SC1815-O
405 012 2309 TR 2SC1815-Y
405 020 7501 TR 2SC945A-PA
405 020 7709 TR 2SC945A-QA
405 020 7907 TR 2SC945A-RA
405 151 8705 TR 2SC536NG-NPA
405 157 0505 TR 2SC536NF-NPA
Q693 405 011 8401 TR 2SC1740S-Q
405 011 8500 TR 2SC1740S-R
405 011 8609 TR 2SC1740S-S
405 012 2002 TR 2SC1815-GR
405 012 2101 TR 2SC1815-O
405 012 2309 TR 2SC1815-Y
405 020 7501 TR 2SC945A-PA
405 020 7709 TR 2SC945A-QA
405 020 7907 TR 2SC945A-RA
405 151 8705 TR 2SC536NG-NPA
405 157 0505 TR 2SC536NF-NPA
Q695 405 001 7605 TR 2SA1015-Y(SAN)
405 004 3208 TR 2SA564A-R(CU)
405 004 4809 TR 2SA608-F-CTV-NP
Q701 405 041 6507 TR 2SC2621-D-RA
405 041 6705 TR 2SC2621-E-RA
405 066 4304 TR 2SC2621-C-RA
405 066 9903 TR 2SC2688(1)-K
405 067 0008 TR 2SC2688(1)-L
405 067 0107 TR 2SC2688(1)-M
406 000 3605 TR 2SC3620(LB-SAN-1)
Q711 405 041 6507 TR 2SC2621-D-RA
405 041 6705 TR 2SC2621-E-RA
405 066 4304 TR 2SC2621-C-RA
405 066 9903 TR 2SC2688(1)-K
405 067 0008 TR 2SC2688(1)-L
405 067 0107 TR 2SC2688(1)-M
406 000 3605 TR 2SC3620(LB-SAN-1)
Q721 405 041 6507 TR 2SC2621-D-RA
405 041 6705 TR 2SC2621-E-RA
405 066 4304 TR 2SC2621-C-RA
405 066 9903 TR 2SC2688(1)-K
405 067 0008 TR 2SC2688(1)-L
405 067 0107 TR 2SC2688(1)-M
406 000 3605 TR 2SC3620(LB-SAN-1)
Q831 405 002 0308 TR 2SA1037K-T-96-R
405 002 0407 TR 2SA1037K-T-96-S
405 002 6726 TR 2SA1179-M6
405 002 6924 TR 2SA1179-M7-TB
405 134 5925 TR 2SA1037AK T146 R
405 147 2205 TR 2SA1037AK T146 S
405 163 1503 TR 2SA1179N-M6-TB
405 163 2708 TR 2SA1179N-M7-TB
405 173 9605 TR 2SA1235A1E
405 173 9704 TR 2SA1235A1F
R001 401 256 0101 MT-GLAZE 8.2K JA 1/10W
R002 401 256 0101 MT-GLAZE 8.2K JA 1/10W
R003 401 162 2800 MT-GLAZE 1.8K JA 1/10W
R004 401 162 2800 MT-GLAZE 1.8K JA 1/10W
R005 401 150 5905 MT-GLAZE 10K JA 1/10W
R006 401 014 4105 CARBON 1.5K JA 1/4W
R013 401 027 2600 CARBON 5.6K JA 1/6W
★ R106 401 008 2001 CARBON 18K JA 1/2W
R107 401 012 7009 CARBON 10K JA 1/4W
R128 401 255 6005 MT-GLAZE 1M JA 1/10W
R129 401 152 3206 MT-GLAZE 330 JA 1/10W
R131 401 256 1702 MT-GLAZE 33K JA 1/10W
R132 401 255 6500 MT-GLAZE 100 JA 1/10W
R133 401 150 6209 MT-GLAZE 1K JA 1/10W
R134 401 162 3104 MT-GLAZE 3.3K JA 1/10W
R135 401 150 6001 MT-GLAZE 0.000 ZA 1/10W
R136 401 256 3805 MT-GLAZE 1.5K JA 1/10W
R137 401 256 6301 MT-GLAZE 47K JA 1/10W
R138 401 256 6301 MT-GLAZE 47K JA 1/10W
R139 401 162 3609 MT-GLAZE 470 JA 1/10W
R141 401 256 6905 MT-GLAZE 680 JA 1/10W
R142 401 256 1702 MT-GLAZE 33K JA 1/10W
R143 401 150 6209 MT-GLAZE 1K JA 1/10W
R144 401 150 6001 MT-GLAZE 0.000 ZA 1/10W
R201 401 162 4101 MT-GLAZE 5.6K JA 1/10W
RESISTORS
NOTES:
Read description of the Resistor as follows:
(Example)
CARBON 4.7K J A 1/4W
Rated Wattage
Performance Symbols:
A..General B...Non-flammable
Z...Low noise
Other...Temperature coefficient
Tolerance Symbols:
A...0.05%B...0.1% C...0.25%
D...0.5% F...1% G...2%
J...5% K...10% M...20%
P...+5 -15%
Rated Value, ohms:
K...1,000 M...1,000,000
Material:
CARBON . . . . . . . .Carbon
MT-FILM . . . . . . . .Metal Film
OXIDE-MT . . . . . .Oxide Metal Film
SOLID . . . . . . . . . .Composition
MT-GLAZE . . . . . .Metal Glaze
WIRE WOUND . . .Wire Wound
CERAMIC RES . . .Ceramic
FUSIBLE RES . . . .Fusible

— 20 —
Schematic
Location Part No. Description Schematic Location Part No. Description
R202 401 150 5905 MT-GLAZE 10K JA 1/10W
R203 401 027 5502 CARBON 6.8K JA 1/6W
R204 401 027 2105 CARBON 56 JA 1/6W
R205 401 150 6001 MT-GLAZE 0.00 ZA 1/10W
R206 401 162 3005 MT-GLAZE 22K JA 1/10W
R207 401 162 3005 MT-GLAZE 22K JA 1/10W
R208 401 256 6905 MT-GLAZE 680 JA 1/10W
R209 401 256 7100 MT-GLAZE 680K JA 1/10W
R276 401 024 9701 CARBON 12K JA 1/6W
R281 401 150 5905 MT-GLAZE 10K JA 1/10W
R287 401 255 6500 MT-GLAZE 100 JA 1/10W
R288 401 255 6500 MT-GLAZE 100 JA 1/10W
R289 401 255 6500 MT-GLAZE 100 JA 1/10W
R353 401 024 7400 CARBON 10K JA 1/6W
R404 401 024 6700 CARBON 100 JA 1/6W
★ R406 401 010 8305 CARBON 5.6K JA 1/2W
★ R407 401 069 8202 OXIDE-MT 8.2K JA 2W
R408 401 009 1607 CARBON 2.7K JB 1/2W
R411 401 053 3206 MT-FILM 4.7K FA 1/6W
R412 401 007 4204 CARBON 120 JA 1/2W
R413 401 162 4101 MT-GLAZE 5.6K JA 1/10W
R414 401 024 6700 CARBON 100 JA 1/6W
★ R421 401 053 2605 MT-FILM 3.3K FA 1/6W
★ R422 401 052 6802 MT-FILM 10K FA 1/6W
★ R423 401 053 2605 MT-FILM 3.3K FA 1/6W
R426 401 027 5205 CARBON 680 JA 1/6W
R428 401 025 1902 CARBON 15K JA 1/6W
R461 401 026 4902 CARBON 330K JA 1/6W
R462 401 025 8208 CARBON 22K JA 1/6W
★ R463 401 061 0006 OXIDE-MT 3.3 JA 1W
R464 401 025 4606 CARBON 18K JA 1/6W
★ R467 401 065 3706 OXIDE-MT 1.2K JA 2W
R468 401 026 7408 CARBON 39K JA 1/6W
★ R471 401 006 7701 CARBON 1 JB 1/2W
★ R472 401 067 3100 OXIDE-MT 3.9 JA 2W
★ R481 401 006 7701 CARBON 1 JB 1/2W
★ R482 401 011 9004 CARBON 1 JB 1/4W
R485 401 025 4606 CARBON 18K JA 1/6W
★ R486 401 065 1801 OXIDE-MT 12 JA 2W
R487 401 026 6609 CARBON 390 JA 1/6W
★ R488 401 059 1602 OXIDE-MT 15 JA 1W
★ R489 401 066 5204 OXIDE-MT 22 JA 2W
R491 401 012 5708 CARBON 1K JA 1/4W
R492 401 156 8504 MT-FILM 33K FA 1/6W
R493 401 020 3901 CARBON 470K JA 1/4W
R494 401 020 3901 CARBON 470K JA 1/4W
★ R495 401 061 5308 OXIDE-MT 39 JA 1W
★ R497 401 068 6209 OXIDE-MT 5.6 JA 2W
★ R498 401 069 3702 OXIDE-MT 6.8K JA 2W
R499 401 026 6609 CARBON 390 JA 1/6W
R502TM 401 027 2600 CARBON 5.6K JA 1/6W
R503 401 150 6001 MT-GLAZE 0.000 ZA 1/10W
R504 401 027 8602 CARBON 8.2K JA 1/6W
R505 401 006 8401 CARBON 1.5 JA 1/2W
R506 401 027 5205 CARBON 680 JA 1/6W
R507 401 006 8104 CARBON 1.2 JA 1/2W
R508 401 027 5502 CARBON 6.8K JA 1/6W
R509 401 025 4606 CARBON 18K JA 1/6W
★ R511A 401 065 6707 OXIDE-MT 150 JA 2W
R517 401 162 3401 MT-GLAZE 39K JA 1/10W
R518 401 256 7209 MT-GLAZE 18K JA 1/10W
★ R601 402 083 6106 WIRE WOUND 1 KA 7W
★ R602 402 000 1603 SOLID 3.3M MA 1/2W
402 088 1502 RESISTER 3.3M JA 1/2W
402 090 2108 RESISTER 3.3M JA 1/2W
R603 401 010 9203 CARBON 560K JA 1/2W
★ R604 401 066 3002 OXIDE-MT 2.2 JA 2W
R606 401 019 9600 CARBON 47 JA 1/4W
R607 401 016 1508 CARBON 22 JA 1/4W
R608 401 162 3807 MT-GLAZE 470K JA 1/10W
R609 401 162 3005 MT-GLAZE 22K JA 1/10W
R611 401 027 0309 CARBON 47K JA 1/6W
★ R612 402 001 8502 FUSIBLE RES 10 J- 1/2W
★ R613 401 180 8402 OXIDE-MT 0.47 JA 2W
R614 401 020 0900 CARBON 470 JB 1/4W
★ R615 401 180 8402 OXIDE-MT 0.47 JA 2W
R616 401 150 5905 MT-GLAZE 10K JA 1/10W
★ R617 402 001 8106 FUSIBLE RES 680 J- 1/4W
R618 401 024 7004 CARBON 1K JA 1/6W
R619 401 162 3005 MT-GLAZE 22K JA 1/10W
R627 401 150 5905 MT-GLAZE 10K JA 1/10W
R628 401 013 5301 CARBON 1.2K JA 1/4W
R630 401 018 2909 CARBON 330 JB 1/4W
R683 401 162 3708 MT-GLAZE 4.7K JA 1/10W
R692 401 025 4903 CARBON 180K JA 1/6W
R693 401 256 5106 MT-GLAZE 560K JA 1/10W
R694 401 024 7400 CARBON 10K JA 1/6W
R695 401 162 3005 MT-GLAZE 22K JA 1/10W
R699 401 024 7400 CARBON 10K JA 1/6W
R701 401 025 7409 CARBON 220 JA 1/6W
R703 401 162 2404 MT-GLAZE 1.2K JA 1/10W
R704 401 027 8107 CARBON 82 JA 1/6W
R706 401 009 1508 CARBON 2.7K JA 1/2W
★ R707 401 065 4604 OXIDE-MT 12K JA 2W
R711 401 025 7409 CARBON 220 JA 1/6W
R713 401 162 2404 MT-GLAZE 1.2K JA 1/10W
R714 401 255 9006 MT-GLAZE 82 JA 1/10W
R716 401 009 1508 CARBON 2.7K JA 1/2W
★ R717 401 065 4604 OXIDE-MT 12K JA 2W
R721 401 025 7409 CARBON 220 JA 1/6W
R723 401 162 2404 MT-GLAZE 1.2K JA 1/10W
R724 401 027 8107 CARBON 82 JA 1/6W
R726 401 009 1508 CARBON 2.7K JA 1/2W
★ R727 401 065 4604 OXIDE-MT 12K JA 2W
R802 401 162 3005 MT-GLAZE 22K JA 1/10W
R803 401 162 3005 MT-GLAZE 22K JA 1/10W
R804 401 024 7400 CARBON 10K JA 1/6W
R806 401 162 3708 MT-GLAZE 4.7K JA 1/10W