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SONY KV-C2911MI 


MODEL 


SERVICE MANUAL 






Note: The service manual for RM-673 has 


been issued separately. 





Television system 
Color system 
Stereo system 
Channel coverage 


Picture tube 


Inputs 


MICROFILM 








SPECIFICATIONS 


CCIR B, G and H 

PAL, SECAM, NTSCas8, NTSCa4.43 

German two-carrier system 

(AEP) VHF channels E2—E12 

UHF channels E21 —E69 

Cable TV channels 501—S03, 

$1-S41 

(A total of up to 30 

preselected channels) 

VHF channels 1-11 

UHF channels 28—63 

Trinitron tube 

110-degree deflection 

Approx. 72.4 cm (29 inches) 

(Approx. 68 cm picture measured 

diagonally) 

21-pin connector : CENELEC Standard 

21-pin connector : RGB input 
unconnected 

SVIDEO Y:1 Vpp +3 dB 75 Q 

C:0.3 Vp-p +3 dB 75 Q 


(AUS) 


Outputs 


Power consu 
Dimensions 


Weight 


Supplied accessories 


Audio output 


Design and 
notice. 


MODELS OF THE SAME SERIES 


AEP Model 
Australian Model 


Chassis No. SCC-B14W-A 





AE -T CHASSIS 





Headphones jack : stereo minijack 

External speaker terminals : 2-pin DIN 

Audio output jack : phonojack output 
level dependent upon TV setting 

107.2 Wh 

Approx. 854 <x 555 x 510 mm 

wha) 

Approx. 51.4 kg 

RM-673 Remote Commander (1) 

IEC designation R6 batteries (2) 

10 W + 10 W (music power) 


mption. 


specifications are subject to change without 


TRINITRON® COLOR TV 
SONY. 


V-C2911D 


RM-673 





TABLE OF CONTENTS 


Section Title Page 
1. GENERAL 
1-1. First of All Vee. rdiee Viven cess Cub decor beccecebccertebeesee bases 3 
1-2. Connecting Other Equipment -srsrsssssrereeeee errr es 3 
1-3. Function of Controls Kedepe dee seecnedeeedevssegreteesee’ 5 
1-4. Viewing Teletext Ooo c cen m een cnwecnneensecceeecesasesevees 7 
2. DISASSEMBLY 
2—1. Rear Cover Removal --:+:ecssrsesteeereserssssscssseees 8 
2-2. Chassis Assy Removal cvrresrerssecseceseresteeseeees 8 
2-3. Ji, A and V Boards Removal s+rrrrtssrsrseereees 8 
2—4. KS and B Boards Removal crrcrrsereereeeeeessreenes 9 
2-5. Service Position Obeee wale eawie ceed eaedseeatcnaecsseebieses 9 
2-6. Picture Tube Removal -ccrvcrrrsserserescseessecsernes 9 
3. SET-UP ADJUSTMENTS 
B—1, Beam Landing vrrccrscesseceseseeeeceeeeeeeersceseeeeeees 10 
3-2. Convergence des cine ein vieja s'csie wei Copied eee eeSevieeeceeaseces 11 
a Ee jest aS c8c_ tom acvastecanesdepasasabedtessts setae osesety 13 
3—4, White Balance ceccereceeeceecceecceseceuteceeereceeeeeenees 14 
4. CIRCUIT ADJUSTMENTS 
4—1. B Board Adjustments ccrceeeeeereereeeereeeeeeeeeeee 15 
4~2. A Board Adjustments ---reseeseesereeesseeseeseeees 16 
4—3. D Board Adjustment -crerereerseereeserreteeeseeees 16 
4—4. Jt Board Adjustments --crrereseerereeeeseeteeeseeees 17 
4—5. V Board Adjustments <::sesrsrscessesseeeeeeteeeeeees 17 
A~6. Sub Adjustments -vertssseseseesteseesteeeeeeeeetenens 18 


Section Title Page 
5. DIAGRAMS 
5-1. Circuit Boards Location occ nmaccanveneccccceerececnve 20 
5-2. Schematic Diagrams ereererrr ere rerr eter ee errr ee ere ree es 20 
5-3. Printed Wiring Boards errererr rer re reer err rere eee reer) 26 
5-4. Semiconductors Cone c etree tenner nee ee eee neee onan ennnaees 44 
6. EXPLODED VIEWS 
6-1. Rear Cover vem ccc ence cc cen ener ec recone ee een eeeeneesonues 45 
6-2. Picture Tube Cena d merce ere e renee cnet neanennanneereseeesene 46 
7. ELECTRICAL PARTS LIST ....--:cc:cscccceeeceeees AT 


KV-C2911D 
RM-673 





SECTION 1 
GENERAL 


Note) The layout, etc., will be slightly different from the 
operating instructions packed with the units. 


1-1. FIRST OF ALL 


1 Connect the aerial to the 17 socket on the rear of the 
set. 
This socket receives the standard 75-ohm aerial plug. 
2 Plug in the set. 
3 Tune in the available channels. 


Use the buttons inside the panel. To open the panel, push 
the center. 


To tune in all channels automatically : 

1 Press = (preset). 

2 Press PROGR to select the program position from which 
tuning is to start. 

3 Press > (auto programing). 


The channels will be tuned in and memorized in consecutive 
positions, beginning from the program position selected in 
step 2 

When tuning has been completed, the set returns to the 
position where tuning began. 


To tune in a channel in any desired program position. 
(e. g. the position which the same number as the channel) : 


1 Press <> (preset). 

2 Press PROGR to select the desired program position. 

3 Press C (clear). 

4 Press E) (search) repeatedly until the desired channel 
appears. 

5 Repeat steps 2 to 4 for all channels, if required. 

6 Press > (preset) again. 


If the set is to be used in an area with poor reception, 
preset the program numbers between 1 and 19 for TV 
program use. 


To have the unused program positions skipped when 
PROGR+ or PROGR— is pressed 

Press © (preset). 

Press PROGR to select the unused position. 

Press C (clear). 

Repeat steps 2 and 3 for all unused position. 

Press <> (preset) again. 


Chon 


On-screen display while tuning 


(S) Program position 


Indicates the approximate location in the 


band of the channel being tuned in. 


for a higher-frequency channel and 
decrease for a lower-frequency channel. 


4 Insert two R6 batteries checking the correct polarity. 





The number of upright segments increase 


1—2. CONNECTING OTHER EQUIPMENT 


Connectors on rear set 


L/G/S | Left external speaker | Connect to external speakers. 
terminal (2pin DIN) The TV speakers will be 

R/D/D | Right external speaker | disconnected. 
terminal (2-pin DIN) speakers 8-16 

R/D/D | Right audio output jack | Connect to audio equipment. 
(phono jack) When only using the phono- 


jacks, two loudspeaker plugs, 


Left audio output jack | (DIN 41529) should be insarted 


(phono jack) into the extemal speaker termi 
nals so that the TV spaker 


output is switched off. 


Connect to a VTR 

micro computer, etc. 

The picture of the TV channel 
being received is always 
output. 

The picture of (2 can be 
watched while recording a TV 
program with the VTR 
connected to G1. 


21-pin connector 
(CENELEC standard) 


Connect to second VTR. 
The picture displayed on the 
screen is always output. 
The picture of @1 can be 
recorded with the VTR 
connected to (3-2 while 
monitaring the picture. 


21-pin connector 
(without RGB input) 





VTR operation using the supplied Commander 


Remote operation of the VTR is limited tc the features 
and functions of the VTR. For further detais, refer to the 
VTR manual. 
When watching a video with the VTR comected to the 
1r connector, set the channel for the yidleo to the 
program number O or any empty channel between 20 
and 29. 


Note 
Move the VTR away from the TV, if the picture or 
sound is distorted. 









KV-C2911D 


RM-673 


21 pin connector (G+ 1, C2) 


free] Gt] G2 [sem | 
Audio output 
B (right) 


Signal level 


Standard fevel : 0.5 Vrms 
Output impedance : Less 
than 1k ohm* 















Standard fevel : 0.5 Vrms 
Input impedance : More 
than 10 k ohms* 





Audio input 
B (right) 


















Standard level : 0.5 Vrms 
Output impedance : Less 
than 1 k ohm* 


Audio output 
A Cleft) 

















ee co 
OS 


Audio input Standard level : 0.6 Vrms 
A (left) Input impedance : More 
than 10 k ohms* 

Function High state (9.5-12 V): Part 
select mode 
(AV control) Low state (0-2 V): TV mode 
Input impedance : More than 
10 k ohms 


Input capacitance : Less than 
2 nF 


|e | o | Oo | Ground (green) . 
| to [| O [© | open 
1 V +2 dB, 


1 Green/Green 
75 ohms, positive 


with sync 

input 
[To | oO fom SC~*Y 
fo [6 [owned 
Pra [0 | 0 | ereuna Genki) 
Pie [0 | @ [fein [Gane asPnD | 


Blanking High state (1-3 V) 
input Low state (0-0.4 V) 
(Ys signal) Input impedance : 75 ohmes 

























































Green signal: 0.7 V +2 aB, 
75 ohms, positive 
Green with sync signal : 



















Ground (video output) 


Video output 1 V +2 dB, 75 ohms, positive 

Syne : 0.3 V (-3, £10 dB) 
Video input 1 V +2 dB, 75 ohms, positive 
Syne : 0.3 V (-3, £10 dB) 


Common ground (plug, shield) 









%* at 20 Hz-20 kHz Ovconnected @ unconnected (open) 


1—3. FUNCTION OF CONTROLS 






SUB Button 


a 
Se 


Oogog 
Std =, 





On the set 


On-screen display ; 
Indicates program numbers and (> input modes. 


Bar display : 
Indicates the level of <1volume, @color, <tbrightness, 
Ocontrast, 9 bass, § treble and == balance. 


Note on «= function. 
When the volume is at the minimum setting the balance 
=< function will not operate. 


@ Power switch 

To cut off the mains power completely, press this switch. 
Depress the power switch fully to ensure correct operation 
of the set. 


Note 
To ensure correct operation, push the switch in fully. 


© standby indicator 
Lights up brightly when the set is in the standby mode. 


Note 
lf the main power is turned off when in standby mode, the 
standby indicator will take 2 to 6 seconds to go off. 


€® space sound indicator 
Lights up when € on the Remote Commander is pressed. 


A/B indicators 

One of them lights during bilingual broadcast. (Choose A or 
B with the Remote Commander.) 

Both light during stereo broadcast. In AV mode, A lights for 
left channel, B for right channel, or A and B for both 
channels. 


Remote control detector 
Point the Remote Commander towards this detector. 


KV-C2911D 
RM-673 


On Screen display 


Bar display 





‘O) 
Remote Control detector 


Inside the panel 
© headphones jack (stereo minijack) 


[+] SEARCH buttons 

Press to fine tune a weak channel manually, if required. 
When [6] is pressed, the GE] indicator (AFT) goes off and 
the AFT cricuit does not function on the selected channel. 
To restore the GE] AFT circuit on this channel, press E+ 
(AFT) so that the indicator lights up. 


AFT button and indicator 

Normally, press GE] so that the indicator lights up. 

The AFT circuit automatically fine tunes the channel for the 
best possible picture. 

— volume buttons 


PROGR+, PROGR— program scan buttons 


On-screen display during presetting 


Program position 
MULTI (color system) 
TV system 





Indicates the approximate location in the band 
of the channel being tuned in. 

“V-L” : low VHF band, “V-M” : high VHF band, 
“V-H” : Hyper band, “UHF” : UHF band. 

The number of upright segments increases for 
a higher-frequency channel. 


Each time MULTI button (COLOR SYSTEM) is pressed, the 
following indications appear in this order. 

AUTO ; NTSCass ; 

Normally set to the AUTO position. The available color 
system is selected automatically. 


KV-C2911D 
RM-673 





Buttons used for 
VTR operation. 


PROGR 


SONY 


TV/VTR 





RM-673 


On the Remote Commander 


To operate the Commander, point it toward the remote 
control detector. 


%{ mute button 


O,...., 9, 1-, 2- buttons 

To tune in to: 

program 15, press 1- and 5. 
program 25, press 2- and 5. 


A/B button : 
Press to select the language in a bilingual broadcast, or to 
select the channel in AV mode. 


(i), +/— analogue select buttons 

Press (it). 

Q will appear on the screen. Adjust by pressing + or —. 
Press again and adjust @ (color), then xf (brightness), 
9? (bass), § (treble) and x= (balance). 


> *< reset button 
Press to reset color, contrast and brightness to factory-set 
levels. 


Q) standby button 

Press to change to the standby mode. Use this button to 
turn off the set for short periods of time. 

To turn on the set, press TV or the program number ; there 
will be a slight delay before the picture is restored. 


If the main power is turned off when in standby mode, the 
standby indicator will take 2 to 6 seconds to go off. 


TV button 
Press to change to the TV mode from standby, (> input or 
teletext modes. 


C$ 1 input button is 
Press to view the input picture coming in through the @+ 1 
connector. 

“C1” lights up on the screen. 

Press TV or the program number to return to the TV mode. 


C$ 2 input button 

Press to view the input picture coming in through the C> 2 
connector. 

“C$ 2” lights up on the screen. 

Press TV or the program number to return to the TV mode. 


on-screen display button 
Press to make the display appear on the screen. 
Press again to make it disappear. 


U loudness button 
Press to emphasize high and low notes. 


€ space sound button 
Press to obtain special acoustic effects. 


<j volume buttons 
PROGR program scan buttons 
Note 


Buttons not referred to on this page or next page do not 
operate. 





1-4. VIEWING TELETEXT 


To view the teletext service, use the Remote Commander. 
The buttons for teletext operation are indicated in green. 


1 Select the TV channel for the desired teletext 
service. 

2 Press @/S) (TEXT /MIX) to display the 
teletext service. 
Once ©)/@) has been pressed, the TV channel 
cannot be changed. 
Key in the three digits for the desired page 
using the number buttons. If an error is made, 
complete the three-digit sequence by keying in 
any digit. Then re-enter the correct page number. 
The requested teletext page is displayed. 


To return to the TV mode, press TV on the remote 
commander. 


The teletext service can be displayed directly from 
the standby mode, by pressing &)/@). 


To receive the teletext service of a different TV 
channel 

1 Press TV to return to the TV mode. 

2 Select the desired TV channel. 

3 Press ©) /@. 


Note 
To receive the teletext service accurately, keep GE) 
inside the panel switched on during teletext operation. 





To display the index page 

Press (INDEX). 

If the necessary signal is not being broadcast, page 100 is 
displayed. 


To access the next or preceding page 


Press (PAGE+) or (PAGE-). 


To superimpose the teletext display on the TV picture 
Press ©) /@®) twice from TV mode. 
Press again to return to the TEXT display. 


To suppress the teletext display so that the TV picture is 
displayed 

Press (TEXT CL). 

This button can be operated from both the TEXT and MIX 
displays. 


To prevent a teletext page (subpage) from being updated 
/ changed 


Press (HOLD). The HOLD symbol appears at the top of 
the screen. 


To resume normal teletext reception, press &)/@%. 


KV-C2911D 
RM-673 





To enlarge the teletext display 

Press €3). 

Press once to enlarge the upper half of the display ; press 
again to enlarge the lower half of the display ; press again 
to return to the normal display. 


To reveal concealed information such as the answers to 
a quiz 

Press (REVEAL). 

Press again to conceal the answers. 


To adjust the contrast of the teletext display 
When in teletext mode, adjust by using the + or — keys 
adjacent to the key. 


To watch the TV program while waiting for a requested 

page to be displayed 

1 Request the new page. 

2 Press to watch the TV program. 
The requested page number appears at the top left of 
the screen. 
When the requested page has been captured, the page 
number is displayed in the top left hand corner of the 
screen. 


To view this page, press &)/@). 


To have a requested page displayed at a pre-determined 
time 
1. Request a time coded page (e. g. alarm page). 
2 Press (TP ON). 
“T eexk”—s will appear at the bottom of the screen. 


THKKK 


3 Enter your request time with the number buttons, using 
four digits. For example, 07 : 30. 


T0730 


To watch the TV program until the requested time, 
press ©). At the requested time, the page number will be 
displayed at the bottom of the screen. 

To view this page, press ©)". 

To cancel the request, first ensure that the telttext page is 
displayed, then press @3) (TP OFF). 


KV-C2911D 
RM-673 


SECTION 2 
DISASSEMBLY 


2-1. REAR COVER REMOVAL 2—2. CHASSIS ASSY REMOVAL 







@Remove the Rear cover 
Remove the rear cover 
after opening the upper 
part of the rear cover in 
the Arrow @ direction. 


@one screw 
(BVTP 4x16) 


@Remove three claw 
Push diagonally from the above 
using a flat head screwdriver. 





@chassis assy 


2-3. J1, A AND V BOARDS REMOVAL 


@Open pc board supporter 
A Remove Part A in the Arrow © direction. 






®Remove claw 
Push in the Arrow © direction. ©Open A board 
ua Open in the Arrow 


@ direction. 


@two rivet 


@Remove claw < 


SS 


@J1 board 
Open in the Arrow ®@ direction. 


KV-C2 


2 
2 
ou 
ad 





2-4. KS AND B BOARDS REMOVAL 2-6. PICTURE TUBE REMOVAL 





®four Screws (PT) 


@B board 


@KS board N 
ne 
t 


2-5. SERVICE POSITION 





®deflection yoke 


NN 


@anode cap 









Hook on the inner side of 
the cabinet. 





e Removing Procedures @ Using a thumb, pull up the rubber cap firmly in 
the direction indicated by the arrow ®. 





@ Turn up one side of the rubber cap in the direction 
indicated by the arrow @. 





@ When one side of the rubber cap is separated from 
the anode button, the anode cap can be removed 
by turning up the rubber cap and pulling csp it 
in the direction of the arrow ©. 





Anode button 


ato 
Z_ 
o= 
aW 


SECTION 3 
SET-UP ADJUSTMENTS 


e The following adjustments should be made when 
a complete realignment is required or a new picture 
tube is installed. 

@ These adjustments should be performed with rated 
power supply voltage unless otherwise noted. 


The control and switch below should be set as follows 
unless otherwise noted : 
QCONTRAST control -+---- 80% (Cor Normal by 
Commander) 


Perform the adjustments in order as follows: 
1. Beam Landing 

2. Convergence 

3. Focus 

4. White Balance 

Note: Test Equipment Required. 


Preparation 

@ Set the side of the unit with the PICTURE TUBE 
so that it faces east or west in order to reduce 
the influence of external magnetic force. 

e Turn the power switch for the unit ON and erase 
the magnetic force using a degausser. 


3-1. BEAM LANDING 


1. Position neck ass’y as shown in Fig. 3-1 
2. Input a raster signal with the pattern generator. 


CONTRAST vvrrrserreeees normal 
BRIGHTNESS ++++++++++++ normal 

3. Turn the raster signal of the pattern generator 
to red. 


4. Move the deflection yoke backward, and adjust 
with the purity control so that red is in the center 
and blue and green are at the sides, evenly. 
(Fig. 3-2 to 3-4) 

5. Move the deflection yoke forward, and adjust so 
that the entire screen becomes red. (Fig. 3-2) 

6. Switch over the raster signal to blue and green 
and confirm the condition. 

7. When the position of the deflection yoke is 
determined, tighten it with a deflection yoke 
mounting screw. 

8. When landing at the corners is not right, adjust 
by using the magnet. (Fig. 3—5) 


A buckle 


GI 


(if ie 


D 
i 
| 
! 
| 
I 





—10— 


1. Color Bar Pattern Generator 
2. Degausser 
3. DC Power Supply 
4. Digital multimeter 
5. Oscilloscope 
Fig. 3-3 


1 
i urity control 
‘ wis / purity 
: F 











Disk magnets or 
rotatable disk 

magnets correct 
these areas (a~—d). 


Fig. 3-5 


AO tin Mras tine cas 


KV-C2911D 
RM-673 


-3-2. CONVERGENCE . 4. When the V. STAT magnet is moved in the 
direction of arrow @ and ©, red, green and blue 
Preparation : dots move as shown below. 
e Before starting, perform FOCUS, H. SIZE and 
V. SIZE adjustments. ® © oes a4 ae 
@ Set BRIGHTNESS control to minimum. , \ { { 


e@ Feed in the dot pattern. 


G —G 


no ¥ Ror 





(1) Horizontal and Vertical Static Convergence 










center dot 


V.STAT Magnet 








® 
RV704 
B. DRIVE BG R 
RV703 —_—_—— 
G. DRIVE 
@ ® 
RV701 SCRN © bédard + h® 
\ 
s® 
1. Adjust H. STAT VR to coincide red, green and 
blue dots on the center of screen. (Horizontal 
movement) 
2. Adjust V. STAT magnet to coincide red, green and 


blue dots on the center of screen. (Vertical 
movement) 

3. If the red, green and blue dots do not coincide 
on the center of screen with H. STAT VR, perform 
horizontal convergence adjustment using H. STAT 
VR and V. STAT magnet as shown below. (in 
this case, H. STAT VR and V. STAT magnet effect 
each other.) 

® Tilt the V. STAT magnet and adjust static 
convergence to open or close the V. STAT magnet. 





KV-C2911D 


RM-673 





lf the red and blue dots do not coincide with green 
dot, perform following steps. 
Move BMC magnet (a) to correct insufficient 
H. static convergence. 
Rotate BMC magnet (b) to correct insufficient 
V. static convergence. 
in either case, repeat Beam Landing Adjustment. 





BMC magnet 





(2) Dynamic Convergence Adjustment 


Preparation : 

® Before starting, perform Horizontal and Vertical 
Static Convergence Adjustment. 

Slightly loosen deflection yoke screw. 

2. Remove deflection yoke spacers. 


_ 





fle 
Me 


R GB B 


GR 


(3) Screen-corner Convergence 





IS 
L SOR 
ON 
(® 


KV-C2911D 
RM-673 


3. Move the deflection yoke for best convergence 
as shown below. 

4. Tighten the deflection yoke screw. 

5. Install the deflection yoke spacers. 


B GR RG B 


yy 


iG 





3-3. FOCUS 


Adjust FOCUS so that the whole screen 


is in best focus. 


Affix a permalloy ass’y corresponding 
to the misconverged areas. 


Permalloy 





KV-C2911D 
RM-673 


3—4. WHITE BALANCE 


(Screen (G2) Setting) 


1. 
2. 


3. 


4. 


Input dot signals from the pattern generator. 
Set the picture BRIGHTNESS control to the 
minimum level. 

Apply 170 V dc to the cathodes of R, G, and B 
from an external power source. 

While watching the picture, adjust the G2 volume 
(RV701) immediately before the fly-back line 
disappears. 


(White Balance Adjustment) 


ae 
2. 


3. 


Input all-white signals from the pattern generator. 
Adjust the BRIGHTNESS and COLOR controls to 
the standard level. 

Adjust the white balance using RV704 (B DRIVE) 
and RV703 (G DRIVE). 


In the following adjustments, the CONTRAST COLOR 
and BRIGHTNESS controls are set to normal unless 
otherwise specified. 


KV-C2911D 
RM-673 


SECTION 4 
CIRCUIT ADJUSTMENTS 


4-1. B BOARD ADJUSTMENTS 


—B BOARD— 


Component Side 


L335 





REF OSC 3.58 MHz Adjustment (CT331) 


Input a NTSC 3.58 MHz COLOR BAR pattern. 
Short circuit between pin @ of 1C331 and ground. 
Adjust CT331 to obtain color synchronization. 
Remove the jumper wire from 1C331. 


REF OSC 4.43 MHz Adjustment (CT332) | 


Input a NTSC 4.43 MHz COLOR BAR pattern. 
Short circuit between pin @ of 1C331 and ground. 
Adjust CT332 to obtain color synchronization. 
Remove the jumper wire from 1C331. 


RFWN> 


FWON> 


1H DELAY LINE Adjustment (L332, RV331) 


— 
. 


Input a PAL COLOR BAR pattern. 


2. Connect the oscilloscope to pin @ (B-Y) of IC331 
and observe the waveform of the H block on the 
oscilloscope. 

3. Adjust L332 to minimize the double waveform 
outline. 

Before Adjustment After Adjustment 
4. Input a TEST COLOR BAR pattern. 
5. Rotate the RV331 control and adjust till the ANTI- 


PAL of the waveform matches the 0 level. 


4 5 


This part matches the 0 level. 


Before Adjustment | 


After Adjustment 








6. L332 and RV331 affect each other. Repeat till the 
conditions of both meet. 


SECAM !D Adjustment (L335) | 


1. Input a SECAM COLOR BAR pattern. 

2. Connect a Digital Multimeter to pin @ of 1C331. 

3. Adjust L335 so that the indicator goes up to the 
maximum. 


BELL FILTER Adjustment (T331) 


1. Input a SECAM COLOR BAR pattern. 
2. Connect an oscilloscope to the Q335 emitter. 
3. Adjust T331 so that the waveform becomes flat. 


{Fk 


Before Adjustment 


SECAM DISCRI Adjustment (L333, L334) 








After Adjustment 


1. Input a SECAM COLOR BAR pattern. 

2. Connect an oscilloscope to pin @ of 1C331. 

3. Adjust L333 so that white and black parts of the 
waveform of pin @ become 0 level. 

4. Connect an oscilloscope to pin @ of 1C331. 

5. Adjust 1.334 so that white and black parts of the 


waveform of pin @ become 0 level. 


(white part) (black part) 


ala 


(Before Adjustment) 


(white and black levels 
should become 0 level) 


a 


(After Adjustment) 


KV-C291 1D 


M-673 


4-2. A BOARD ADJUSTMENT 


RV103 


—A BOARD — 


Component Side 





TUNER AGC Adjustment (RV101) 


1. Tune in an off-air signal. 
2. Adjust RV101 so that snow-noise and cross- 
modulation just disappear from the picture. 


STEREO SEPARATION Adjustment (RV102) 


Input stereo signals. (L-CH 1 kHz, R-CH 400 Hz) 





= 


2. Check the stereo indicator. 

3. Connect an oscilloscope to pin @ (L) of CNA11 
through band pass filter of 1 kHz. 

4. Adjust RV102 so that 1 kHz voltage goes down 


to the minimum. 


H. FREQ. Adjustment (RV103) 


Input a PAL COLOR BAR pattern. 

Short circuit between pin @ of C104 and ground. 
Connect a frequency counter to pin © of 1C104 
through a probe of 10: 1. 

4. Adjust RV103 so that H. frequency becomes 
15.625 +50 Hz. 


ON 





4-3. D BOARD ADJUSTMENTS 


—D BO a 
Q ARD 


RV601 Component Side 





B+ Adjustment (RV501) 


1. Connect a Digital Multimeter to TP91. 
2. Adjust RV501 so that the voltage becomes 
135 +0.2 V. 


ST-BY B+ Adjustment (RV601) 


Set up ()standby (Remote Commander) mode. 
Connect the Digital Multimeter to TP91. 

Adjust RV601 so that the voltage becomes 
135 +3 V. 

4. Release the (standby (Remote Commander) mode. 


H. PHASE Adjustment (RV502) 


Input a PAL TEST COLOR BAR pattern. 


oOn> 


= 


2. Set the CONTRAST and BRIGHTNESS controls to 
the standard positions. 
3. Set RV1508 (H. CENT) to the mechanical center 


position. 
4. Connect an oscilloscope to pin @ (SPC OUT) of 
IC501. 
Rotate RV502 and adjust Block T to 5.1 +0.1 us. 


a 








R 


15) 
CE 


< 


RV15 
Siz 


ENT 





-noise and cross- 
n the picture. 


t (RV102) 


KHz, RCH 400 Hz) 


@ (L) of CNA11 
kHz. 
voltage goes down 


tern. 
1C104 and ground. 
to pin © of 1C104 


requency becomes 


4-3. D BOARD ADJUSTMENTS 


-D BOARD-— 


Component Side 


B+ Adjustment (RV501) 


1. Connect a Digital Multimeter to TP91. 
2. Adjust RV501 so that the voltage becomes 
135 +0.2 V. 


ST-BY B+ Adjustment (RV601) 


1. Set up @standby (Remote Commander) mode. 

2. Connect the Digital Multimeter to TP91. 

3. Adjust RV601 so that the voltage becomes 
135 +3 V. 

4. Release the (standby (Remote Commander) mode. 


H. PHASE Adjustment (RV502) 


1. Input a PAL TEST COLOR BAR pattern. 

2. Set the CONTRAST and BRIGHTNESS controls to 
the standard positions. 

3. Set RV1508 (H. CENT) to the mechanical center 
position. 

4. Connect an oscilloscope to pin @ (SPC OUT) of 
IC501. 

5. Rotate RV502 and adjust Block T to 5.1 +0.1 us. 


5.1 +01 u 


4—4. J: BOARD ADJUSTMENTS 


RV1506 RV1508. RV1504 


RV1501 


502 
(BR PHASE) P. Cou) [CORNER COT) oO 


—J1 BOARD— 


Component Side 





RV 
H. CENT (HORIZONTAL CENTER) 


LL) 


iM Sze (HORIZONTAL SIZE) 


“LO 


y CENT ain CENTER) 


LI 


RV 
Vv. Se. (VERTICAL SIZE) 


oe 


vy ANGLE (VERTICAL ANGLE) 


(om (el ie 


V 150: 
PIN AMP (PINCUSHION AMPLIFIER) 


ya 


RV15! 
PIN PHASE (PINCUSHION PHASE) 


“Li 


a 





KV-C2911D KV-C2911D 
RM-673 RM-673 


RV 
PIN COR (PINCUSHION CORRECT) 


Ws LIT 


CORNER COR (CORNER CORRECT) 


ef) 








4-5. V BOARD ADJUSTMENTS 


Vet 
CONNECTOR 


(45) Component Side 


Clock Adjustment (CT01) 


Disconnect the V-1 connector. 


2. Set up the TELE TEXT mode. 
3. Adjust CTO1 to stop pictures from scrolling. 


RGB Level Adjustment (RV01) 


Set PICTURE to maximum. 


2. Adjust RVO1 till the RGB output becomes 0.65 V. 


4-— 


6. SUB ADJUSTMENTS 


SUB BRIGHTNESS Adjustment 


1. 
2. 


7. 


Receive and display a TEST COLOR BAR pattern. 
Push —*+< on the remote commander to invoke 
the normal state. 

Turn off the power supply. 

Turn on the power supply while pushing the SUB 
button. (SUB mode is invoked.) 

Reduce the (BCONTRAST to the minimum level. 
Adjust the <:BRIGHTNESS control until the O IRE 
of the gray scale becomes completely cut off, and 
the 20 IRE becomes barely luminous. 

Push the AFT button. (SUB mode is cleared) 


Where no TEST COLOR BAR pattern is available. 


= 


Display a COLOR BAR pattern. 


2. Push >+*< on the remote commander to invoke 
the normal state. 
Set the @COLOR to normal mode. - 

Steps 3 — 5 are the same as above. 

6. 20 IRE is close to blue, so adjust the 
BRIGHTNESS control till blue is faintly luminous. 

7. Same as Step 7 above. 

8. Push -+< on the remote commander to invoke 
the normal state. 

* When Step 4 is executed correctly, S (SUB mode) 


is displayed at the upper right of the display. As 
S is displayed only for 30 seconds, perform the 
adjustment within 30 seconds, or repeat from Step 
4. 


SUB COLOR Adjustment 


= 


Display a COLOR BAR pattern. 

Push ~+< on the remote commander to invoke 
the normal state. 

Turn off the power supply. 

Turn on the power supply while pushing the SUB 
button. (SUB mode is invoked.) 

Adjust the COLOR control until the B out (pin @ 
of CNC@72 connector on C board) waveform 
becomes as shown below. 

Push the AFT button. (SUB mode is cleared.) 


= — —— same level 


KV-C2911D KV-C2911D 
RM-673 RM-673 


BIN COR (PINCUSHION CORRECT) 


CORNER COR (CORNER CORRECT) 


11 BOARD— 4—5. V BOARD ADJUSTMENTS 








aponent Side 


| 





[— 


—-V BOARD =— 
@ Component Side 





Clock Adjustment (CT01) 


1. Disconnect the V-1 connector. 
2. Set up the TELE TEXT mode. 
3. Adjust CTO1 to stop pictures from scrolling. 


RGB Level Adjustment (RV01) 


1. Set PICTURE to maximum. 


Ly LI 


2. Adjust RVO1 till the RGB output becomes 0.65 V. 


I IW) 


ay = 


4- 


6. SUB ADJUSTMENTS 


SUB BRIGHTNESS Adjustment | 


1. 


2: 


7. 





Receive and display a TEST COLOR BAR pattern. 
Push ~*+< on the remote commander to invoke 
the normal state. 

Turn off the power supply. 

Turn on the power supply while pushing the SUB 
button. (SUB mode is invoked.) 

Reduce the (CONTRAST to the minimum level. 
Adjust the {BRIGHTNESS control until the O IRE 
of the gray scale becomes completely cut off, and 
the 20 IRE becomes barely luminous. 

Push the AFT button. (SUB mode is cleared) 


Where no TEST COLOR BAR pattern is available. 


_ 


Display a COLOR BAR pattern. 


2. Push ~>*< on the remote commander to invoke 
the normal state. 
Set the @COLOR to normal mode. - 

Steps 3 — 5 are the same as above. 

6. 20 IRE is close to blue, so adjust the 
2BRIGHTNESS control till blue is faintly luminous. 

7. Same as Step 7 above. 

8. Push ~+< on the remote commander to invoke 
the normal state. 

%* When Step 4 is executed correctly, S (SUB mode) 


is displayed at the upper right of the display. As 
S is displayed only for 30 seconds, perform the 
adjustment within 30 seconds, or repeat from Step 
4. 


SUB COLOR Adjustment 


_ 


w 


Display a COLOR BAR pattern. 

Push >+< on the remote commander to invoke 
the normal state. 

Turn off the power supply. 

Turn on the power supply while pushing the SUB 
button. (SUB mode is invoked.) 

Adjust the COLOR control until the B out (pin @ 
of CNC72 connector on C board) waveform 
becomes as shown below. 

Push the AFT button. (SUB mode is cleared.) 


— — —- same level 


—~18— 


When Step 4 is executed correctly, S (SUB mode) 
is displayed at the upper right of the display. As 
S (SUB mode) is displayed only for 30 seconds, 
perform the adjustment with 30 seconds, or repeat 
from Step 4. 


SUB Button 





KV-C2911D 
RM-673 


RM-673 M-673 


~ KV-C2911D 
RM-673 





5-2. SCHEMATIC DIAGRAMS 
SECTION 5 1 2 3 4 5 6 8 9 10 11 12 4 


DIAGRAMS BAND SWITCHING 


“terminal | pi n7[p ing pi nG [pint 0 





_ Kv-C293 1D KV-C2911D 
M- RM-6 
7 





















low VHF +12V|open| open open | NT 

5-1. CIRCUIT BOARDS LOCATION A i }ol2y poner open open AN 
TO D BOARD hyperband |open|open|t12V{ open 
CND84 open|open|open|+12V 










































































































































































































































































>: RW NONFLAMMABLE WIREWOUND 
> RS NONFLAMMABLE METAL OXIDE 
: RB NONFLAMMABLE CEMENT 
COIL : LF-8L MICRO INDUCTOR 
CAPACITOR : TA TANTALUM I 
EPS STYROL 
2 PP POLYPROPYLENE 
PT MYLAR 
: MPS METALIZED POLYESTER 
: MPP METALIZED POLYPROPYLENE a ae 
: ALB BIPOLAR J Se reecouer DELAY 
: ALT HIGH TEMPERATURE 
: ALR HIGH RIPPLE 











l (LINE FILTER) 1 TO 0 BOARD 
B (CND64) 
R1603 
27 
F1601 ™ 
14.0A 
| AC_IN [1+ V5) + — i i 
NC 3 Wi l TAPS fi [tout] 
any A + ‘ ono 24 
: so a nc ¢ voc [ors H 
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g c oe R101 
g $ ace 100 | 
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F — U [11] 
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I £1606 | yet def cios | ali) me 0 
20, 0047 I VH Ht a 0, 048 |RO3. 6ESB-1 
Nets. D ieee fe ; +H = iy Pho 
e@ All capacitors are in uF unless otherwise noted. (| EIN 9a! ey 
pF: uwuF 50 WV or less are not indicated except for (| AC QUT ° 
electrolytics. | av ig 
@ Indication of resistance, which does not have one for TO F2 BOARD 
rating electrical power, is as follows. (CNF 62) To ) BOARD 
Se Se SS CND 11 
Pitch: 5 mm E 
Rating electrical power 1,//4W 
Me (rv 
; WAY 
@ All resistors are in ohms. t ul?) 0 oo 
: . = 108 yoy 
eo -ee : nonflammable resistor. oor ttf DIAL sae HILT 4SES 
@ {wt : fusible resistor. 1 * ht i HOM ae | pao 
. Rg 
e A : internal component. _ = ui 
e (___]: panel designation. F 
: ‘ sot F | TD 41 
@ All variable and adjustable resistors have characteristic 2 A BOARD 1C101 A35 
curve B, unless otherwise noted. (POWER SW) 51701 ! 
@ All voltages are in V. | | 
@ Readings are taken with a 10 MQ digital multimeter. 
2 5 * OuTPUT 
@ Readings are taken with a PAL color-bar signal input. Sricheovous wine 
e (J: adjustment for repair. ue db 6.0 1.7 1.91.80 
e® Vol i may b ormal pri - ree 7 
oltage variations y be noted due to n produc G lea | TDA2556 
tion tolerance. I : : 
° : B+ bus. CONTROLLED Py hae es 
e : B- bus. Pe [0] 1. AMPLIFIER 
° “ : signal path. 
A. @.C. DETECTORY 
. . MOISE INVERTER 
Reference information 
RESISTOR : RN METAL FILM H 
:RC SOLID TO a BOARD 
: FPRD NONFLAMMABLE CARBON cNree ; 
: FUSE NONFLAMMABLE FUSIBLE | 
I 











2.8Vp—p(H) 








1.6Vp—p(H ) 





Note: The components 


are critical for safety. Replace only with 
part number specified 





ess. ee —22-— 





1 TO 8 BOARD 
(CND64) 


















BGC CHK 


2} GC CHK 


CNF 63 
LI-H 
TO CNH63 


WHITE SPOT 
INVERTER 


D 


-673 








TO D BOARD 
CND84 


A BOARD 1C102 TDA2556 








EVALUATION WITH 
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13 










14 












































































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17 



































18 


19 
















































































































































































































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RM-673 








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C-72 





B BOARD 1C302 TDA8442 












Qo £1 
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OUTPUT PORT 
P2 


DIGITAL: T0- ANALOGUE 
(6) CONVERTER 
DACO 
DIGITAL «TO: ANALOQUE 
0) CONVERTER 
DAC! 
DIGITAL: TO: ANALOGUE 
Q) CONVERTER 
DAC2 


POWER - DOWN 
DETECTOR 

























aParun 













DIGITAL -T0- ANALOGUE '*C BUS 
CONVERTER SLAVE = 
bac3 RECEIVER AMEE, 





B BOARD 1!C331 TDA4555 





WATRIX SECAw 
SECAw DEEP 
LIMITER BLANKING ‘Ss 
PERWMAATOR COLOR KILLER 
i 








0.4Vp-p(H) 





10.5Vp—p(H) 





0.9Vp-—p(H) 





Qn SvSTEM : : PULSE 
(i) CONTROL 130° : PROCESSING 
(n) STANDARD : 

SCAMHINO i : 


+141 


| 
| 
| 


| 
FORCED : SAND CASLLE| | 
STANDARD : PULSE DELES™ 
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SETTING 








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1C1401 
SBX1483 
REMOCON-RECEIVER 























CNH901 







TO 8 BOARD 
CNH01 


5-3. PRINTED WIRING BOARDS 


— A Board — 





CMK~ 81X 
1~629-B43~1! 














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WY We? Xis-IN9 : 





R-G:B INTERFACE, 
A eae TUNER, D/A CONVERTER, Fa Fo Vou Ho 
— 5-3. PRINTED WIRING BOARDS BAND SW, VIF, SIF CHROMA DECODER [LINE FILTER] [POWER sw] 


— A Board — 








— F1 Board — 


















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| 
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BzSE52F02z0 Vey "470 (is) 
> £2: Se Se ae oe + 
a 
. eo pOGOOG 3 
csort] 9-8 : +l 9201 ree ! 
47 q7 I RDG. 1ESB3 5 
50V 0.1 We a 
41 pes TO J1 BOARD win Ms) 
‘i Goat i 
R410 Ae a? . c S.W # 
NJ25 D 
C204 R 
247 
4 35x 
Pale) 
15 I 5 carg | cate 
re aes 
RDO. 1ESB3 ‘ : 
| PROTECT-2 HFS: SNPS | 
SYSTEM COTROL, 1 | 
MEMORY, POWERCTL, D I 7 
JUNGLE, H+V OUT. Bast! 
iy T 
fl ad edd dd ee eee [=[s[@]=72) 
=| CNB4! =| {s CNK21 
as = NU4I 
2|Z\a/5|5]a a|vla|>|—|@|5 at >| =| 3/5\>|“le|“|a]@/Z/Z]8 10 B 
Z|OlG]Z\ax}o}ml Zz) a/Z/N|ajZ/G/Z|>| B To B alO15 myOON| Fla] als 
}oe]®) | |S 3|B)S)—|S/5) S/F -|>|2 lel (=/O] S/S ]2] alae 
5 ra e 7 
TO JI BOAR® TO 8 BOAR 


= CNJ41 Ck CNA21 











—31-— —327— 





KV-C2911D 
RM-673 
Ks| [AF INTERFACE] 


a 


pris 


— KS Board — 


KS BOARD 1C201 TDA6200 


G5)-——(24) 
a 
interfoce 

\ 
[4 


JAN) 


(33) 

z= 

LED / 
Oriver i 





® D BOARD WAVEFORM 


© ® 
YEP.) eee 
1.2Vp—p(H ) 4Vp—pl(H) 
@ © 


Ah, hah 





® 





















2.4Vp—plv) 10Vp—p(H) 1.8Vp—p(H) |200Vp~p(H} 5.6Vp—plv ) 
® @ @ ® 

5.3Vp—plV) 13Vp—p(H) 3.2Vp—p(H) \Vp—p(H) 6.4V p—p(H) 
@ 





Ara 


2.4Vp-pl(V) 


aly a 


3.6Vp—- p(H) 





@ 
225Vp—p(H) l1Vp=p(H) 








KV-C2911D 
RM-673 





F OUT, Y-CHROMA, 


A 
ape V-H DEF 






— D Board — 
| i 
| 2 3 | 4 5 6 | ? 
23-8 .x% FE 3 
FY ft 
eerie it 
Rods ieacig : ‘ | | | | i fig 
NT | oT $§ 
C022 22 8 x 35 3 f 
rey If a0 {? 5 


m 


vt 









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TONLNOD 


EE-PPy- 229-4 


R558 


Oath, 


is ee: 
‘ 8536 1 
HOSC SYNC SEP warersyey NO® 





&MMK-4094V-0 gM 





KV-C2911D KV-C2911D 
RM-673 RM-673 
D BOARD IC501 TEA2028A D BOARD 1C502 TDA8170 





—-WWWh 


1 ENHIRITION + 
TIME C SWITCHING 


= — worizonta [— ) 

FRAWE TIMING LOBIC TIMING 

50/60 Ht snewtiracaTion L001¢\;————y} a 
Cy 


SWITCH ON/OFF 
+ 
SAFETY CIRCUIT H. SAW. TOOTH 
7 a, 
SOFT STARTING 
aos eRe 
Se re - 


oOnrIe mamwo 


=JNN ONWNW 


1 








word 


t 
—MWWH BMMAND ONN—N 
-IM-O OmM-NO WOMMm 





—-cmmn 





hore 
root 


; a ; i. D BOARD 1C251 LA4280 
PPPo eo ?CoCOLL 


(9) C) 
MUTE 
CIRCUIT 
@) 


[> 


ino 1934 
t t 
1 ' 
Some N NNANN® NAVNOW NNMWWW— 


TONSTART VLF OSCILL REPEATED VOLTAGE REF. 
OVER ONNENT 
PROGRAM TON MAX MDD FLIP FLOP INTERN. REGUL. 










1 i) 
OODND NAWN— 
toy 


E 
B 
I 
H 
B 
H 
H 
O 
E 
E 
J 
| 
I 

B- 
D 
B 
A 
0 
Cc 
Cc 
B 
Cc 
J 
G 
H 


--OOD NOMWOM 


STOP 


FLIP. FLOP 


O000 OD0N0N0 O 
HAMAD AHADMMHA OM 


1 


START 





potter 


_ 


RC START STOP 
OSCILLATOR SHAPER 





1 


ere | 


IZTOOD WO0O0NO owono PWPOO OQONONY FPOD-— 
=NNNOD DOONDYN MWOWWMM M---— 
NNOOW W--- 


mnada— 
hoa eet 


x 


RVS5O1 

Rv502 

RV601 

NOTE: 

The circuit indicated as left contains high voltage of over 
600 Vp-p. Care must be paid to prevent an electric shock in 


inspection or repairing. 








KV-C2911D KV-C2911D 
RM-673 



























































































































































































































































































RM-673 
: TO KS BOARD 
TO J2 BOARD TO SPEAKER TO B BOARD B-32 TO ) BOARD 
002 K-25 erie ee 
é N 
ype J1-32 2|S12|Z/2)8 Jig 
WHT-L React: oo 
MICRO 
os :S-MICRO et MICRO 
ce im 
CHIP 12V 
! " a ! 
= 178W CHIP = 
J 1 ‘ 7: CHIP siaoi \, crass! fe) 
0 Ryo" tw ors 01403 
AV- INTERFACE jae) »CN140! Fcite wnt Baek pole 
Grete f crt 
ig ari 
R14n2 1k} 403 1402 t CHIP 
a eat. Pia thie ata 
Tt ctsa1 nists C1502 ae “DVAQT i 4, 
Ce ey MASO75-M | me: 
1 Q sy N - WOOK :CHIP 
a oe :CHIP_1710W 
me” als 
x KX 1C1501 
~ oo B. &) TEA203IA 
eae | a io) 
c1sis RISIS R1519 2 cs o 
lve 48 136 SO) —-O—-O 
r GIP cHIP —|%13,2 2 1 
I “ t nisu7 1 
Tcisia a! AN202K 
= 6.027 ° coy | 
250V : | eee 
vi MPS JW1506 ww 178W ICORNER Wet A1403 
CHIP noe a MA3075-M 
01506 330p SUE C142 R1409 
MASS60-M fip22 | BCHIP oy ty chip 
| t or ~ RISIS RIS14 
C1505 FRISOG) da. ie BANDUIK fyb cs0e vay, RISSB CISIT AW I 
eae 470K Ee j Nc-STOp 220k _lHIP 0 10, |: 
PT :CHIP] d= | 5 mF AM — 9M) 
eg at : _ 
ita | is 7 RVISOS | 
i oq ox [R556 {kf i j C415 
i ded | = lesiiawh eit Zi. 0.47 ~ | 
: i H { | I joc [sCHIP= ap et eel ie | si € Bie + ¢ 2 | i || « 
ae | i aes ee : eeerae AC aa die bs i | i 
i | i Rates j i i i a i HiS0z ae i as By i , ‘ 1 Hi4z0 Clas = eae if ae nats C1428) ! 
i oove | 81501 - Ae Sst Le 1509 21429 " i cs oo | MA3075-M MASO75-M . I CHIP G.g047 47K, 0. 847 
ea T : a ce a ae PR a VTE, iy ltt | Protect | | FECT the clus det sa 
C150: 5 tk 9h L : "C1 430- PROTECT PROTECT Al415 91409 Nee Soe Sate, wane 
C1505 1Z8W 1/8W bd 330p MA3075-M MA3091-M =o B:CHIP B:CHIP :CHIP 
7 0.047 :CHIP pour B:CHIP 4.7 PROTECT PROTECT 
1 ups On 81504 ‘ I 
1/8W HAN202K 
a 12 
2N 
' 
Hi4i1s 
| 4 MA3075-M 
; j RYI506 PROTECT 
: 23k EEN 7 I 
| R1520 ow WeACENT | ; 
| I 











MOB! 
GNB [15] 

|v out [14] 
GND 


ge 2 
nee 
{P| 
o ZlAIZIN 
6 ao) — 


TO 8 BOARD pA RA CS LS aes aaa 


(CND 51) (CNB 41) 


=0 5 
Bx Sch 
7 
ZA ee 
eS 
ares | 
7 
oA] 
PRIN | 
GND AU 
L OUT 
R OUT 
GNO AU 








=37= p= 


KV-C2911D KV-C2911D 
: RM-673 


RM-673 


16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 













































































TO 2 BOARO 
J CND8! 
2 ( ; (R.G.B QUT) 
1 Ht 
an ia 
(HEADPHONE) =— ged mm ; | | a SE H 
G2 | eel {iw M 3 H2 
TO 2 BOARD oo i tt avit 1728 
4 MIN—MAX ( 4 } | RGP10G 0.48 R709 cNCBI 
225V—909V : PROTECT-8 yw faux U3B-H 
‘ :RC 
SCREEN 
2 200V L) 
I ! 3 GND | 
! 3"! TQ) BOARD 
CNA82 
242 ! 
S4Y-L 
| 
To 8 BoaRa) J TO Ji BOARA 
CNA23 CNJ42 | 
706 
185133 
| PROTECT-3 | 
I 
CNC71 
L2-H 
GND [1] 
(|—sna 2} — | C BOARD WAVEFORM 
12V | 
TO PICTURE TUBE ® 
COATING EARTH 
155 I ] 
ea 10.34 PROTECT-2 
| 3.7 ) | 
Q702 100Vp-p (H 
TO B BOARD qe geod — pe 
CNB72 - 270° 2.2k 680 
"8 " bats o 
a 12V 1 ' 250V 
y B 2 |——— — | B_DRIVE | 
My G —— G_BRIVE 
R 4 $$] essen 0702 $703 0704 
ga R218, 15133 T ] 155133 185133 
bape Ne 7 PROTECTO9 AC-MIX= | | ¥ac=M1k-2 AC=MIX=3 90Vp-p (H) 
‘ 
SA 1 |@® 
4| C714 
: rats ae CON es Be rt 
J1 BOARD 1C1402 TEA2014A J1 BOARD 1C1501 TEA2031A - tN f 
- 
| RDO. [ESB 
PROTECT-1 
Aenea RR TUNIS EEE a AN: 


80Vp-p (H) 


GC) 


ss Ne 


25Vp-p (H) 





—39— —40— 





— C Board — 








| 





| 


CNJS1 | — V Board — 











(HEADPHONE JACK] 


2 


G WTABO 


J 


RiASe 


(INTERFACE] 


RM-673 
1 


J 


— J1 Board — 


KV-C2911D 


TO B BOARD 
(B-93) 


RM-673 














27V 40V 
V ANG 
Yo PAR 
Vv SAW 

TY CENT 





TO 0 BOARB 





Loe 
6.8K 


KV-C2911D 
































[re) 
CHIP 














20)-{19) 














Re 
4 





MA3036-H RESET 





OHO-@-o--O 

















:CHIP:CHIP:CHIP :Cl 


R63 Rb4 RES 
AaTh The 4 Th 

















PIC LEVEL, 


oo M34 
























































































































































































































































$01 
MA30S6—M 
5.7 SV-REG 











T 


SV-REG e) 
i 7. 


Loz 
6.8 aH 


5.1 
gol 
2502096-E 
003 
DANZ02K 
‘ST-BY 
203 


















V (TELE TEXT) 











3 


1 


Vipeo | 2 
S-1V 





(CNBS1) 


TO 8 BOARD 


TO 8 BOARD 
(CND92) 












_ 


— J2 Board — 


{CNO34) 


B-95 


9Vp-piH) 


\Vp—p(H) 


2 
0.4Vp—pi6MHz) 


3.5Vp—p(4MHz) 
IVp—p(H) 


n 
x 
= 
oo 
a 
@ 
a 
1 
a 
> 
© 
wo 
So 





@ V BOARD WAVEFORM 


RM-673 


KV-C2911D 

















RM-673 


KV-C2911D 


RM-673 


-C2911D 


y 
. 


([R-G-B OUT] V [TELETEXT] 


[-) 
a 
a 
is 
[7] 
5 

Q 
o 
a 
[2 
[-) 
a 


ae 
dh - 


in| 

L i 
husks 

——b Tyee 


ka 


ci3 


Ma 


oooodod 
ca cs 


Cee 


{Ht 66E 002-1) 











| | (1-686-229"1 
a) so) 
h = 
5 oO 
a a 
oO > 
I | 
RV 1507 RV1503 RVISO9 
WSZE] [PINAME] = [ARG] 
$0505 
» it 1503 
xy 
Oo | 
< N 
fis t 
2 ; | 
“1 . tos oe 
a Li ger aa ac Unt Ss doth 
q a ae : z 5 
WwW i dob x 8 tC tad tad 
z me 
va Ne) re) 
f e) te 
j.8 Ry *TS 0 at 
ie? G enone 
la i cork 
ia ; ¢ gs 
= 3 oe 
3} Sf cece < 
q - rong | 
uw 
xc 
wi 
5 
= | I 
v : mama = a) 
o a | ss coesier tt he 
= 3 iS S 
a cnt401 ie Gee a 
- R453 C1476 
) = nN 
; > 
| 
& 
eo 
S, 
ne 
2 














—= TO 2 BOARD 
(CND94) 








, 
b 
v-4 


_ KV-C2911D KV-C2911D KV-C291 11 
RM-673 RM-673 RM-67 
SECTION 6 


EXPLODED VIEWS 
5-4. SEMICONDUCTORS 













BX1387 SAA5243E DTA114ES 2SB740 ERCO06-15S MC921 * Items with no part number and no des- + Items marked “ * " are not stocked since | The components identified by _ ° 
SBX1483 SDA5241 DTA144ES 2S8C1475 ERC25-06S cription are not stocked because they they are seldom required for routine | shading and mark A are criti e: B\ 
DTC114ES 2SD789 ERD29-08J are seldom required for routine service. service. Some delay should be anticipated _ cal for safety. - 
The construction parts of an assembled when ordering these items. Replace only with part number | 


specified 


peer PR Tore DTC124ES . uct i 
aoa DTC144ES oe part are indicated with a collation 
rca a al 2SA1048 number in the remark column. 
2SA1175 v 
(Top view) 2SC403SP ae 


REAR COVER 


2SC1740SRT 













































2SC2458 fe a es 
CXA1114P TBA129 2SC2603 @: BVTP3 x 12 7-685-648-79 
MAB8461P TEA2014A 2S8C2710 
SAA5231-V6 TEA2031A 2SB1185 MC931 
TDA4555 2SD1761 EQB01-11 
TDA4580 eee ERC24-06S 
TDA6200 ERD28-06S 
TEA2028B BVTP4 x 16 
1234 RGP01-17PKG23 
TMM2063D ( Top view) € c i RGP10GPKG23 2 4 7-685-663-79 
28 5 RGP15GPKG23 rr d 
188168 123 
i Unger DTC114EK 1$S238 
2SB815B6 181555 deee 
' " 24 1“ 2SC2712G 2SC2873-Y 10E2 V19E 
(Top view) 
CX20061 Poor oA 
E i BVTP4 x 16 
. 7-685-663-79 
TDA2595 tie 
“fd | 2SA933 
VS945678 9 10 2SA1091 
JA101 HZS39NB4TD 
JC501 28D 1548 RD3.6ES-B2 SE303AY 
LA4280 | 2SD1941 RDS OES 6) 
ee posers 
I om (Top view) 5. -B2 
RD6.2ES-B2 
HITT sane novseees 
' TDA4510 fcs RD9.1ES-B3 anode |] cathode 
Banas RD10ES-B3 
M50436-614SP TEA2162A senuize epee 
TEA2164 SSCo7RE natraoe HOIOER RA SLP162B 
18$119 
16 1514131211109 1S8S120 
Sarat 18S133 
sea é 
TOP VIEW se eb etehens Soe 
(Top view) v7 cathode 
MS8655P anode | rote — BVTP4 x 16 
x 
7-685-663-79 
14131211109 8 TDA8170 en on ee SR632D 
x 2SC2611 
1234567 y 2SC2688 cathode 
Guten es 2SC2690A KBU4JL 
5 boinc REF.NO. PART NO. DESCRIPTION REMARK !REF.NO. PART NO. DESCRIPTION REMARK REF.NO. PAI 
ide 
MB88503H ‘ anode MA el II 00 SRRRRR RO REEREPES 0 VEESSRE Ses 0, ES a a 
anode 
eee ie | | mee Neato 1 1-544-146-11 SPEAKER | 14 *1-629-781-21 KS BOARD ee 
AbsOoK 2 1-544-147-11 SPEAKER | 15 *A-1345-839-A D BOARD, COMPLETE 52d 
ase se taet ete BPCoTa ae 3 *4-394-306-01 CUSHION, BOX ' 16 A. 1-439-416-11 TRANSFORMER ASSY, FLYBACK (UX-1600) 53d 
ra Neu gh 4 X-4394-302-1 FRAME ASSY | 17 ¥1-629-719-21 F1 BOARD 7 
iTopcaine) sees MA3036H 201 5 1-236-510-11 NETWORK, DIVIDING | 18  #4-386-620-02 COVER, POWER ae 
MA3056M 6  4-386-618-01 RIVET, T TYPE | 19 A.4-022-115-01 HOLDER, AC CORD yb 5d 
2SB734 aa MA3068M 7 *A-1296-569-A A BOARD, COMPLETE | 20 Adl- CORD; POW! TH CONNECTOR GHEE 57d 
NJM7812B 2SC2958 | Pern MA3130L 8 A.1-465-053-11 TUNER, ET (UV-615S) ' Ale {2 CORD, POWER (WITH CONNECTOR) (AUS ONLY) 58 4- 
uPC7812J 2SD773 9  *4-386-629-12 BRACKET, A ! 21 ” 4-386-624-11 BRACKET, J 590A 
me 2SD774 ened 3 10 *4-386-628-11 SUPPORTER, PC BOARD ' 22  #A-1388-088-A J1 BOARD, COMPLETE 60 ks 
o — CA 11 *4-386-617-01 HOLDER, TERMINAL | 23 4-394-328-01 COVER él. 4 
£8} ~ siodie= ‘cathode 12 *A-1347-030-A V BOARD, COMPLETE ! 24  4-394-312-01 COVER, REAR 62 «1-1 
Rig mY 13. *A-1135-561-A B BOARD, COMPLETE 634 
nM 644 
IN * - 
GNO OUT EC 8B ee a | 2 <n 


—44— —45— 


KV-C2911D KV-C2911D 
RM-673 RM-673 


-6 
SECTION 6 
EXPLODED VIEWS 


NOTE: . nae 6-2. PICTURE TUBE 

+ Items with no part number and no des- * Items marked "* " are not stocked since The components identified by _ 
Cription are not stocked because they they are seldom required for routine — shadingandmark A are criti-— e@: BVTP3 x 12 7-685-648-79 
are seldom required for routine service. service. Some delay should be anticipated cal for safety. - 

* The construction parts of an assembled when ordering these items. _- Replace only with part number 






part are indicated with a collation 
number in the remark column. 


6-1. REAR COVER 
@: BVTP3x 12 7-685-648-79 







BVTP4 x 16 
7-685-663-79 


BVTP4 x 16 
7-685-663-79 


BVTP4 x 16 shading and mark A\ are criti- 


7-685-663-79 cal for safety. 
Replace only with part numb: 





























64 4-394-305-01 BUTTON, POWER 
65 +*1-629-745-21 H9 BOARD 
66 +*1-629-720-21 F2 BOARD 


79 1-452-032-00 MAGNET, DISK; 10MM ¢ 
80 1-452-094-00 MAGNET, ROTATABLE DISK; 15MM ¢ 
81 X-4306-312-0 PERMALLOY ASSY, CONVERGENCE 


REF.NO. PART NO. DESCRIPTION REMARK {REF. NO. PART NO. DESCRIPTION REMARK REF.NO. PART NO. DESCRIPTION REMARK {REF NO. PART NO. DESCRIPTION REMARK 
Dees eee ee EEE Pewee ote ee ee Shueee ees pecens Soideeuds Mees Lie eee Seeeee, Meee tee ese eerie saeco 
1 ' 
! 1 
1 1-544-146-11 SPEAKER | 14  ¥*1-629-781-21 KS BOARD 51 4-394-309-01 COVER, DOOR | 67 A.8-733-821-05  PICTU if AG 
2 L-54d-147-11 SPEAKER | 15 #A-1345-839-A D BOARD, COMPLEJE 52 4-394-330-01 BARE, ‘DOOR | 76 A.8-733-825-05 “PICTURE TUBE (A68]YK 
3 *4-394-306-01 CUSHION, BOX | 16 A. 1-439-416-11 TRANSFORMER ASSY, FLYBACK (UX-1600) 53 = 4-374-714-01 CATCH, PUSH | 68  3-703-961-01 SPACER, DY 
4 X-4394-302-1 FRAME ASSY | 17 #1-629-719-21 Fl BOARD 54 1-466-141-11 KEY BOARD, FLAT PANEL | 69 Asd-451-313 DEFLECTION YOKE (Y29FXA) 
5 1-236-510-11 NETWORK, DIVIDING 18 *4-386-620-02 COVER, POWER 55 4-394-308-01 COVER, FRONT | 70 *1-629- VM BOARD 
6  4-386-618-01 RIVET, T TYPE | 19 Ade 1 HOLDE | AC eae 56 4-394-310-01 PANEL, CONTROL | TL A.1-452-509-41 NECK ASSY; PICTURE TUBE 
7 ¥A-1296-569-A A BOARD, COMPLETE 1 20. a TH CONNECTOR) (AEP ONLY) 57  4-352-034-00 CATCHER, PUSH | 72  *4-379-167-01 COVER (MAIN), CV 
8 A.1+465-053-11 TUNER, ET (UV-615S)° 1 A. 1559-91 2 CORD, POWER (WITH CONNECTOR): (AUS. ONLY) 58 4-394-315-01 WINDOW, ORNAMENTAL | 73  *4-379-160-01 COVER (REAR LID), CV 
9  ¥*4-386-629-12 BRACKET, A | 21 ¥*4-386-624-11 BRACKET, J 59  4-809-913-99 FOOT, F | 74  *A-1330-951-A C BOARD, COMPLETE 
10  *4-386-628-11 SUPPORTER, PC BOARD 22 +*A-1388-088-A J1 BOARD, COMPLETE 60 X-4394-304-1 BEZNET ASSY 53,57 | 75 4-369-318-00 SPRING, TENSION 
11 +*4-386-617-01 HOLDER, TERMINAL 23 4-394-328-01 COVER 61 4-382-745-01 HOLDER, RC | 76 As 1-426-398-11 COIL, DEMAGNETIZATION 
12. *A-1347-030-A V BOARD, COMPLETE 24 4-394-312-01 COVER, REAR 62 +1-629-783-21 J2 BOARD | 77 4-373-263-11 SCREW (M), PT 
13. #A-1135-561-A B BOARD, COMPLETE H 63 *4-389-124-01 PANEL, POWER SWITCH | 78  4-308-870-00 CLIP, LEAD WIRE 
t 
! 
1 
1 
i} 


—45— —46— 


Kv- C2911D 
RM-673 


SECTION 7 
ELECTRICAL PARTS LIST 





* Items marked "“ * “ are not stocked 


since they are seldom required for 





When indicating parts by refer- 


g Se Ee iS me 
fre components identified by | 


|| shading and mark A\ are crit routine service. Some delay should be ence number, please include 
anticipated when ordering these items. the board name. 
é : ‘ CAPACITORS COILS 
* All variable and adjustable resistors . ME: uF, PF: pF * MMH : in, UH: gH 





have characteristic curve B, unless 

otherwise noted. 

Note ) In this parts list, the mounting diagram is 
for a different product. 


RESISTORS Therefore, an excess of parts is listed. 


* All resistors are in ohns 
* Fo: nonflammable 


REF.NO. PART NO. DESCRIPTION REMARK |REF.NO. PART NO. DESCRIPTION REMARK 
Sl SO seaieniae Lainie eae hee cot Berea 
' 
! 
*A~1135-561-A B BOARD, COMPLETE | (358 1-124-963-11 ELECT 33MF 204 16V 
REKREEREEAREREES 1 C359 1-163-105-00 CERAMIC CHIP 33PF 5% 50V 
' C360  1-163-021-00 CERAMIC CHIP 0.O1MF 5OV 
| C361  1-163-021-00 CERAMIC CHIP 0.01MF 5OV 
<CAPACITOR> ( 
' €364  1-163-121-00 CERAMIC CHIP 150PF 5% 5OV 
C301  1-106-228-00 MYLAR 0.22MF 10% 100V. | C365  1-124-477-11 ELECT ATMP 20% 16 
C302 1-106-228-00 MYLAR 0.22MF 10% 100V | C366 1-124-477-11 ELECT ATMF 202 16V 
C303. 1-126-101-11 ELECT 1OOMF 20% 16V ! C367 1-163-021-00 CERAMIC CHIP 0.01MF 50V 
C304. 1-106-228-00 MYLAR 0.22MF 104. 100V | C368 ~—-1-163-109-00 CERAMIC CHIP 47PF 5% 50V 
C305 = 1-124-119-00 ELECT 330MF 20% =: 16V 1 
; C381 1-124-902-00 ELECT 0.47MF 20% 50V 
C306 © 1-124-902-00 ELECT 0.47MF 20% 50V 1 C382  1-124-927-11 ELECT 4,7MF 20% 50V 
£307 = 1-124-902-00 ELECT 0.47MF 20% 50V | (384 1-124-477-11 ELECT ATMF 20% = 16V 
C308  1-124-902-00 ELECT 0.47MF 20% 50V | (385  1-124-927-11 ELECT 4.7MF 20% = 50V 
C309 = 1-124-902-00 ELECT 0.47MF 20% 50V ; ©3886 = 1-124-927-11 ELECT 4. 7MF 20% 50V 
C310  1-106-220-00 MYLAR 0. 1KF 10% =‘ 100V 
| C387  1-124-902-00 ELECT 0.47MF 20% 50V 
C311 1-106-220-00 MYLAR 0.1MF 10% 100V. | C1311 1-163-109-00 CERAMIC CHIP 47PF 5% 50V 
C312 1-124-902-00 ELECT 0.47MF 20% 50V | C1313 1-163-107-00 CERAMIC CHIP 39PF 54 5OV 
C313 1-124-902-00 ELECT 0.47MF 20% 50V | C1314 1-124-477-11 ELECT ATMF 20% 16V 
C314 = 1-124-902-00 ELECT 0.47MF 20% 50V j C1315 1-124-477-11 ELECT ATMF 20% =16V 
C315 1-124-499-1] ELECT 1MF 20% 50V 
| C1316 1-124-477-11 ELECT ATMF 20% = =16V 
C319 1-124-477-11 ELECT ATMF 20% 16V | C1317 1-124-477-11 ELECT ATMF 20% 16V 
(322 = 1-163-113-00 CERAMIC CHIP 68PF 54 50V | C1318 1-124-477-11 ELECT ATMF 20% 16V 
C325 = 1-124-477-11 ELECT ATMF 20% =16V | 
C326 = 1-163-021-00 CERAMIC CHIP 0.01MF 50V ; 
C327 = 1-163-021-00 CERAMIC CHIP 0.01MF 50V <CONNECTOR> 
t 
C330 = 1-163-021-00 CERAMIC CHIP 0.01MF 50V | CNB31 *1-562-370-21 CONNECTOR, BOARD TO BOARD 18P 
331 1-124-963-11 ELECT 33MF 20% 16V | CNB32 *1-564-881-11 PLUG, CONNECTOR 4P 
C332. 1-124-119-00 ELECT 330KF 20% = 16V | CNB72 *1-564-895-11 PLUG, CONNECTOR 6P 
C333. 1-163-033-00 CERAMIC CHIP 0.022MF 50V | CNB73 *1-564-880-31 PLUG, CONNECTOR 3P 
C334 1-163-111-00 CERAMIC CHIP 56PF 5% 50V | CNB93 *1-560-278-41 PLUG, CONNECTOR 6P 
t 
C335. = 1-163-035-00 CERAMIC CHIP 0.047MF 50V | CNB95 *1-560-290-00 PLUG, CONNECTOR (2.5§MM PITCH) 
C336 = 1-106-367-00 MYLAR 0.01MF 10% 400V. } 
C337. 1-163-021-00 CERAMIC CHIP 0.01MF 50V 
C338 = 1-163-113-00 CERAMIC CHIP 68PF 5% 50V <TRIMMER> 
C339 = 1-163-119-00 CERAMIC CHIP 120PF 5% 50V 
| C1331 1-141-181-11 CAP, TRIMMER 
C340 = 1-163-099-00 CERAMIC CHIP 18PF 5% 50V | C1332 1-141-181-11 CAP, TRIMMER 
C341 1-163-125-00 CERAMIC CHIP 220PF 5% 50V i 
C342 = 1-163-099-00 CERAMIC CHIP 18PF 5% 50V 
C343 1-163-119-00 CERAMIC CHIP 120PF 5Y 50V | <DIODE> 
C344. 1-163-113-00 CERAMIC CHIP 68PF 5% 50V H 
: | D301 = 8-719-400-18 DIODE MA152WK 
C345 = 1-163-125-00 CERAMIC CHIP 220PF 5% 50V | D302. = 8-719-400-18 DIODE MA152WK 
C346 = 1-163-009-11 CERAMIC CHIP 0.001MF 10% = 50V | D303 = 8-719-400-18 DIODE MA152UK 
C347 1-124-499-11 ELECT 1MF 20% 50V 1 D304 8-719-400-18 DIODE MA152WK 
C348 = 1~124-499-11 ELECT 1MF 20% 50V | D305 8-719-400-18 DIODE MAI52WK 
C349: 1~136-173-00 FILM 0.47MF 5% 5OV 
| D307 +=: 8-719-106-62 DIODE RD11M-B2 
C350 1-106-383-00 MYLAR 0.047KF 10% 100V | D309 8-719-400-18 DIODE MA152WK 
C351 = 1-106-375-12 MYLAR 0.022MF 102 250V. {| D310 8-719-106-62 DIODE RD11M-B2 
C352 = 1~106-375-12 MYLAR 0.022MF 10% 250V | D311 8-719-106-62 DIODE RD11N-B2 
C354 = 1-163-009-11 CERAMIC CHIP 0.001MF 10% = 50V | D312 © 8-719-106-62 DIODE RD11M-B2 
C355 1~163-119-00 CERAMIC CHIP 120PF 5% 50V i 
! D313. 8-719-106-62 DIODE RD11M-B2 
C357 1-163-107-00 CERAMIC CHIP 39PF 5% 50V | D314 8-719-800-76 DIODE 185226 


ay 


REF.NO. PART NO. DESCRIPTION = REMARK (REF. NO. PART NO. DESCRIPTION REMARK 
SON ee eee ee gi fee ee eee SS haan raes Los 
D315 8-719-800-76 DIODE 185226 
D316 «= 8-719-800-76 DIODE 185226 JW1305 1-216-296-00 METAL GLAZE 54 1/8W 
D331 = 8-719-400-18 DIODE MA152WK JW1306 1-216-296-00 METAL GLAZE 54 1/8W 
D333 8-719-400-18 DIODE MAL52WK" JW1307 1-216-295-00 METAL GLAZE 54 1/10W 
D341 — 8-719-400-18 DIODE MAL52WK JW1308 1-216-296-00 METAL GLAZE 54 1/8W 
JW1309 1-216-296-00 METAL GLAZE 5% 1/8W 
<DELAY LINE> JW1310 1-216-296-00 METAL GLAZE 5% 1/8W 
JW1311 1-216-295-00 METAL GLAZE 54 1/10W 


ie 
es 

DL331 1-415-122-00 DELAY LINE JW1312 a 216-295-00 METAL GLAZE 
ibe 


oDo°oOf ooceoeo ooooo 
ww 
ae 
_ 
™~ 
— 
S 
= 


DL332 1-236-062-11 MODULE, Y DELAY LINE JW1313 1-216-295-00 METAL GLAZE 54 1/10 
DL333 1-415-613-11 DELAY LINE, Y JW1314 1-216-296-00 METAL GLAZE 5% 1/8W 
JW1315 1-216-089-00 METAL GLAZE 7K 5k 1/10 

<1C> JW1316 1-216-296-00 METAL GLAZE 54 1/84 

JW1317 1-216-296-00 METAL GLAZE 54 1/8W 
1C301 8-759-979-85 IC TDA4580-V4 JW1318 1-216-295-00 METAL GLAZE 5h 1/10W 
1€302 8-759-980-60 IC TDA8442-N3 JW1319 1-216-295-00 METAL GLAZE 5h 1/10W 


[C331 §-759-947-20 IC TDA4555-V8 


1C332 8-752-006-12 IC Cx20061 JW1320 1-216-295-00 METAL GLAZE 0 54 1/10W 

1€333 8-752-006-12 IC Cx20061 R301  1-216-033-00 METAL GLAZE 220 5h 1/100 

R302 1-216-033-00 METAL GLAZE 220 5% 1/10W 

1C1301 1-235-534-11 CONTROL MODULE, PICTURE R303 1-216-033-00 METAL GLAZE 220 5% 1/10W 

R304 1-216-033-00 METAL GLAZE 220 5% 1/10 

<COIL> R305 1-216-057-00 METAL GLAZE 2.2K 5% 1/100 

R307 1-216-097-00 METAL GLAZE 100K 5% 1/10 

L301  1-410-868-21 INDUCTOR 4. 7UH R308  1-216-043-00 METAL GLAZE 560 5% 1/108 

L302  1-410-868-21 INDUCTOR 4. 7UH R309 1-216-025-00 METAL GLAZE 100 54 1/10W 

L304  1-408-409-00 INDUCTOR 10UH R310  1-216-025-00 METAL GLAZE 100 5% 1/10W 
L331  1-408-408-00 INDUCTOR 8. 2UH 

L332 1-404-539-11 COIL R311 6-025-00 METAL GLAZE 100 5% 1/10W 


1-21 

R312 1-216-033-00 METAL GLAZE 220 54 1/100 

L333 1-404-554-11 COIL R313 1-216-081-00 METAL GLAZE 22k 5% 1/10W 
L334 — 1-404-554-11 COIL 2 vt 


L335 1-404-554-11 COIL 


R314 6-041-00 METAL GLAZE 470 5% 1/10W 
R315 6-029-00 METAL GLAZE 150 5% 1/10 


L336  1-408-417-00 INDUCTOR ATU 
L338 1-408~416-00 INDUCTOR 39UH R316  1-216-029-00 METAL GLAZE 150 5% 1/10W 
R317 1-216-029-00 METAL GLAZE 150 5% 1/10W 
L339 1-410-868-21 INDUCTOR 4.7UH R318  1-216-222-00 METAL GLAZE 10K 5% 1/8W 
R319 1-216-033-00 METAL GLAZE 220 5% 1/10W 
R320 1-216-049-00 METAL GLAZE 1K 54 1/10 
<TRANSISTOR> : 
R321 6-057-00 METAL GLAZE 2.2K 5% 1/10W 
0302  8-729-271-22 TRANSISTOR 25C2712G R322 1-216-055-00 METAL GLAZE 1.8K 5% 1/10 


Q303 8-729-271-22 TRANSISTOR 2SC2712G 
Q305  8-729-901-00 TRANSISTOR DTC124EK 
Q306 8-729-271-22 TRANSISTOR 25C2712G 
Q307 = 8-729-271-22 TRANSISTOR 2SC2712G 


Q308  8-729-216-22 TRANSISTOR 25A1162 

Q309 = 8-729-271-22 TRANSISTOR 2SC2712G 
Q311 = 8-729-271-22 TRANSISTOR 25C2712G 
Q312  8-729-271-22 TRANSISTOR 25C2712G 
Q313 © 8-729-271-22 TRANSISTOR 2SC2712G 


Q316 = 8-729-271-22 TRANSISTOR 2SC2712G 
Q331  — 8-729-271-22 TRANSISTOR 25€2712G 
4332  8-729-901-00 TRANSISTOR DTC124EK 
Q333  8-729-901-00 TRANSISTOR DTC124&K 
Q334  §-729-271-22 TRANSISTOR 25C27126 


Q335 = §-729-271-22 TRANSISTOR 25(27126 
Q381 8-729-901-00 TRANSISTOR DTC124EK 
Q382 §-729-271-22 TRANSISTOR 25(27126 
Q1305 §-729-271-22 TRANSISTOR 25(27126G 
Q1306 8-729-216-22 TRANSISTOR 2SA1162 


R324 6-067-00 METAL GLAZE 5.6K 5% 1/100 
R325 6-073-00 METAL GLAZE 10K 5% 1/10 


R326 © 1-216-053-00 METAL GLAZE 1.5K 54 1/10W 

R327 1-216-069-00 METAL GLAZE 6.8K 5% 1/10W 

R328 1-216-009-00 METAL GLAZE 22 5h 1/10W 

R329 Fee te ot METAL GLAZE 22 54 1/100 
vA 


1-21 
1-21 

R323 ee ae METAL GLAZE 2.2K 5% 1/10W 
1-21 


R330 16-009-00 METAL GLAZE 22 5% 1/10 


R331 1-216-051-00 METAL GLAZE 1.2K 5% 1/108 
R332 1-216-017-00 METAL GLAZE 47 54h 1/10 
R333 © 1-216-039-00 METAL GLAZE 390 54 1/10W 
R334 1-216-031-00 METAL GLAZE 180 5% 1/100 
R335  1-216-045-00 METAL GLAZE 680 5% 1/10W 


2 
2 
2 
2 
R336 =: 1-216-051-00 METAL GLAZE 1.2K 5% 1/10W 
R337 = 1-216-066-00 METAL GLAZE 5.1K 52 1/10W 
R338 = 1-216-073-00 METAL GLAZE 10K 5% 1/10W 
R339 = 1-216-033-00 METAL GLAZE 220 5% 1/10 
R340 1-216-089-00 METAL GLAZE 47K 5% 1/10W 
2 
2 
2 
2 
2 
2 
2 
2 


R341 16-035-00 METAL GLAZE 270 5% 1/100 


I= 

R342  1-216-073-00 METAL GLAZE 10K 5% 1/100 
<RESISTOR> R343 1-216-073-00 METAL GLAZE 10K 5% 1/10 
R344 = 1-216-089-00 METAL GLAZE 47K 54 1/100 
JW303  1-216-295-00 METAL GLAZE 0 5h 1/100 R346 = 1-216-202-00 METAL GLAZE 1.5K 5% 1/8W 

JW1301 1-216-296-00 METAL GLAZE 0 54 1/8W 
JW1302 1-216-296-00 METAL GLAZE 0 54 1/8W R347: 1-216-073-00 METAL GLAZE 10K 5% 1/100 
JW1303 1-216-295-00 METAL GLAZE 0 54 1/10W R348 = 1-216-295-00 METAL GLAZE 0 54 1/10W 
JW1304 1-216-295-00 METAL GLAZE 0 54 1/10 R352 1-216-109-00 METAL GLAZE 330K 5% 1/100 


—48— 


"EAC Ei saab Ctstinesaaatscere.cees 


he components identified by 
hading and mark A are criti- 


KV-C29112 
B) |F2! |Fij A 


DESCRIPTION REMARK 














REF.NO. PART NO. 


DESCRIPTION REMARK jREF.NO. PART NO. 






t 
! 
ie p ee 109-00 vee Ce ts a a FERELEKELE AEE AEAELELEAE REE EA LEAL E REALL ARERR ERE EE EEE EERE RE 
-033-00 
R355 1-216-061-00 METAL GLAZE 3.3K 5% 1/100 *1-629-720-21 F2 BOARD 
R356 1-216-069-00 METAL GLAZE 6.8K 5% 1/10W | HESEERES 
R357  1-216~-033-00 METAL GLAZE 220 5% 1/10W ' 
R358  1-216-033-00 METAL GLAZE 220 5% 1/100 <CONNECTOR> 
R359 =1-216-089-00 METAL GLAZE 47K 5% 1/100 { : 
R360 1-216-089-00 METAL GLAZE 47K 5% 1/100 | CNF262*1-566-664-11 PIN, CONNECTOR 4P 
R361 1-216-053-00 METAL GLAZE 1.5K 5% 1/10W i 
R363 = 1-216-035-00 METAL GLAZE 270 5% 1/10¥ ' suecy 
< > 
R364 =1-216-049-00 METAL GLAZE IK 5% 1/100 
ree i ge bass ep pee a a a Ht S1701A: 1-571-410-11 . SWITCH, PUSH (AC. POWER) (1 KEY) 
A368 1-216-049-00 METAL GLAZE 1K 5% 1/10W | KEREKERERAEEA RK ERE EEEEERKE KEE ERE ER EE ER EERE KEE KKK EREREERER EEE 
R369 =1-216-049-00 METAL GLAZE IK 5% 1/10¥ aceon aoe: Riana 
R370 = 1-216-051-00 METAL GLAZE 1.2K 5% 1/10W | HERE ETE 
R371 = 1~216-049-00 METAL GLAZE IK 5% 1/10 i 
R376 = 1-216-073-00 METAL GLAZE 10K 5% 1/100 | 
R378  1-216-097-00 METAL GLAZE {00K 5% 1/100 <CAPACITOR> 
R379 = 1-216-097-00 METAL GLAZE 100K 5% 1/10W | 
| C1601A.1-136-518-11 “FILN 0.33MF 20%  300V 
R380 1-216-067-00 METAL GLAZE 5.6K 5% 1/10W Clo02K1-136-519-11 FILM 0.4 7MF 20% 300¥ 
R381  1-216-093-00 METAL GLAZE 68K 5% 1/10W 1 CLO03K, 1-162-578-51 CERAMIC 0.0047MF 20% 400¥ 
R382 1-216-103-00 METAL GLAZE 180K 5% 1/10W | C1604A, 1-162-578-51.. CERAMIC 0.0047MF 20% 400V 
ae 1-216-111-00 METAL GLAZE 390K 5% 1/108 | C1605 1-162-578-51:° CERAMIC 0.0047HF 20% 400V 
385  1-216-085-00 METAL GLAZE 33K 5% 1/10W 1 
sae Ci606A, 1-162-578-51 CERAMIC Q.0047MF . 20%  400V 
BS CGH MA eA Ta SE igh | SSR Isto ae corm 
R391 = 1-216-023-00 METAL GLAZE 82 5% 1/10W { 
R392 =1-216-019-00 METAL GLAZE 56 5% 1/100 { <CONNECTOR> 
R393 1~216-019-00 METAL GLAZE 56 5% 1/10W H 
| CNF61 *1-566-664-11 PIN, CONNECTOR 4P 
R394 1-216-019-00 METAL GLAZE 56 5% 1/100 1 CNF64 *1-506-348-99 PIN, CONNECTOR 3P 
R398 = 1-216-081-00 METAL GLAZE 22K 5% 1/108 1 CNF65 *1-508-765-00 PIN, CONNECTOR (5MM PITCH) 3P 
R1301 1-216-065-00 METAL GLAZE 4.7K 5% 1/10 CNF66 *1-508-786-00 PIN, CONNECTOR (5MM PITCH) 2P 
niane 1-216-089-00 METAL GLAZE 47K 5h 1/108 CNF67 *1-560-290-00 PLUG, CONNECTOR (2.5MM PITCH) 
1303 1-216-089-00 METAL GLAZE 47K 5% 1/10W H Wie ie pe Sigogs BACON TAR 
*1- iz a , 
R1304 1-216-097-00 METAL GLAZE 100K 5% 1/10W 
R1305 1-216-053-00 METAL GLAZE 1.5K 5% 1/10W H 
R1306 1-216-047-00 METAL GLAZE 820 5% 1/10W H <FUSE> 
R1307 1-216-053-00 METAL GLAZE 1.5K 5% 1/10W { 
R1308 1-216-073-00 METAL GLAZE 10K 5% 1/10W H Lo eas abe age ‘in eta thse ice LAG) 4A/250V 
R1309 1-216-029-00 METAL GLAZE 150 5% 1/10W | 
RI310 1-216-045-00 METAL GLAZE 680 5% 1/100 i 
R1311 1-216-073-00 METAL GLAZE 10K 5% 1/10W | <TRANSFORMER> 
R1312 1-216-073-00 METAL GLAZE 10K 5% 1/10W | 
RI313| 1-216-053-00 METAL GLAZE 1.5K 5% 1/10 1 LEL6QIA 1-421-866-12 LET: 
1 LEL6O2K'1-421-776-11. LET 
R1I314 1-216-085-00 METAL GLAZE 33K 5% 1/10W | LFLGO3A1~421-592+11. TRANSFORMER, FERRITE 
RI315  1~216-085-00 METAL GLAZE 33K 5% 1/10W { 
RI316 =1-216-081-00 METAL GLAZE 22K 5% 1/100 f 
R1317 1-216-077-00 METAL GLAZE 15K 5% 1/10W H <RESISTOR> 
R1324 1-216-053-00 METAL GLAZE 1.5K 5% 1/10¥ 1 
| RIGQIA.1-246- Bie =75. CARBON 47K, 5% 1/4W 
} R1G024,1-244-945-91° CARBON IM 5h LAW 
<VARIABLE RESISTOR> ! =32 Sean at te MS OF 
RV331 1-238-009-11 RES, ADJ, CARBON 220 METAL GLAZE 8.2) 5% Wee 
t 
' 
<TRANSFORMER> <THERMISTOR> 
1331 1-404-584-11 COIL THP6O14,'1-808-059-31 © THERMISTOR, POSITIVE 
| HERERERELEELERELE AEE LELE ERLE EES EL EE ERE REA LEREL REE EERE EERE 
ease *A-1296-569-A A BOARD, COMPLETE 
X331 1-567-307-11 OSCILLATOR, CRYSTAL | EREAFRERELSASEE EE 
X332 1-567-131-00 OSCILLATOR, CRYSTAL 
i) 


*4-380-698-01 


CASE (MAIN), SHIELD, Al 


KV-C2911D 
RM-673 


REF.NO. PART NO. 


*4-380-699-01 
*4-382-701-01 


DESCRIPTION 


CASE (UPPER LID), 
CASE (BOTTOM LID), 


<CAPACI TOR> 
C10L = 1-126-233-11 ELECT 
C102 = 1-126-103-11 ELECT 
C103 = 1-106-220-00 MYLAR 
C104 = 1-106-216-00 MYLAR 
C105 = 1-106-216-00 MYLAR 
C106 =: 1-101-004-00 CERAMIC 
C107 ~—-1-102-963-00 CERAMIC 
C108 =: 1-124-963-11 ELECT 
C109 = 1-101-003-00 CERAMIC 
C110 = 1-124-499-11 ELECT 
Cl1L 1-101-003-00 CERAMIC 
C112 1-101-003-00 CERAMIC 
C113 1-101-003-00 CERAMIC 
C114 1-124-963-11 ELECT 
C118 = 1-101-880-00 CERAMIC 
C119 1-126-101-11 ELECT 
C120 1-124-925-11 ELECT 
C121 = 1-101-003-00 CERAMIC 
C122 1-101-003-00 CERAMIC 
C123 1-106-351-00 MYLAR 
C124 = 1-101-888-00 CERAMIC 
C125 1-101-888-00 CERAMIC 
C127 = 1-101-003-00 CERAMIC 
C128 = 1-124-963-11 ELECT 
C129 1-101-888-00 CERAMIC 
C130 = 1-101-004-00 CERAMIC 
C131 =: 1-101-006-00 CERAMIC 
C132 1-124-499-11 ELECT 
C133 1-101-003-00 CERAMIC 
C134 1-124-499-11 ELECT 
C135 = 1-101-004-00 CERAMIC 
C136 —-1-101-006-00 CERAMIC 
C137 —- {-101-880-00 CERAMIC 
C138) = [-124-925-11 ELECT 
C139 J-123-875-11 ELECT 
C140 = 1-108-614-11 MYLAR 
Cl4i = 1-136-298-00 FILM 
C142 = 1-102-816-00 CERAMIC 
C143 1-101-361-00 CERAMIC 
C144 1-124-477-11 ELECT 
C145 1-124-477-11 ELECT 
C146 1-124-477-11 ELECT 
C14? = 1-124-477-11 ELECT 
C148 = 1-123-875-11 ELECT 
C149 1-136-153-00 FILM 
C150 = 1-136-153-00 FILM 
C151 1-126-233~-11 ELECT 
C152 1-126-233-11 ELECT 
C153 1-136-165-00 FILM 
C154 1-136-169-00 FILM 
C155 1-124-963-11 ELECT 
C156 = 1-136-157-00 FILM 
C157 = 1-136-161-00 FILM 
C158 = {-124-963-11 ELECT 
C159 = {-124-477-11 ELECT 
Cl6l = 1-124-477-11 ELECT 
Cl62  1-102-816-00 CERAMIC 
C163 1-124-927-11 ELECT 
C164 = 1-106-367-00 MYLAR 


SHIELD, A2 

22MF 20% 
ATOM 20% 
Q.1MF 10% 
0.068MF 10% 
0.068KF 10% 
0.01MF 
33PF 5% 
33MF 20% 
0.0047MF 
IMF 20% 
0.0047MF 
0..0047MF 
0.0047MF 
33MF 20% 
ATPF 5% 
LOOMF 20% 
2. 2MF 20% 
0.0047MF 
0.0047MF 
0.0022MF 10% 
68PF 5% 
68PF 5% 
0.0047MF 
33MF 20% 
68PF 5% 
Q.01MF 
0.047MF 

F 20% 
0.0047MF 

F 20% 
0.01MF 
0.047MF 
47PF 5% 
2. 2MF 20% 
10MF 20% 
0.001MF 10% 
0.0033MF 2% 
120PF 5% 
150PF 54 
ATMF 20% 
ATF 20% 
ATMF 20% 
ATMF 20% 
10KF 20% 
0.01MF 5% 
Q.01MF 5% 
22KF 20% 
22MF 20% 
Q.1MF 54 
0. 22MF 54 
33MF 20% 
0.022MF 54 
0.047MF 5% 
33MF 20% 
4TMF 20% 
4TMF 20% 
120PF 54 
4. 7MF 20% 
0.01MF 104 


SHIELD, Al 


REMARK |REF.NO. PART NO. DESCRIPTION REMARK 
es eee Cti(‘ié‘C 
t 
C165 1-136-287-11 FILM 0.0047MF 5% 50V 
| 167 1-124-499-11 ELECT IMF 20% 50V 
| C168 1-106-228-00 MYLAR 0..22MF 10%  100V 
| C169 1-123-875-11 ELECT 10MF 20% 50V 
1 C174 1-124-499-11 ELECT LMF 20%  50V 
| C177 1-102-119-00 CERAMIC 0.0015MF 10%  50V 
C186 1-101-004-00 CERAMIC 0.01MF 50V 
| 187  1-101-003-00 CERAMIC 0, 0047MF 50V 
| €188 © 1-124-963-11 ELECT 33MF 20%  16V 
' C189 1-124-963-11 ELECT 33MF 20%  16V 
| C190 1-106-220-00 MYLAR 0. IMF 10%  100V 
1 
I 
<FILTER? 

! D102 1-404-745-11 DISCRIMINATOR, CERAMIC 
' D103 1-404-746-11 DISCRIMINATOR, CERAMIC 
| CRIO1 1-404-134-00 TRAP, CERAMIC’ (5. 5MHZ) 
| C103 1-527-840-00 FILTER, CERAMIC 

| C104 1-527-839-00 FILTER, CERAMIC 

| SWF101 1-577-254-11 SAWF 

| 

<CONNECTOR> 

| CNAIL *1-566-659-11 CONNECTOR, HINGE (SOCKET) 18P 
| CNAI6 *1-560-290-00 PLUG, CONNECTOR (2.5MM PITCH) 
| CNAI7 #1-564-886-21 PLUG, CONNECTOR 9P 

1 

' 

| <DIODE> 

| D105 8-719-109-92 DIODE RD6.2ES-B1 

| Didg 8-719-911-19 DIODE 188119 AEP ONLY 
| D108 8-719-000-06 DIODE MC921 

| D110 8-719-911-19 DIODE 185119 

| Dil] 8-719-109-68 DIODE RD3.68S-B1 

1 

t 

<IO> 

| 1C101 8-759-972-09 IC TDA8341 

| 1C102 8-759-973-86 IC TDA2558 

| (C103 8-759-030-48 1C TDAG600-2 

| 1Cl04 8-759-946-99IC TDA2595-V7 

! 

I 

<COIL> 

| L101  1-408-226-00 INDUCTOR 82UH 

| £102 1-410-116-11 INDUCTOR 0. 56KMH 
| (103  1-408-406-00 1NDUCTOR 5 6UH 

| £104 1-408-411-00 INDUCTOR 15UK 

| L106 1-408-415~00 INDUCTOR 330H 

| 1107  1-408-406-00 INDUCTOR 5. 6UH 

| £108 1-408-412-00 INDUCTOR 18H 

1 £109 1-408-412-00 INDUCTOR 18UH 

| F110 1-410-064-11 INDUCTOR 2. 7MKH 

| LIL 1-408~421-00 INDUCTOR 100UH 
L113 1-408-399-00 INDUCTOR 1.5UH 

1 

{ 

| <TRANSISTOR> 

| Q101 8-729-900-61 TRANSISTOR DTAIL4ES 

| Q102  8-729-900-61 TRANSISTOR DTAIL4ES 

| Q103  8-729-900-61 TRANSISTOR DTAIL4ES 

| Q104  8-729-900-61 TRANSISTOR DTAIL4ES 

| Q105 8-729-119-78 TRANSISTOR 2SC2785-HFE 
| 106 8-729-119-78 TRANSISTOR 2SC2785-HFE 


Se ne 


e components identified by 
ading and mark Ay are criti- 


eplace only with part number 





REF.NO. PART NO. 


DESCRIPTION 


Q107  8-729-119-76 TRANSISTOR 2SA1175-HFE 
Q108 8-729-900-65 TRANSISTOR DTAI44ES 

Q109 8-729-900-89 TRANSISTOR DTC144ES 

QI10 = 8-729-119-76 TRANSISTOR 2SA1175-HFE 
Qt1L 8-729-900-89 TRANSISTOR DTC144ES 

Qli2 8-729-119-78 TRANSISTOR 2SC2785-HFE 
Q113 8-729-119-78 TRANSISTOR 25C2785-HFE 
Q115  — 8-729-119-78 TRANSISTOR 2SC2785-HFE 
Q116 8-729-900-65 TRANSISTOR DTAI44ES 

QUI7 = 8-729-119-76 TRANSISTOR 2SA1175-HFE 
Q120 8-729-900-89 TRANSISTOR DTC144ES 

<RESISTOR> 

R101 1~-249-405-11 CARBON 100 5% 
R102 = 1-249-423-11 CARBON 3.3K 5% 
R103, 1~249-433-11 CARBON 22K 5K 
R104 = 1-249-429-11 CARBON 10K 5% 
R105 = 1-249-418-11 CARBON 1.2K 5% 
RIN6 = 1-247-891-00 CARBON 330K 5% 
RIO? = -1-249-421-11 CARBON 2.2K 5% 
R108 = 1~249-421-11 CARBON 2.2K 5% 
R109 = 1-249-423-11 CARBON 3.3K 5% 
R110 =: 1-249-410-11 CARBON 270 = 5 
RIL] = 1~249-416-11 CARBON 820 5% 
R112 = 1-249-421-11 CARBON 2.2K 5% 
R114 1-249-413-11 CARBON 470 5k 
R115 = 1-249-413-11 CARBON 470 5% 
R116 = 1-249-419-11 CARBON 1.5K 5% 
RI17 =: 1-249-431-11 CARBON 15K 54 
R118 = 1-249-425-11 CARBON 4.7K 5% 
R119 = 1-249-417-11 CARBON IK 54 
R121 1-249-429-11 CARBON 10K 5% 
R122 = 1-249-436-11 CARBON 39K 5% 
R123, -1-249-417-11 CARBON 1K 5% 
R124 1-249-423-11 CARBON 3.3K 5% 
R125 = 1-249-429-11 CARBON 10K 54 
R127 = 1-249-432-11 CARBON 18K 54 
R128 = 1-249-432-11 CARBON 18K 5% 
R129 1-249-429-11 CARBON 10K 5% 
R130 =: 1-249-429-11 CARBON 10K 5 
R132 = 1-249-414-11 CARBON 560 52 
R133 1-249-425-11 CARBON 4.7K 5% 
R134 1-249-414-11 CARBON 560 5% 
R135 = 1-249-419-11 CARBON 1.5K 54 
R136 1-249-414-11 CARBON 560 5h 
R137 = 1-249-414-11 CARBON 560 54 
R138 = 1-249-419-11 CARBON 1.5K 5% 
R139 1-249-431-11 CARBON 15K 5K 
R140 1-249-441-11 CARBON 100K 5% 
Ri4t— 1-249-425-11 CARBON 4.7K 5% 
R142 = 1~249-441-11 CARBON 100K 5% 
R143 1-249-441-11 CARBON 100K 5% 
R144 1~249-422-11 CARBON 2.7K 5% 
R146 1~249-424-11 CARBON 3.9K 5% 
R148 = 1-249-413-11 CARBON 470 = 5% 
R150 = 1~249-423-11 CARBON 3.3K 5% 
R151 1-249-423-11 CARBON 3.3K 5% 
R152 = 1-249-431-11 CARBON 15K 52 
R153 1-249-416-11 CARBON 820 5% 
R154 1-249-441-11 CARBON 100K 5% 
R155 = 1~249-430-11 CARBON 12K 5 
R156 = 1-247-881-00 CARBON 120K 5% 
R161 = 1~249-427-11 CARBON 6.8K 5% 


-REMARK {REF NO. 


R163 
R165 
R166 
R171 
R174 


R175 
R177 
R188 
R189 


RV101 
RV102 
RV103 


T101 
T102 
7103 


| KV-C2911D 





RM-673 
PART NO. DESCRIPTION REMARK 
1-249-424-11 CARBON 3.9K 5% 1/4W 
1-249-423-11 CARBON 3.3K 5% 1/4W 
1-249-437-11 CARBON ATK 5% 1/4W 
1-249-417-11 CARBON 1K 5% 1/40 
1-249-429-11 CARBON 10K 54 1/40 
1-249-429-11 CARBON 10K 5% 1/40 
1-249-417-11 CARBON 1K 5% 1/4 
1-249-419-11 CARBON 1.5K 5% 1/4W 
1-249-419-11 CARBON 1.5K 5% 1/4W 


<VARI ABLE RESISTOR> 


RES, ADJ, CARBON 47K 
RES, ADJ, CARBON 10K 
RES, ADJ, CARBON 47K 


1-237-753-11 
1-237-751-11 
1~-237-753-11 


<TRANSFORMER> 
1-404-493-00 COIL 


1-404-493-00 COIL 
1-404-493-00 COIL 


<TUNER> 


TUIOIA. 1-465-053-11 “TUNER, ET “(UV+615S) 


HREKEKEKEKHKEERAEKEE KE ERERAK ETEK EKERELEREREKEL KHL KEK ERK EEE 


C703 
C704 
C705 
C706 
C707 


C708 
C709 
C710 
C711 
C712 


C714 
C716 
C717 
C718 
C719 


*A-1330-951-A 


C BOARD, COMPLETE 


HESEKEKELE EKA ELE 


COVER Aa LID), CV 


0] 
*4-379-167-01 COVER (MAIN), CY 
*4-386-664-01 SPRING 

<CAPACITOR> 
1-102-980-00 CERAMIC 270PF 5% 5OV 
1-102-116-00 CERAMIC 680PF 10% 50V 
1-102-978-00 CERAMIC 220PF 5% 50V 
1-102-116-00 CERAMIC 680PF 10% 50V 
1-162-116-00 CERAMIC 680PF 10% akvV 
1-162-114-00 CERAMIC 0.0047MF 2KV 
1-102-116-00 CERAMIC 680PF 10% 50V 
1-123-947-00 ELECT LOMF 204 250 
1-101-880-00 CERAMIC A7PF 54 50V 
1-102-980-00 CERAMIC 270PF 5% 50V 
1-124-360-00 ELECT 1OQ0MF 20% 16V 
1-162-622-11 CERAMIC 330PF 10% 400V 
1-102-114-00 CERAMIC ATQPF 10% 50V 
1-102-114-00 CERAMIC ATOPF 10% 50V 
1-102-114-00 CERAMIC ATOPF 10% 50V 

<CONNECTOR> 


CNC71 *1-506-371-00 
CNC72 *1-564~-883-11 
CNC81 *1-560-123-00 
CNC82 *1-508-765-00 


i 
Hi 
{ 
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| 
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| 
| 
| 
1 
| 
| 
| 
! 
| 
| 
{ 
| 
| 
1 
| 
| 
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H 
| 
H 
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| *4-379-160- 
I 
| 
| 
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| 
{ 
| 
| 
| 
! 
| 
| 
! 
| 
{ 
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! 
| 
I 
| 
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PIN, CONNECTOR 2P 
PLUG, CONNECTOR 6P 
PLUG, CONNECTOR (2.5MM PITCH) 
PIN, CONNECTOR (5MM PITCH) 3P 


<DIODE> 
D701 8-719-110-14 DIODE RD9.1ES-B3 
D702 8-719-911-19 DIODE 185119 
D703 8-719-911-19 DIODE 188119 
D704 = 8-719-911-19 DIODE 155119 


KV-C2911D | 
RM-673 








IC 





Vu 








REF.NO. 


D705 
D706 
D707 
D708 
D709 


D710 
D711 
0713 


J701 


L704 


R724 
R725 


R728 
R729 


R730 
R731 
R732 
R733 
R734 


R735 
R736 
R737 


iD 


PART NO. DESCRIPTION 
8-719-911-19 DIODE 155119 
8-719-911-19 DIODE 1SS119 
8-719-911-19 DIODE 155119 
8-719-911-19 DIODE 1$S119 
8-719-911-19 DIODE 155119 
8-719-911-19 DIODE 155119 
8-719-300-33 DIODE RU-3AM 
8-719-911-19 DIODE 155119 
<JACK> 
1-526-798-51 SOCKET, PICTURE TUBE 
<COTL> 
1-410-878-21 INDUCTOR 33UH 
<TRANSISTOR> 
8-729-119-78 TRANSISTOR 2SC2785-HFE 
8-729-326-11 TRANSISTOR 25C2611 
8-729-200-17 TRANSISTOR 2S5A1091 
8-729-119-78 TRANSISTOR 25C2785-HFE 
8-729-326-11 TRANSISTOR 2SC2611 
8-729-200-17 TRANSISTOR 2SA1091 
8-729-119-78 TRANSISTOR 2SC2785-HFE 
§-729-326-11 TRANSISTOR 2SC2611 
8-729-200-17 TRANSISTOR 2SA1091 
<RESISTOR> 
1-216-486-00 METAL OXIDE 8.2K 
1-202-824-00 SOLID 3.3K 
1-249-409-11 CARBON 220 
1-249-412-11 CARBON 390 
1-249-401-11 CARBON 47 
1-202-844-00 SOLID 330K 
1-215-465-00 METAL 68K 
1-249-417-11 CARBON IK 
1-215-471-00 METAL 120K 
1-216-486-00 METAL OXIDE 8.2K 
1-202-824-00 SOLID 3.3K 
1-249-409-11 CARBON 220 
1-249-415-11 CARBON 680 
1-202-814-11 SOLID 33K 
1-249-401-11 CARBON 47 
1-249-423-11 CARBON 3.3K 
1-202-842-11 SOLID 220K 
1-202-848-00 SOLID 680K 
1-249-417-11 CARBON IK 
1-202-846-00 SOLID ATOK 
1-202-838-00 SOLID 100K 
1-202-824-00 SOLID 3.3K 
1-249-409-11 CARBON 220 
1-216-347-11 METAL OXIDE 0.68 
1-249-416-11 CARBON 820 
1-249-401-11 CARBON 47 
1-249-423-11 CARBON 3.3K 
1-249~415-11 CARBON 680 
1-249-415-11 CARBON 680 
1-249-405-11 CARBON 100 
1-215-493-00 METAL 1M 
1-216-486-00 METAL OXIDE 8.2K 
1-215-485-00 METAL A70K 


1/4 
1/6W 
1/6W 


F 


REMARK | 


he components identified b 
hading and mark A are criti 


al for safety. 
eplace only with part numbe 
pecified. 





REMARK 


(REF. NO. PART NO. 


DESCRIPTION 


R739: 1-249-417-11 CARBON 1K 54 1/4W 


<VARIABLE RESISTOR> 


RV701 1-230-641-11 RES, ADJ, METAL GLAZE 2.2M 
RV7O2AS 1230-61971 1D RES, ADJ, METAL GLAZE 110M 
RV703 1-237-749-11 RES, ADJ, CARBON 2200 

RV704 1-237-749-11 RES, ADJ, CARBON 2200 


HKKKELKKEKEAELEHKKELE ERE RRR ER EL ERE LEER ERLE KEELER E REE ERE EES 


*-629-782-22 VM BOARD 


EEREREEE 


*1-564-880-31 PLUG, CONNECTOR 3P 
*{-564-881-11 PLUG, CONNECTOR 4P 


<CAPACI TOR> 
C751 = 1-101-361-00 CERAMIC 150PF 5% 50V 
C752 = 1-106-373-00 MYLAR 0.018MF 104  250V 
C753 -—-1-106-367-00 MYLAR Q.O1MF 10%  400V 
C754 = 1-102-980-00 CERAMIC 270PF 54 5OV 
C757 =: 1-108-692-11 MYLAR 0.01MF 10% 200V 
C759 =: 1-123-875-11 ELECT 10MF 20% 50V 
C760 =: 1-124-917-11 ELECT 33MF 20% 50V 
C761  1-101-006-00 CERAMIC 0.047MF 50V 
C762 1-106-367-00 MYLAR 0.01MF 10%  400V 
<COIL> 
L751 1-408-413-00 INDUCTOR 22UH 
<TRANSISTOR> 
Q751 8-729-119-78 TRANSISTOR 2SC2785-HFE 
Q752 8-729-119-78 TRANSISTOR 25C2785-HFE 
Q753  8-729-140-97 TRANSISTOR 25B734-34 
Q754 = 8-729-177-42 TRANSISTOR 2SD774-3 
<RESI STOR> 
R751 1-249-418-11 CARBON 1.2K 54 1/4W 
R752 = 1-249-426-11 CARBON 5.6K 54 1/4W 
R753 = 1-249-414-11 CARBON 560 5% 1/40 
R754 = 1-249-434-11 CARBON 27K 5k 1/4 
R755 1-249-405-11 CARBON 100 54 1/40 
R756 = 1-249-419-11 CARBON 1.5K 54 1/4W 
R757 = 1-249-405-11 CARBON 100 5% 1/4W 
R758  1-249-409-11 CARBON 220 5h 1/40 
R760 1-249-411-11 CARBON 330 5% 1/40 
R761  1-249-429-11 CARBON 10K 5% 1/4W 
R762 =1-247-895-00 CARBON ATOK 52 1/4W 
R763 1-249-429-11 CARBON 10K 5% 1/40 
R764 1-249-455-11 CARBON A.7 5% 1/40 F 
R765 = 1-249-455-11 CARBON 4.7 5% 1/40 F 
R766 = 1-247-753-11 CARBON 1.2K 5% 1/2W 
R767: 1-247-751-11 CARBON 820 5% 1/2W 
R768  1-215-887-00 METAL OXIDE 150 5% a0 OF 
R769 =: 1-212-889-00 FUSIBLE 220 54 1/40 F 
R770 =: 1-212-936-00 FUSIBLE 1.2 5% 1/20 F 


HEEKEKEKE KEELES KK EA ELAR EEE RELA REE EERE LER KR E EERE REE RE EERE 


*A-1345-839-A D BOARD, COMPLETE 


REKKELE EEK EK EE ERE 


he components identified by Kv-C2911D 
hading and mark A are criti- 








REF.NO. PART NO. DESCRIPTION REMARK {REF.NO. PART NO. DESCRIPTION REMARK 
SR cl 2 kin sie suit Sat Ne: peat 
' 
! 
*4-341-751-01 EYELET ' 519  1-136-173-00 FILM 0.47MF 5% 50V 
#4-34]-752-0] EYELET | (520  1-102-121-00 CERAMIC 0.0022MF 10%  50V 
#4-368-683-01 SPRING (Q608) 
1 C521 1-106-220-00 MYLAR 0. 1MF 10% 100V 
1 (522 1-124-122-11 ELECT 1OOMF 20% 50V 
<CAPACI TOR> ' C523 1-108-614-11 MYLAR 0.001MF 10%  100¥ 
| 524 —1-108-798-11 MYLAR 0.0033MF 5% 50V 
C001 1-102-973-00 CERAMIC 100PF 5% 50V | C525  1-102-973-00 CERAMIC 100PF 5% 5OV 
C003 = 1-106-220-00 MYLAR 0. 1MF 10% 100V | 
C004 = 1-123-875-11 ELECT 10MF 20% 50V | €526 1-102-951-00 CERAMIC 15PF 54 50V 
C005 = 1-102-074-00 CERAMIC 0.001MF 10% = 50V | C527 1-106-220-00 MYLAR 0. 1MF 10% — 100V 
C007 ~—1-106-383-00 MYLAR 0.047MF 10% 100V | C531  1-124-190-00 ELECT 680MF 10% = 25V 
| 532 1-124-122-11 ELECT 100MF 20% = 50V 
C008 1-101-880-00 CERAMIC 47PF 4 5OV | C533 1-106-216-00 MYLAR 0. 068MF 10% —100V 
C009 = 1-101-884-00 CERAMIC 56PF 5Y 50V | 
COLO 1-124-122-11 ELECT 100MF 20%  50V 1 (534 1-124-120-11 ELECT 220MF 20% = 16V 
COIL 1-101-004-00 CERAMIC 0.01MF 50V 1 C536 1-131-365-00 TANTALUM 10MF 10% — 16V 
COL2  1-124-122-11 ELECT LOOMF 20% 50 1 C537 1-124-499-11 ELECT 1MF 20% = 50V 
| C538 1-108-614-11 MYLAR 0.001MF 10% 100V 
COL3-1-101-004-00 CERAMIC 0.01MF 50V 1 C539 = 1-102-820-00 CERAMIC 330PF 5% 50V 
COl4d. =: 1-124-463-00 ELECT 0. 1MF 20% 50V 
COL5 = 1-124-910-11 ELECT ATMF 20% 50V , C591 1-123-875-11 ELECT 10MF 20%  50V 
C016 1-101-004-00 CERAMIC 0.01MF 50V 1 C592  1-124-910-11 ELECT ATMF 20%  50V 
COL? = 1-123-875-11 ELECT 1OMF 20% 50V | €593  1-102-820-00 CERAMIC 330PF 5% 50V 
| C601 A.1-161-964-61 CERAMIC 0.0047MF 250V 
C018  1-102-980-00 CERAMIC 270PF 5% 50V | C602 A. 1-161-964-61 CERAMIC 0.0047KF 2509 
C019 1-106-383-00 MYLAR 0.047MF 10% 100v | 
C020  1-102-973-00 CERAMIC 100PF 5% 50V | C603 A. 1-161-964-61 CERAMIC 0.0047MF 250V 
C022. = 1-124-910-11 ELECT 47MF 20% 50V | C604 1-125-318-00 ELECT(BLOCK) 220MF 20% = 400V 
C023.» 1-124-499-11 ELECT IMF 20% 50 | C605  1-124-122-11 ELECT 100MF 20% 50V 
; £606 1-106-220-00 MYLAR 0. 1MF 10%  100V 
C025  1~102-125-00 CERAMIC 0.0047KF 10% 50V | C607 1-130-019-00 FILM 0.0012MF 5% BOV 
C026 = 1-102-125-00 CERAMIC 0.0047KF 10% 50V H 
C027 = 1-106-220-00 MYLAR 0. 1MF 10% 100V. | C608 1-123-875-11 ELECT LOMF 20% 50V 
C028 = 1-101-361-00 CERAMIC 150PF 5% 50V 1 C6ll = 1-124-122-11 ELECT 100MF 20%  50V 
C029 1-102-121-00 CERAMIC 0.0022MF 10%  50V | C612. 1-162-115-00 CERAMIC 330PF 10% = 2kKV 
| CO13 1-136-539-11 FILM 0.0022MF 3% QKV 
CO31 = 1-124-120-11 ELECT 220MF 20% = 16V | C614 1-102-030-00 CERAMIC 330PF 10%  500V 
C032 = 1-102-978-00 CERAMIC 220PF 5% 50V ' 
C251 = 1-124-927-11 ELECT 4. 7MF 20% 50V | C615 1-124-557-11 ELECT 1OQOMF 20%  25V 
C252 . 1-124-927-11 ELECT 4.7MP 20% 50V | C616 1-102-030-00 CERAMIC 330PF 10% 500V 
C253 -1-124-122-11 ELECT 1OOMF 20% 50V 1 C618 = 1-124-637-11 ELECT 1000MF 20%  50V 
| C619 1-124-556-11 ELECT 2200MF 20% 16V 
C254 = 1-124-927-11 ELECT 4. 7MF 20% 50V | C620  1-102-074-00 CERAMIC 0.001MF 10% = 50V 
C255 = 1-124-927-11 ELECT 4. 7MF 20% 50V ' 
C256 1-106-220-00 MYLAR 0. 1MF 10%  {100V | C62L 1-124-347-00 ELECT 100MF 20% «160 
C257 = 1-101-004-00 CERAMIC 0.01MF 50V | C622. 1-124-556-11 ELECT 2200MF 20% = 16V 
C258  1~106-220-00 MYLAR 0. 1MF 10% 100V {| C623  1-124-910-11 ELECT 47MF 20%  50V 
| (624 1-124-122-11 ELECT 100MF 20% 50V 
C260  1~106-220-00 MYLAR 0. 1MF 10%  100V | C625 1-124-360-00 ELECT 1O00MF 20% ~=«16V 
C265 = 1-102-074-00 CERAMIC 0.001MF 10% 50V | 
C266 = 1-102-074-00 CERAMIC 0.001MF 10%  50V | C626 1-123-875-11 ELECT 1OMF 20% 50V 
C401 1-124-910-11 ELECT A7MP 20% 50V | C627 1-102-074-00 CERAMIC 0.001NF 10% —50V 
C403. 1-124-910-11 ELECT ATMF 20% 50V ' C631 © 1-123-875-11 ELECT 10MF 20%  50V 
| C632 1-102-074-00 CERAMIC 0.001MF 10%  50V 
C501 = 1-124-927-11 ELECT 4. 7MF 20% 50V 1 (633. 1-124-927-11 ELECT 4.7MF 20% 50V 
C502  1-124-927-11 ELECT 4. 7MF 20%  50V t 
C503 1-106-371-00 MYLAR 0.015MF 10% 400V | C636  1-123-382-00 ELECT 3. 3KF 20% 50V 
C504 — 1-101-361-00 CERAMIC 150PF 5Y 5OV 1 C801  1-126-105-11 ELECT LOQOMF 20% 35V 
C505 1-108-794-11 MYLAR O.0015MF 5% 5OV | C802  1-102-030-00 CERAMIC: 330PF 10% 500 
' C804 = 1-123-948-00 ELECT 22MF 20% 250V 
C506 = 1-106-375-12 MYLAR 0.022MF 10%  250V | C805 1-162-114-00 CERAMIC 0.0047KF 2KV 
C507 1-130-783-00 MYLAR 0.33MF 10% = 100V 
C508 = 1-106-375-12 MYLAR 0.022MF 10% 250V | C806 1-106-220-00 MYLAR 0. 1MF 10%  — 100V 
(509. 1-106-220-00 MYLAR 0. 1MF 10%  100V | C807 ~1-106-395-00 MYLAR 0. 15MF 10%  200V 
C510  1-161-959-00 CERAMIC 22PF 10% 500V {| C810 1-124-494-00 ELECT 33MF 160V 
; C811 1-136-541-11 FILM 1.5MF 5% 200V 
C511 = 1-108-620-11 MYLAR 0.0033MF 10% 100¥V | C812 1-124-634-11 ELECT IMF 20% = 250V 
C512 = 1-106-220-00 MYLAR 0.1MF 10% = 100V 
C513. 1-108-614-11 MYLAR 0.001MF 10% 100V | C813 1-102-212-00 CERAMIC 820PF 10% 500V 
C514: 1-106-228-00 MYLAR 0.22MF 104 100V | C814 A.1-161-731-11 CERAMIC 0.001MF 10%. ..2KV 
C515 1~124-499-1] ELECT IMF 20% 50V ; C815 1-136-540-11 FIL 0. 82KF 5% 200V 
: | C817 1-136-591-11 FILM 0.017MF 3% 1.4KV 
C516 1-108-614-11 MYLAR 0.001MF 10% 100V } C818 1-136-759-11 FILM 0.039KF 10% 630¥ 
C517 = 1-124-252-00 ELECT 0.33MF 20% 50V - ; 
C518 = 1-124-902-00 ELECT 0.47MF 20% 50V 1 €819 A.1-161-731-11 . CERAMIC 0.001MF 10%. /2kV 


KV-C2911D 
RM-673 


. PART ie 






1-106-218-00 
(16-51 


; 14-00 
1-106-359-00 


DESCRIPTION 


0.0082MF 10% 


MYLAR 0.0047MF 


10% 


1-102-212-00 CERAMIC 820PF 104 
1-106-375-12 MYLAR 0.022MF 10% 
1-123-875-11 ELECT 1OMF 20% 
<FILTER> 
CFOOl 1-567-686-11 OSCILLATOR, CERAMIC 
CF501 1-567-888-11 OSCILLATOR, CERAMIC 
<CONNECTOR> 
CN801 *1-508-765-00 PIN, CONNECTOR (5MM PITCH) 3P 
CNDO1 *1-564-884-11 PLUG, CONNECTOR 7P 
CNDO2 *1-568-418-11 CONNECTOR (FPC) 8P 


CNDI1 
CND12 


CND18 
CND19 
CND21 
CND23 
CND31 


CND41 
CND45 
CND51 
CND64 
CND82 


CND83 
CND84 
CND88 
CNDIL 


*1-566-660-11 
*1-564-884-11 


*1-560-290-00 
*1-564~-881-11 
*1-564-346-00 
*1-560-124-00 
*1~-564-346-00 


*1-566-367-11 
*1-564-883-11 
*]-566-367-11 
*1-506-348-99 
*1-508-765-00 


*1-508-786-00 
*1-564-038-00 
*1-564-881-11 
*1-560-123-00 





CONNECTOR, HINGE (PLUG) 18P 
PLUG, CONNECTOR 7P 


PLUG, CONNECTOR (2.5MM PITCH) 
PLUG, CONNECTOR 4P 

CONNECTOR, BOARD TO BOARD 18P 
PLUG, CONNECTOR (2.5MM PITCH) 
CONNECTOR, BOARD TO BOARD 18P 


CONNECTOR, HINGE (RECEPTACLE) 
PLUG, CONNECTOR 6P 
CONNECTOR, HINGE (RECEPTACLE) 
PIN, CONNECTOR 3P 
PIN, CONNECTOR (5MM PITCH) 3P 


PIN, CONNECTOR (5MM PITCH) 2P 
CONNECTOR PLUG, DY (MINI) 6P 
PLUG, CONNECTOR 4P 

, CONNECTOR (2.5MM) 3P 





CND92 *1-560-125-00 PLUG, CONNECTOR (2.5MM) 5P 
CND94 *1-560-123-00 PLUG, CONNECTOR (2.5MM PITCH) 
<DIODE> 

DOOL  8-719-911-19 DIODE 185119 

DOO2 = 8-719-911-19 DIODE 155119 

DOO3 = 8-719-911-19 DIODE 155119 

DO04 = 8-719-911-19 DIODE 155119 

DOO5 = 8-719-109-71 DIODE RD3.9ES-B1 

DOO? = 8-719-109-89 DIODE RD5.6ES-B2 

DOO8 = 8-719-110-85 DIODE RD36ES-B4 

DON9 = 8-719-109-89 DIODE RD5.6ES-B2 

DOL = 8-719-911-19 DIODE 155119 

DO12 = 8-719-911-19 DIODE 155119 

D254 = 8-719-110-14 DIODE RD9. 1ES-B3 

D255 —8-719-000-12 DIODE MC931 

D256 = 8-719-000-12 DIODE MC931 

D501 = 8-719-911-19 DIODE 155119 

D504 8-719-911-55 DIODE U05G 

D506 = 8-719-000-12 DIODE MC931 

D508 = 8-719-911-19 DIODE 155119 

D509 8-719-911-19 DIODE 1SS119 

D5il — 8-719-911-55 DIODE UO5G 

D512 = 8-719-911-55 DIODE U05G 

D513 8-719-109-81 DIODE RD4.7ES-B2 

D591 8-719-911-19 DIODE 185119 

D592 8-719-911-19 DIODE 185119 
8-719-911-19 DIODE 155119 






1C00L 
1C002 
1C003 
1C004 
1€251 


1C401 
1€501 
1€502 


1€601 
1C608 


L001 
L501 
L601 
L602 
L603 


L605 
L606 
L607 
L801 
L803 


L804 
L805 


I 
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{ 
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1 
1 
1 
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1 
1 
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{ 
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1 
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1 
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1 
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{ 
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1 
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1 
1 
1 
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1 
1 
1 
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{ 
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1 
4 
1 
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1 
1 
1 
{ 
1 
1 
t 
{ 
1 
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} 
| 
| 
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{ 
t 
i} 
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1 
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1 
t 
1 
1 
1 
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. PART NO. 


<I> 


8-759-630-06 
8-759-979-57 
8-759-603-41 
8-759- 157-40 
8-759-803-31 


*4-368-683-01 
8-752-006-12 
8-759-970-73 
8-759-944-57 

*4-381-724-01 
8-759-946-23 

*4-386-642-01 
8-759-982-13 


he components identified b’ 
hading and mark A are criti 


al for safety. 
eplace only with part numbe 
pecified. 





REMARK 


DESCRIPTION 


DIODE RU-3AM 
DIODE UO5G 
DIODE U05G 
DIODE U05G 
DIODE RU-3AM 


DIGDE RU-3AM 
DIODE RU-3AM 
DIODE CTU-12S 
DIODE ERD29-08J 
DIODE CTU-12S 


DIODE RU-3AM 
DIODE RU-3AM 
DIODE RD5.6ES-B3 
DIODE RD6.2ES-B2 
DIODE RD5.6ES-B2 


DIODE MC931 

DIODE 1$5119 
DIODE 1SS119 
DIODE 185119 
DIODE 185119 


DIODE RD15ES~-B1 
DIODE RDIOES-Bt 
DIODE 155119 
DIODE RU-3AM 
DIODE RU-3AM 


DIODE ESIF 
DIODE U05G 
DIODE U05G 
DIODE ERCQ6-15S 
DIODE ERCO6-15S 


DIODE ERD29-08J 
DIODE RU-3AM 


IC M50436-6145P 
IC HB88503H-10226 
IC M58655P 

IC UPC574J 

IC LA4280 


SPRING; 1C251 
IC CX20061 
IC TEA2028B 
IC TDA8170 
HOLDER, IC; 


IC TEA2164 
HEAT SINK, IC; 
IC RC7812FA 


1€502 


C601 


<COIL> 


1-408-414-00 
1~408-225-00 
*1-420-872-00 
1-410-396-41 
1-410-396-41 


1-459-442-00 
1-421-013-00 
1~408-421-00 
1-459-087-00 
1-459-104-00 


1-408-239-00 
1-459-907-11 


INDUCTOR 27UH 
INDUCTOR 3.3UH 
COIL, AIR CORE 
FERRITE BEAD INDUCTOR 
FERRITE BEAD INDUCTOR 


COIL (WITH CORE) 
COIL, (HOLIZONTAL CHOKE) SUH 
INDUCTOR LOOUH 

COIL, HCC DUST CORE 3.9MMH 
COIL, DUST CORE 


INDUCTOR 4. 7MMH 
COIL, HORIZONTAL LINEARITY 


The components identified by 
shading and mark A are criti- 


KV-C2911D 
RM-673 


cal for safety. 
Replace only with part number 








REF.NO. PART NO. DESCRIPTION REMARK {REF.NO. PART NO. DESCRIPTION REMARK 
PieteieMoneee” - “Seceeeetens “P= Want pasa ainsi hanson dace peniee von iaseiey sieataias 
! 
L806 1-459-087-00 COIL,HCC DUST CORE 3.9MMH R026 1-249-417-11 CARBON 1K 5% 1/4W 
L807 1~407-504-00 INDUCTOR p LOMMH 1 R027 1-249-417-11 CARBON 1K 5% 1/4 
*{- - rea 
L810 1-421-794-21 FRANSPORMER. APERRITE (PMT) | R028  1-249-417-11 CARBON 1K 5% = 1/4W 
1 R029. = 1-249-417-11 CARBON 1K 5% 1/4W 
' R030 © 1-249-425-11 CARBON 4.7K 5% = 1/4 
<IC LINK> | R031 1-249-429-11 CARBON 10K 5% 1/4W 
assis 1 RO32 —1-249-417-11 CARBON 1K 65% 1 /4W 
Peco | RO33 1-249-413-11 CARBON 470 5% 1 /4W 
{R034  1-249-413-11 CARBON 470 5% 1 /4W 
| RO35  1-249-431-11 CARBON 15K 5% 1/4 
gaa ee nr 
Q001  8-729-600-24 TRANSISTOR 2SC403SP-51 | 
Q002  8-729-119-76 TRANSISTOR 2SA1175-HFE | RO38  1-249-417-11 CARBON 1K 5% 1/4 
Q003  8-729-119-76 TRANSISTOR 2SA1175-HFE | RO39 = 1-249-417-11 CARBON 1K 5% 1/40 
Q004  8-729-119-76 TRANSISTOR 2SA1175-HFE 1 RO40  1-249-417-11 CARBON 1K 5% 1/4 
Q252  8-729-900-36 TRANSISTOR DTC124ES eo eae CARBON i 2 i 
Q501  8-729-119-76 TRANSISTOR 2SA1175-HFE 
Q502  8-729-119-76 TRANSISTOR 2SA1175-HFE | RO43. = 1-249-417-11 CARBON 1K 65% 1 /4W 
Q503  8-729-119-78 TRANSISTOR 2SC2785-HFE ' R044 1-249-429-11 CARBON 10K 5% 1/4W 
Q505  8-729-140-96 TRANSISTOR 2SD774-34 | RO45  1-249-417-11 CARBON 1K 5% 1/4 
0506  8-729-140-97 TRANSISTOR 2SB734-34 bods 1-249-429-11 CARBON 1 24 i 
Q507  8-729-119-76 TRANSISTOR 2SA1175-HFE 
Q591  8-729-119-78 TRANSISTOR 2SC2785-HFE | RO48  1-249-417-11 CARBON 1K 65% = 1/4W 
0598  8-729-119-78 TRANSISTOR 2SC2785-HFE 1 R049  1-249-417-11 CARBON IK 5% 1/40 
Q601  8-729-820-15 TRANSISTOR 2SB1274-RS | RO50 1-249-433-11 CARBON 22k 05K /4W 
Q602  8-729-209-02 TRANSISTOR 2SD1548-LB | R051 — 1-249-429-11 CARBON 10K 5% 8961/40 
ee ee eae 1 R053 1-249-437-11 CARBON 47K 65% 1/40 
*4-308-683- ; 
Q603 §-729-820-15 TRANSISTOR 2SB1274-RS | R054 1-249-417-11 CARBON 1K 5X1 /4W 
Q604 8-729-378-92 TRANSISTOR 2SD789-4 | RO56 1-249-440-11 CARBON 82k 5% 1/40 
Q605  8-729-119-78 TRANSISTOR 2SC2785-HFE | RO57 1-249-409-11 CARBON 220 «5% = 1/40 
Q606  8-729-119-78 TRANSISTOR 2SC2785-HFE | none Fe ae a - af ae 
Q607  8~-729-920-92 TRANSISTOR 2SD2096-EF | 
Q609  8-729-378-92 TRANSISTOR 2SD789-4 | R060 —1-249-436-11 CARBON 390K 5% «1/4 
Q801  8-729-119-78 TRANSISTOR 2SC2785-HFE ; RO61 1-249-417-11 CARBON 1K 65% «1 /4W 
Q804  8~-729-304-50 TRANSISTOR 2SD1941-06 | R062 1-249-411-11 CARBON 330 «5% 1 4W 
eae ise a6capctt etn 18 Ea 
Q805  8-729-119-80 TRANSISTOR 2SC2688-LK 
| ROG?  1-249-413-11 CARBON 470 5% 1/4W 
| RO68  1-249-421-11 CARBON 2.2K 5% 1/4W 
<RESISTOR> | R069 1-249-423-11 CARBON 3.3K 5% = 1/40 
| R070 1-249-417-11 CARBON 1K OY 1/4 
te ett am ah IIT Oise 
ROO = oa4GcAI Pod CARBON TR SLAW ae a a 
ROG5 © 1-249-411-11 CARBON 330 5% = «1/4W are 1-249-417-11 So ik af ae 
one eee eeeeol Mh 7 ae RO76 1-249-417-11 CARBON 1K 5% = 1/4W 
ROO9 = 1-2.49-417-11 CARBON 1K 54 8 1/4W | R077 1-249-413-11 CARBON 470 5% = 1/4W 
ROIO 1-249-413-11 CARBON 470 5% 1 /4W ' RO78 1-249-423-11 CARBON 3.3K 5% 1/40 
ROI]  1-249-417-11 CARBON 1K 5k /400 | RO79 =1-249-435-11 CARBON 33K 5% /4W 
j R080 1-249-429-11 CARBON 10k 5% 1/4W 
ne Hes an tate a 7 af a ; R081 1-249-441-11 CARBON LOOK 5% 1/40 
ROL4 = 1-249-417-11 CARBON 1K 541/40 | R082 1-249-409-11 CARBON 220 5% 361 /4W 
RO16 = 1-2.49-429-11 CARBON 10k 5% =1/4W ; RO83 1-249-429-11 CARBON 10K 5% 81/4 
RO17 =: 1-249-417-11 CARBON 1K 5% /4W + RO84 1-249-413-11 CARBON 470 5% 1 /4W 
j R085 1-249-429-11 CARBON 10K 5% 1/40 
He ea ie Bd We at ie 1 R086 1-249-417-11 CARBON 1K 65%) 1 /4W 
RO20 1-249-433-11 CARBON 22K 5% /4W | R087 1-249-417-11 CARBON IK 5% 1/4W 
RO2L = 1-2.49-433-11 CARBON 22k «5X 1 /4W ; RO88 = 1-249-425-11 CARBON A.7K 5% = 1 /4W 
R022  1-249-433-11 CARBON 22k 5% 1/4 ; RO9O 1-249-413-11 CARBON 470 5% 1 /4W 
; R091 —1-249-409-11 CARBON 220 5% 1/4W 
Her eae cane 10k at ie 1 R093 1-249-429-11 CARBON 10K 5% 1/40 
RO25 = 1~2.49-417-11 CARBON 1K 5% = 1/40 | R094 1-249-429-11 CARBON 10k 5% 1/40 


KV-C2911D | 
RM-673 





R518 


R519 
R520 
R521 
R522 
R523 


R524 
R525 
R526 
R527 
R528 


R529 
R530 
R531 
R532 
R534 


R536 
R537 
R538 
R539 
R540 


R541 
R542 
R543 
R544 


. PART NO. 


1-249-409- 
1-249-409- 
1-249-429- 
1-249-429- 
1-215-900- 
i 
3 
3- 


1 
1 
1 
1 
1 


I ~249- Al 


1- -249- 417- 


1-249-749-00 
1-249-434-11 
1-247-883-00 
1-247-883-00 
1-249-399-11 


DESCRIPTION 


CARBON 
CARBON 
CARBON 
CARBON 
METAL OXIDE 


CARBON 
CARBON 
CARBON 
CARBON 
CARBON 


CARBON 
CARBON 
CARBON 
CARBON 
CARBON 


CARBON 
CARBON 
CARBON 
CARBON 
CARBON 


CARBON 
CARBON 
CARBON 
CARBON 
CARBON 


CARBON 
METAL 

CARBON 
CARBON 
CARBON 


CARBON 
CARBON 
CARBON 
CARBON 
CARBON 


CARBON 
CARBON 
CARBON 
CARBON 
CARBON 


CARBON 
CARBON 
CARBON 
METAL 

CARBON 


CARBON 
CARBON 
CARBON 
CARBON 
CARBON 


CARBON 
CARBON 
CARBO 
CARBO 
CARBO 


CARBO 
CARBO 
CARBO 
CARBO 
CARBO 


CARBO 
CARBO 
CARBON 
CARBON 


=a 2eaSeez 22 





220 
220 
10K 
10K 
22K 


ik 

470 
470 
2.2 
2.2 


1/40 


1/4 
1/4 


1/4W 
1/4W 


1/2W 


wns 


REMARK (REF. NO. 


R545 


R546 
R547 
R548 
R549 
R550 


R551 
R553 
R554 
R555 
R556 


R557 
R558 
R559 
R560 
R591 


R592 
R593 
R594 
R595 
R596 


R597 
R598 
R599 
R602 
R603 


R604 
R605 
R606 
R607 
R608 


R609 
R610 
R611 
R612 
R613 


R614 
R616 
R617 
R618 
R619 


R620 
R621 
R622 
R623 
R624 


R625 
R626 
R628 
R629 
R630 


R633 
R634 
R635 
R636 
RG42 


R643 
R647 
R648 
R649 
R650 


R651 
R652 


PART NO. 


1-249-433-11 


1-249-434-11 
1-249-423-11 
1-216-349-00 
1-216-454-11 
1-249-440-11 


1-249-749-00 
1-216-869-11 
1-249-411-11 
1-249-749-00 
1-249-405-11 


1- ~216- -465- 


1-249-434- 


1 
l 
1 
1-249-429-1 
1-216-343-0 
1-217-192-2 
1-216-485-1 
1-216-485-1 
1-249-385-1 
1-249-417-] 


1-249-405-11 
1-247-903-00 


DESCRIPTION 


CARBON 


CARBON 
CARBON 
METAL OXIDE 
METAL OXIDE 
CARBON 


CARBON 
METAL OXIDE 
CARBON 
CARBON 
CARBON 


CARBON 
CARBON 
CARBON 
CARBON 
CARBON 


CARBON 
CARBON 
CARBON 
CARBON 
CARBON 


CARBON 
CARBON 
CARBON 
METAL OXIDE 
METAL OXIDE 


CARBON 
METAL 
CARBON 
CARBON 
METAL OXIDE 


CARBON 
CARBON 
CARBON 
WIREWOUND 
CARBON 


WIREWOUND 
CARBON 
CARBON 
METAL OXIDE 
CARBON 
CARBON 
CARBON 
CARBON 


CARBON 
CARBON 


METAL OXIDE 
CARBON 
CARBON 
CARBON 
CARBON 


CARBON 
METAL OXIDE 
CARBON 
CARBON 
METAL OXIDE 


WIREWOUND 
METAL OXIDE 
METAL OXIDE 
CARBON 
CARBON 


CARBON 
CARBON 


1/40 
1/40 
1/40 
1/40 
iW 

aw 

1/40 
1/40 


1/40 
1/40 


=I 


fo ie >] 


cote Re] 


be > er > ier 7] =x 


REMARK 


The components identified by 
shading and mark A are criti- | 


| KV-C2911D 
RM-673 





cal for safety. 


Replace only with part numb: 








<CAPACITOR> 


Di iv 


REF.NO. PART NO. DESCRIPTION REMARK {REF .NO. PART NO. DESCRIPTION REMARK 
! 
t 
{ 
R653 ~—s- 1-205-758-11 WIREWOUND 100 10% J0W F C01 1-126-101-11 ELECT 100HF 20% 16V 
R802 1-249-443-11 CARBON 0.47 5% 1/4W. F ; CO2 1-124-120-11 ELECT 220MF 20% 16V 
R805 1-249-448-11 CARBON 1.2 54 1/4W OF 1 C03 1-124-119-00 ELECT 330MF 20% 16V 
R806 1-249-439-11 CARBON 68K 5% 1/4W ; CO4 1-124-477-11 ELECT 47MF 20% 16V 
R807 1-216-869-11 METAL OXIDE 1K 5% 1W C05 1-126-101-11 ELECT 100MF 20% 16V 
1 
R809 =1-202-821-11 SOLID 1.8K 10% 1/20 1 C06 1-124-120-11 ELECT 220MF 20% 16V 
R810 1-202-818-00 SOLID IK 10% 1/20 | CO7 1-124-499-11 ELECT LMF 20% 50V 
R811  1-215-882-00 METAL OXIDE 22 5% 2W F + C08 1-163-097-00 CERAMIC CHIP I5PF 5% 50V 
R812  1-249-494-11 CARBON 68K 5% 1/2W 1 CO9 1-163-141-00 CERAMIC CHIP 0.001MF 5% 50V 
R815  1-215-884-11 METAL OXIDE 47 5% 2W F C10 1-163-133-00 CERAMIC CHIP 470PF 5% 50V 
i 
R816 215-868-00 METAL OXIDE 680 5% 1W | Cii 1-163-037-11 CERAMIC CHIP 0.022MF 10% 25V 
R817 1-249-417-11 CARBON 1K 5A 1/4W 1 C12 1-163-127-00 CERAMIC CHIP 270PF 5% 50V 
R820 1-249-403-11 CARBON 68 54 1/4W 1 C13 1-163-117-00 CERAMIC CHIP 100PF 5% 50V 
R821  1-247-725-11 CARBON 10K 54 1/4W OF | C14 1-163-097-00 CERAMIC CHIP I5PF 5% 50V 
R822 1-217-778-11 FUSIBLE 1K 54 1W F C15 1-163-103-00 CERAMIC CHIP 27PF 5% 50V 
! 
R825  1-216-345-11 METAL OXIDE 0.47 5% 1W F 1 C16 1-163-021-00 CERAMIC CHIP 0.01MF 10% 50V 
R826 1-249-441-11 CARBON 100K 5% 1/4 | C17 1-163-809-11 CERAMIC CHIP 0.047MF 10% 25V 
R827 =1-249-429-11 CARBON 10K 5% 1/4W | C18 1-163-099-00 CERAMIC CHIP 18PF 5% 50V 
R828  1-249-423-11 CARBON 3.3K 5% 1/4W | C19 1-163-809-11 CERAMIC CHIP 0.047MF 10% 25V 
R829 =: 1-249-413-11 CARBON 470 5% 1/4W C20 1-163-125-00 CERAMIC CHIP 220PF 5% 50V 
' 
R830 =1-249-429-11 CARBON 10K 5% 1/4W C21 1-163-833-00 CERAMIC CHIP 0.068MF 25V 
R831  1-249-451-11 CARBON 2.2 5% 1/4W 1 C24 1-126-101-11 ELECT 100MF 20% 16V 
RiOOL 1-249-421-11 CARBON 2.2K 5% 1/4W 1 C25 1-124-477-11 ELECT 47MF 20% 16V 
R1002 1-249-423-11 CARBON 3.3K 5% 1/4W | C27 1-163-129-00 CERAMIC CHIP 330PF 5% 50V 
R1006 1-249-408-11 CARBON 180 5% 1/4W C28 1-163-137-00 CERAMIC CHIP 680PF 5% 50V 
t 
R1007 1-249-408-11 CARBON 180 5% 1/4W C29 1-124-927-11 ELECT 4. 7MF 20% 50V 
R1008 1-249-409-11 CARBON 220 «54 1/40 1 C51 1-163-038-00 CERAMIC CHIP 0.1MF 25V 
R1009 1-249-417-11 CARBON 1K 5% 1/4W | C52 1-163-038-00 CERAMIC CHIP 0.1MF 25V 
R1010 1-249-417-11 CARBON 1K 5% 1/40 | C53 1-163-038-00 CERAMIC CHIP 0.1MF 25V 
RIO11 1-249-413-11 CARBON 470 5K 1/40 | C54 1-163-038-00 CERAMIC CHIP 0. 1MF 25V 
! 
R1012 1-249-405-11 CARBON 100 5% 1/4W + C55 1-163-038-00 CERAMIC CHIP 0.1MF 25V 
R5501 1-349-429- 11 CARBON 10K 5% 1/4 1 C56 1-163-038-00 CERAMIC CHIP 0.1MF 25V 
R5502 1-249-417-11 CARBON 1K 5% 1/4W | C57 1-163-141-00 CERAMIC CHIP 0.001MF 5% 50V 
R5503 1~-249-389-11 CARBON 4.7 5% 1/4W 1 C58 1-163-141-00 CERAMIC es 0.001MF 5% 50V 
R5504 1-247-903-00 CARBON 1M 5% 1/4W C59 1-163-141-00 CERAMIC CHIP 0.001MF 5% 50V 
{ 
R5505 1-249-393-11 CARBON 10 5% 1/4W H 
| <CONNECTOR> 
I 
<VARIABLE RESISTOR> 1 CNVO3 *1-508-784-00 PIN, CONNECTOR (5MM PITCH) IP 
' 
RV5OL 1-238-013-11 RES, ADJ, CARBON 2.2K H 
RV502 1-238-016-11 RES, ADJ, CARBON 10K H <TRIMMER> 
RV6OL 1-238-013-11 RES, ADJ, CARBON 2.2K H 
\ CTO1  1-141-392-11 CAP, VAR, TRIMMER (1 GANG) 
4 
<SPARK GAP> H 
; i <DIODE> 
SG801 1-519-063-99 DISCHARGING GAP H 
1 DOL 8-719-105-91 DIODE RD5.6M-B2 
| DO 8-719-106-79 DIODE RD13M-B1 
<TRANSFORMER> 1 DQ3 8-719-400-18 DIODE MAI52WK 
1 DO4 8-719-105-52 DIODE RD3.6M-B2 
T601 1-448-961-21 5.R.T i DO7 8-719-106-17 DIODE RD6.8M-B2 
T602 1-424-011-11 A aenaae PULSE oe 
T80L Av1-437-090-21.. i DO8 8-719-106-17 DIODE RD6.8M-B2 
802) A. 1-439-416-11" TRANSEORNER ASSY, FLYBACK (UX-1600) 1 DOS 8-719-400-18 DIGDE MA152WK 
| DIO 8-719-400-18 DIODE MAI52WK 
SHEER KELEASEEEEERSE ERAS EARLE EELS EERE EERE SE eter eeeee! Df] 8-719-914-44 DIODE DAP202K 
1 D12 8-719-914-44 DIODE DAP202K 
*A-1347-030-A V BOARD, COMPLETE i 
EKEEAKESERERELERE i 
H <IC> 
*4-380-698-01 CASE (MAIN), SHIELD, Al H 
*4-380-699-01 CASE (UPPER LID), SHIELD, Al 1 ICL 8-759-986-92 IC MAB8461P-W177 
*4-382-701-01 CASE (BOTTOM LID), SHIELD, A2 + 1C2 8-759-972-96 IC SAA5231-V6 
} 1¢3 8-759-013-21 IC SDA5241 
1C4 8-759-230-68 IC TMM2063P-70 
‘ 
t 
1 


KV-C2911D 


: RM-673 
vy 


REF.NO. PART NO. DESCRIPTION REMARK {REF.NO. PART NO. DESCRIPTION REMARK 
ere Me, | Qetesmeee ee, NE egies eee Se ee sealed 
t 
' 
<COIL> | R28 1-216-013-00 METAL GLAZE 33 5% 1/10W 
; R29 1-216-013-00 METAL GLAZE 33 5% 1/10W 
LOI 1-408-411-00 INDUCTOR 15UH | R30 1-218-325-11 METAL GLAZE 120 1/4W 
L02 1-408-407-00 INDUCTOR 6.8UH 1 R31 1-218-325-11 METAL GLAZE 120 1/4W 
ta tpteinecon At at . aut R32 1-218-325-11 METAL GLAZE 120 1/4W 
-408-407-0 1 
L05 1-408-407-00 INDUCTOR 6.8UH } R33 1-216-023-00 METAL GLAZE 82 5% 1/10W 
1 R34 1-216-049-00 METAL GLAZE 1K 5% 1/10W 
L06 1-408-407-00 INDUCTOR 6.8UH | R37 1-216-025-00 METAL GLAZE {100 5% 1/10W 
1 R38 1-216-047-00 METAL GLAZE 820 5% 1/10W 
; R40 1-216-065-00 METAL GLAZE 4.7K 5% 1/100 
<TRANSISTOR> ' 
R41 1-216-041-00 METAL GLAZE 470 5% 1/10W 
Q0l 8-729-920-92 TRANSISTOR 2SD2096-EF ; R43 1-216-065-00 METAL GLAZE 4.7K 5% 1/10W 
402 8-729-807-50 TRANSISTOR 2SD1623R + R44 1-216-041-00 METAL GLAZE 470 5% 1/10W 
Q03 §-729-900-53 TRANSISTOR DTC114EK \ R45 1-216-049-00 METAL GLAZE 1K 5% 1/100 
Q04 8-729-271-22 TRANSISTOR 25(2712G + R46 1-216-311-00 METAL GLAZE 6.8 5% 1/10W 
Q05 8-729-807-50 TRANSISTOR 2SD1623R H 
1 R51 1-216-065-00 METAL GLAZE 4.7K 5% 1/10W 
Q06 8-729-271-22 TRANSISTOR 2SC2712G R52 1-216-065-00 METAL GLAZE 4.7K 5% 1/10W 
eee eae ee, E Aeee Shee tee i 
Q10 8-729-807-87 TRANSISTOR 2SB1295-UL6 » R55 1-216-057-00 METAL GLAZE 2.2K 5% 1/10W 
Qil 8-729-807-87 TRANSISTOR 2SB1295-UL6 H 
+ 256 1-216-065-00 METAL GLAZE 4.7K 5% 1/100 
| R57 1-216-065-00 METAL GLAZE 4.7K 5% 1/10W 
<RESISTOR> i R58 1-216-049-00 METAL GLAZE IK 5% 1/10W 
+ R59 1-216-056-00 METAL GLAZE 2K 5% 1/10W 
nh é ae Ha Mt oy ee ! a tae R60 1-216-063-00 METAL GLAZE 3.9K 5% 1/10W 
bass = it ! 
JW3 1-216-295-00 METAL GLAZE 0 5% 1/10W | R61 1-216-071-00 METAL GLAZE 8.2K 5% 1/10W 
JW4 1-216-295-00 METAL GLAZE 0 5% 1/10W 1 R62 1-216-065-00 METAL GLAZE 4.7K 5% 1/100 
JW5 1-216-295-00 METAL GLAZE 0 5% 1/10W 1 R63 1-216-065-00 METAL GLAZE 4.7K 5% 1/100 
\ R64 1-216-065-00 METAL GLAZE 4.7K 5% 1/10W 
ie e As oo i pene BAZ ! a ee R65 1-216-065-00 METAL GLAZE 4.7K 5% 1/10W 
JW8 1-216-295-00 METAL GLAZE 0 5% 1/100 R66 1-216-065-00 METAL GLAZE 4.7K 5% 1/10W 
JW9 1-216-295-00 METAL GLAZE 0 5% 1/10 ; R67 1-216-065-00 METAL GLAZE 4.7K 5% 1/10W 
JWi0 = 1-216-295-00 METAL GLAZE 0 5% 1/10W | R68 1-216-065-00 METAL GLAZE 4.7K 5% 1/10W 
jail’. Totes ar MORACEAE 6 52 ‘0 R69 1-216-065-00 METAL GLAZE 4.7K 5% 1/100 
! 
JWI2 = 1-216-295-00 METAL GLAZE 0 5% 1/10W H 
JW13 = 1-216-295-00 METAL GLAZE 0 54 1/10W <VARIABLE RESISTOR> 
JW14  1-216-295-00 METAL GLAZE 0 54 1/10W \ 
JW15  1-216-295-00 METAL GLAZE 0 5% 1/10W RVO1  1-238-009-11 RES, ADJ, CARBON 220 
i 
JW16 1-216-295-00 METAL GLAZE 0 5% 1/100 ' 
JWI7  1-216-295-00 METAL GLAZE 0 ay 1/10W { <CONNECTOR> 
JW18 1-216-295-00 METAL GLAZE 0 54 1/10W H 
JW19 1-216-295-00 METAL GLAZE 0 54 1/10W 1 V1 #1-560-123-00 PLUG, CONNECTOR (2.5MM) 3P 
JW20  1-216-295-00 METAL GLAZE 0 5% 1/10W 1 V2 *1-560-125-00 PLUG, CONNECTOR (2.5MM) 5P 
| V3 *1-560-126-00 PLUG, CONNECTOR (2.5MM) 6P 
JW21 1-216-295-00 METAL GLAZE 0 54 1/10W | V4 *1-560-123-00 PLUG, CONNECTOR (2.5MM PITCH) 
ree te Bee Op eu ae a ay \ V5 #{-560-290-00 PLUG, CONNECTOR (2.5MM PITCH) 
! 
ROI 1-218-326-11 METAL GLAZE 470 1/20 H 
RO2 1-216-065-00 METAL GLAZE 4.7K 5% 1/10W | <CRYSTAL> 
1 
RO4 1-218-326-11 METAL GLAZE 470 1/20 | X01 1-567-162-21 OSCILLATOR, CRYSTAL 
Woe LoLeeecto METAL GLAZE OTK. AY I/1OW 03 LeRrr-Oas-T1 VIBRATOR, CERAMIC. 
| oF, ! as ’ 
RO7 1-216-025-00 METAL GLAZE 100 5% 1/10W | 
ROS 1-216-037-00 METAL GLAZE 330 5% 1/100 EEKELELELESEERES SES ESRELAEEE ER ES SEER EERE ESA ARES ER REERE EEE 
! 
ROO 1-216-091-00 METAL GLAZE 56K 5% 1/10W ' *1-629-745-21 H9 BOARD 
R13 1-216-025-00 METAL GLAZE 100 5% 1/10W H EREEEEEE 
R14 1-216-025-00 METAL GLAZE 100 5% 1/10W H 
R15 1-216-121-00 METAL GLAZE 1 5% 1/10W ' *4-374-987-01 GUIDE, LIGHT 
R16 1-216-055-00 METAL GLAZE 1.8K 5% 1/10W +4-388-955-01 BRACKET (B), LIGHT GUIDE 
' 
R17 1-216-049-00 METAL GLAZE 1K 54 1/10W i 
R18 1-216-065-00 METAL GLAZE 4.7K 5% 1/10W H <CONNECTOR> 
Ri9 1-216-037-00 METAL GLAZE 330 54 1/100 H 
ey 1-216-043-00 METAL GLAZE 560 5% 1/100 \ CNH901#1-564-884-11 PLUG, CONNECTOR 7P 
1-216-013-00 METAL GLAZE 33 54 1/10W 
! 


KV-C29110 
Ks] 


REF.NO. PART NO. DESCRIPTION REMARK (REF. NO. PART NO. DESCRIPTION REMARK 
Gunmeheeticteckeo ° -sbentyecteee, jg. qj j.§ “neatihlis yoo on fas shoiche a eias Ms Nae Sas 
1 
! 
<DIODE> | 
i 
D1401 8-719-311-14 DIODE SEL1222R-CD H <1 
*4-387-801-01 HOLDER, LED; D1401 1 
D1402 8-719-311-14 DIODE SEL1222R-CD 1 1€201 8~-759-013-17 IC TDA6200 
*4-387-801-01 HOLDER, LED; D1402 H 
D1403 8-719-311-14 DIODE SEL1222R-CD | 
' <TRANSISTOR> 
*4-387-801-01 HOLDER, LED; D1403 H 
D1404 8-719-948-31 DIODE LD-201VR | Q201 8-729-119-78 TRANSISTOR 2SC2785-HFE 
*4-387-825-01 HOLDER, LED; D1404 1 Q202  8-729-119-78 TRANSISTOR 2SC2785-HFE 
i] 
! 
! 
<I1C> <RESISTOR> 
! 
IC1401 8-741-138-70 IC BX1387 | R201 1-249-441-11 CARBON 100K 5% 1/4W 
| R202 1-249-425-11 CARBON 4.7K 5% 1/4 
REREKAERERKERELER KEK EEE EREE EEE REAARERERESEREL EERE EERERER EES | R23 1-249-441-11 CARBON 100K 5% 1/4W 
| R204 1-249-435-11 CARBON 33K OZ 1/4W 
*1-629-781-21 KS BOARD | R205 1-249-435-11 CARBON 33K Ok 1/4W 
KEERHEEE ' 
| R206 1-249-423-11 CARBON 3.3K 5% 1/4W 
| R207  $-249-423-11 CARBON 3.3K 54 1/40 
<CAPACITOR> ; R208 1-249-431-11 CARBON 15K 45% 1/4W 
| R209 =1-249-433-11 CARBON 22K 5A 1/4W 
C202 =1-124-902-00 ELECT 0.4 7MF 20% 50V 1 R210 1-249-431-11 CARBON 15K 5K 1/40 
C203 = 1-124-477-11 ELECT ATMF 20% 16V 
(204 1-124-902-00 ELECT 0.47MF 20% 50V ) R211 1-249~-441-11 CARBON 100K 5% 1/4 
C205 = 1-124-927-11 ELECT 4. 7MF 20% 50V R212  1-249-433-11 CARBON 22K 5K 1/4W 
C206 =1-124-477-11 ELECT 4TMF 20% 16V ; R213 1-249-431-11 CARBON 15K 5K 1/40 
| R214 = 1-249-417-11 CARBON IK 54 1/4W 
C207 =: 1-124-927-11 ELECT 4. 7KF 20% 50V 1 R215  1-249-433-11 CARBON 22K 5K 1/4 
C213, 1-126-233-11 ELECT 22MF 20% 50V 
C214 ~~ 1-106-363-00 MYLAR 0.0068MF 10% 400V 1 R216 1-249-433-11 CARBON 22K 654 1/4W 
C217 = 1-106-363-00 MYLAR 0.0068MF 10% 400V | R217 = 1-249-431-11 CARBON 15K 5% 1/4 
C218 =1-106-375-12 MYLAR 0.022MF 10% 250V | R218 1-249-417-11 CARBON 1K 5% 1/4W 
. | R219  1-249-429-11 CARBON 10K 5% 1/4W 
C219 = 1-106-375-12 MYLAR 0.022MF 10% 250V 1 R220 = 1-249-425-11 CARBON 4.7K 5% 1/4 
C220 = 1-108-620-11 MYLAR 0.0033MF 10% 100V | 
C221 1-108-620-11 MYLAR 0.0033MF 10% 100V t R221 = 1-249-417-11 CARBON 1K oy 4 1/4W 
(222 =1-106-375-12 MYLAR 0.022MF 10% 250V 1 R222  1-249-417-11 CARBON 1K 54 1/4W 
C223. -1-106-375-12 MYLAR 0.022MF 10% 250V t R223. 1-249-413-11 CARBON 470 5% 1/40 
| R224 1-249-413-11 CARBON 470 5K 1/40 
C224 ~=1-106-367-00 MYLAR 0.Q1MF 10% 400V ; R225 1-249-417-11 CARBON 1K 5% 1/40 
C225 = 1-136-173-00 FILM 0.47MF 5% 50V i 
C226 =1-136-173-00 FILM 0.47MF 5% 50V | R226 1-249-417-11 CARBON IK 5k 1/4W 
C227 = 1~106-375-12 MYLAR 0.022MF 10% 250V | R227  1-249-417-11 CARBON 1K 54 1/4W 
C228 = 1-106-379-12 MYLAR 0.033MF 10% 250V | R228 1-249-417-11 CARBON IK 54 1/4W 
| R229 = 1-249-441-11 CARBON 100K 5% 1/40 
C229 = 1-106-371-00 MYLAR 0.015MF 10% 400V ) R230 1-249-441-11 CARBON 100K 5% 1/4W 
(230 = 1-106-371-00 MYLAR 0.015MF 10% 400V 
C231 1-124-902-00 ELECT Q.47MF 20% 50V | R231 =1-249-437-11 CARBON ATK = 5 1/4W 
C232 = 1-123-875-11 ELECT 10MF 20% 50V 1 R232 = 1-249-437-11 CARBON 47K 65% 1/4W 
C233, 1-102-114-00 CERAMIC 470PF 10% 50V 
| EERESAEEALALARERELE EERE RES RARE A ERLE ERE RE REL ELE BEKELE SE LER EL EL 
C234 1-102-114-00 CERAMIC 470PF 10% 50V 
C235 = 1-102-114-00 CERAMIC 470PF 10% 50V H *A-1388-088-A Ji BOARD, COMPLETE 
C236 = 1-102-114-00 CERAMIC 4T0PF 10% 50V i ESSESELERELETESERSE 
C237 = 1-124-902-00 ELECT 0.4 7MF 20% 50V i 
C238 =1-102-978-00 CERAMIC 220PF 5% 50V \ *1-564-893-11 PLUG, CONNECTOR 4P 
(239 = 1-126-103-11 ELECT 470MF 20% 16V | 
| <CAPACI TOR> 
! 
<CONNECTOR> | C1401 1-123-875-1] ELECT re 20% 50V 
| C1402 1-126-103-11 ELECT AT0KF 20% 1 6V 
CNK21 *1-562-370-21 CONNECTOR, BOARD TO BOARD 18P | C1403 = 1-163-129-00 CERAMIC CHIP 330PF 10% 50V 
CNK25 *1-564-880-31 PLUG, CONNECTOR 3P 1 €1404 1-124-902-00 ELECT 0.47MF 20% 50V 
C1405 1-136-017-00 CERAMIC CHIP 0.0047MF >0V 
! 
<DIODE> + C1406 1-124-902-00 ELECT 0.47MF 20% 50V 
1 C1407 1-124-477-11 ELECT ATMF 20% L6V 
D201 8-719-110-14 DIODE RD9.1ES-B3 ' C1408 1-126-101-11 ELECT 100HF 20% 1 6V 
D202 8~719-110-14 DIGDE RD9.1ES-B3 ; C1409 1-126-233-11 ELECT 22MF 20% 50V 
D205 8~-719-110-04 DIODE RD7.45ES-B3 | C1410 1-123-875-11 ELECT LOMF 20% 50V 
D206 = 8-719-110-04 DIODE RD7.5ES-B3 i 


—59— 


KV-C2 


at 
Za 


a~= 
ad 








CNJ25 
CNJ 43 
CNJ45 
CNJ51 


. PART NO. 


1-124-902-00 
1-124-120-11 
1-163-129-00 
1-163-129-00 
1-124-477-11 


1-106-375-12 
1-106-375-12 

1-124-902-00 
1 194-902-00 
1-136-017-00 
136-017-00 


{- 

1-136-017-00 
ee 
1 





-124-902-00 
-124-902-00 


1-163-105-00 
[-106-353-00 
1-102-117-00 


DESCRIPTION 


ELECT 
ELECT 
ELECT 
ELECT 
ELECT 


ELECT 
ELECT 
CERAMIC CHIP 
CERANIC CHIP 
ELECT 


MYLAR 
MYLAR 
ELECT 
ELECT 
CERAMIC CHIP 


CERAMIC CHIP 
CERAMIC CHIP 
CERAMIC CHIP 
ELECT 
ELECT 


ELECT 
CERAMIC CHIP 
CERAMIC CHIP 
ELECT 
ELECT 


ELECT 
ELECT 
MYLAR 
ELECT 
MYLAR 


MYLAR 
ELECT 
ELECT 
ELECT 
MYLAR 


CERAMIC CHIP 
MYLAR 
CERAMIC 


<CONNECTOR> 
CN1401 1-536-996-11 


*1-564-892-41 
*1-564-893-11 
*1-566-641-11 
*1-566-641-11 


CNJ132*1-564-893-11 
CNJ140 1-561-534-41 
CNJ140 1-561-534-41 
CNJ145*1-564-895-11 


D1401 
D1403 
01404 
D1405 
D1406 


D1407 
D1408 
D1409 
D1410 
D1415 


D1418 


TERMINAL BOARD, 


1OMF 20% 
ATMF 20% 
ATMF 20% 
10MF 20% 
0.47MF 20% 
0.47MF 20% 
220MF 20% 
330PF 10% 
330PF 10% 
ATMF 20% 
0.022MF 10% 
0.022MF 10% 
0.4 7MF 20% 
0.47KF 20% 
0.0047MF 
0.0047MF 
0.0047MF 
330PF 10% 
0.47MF 20% 
0.47KF 20% 
100KF 20% 
0.001MF 10% 
0.001MF 10% 
ATF 20% 
4ATMF 20% 
10MF 20% 
1OMF 20% 
0.001MF 10% 
ATM 20% 
0.047MF 10% 
0.0033KF 10% 
10MF 20% 
1MF 20% 
10MF 20% 
0.0068MF 10% 
33PF 5h 
0.027MF 104% 
820PF 10% 
INPUT/OUTPUT 


PLUG, CONNECTOR 3P 
PLUG, CONNECTOR 4P 
CONNECTOR, HINGE (TAB) 18P 
CONNECTOR, HINGE (TAB) 18P 


PLUG, CONNECTOR 4P 


SOCKET 21P 
SOCKET 21P 


PLUG, CONNECTOR 6P 


<DIODE> 


-719-106-23 
-719-106-23 
719-106-23 
719-106-23 
-719-106-23 
7 
7 


19-400-82 
19-106-44 
719-106-44 
8-719-106-44 
8-719-106-23 


8-719-106-23 


8- 
8- 
8- 
8- 
8- 
8- 
8- 
8- 


DIODE 
DIODE 
DIODE 
DIQDE 
DIODE 


DIODE 
DIODE 
DIODE 
DIODE 
DIODE 


RD7.5M-B2 
RD7.5M-B2 
RD7.5M-B2 
RD7.5M-B2 
RD7.5M-B2 


MA3100M 

RD9.1M-B2 
RD9.1M-B2 
RD9.1M-B2 
RD7.5M-B2 


DIODE RD7.5M-B2 


REMARK REF. NO. 


01419 
D1420 
D1501 
D1502 


D1503 
D1504 
D1505 
D1506 
D1507 


1€1401 
101402 
1€1501 


L1401 
L1402 


Q1401 
Q1402 
Q1403 
Q1404 


| 

1 

| 

! 

1 

' 

1 

| 

t 

| 

| 

| 

| 

1 

| 

\ 

1 

| 

| JW1413 
| JW1452 
; JW1453 
| JW1456 
| JW1457 
f 

| 

H 

i 

! 
| 

| 
4 

{ 

Hl 

' 

| 
| 

| 

| 

| 

| 

| 

| 

t 


JW1458 
JW1459 
JW1461 
JW1462 
JW1463 


JW1464 
R1401 
R1402 
R1403 
R1404 


R1405 
RL 407 
R1408 
R1409 
R1410 


Ri41t 
R1412 
R1413 
R1414 
Ri415 


R1416 
RI417 
R1418 
R1419 
R1420 


R1422 
R1423 
R1424 
R1425 
R1426 


—60— 


g- 400- 18 


fan Fie yee fae fas 
Ne) 
t 
co 
Lj 
PS 
| 
font 


DIODE RD7.5M-B2 
DIODE RD7.5M-B2 
DIODE MAI52WK 
DIODE MAL52WK 


DIODE MAI52WK 
DIODE MAL52WK 
DIODE 188226 

DIODE RD36M-B 
DIODE MA152WK 





<1C> 


8-752-032-27 
8-759-946-32 
8-759-942-16 


1C CXALI14P 
IC TEA2014A 
IC TEA2O31A 


<COIL> 


1-412-240-11 
1-412-240-11 


INDUCTOR, WIDE BAND 
INDUCTOR, WIDE BAND 


<TRANSISTOR> 


8-729-216-22 
8-729-216-22 
8-729-901-00 
8-729-901-00 


TRANSISTOR 2SA1162 
TRANSISTOR 2SA1162 
TRANSISTOR DTC124EK 
TRANSISTOR DTC124EK 


<RESISTOR> 


6295-00 


1-216-296-00 
1-216-023-00 
1-216-170-00 
1-216-089-00 
1-216-041-00 


3 

~216- -083- -00 
~216-041-00 
-216-083-00 
oe 041- ~00 
~216-113- 00 
-216-089-00 
-216-083-00 
-216- ~083- ~00 
-2 

2 

= 

~216~- -033- 00 
~216- ~049- “00 
=2 
a 
<2 
=2 


16- -049- -00 


METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 


METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 


METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 


METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 


METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 


METAL GLAZE 
METAL GLAZE 
CARBON 

METAL GLAZE 
METAL GLAZE 


METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 
METAL GLAZE 


ooooo eCOoO°Cco 


1/100 
1/10W 


1/100 
1/100 


1/108 
1/10 
1 /aw 
1/100 
1/100 


1/10 
1 /10W 
1/10W 
1/100 
1/100 


~ 


REMARK 


he components identified b 
hading and mark A are criti 


| KV-C2911D 
RM-673 





al for safety. 


eplace only with part numbe 
pecified. J 1 J 2 


REF.NO. PART NO. DESCRIPTION REMARK |REF.NO. PART NO. DESCRIPTION REMARK 








*1-629-783-21 J2 BOARD 


REEKEEKE 


R1427 1-216-049-00 METAL GLAZE 1K 54 1/10 
Ri428 1-216-113-00 METAL GLAZE 470K 5% 1/100 
R1429 1-216-113-00 METAL GLAZE 470K 5% 1/100 
R1430 1-216-172-00 METAL GLAZE 82 54 1/8W 


RL433 1-216-033-00 METAL GLAZE 220 5% 1/10W <CAPACITOR> 

R1434 1-249-393-11 CARBON 10 54 1/4W F C1401 1-126-105-11 ELECT 1000MF 20% 35V 
R1437 1-216-222-00 METAL GLAZE 10K 5% 1/8W C1402 1-126-105-11 ELECT 1O00MF 20% 35V 
R1440 1-216-045-00 METAL GLAZE 680 5% 1/100 

R144] 1-216-045-00 METAL GLAZE 680 5% 1/10 

R1442 1-216-089-00 METAL GLAZE 47K 5% 1/10 <CONNECTOR> 

R1443 6-089-00 METAL GLAZE 47K 5% 1/10 CNJ23_*1-564-893-11 PLUG, CONNECTOR 4P 


1-21 
R1444 1-216-033-00 METAL GLAZE 220 5% 1/10W CNJ242*1-564-893-11 PLUG, CONNECTOR 4P 
R1445 1-216-095-00 METAL GLAZE 82K 5% 1/100 

R1447 1-216-033-00 METAL GLAZE 220 5% 1/10 

R1448 1-216-033-00 METAL GLAZE 220 5% 1/10 <JACK> 
R1452 1-216-188-00 METAL GLAZE 390 5% 1/8W 31401 1-507-806-00 JACK IP 
R1453 1-216-188-00 METAL GLAZE 390 5% 1/8W 
R1454 i ie 180-00 METAL GLAZE 180 5% 1/80 

1-2} 


R1455 6-180-00 METAL GLAZE 180 5% 1/8W <RESISTOR> 











Z 

2 

2 

2 

2 

2 

2 

2 

2 

2 

; 
R1456 216-025-00 METAL GLAZE 100 5% 1/100 

R1401 1-247-708-11 CARBON 470 5% 1/4W 
R1457 1-216-075-00 METAL GLAZE 12K 54% 1/100 R1402 1-247-708-11 CARBON 470 5K 1/4W 
R1458 1-216-748-11 METAL GLAZE 39K 5% 1/100 R1403  1-216-431-11 METAL OXIDE 560 5% 1W 
R1459 1-216-022-00 METAL GLAZE 75 54 1/100 R1404 1-216-431-11 METAL OXIDE 560 5% 1W 
RI501 1-216-230-00 METAL GLAZE 22K 5% 1/8W 
R1502 1-216-232-00 METAL GLAZE 27K 5% 1/8W REAEAKEAATATARERERRE REAL ELE ELE EELS KER EE EL EKER EERE REL ELE REESE 
R1503 1-216-262-00 METAL GLAZE 470K 5% 1/8W MISCELLANEOUS 
R1504 1-216-234-00 METAL GLAZE 33K 5% 1/8W HREERELEETETE 
R1505 1-216-230-00 METAL GLAZE 22K 5% 1/8W 
R1506 1-216-262-00 METAL GLAZE 470K 5% 1/8W My 236-510-11 NETWORK, DIVIDING 
R1509 1-216-254-00 METAL GLAZE 220K 5% 1/8W a ae Bale oe i 
Ri510 1-216-216-00 METAL GLAZE 5.6K 5% 1/8W Me 452-032-00 MAGNET, DISK; 10MM ¢ 
RI511 1-216-198-00 METAL GLAZE 1K 5% 1/8W 1-452-094-00 MAGNET, ROTATABLE DISK; 15MM ¢ 
R1512 1-216-222-00 METAL GLAZE 10K 5% 1/8W 
R1513 1-216-240-00 METAL GLAZE 56K 5% 1/8W “Ks 15452-50924) NECK ASSY, PECTURE TUBE: (NA=308) 
R1514 1-216-198-00 METAL GLAZE 1K 5% 1/8W 1-466-141-11 KEY BOARD, FLAT PANEL 
1-544-146-11 SPEAKER 

R1515 1-216-266-00 METAL GLAZE 680K 5% 1/8W  1-544-147-11 SPEAKER 
R1516 1-216-228-00 METAL GLAZE 18K 5% 1/8W AN. 1-559-346-12,° CORD, POWER (WITH paossecsidesiisiseiatio 
R1517 1-216-184-00 METAL GLAZE 270 5% 1/8W 
R1518 1-216-222-00 METAL GLAZE 10K 5% 1/8W 
R1519 1-216-250-00 METAL GLAZE 150K 5% 1/8W 
R1520 1-216-262-00 METAL GLAZE 470K 5% 1/8W 
RI521 1-216-214-00 METAL GLAZE 4.7K 5% 1/8¥ 
R1522 1-216-296-00 METAL GLAZE 0 5% 1/8W 
R1556 1-216-216-00 METAL GLAZE 5.6K 5% 1/8W ACCESSORIES AND PACKING MATERIALS 
R1558 1-216-296-00 METAL GLAZE 0 54 1/8W HEKEEAREESEAERTE RASA TEASE AEEAE ESS 


PART NO. DESCRIPTION REMARK 


<VARIABLE RESISTOR> 


RVI501 1-238-023-11 RES, ADJ, CARBON 470K 
RV1502 1-228-994-00 RES, ADJ, CARBON 10K 
RVI503 1-238-017-11 RES, ADJ, CARBON 22K 
RVI504 1-238-012-11 RES, ADJ, CARBON 1K 
RV1505 1-238-023-11 RES, ADJ, CARBON 470K 


RV1506 1-238-017-11 RES, ADJ, CARBON 22K 
RVI507 1-238-009-11 RES, ADJ, CARBON 220 
RV1508 1-238-016-11 RES, ADJ, CARBON 10K 
RV1509 1-238-023-11 RES, ADJ, CARBON 470K 


A-1470-844-A COMMANDER ASSY (RM-673) 
3-750-214-11 MANUAL, INSTRUCTION 
#4-380-432-01 BAG, PROTECTION 
*4-394-318-01 INDIVIDUAL CARTON 
*4-394-321-01 CUSHION (LOWER) 


*4~394-322-01 CUSHION (UPPER) (ASSY) 


<SWITCH> 
$1401 1-570-145-11 SWITCH, SLIDE 


EXERT HEKALET TELAT ESSER ELK EKLE SER ELELELEELERT ELE SETTLE TERE 


—61— 


<V-C2911D 
RM-673 


English 

i 89DU0541-1 

Sony Corporation Printed in Japan 

9-964-303-01 TV Group © 1989.4