2806XH TOSHIBA | Alldatasheet

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FILE NO. 050-365 a nose e =| [Ill ua ee a ee i) i ES nian a ER ee mia ae Al) te SCE AEE CN Mime Eee SAM UHM MILA IRE a a == |G : Le Le | Se ER = Cy | Ca _—— SPECIFICATIONS Input Power Rating: 143 watts (nominal), AC 110~245 volts, 50 / 60 Hz Aerial Input impedance: 75 ohm unbalanced type VHF and UHF Receiving Channels: PALB/G,SECAMB/G system VHF channels sesnesaenves channels 2 to 12 UHF channels - channels 21 to 69 PALO / K, SECAMD/ K, K1 system VHF channels = .. channels 1 to 12 UHF channels .... seve - channels 21 to 69 PALI system NTSC standard (US M, JAPAN M) system UHF channels ssasnmsnroes essanens woesenesen channels 1atg 78/1310 62 CATV BAND X~Z(S1 ~S3) U1 ~ U10 (S11 ~ $20) AG~A-1 J~w Sound |-F carrier frequency yontevenannas seovennsnnssessoens weweee 33.5 / 32.5 / 32.0/ 31.5 MHZ Picture Tube: 28 inches, AG6KHP96X (66 cm measured on diagonal of viewable picture area), 110° Deflection Sound Output: Main: 7.0 watts x 2 Speakers: Main: 70 mm x 130 mm 2 pes Width o 770mm Depth 529mm Weight: 37.5kg Features: Clearness tube, VIDEO and AUDIO input / output terminais, S-VIDEO input terminals, Surround audio system, Off timer, Remote Control Specifications are subject to change without notice. Printed in Japan Nov. 1990 So)

WARNING: BEFORE SERVICING THIS CHASSIS, READ THE “X-RAY RADIATION PRECAUTION" , "SAFETY PRECAUTION" AND “PRODUCT SAFETY NOTICE” DESCRIBED BELOW. X-RAY RADIATION PRECAUTION 1. Excessive high voltage can produce potentially 2. The only source of X-RAY RADIATION in this TV hazardous X-RAY RADIATION. To avoid such receiver is the picture tube. For continued X-RAY hazards, the high voltage must not be above the RADIATION protection, the replacement tube must specified limit. The nominal value of the high be exactly the same type tube as specified in the voltage of this receiver is 30.4kV at zero beam parts list. current (minimum brightness) under 110 ~ 245V 3. Some parts in this receiver have special safety- AC power source. The high voltage must not, related characteristics for X-RAY RADIATION under any circumstances, exceed 32kV. protection. For continued safety, parts replacement Each time a receiver requires servicing, the high should be undertaken only after referring to the voltage should be checked following the HIGH PRODUCT SAFETY NOTICE below. VOLTAGE CHECK procedure in this manual. It is recommended the reading of the high voltage be recorded as a part of the service record. It is . important to use an accurate and reliable high voltage meter SAFETY PRECAUTION 1. Potentials as high as 27kV are present when this receiver is operating. Operation of the receiver outside the cabinet or with back board removed involves a shock hazard from the receiver. 1. Servicing should not be attempted by anyone who is not thoroughly familiar with the precautions necessary when working on high-voltage equipment 2. Alway discharge the picture tube anode to the receiver chassis to keep olf the shock hazard belore removing the anode cap 3. Perlectly discharge the high potential of the picture tube before handling the tube. The picture tube is highly evacuated and if broken, glass fragments will be violently expelled 2. If any Fuse in this TV receiver is blown, replace it with the Fuse specified in the chassis parts list. 3. When replacing parts or circuit boards. wind the lead wires around terminals before soldering. 4. When replacing a high wattage resistor (oxide metal film resistor) in circuit board, keep the resistor 10mm away from circuit board. 5. Keep wires away from high voltage or high temperature components. G. This receiver can be operated under AC 110 ~ 245 volts, 50/60Hz. NEVER connect to DC supply or any other power. PRODUCT SAFETY NOTICE Many electrical and mechanical parts in this chassis have special safety-related characteristics. These characteristics are often passed unnoticed by a visual inspection and the X-RAY RADIATION protection afforded by them cannot necessarily be obtained by using replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified in this manual and its supplements, electrical components having such features are identified by the international hazard symbols on the schematic diagram and the parts list. Belore replacing any of these components, read the parts list in this manual carefully. The use of substitute replacement parts which do not have the same safety characteristics as specified in the parts list may create X-RAY RADIATION -2-

mi FRONT CHANNEL POSITION INDICATION iS RS COLOUR SYSTEM INDICATION Bed 29 | Bee ANALOGUE INDICATION (UP/DOWN-15 STEPS) Eee co @COLOUR 4: VOLUME ce Be OFF TIMER INDICATOR (Green) pee | HH - _—_lL_____. | Bea SURROUND INDICATOR (Yellow) pee | a a POWER INDICATOR (Red) es a Bs MAIN ON/OFF SWITCH ———— PUSH HERE TO OPEN THE D00R O R& is] [_—— > Om ee eg Of0od Mi BACK : UU ,

5 S 3 5

Vow . _ @ 1 | TT 8 a ® | ® Gorn cr Hit: B = i Siting || Cee | ES) ihc SSeeeh . (ae NS et) ® ns Hes igi © I Si +o @ 2, 25 |Get BT SAC a | ® fo ehh © LL a O_O Osl~ 9% 6° até & ‘ rer) | ST i b ole = hood wed | | VIDEO INPUT TV OUTPUT S-VIDEO INPUT SOCKET EXTERNAL SPEAKER TERMINAL AERIAL SOCKET SURROUND SPEAKER SW -3-

ME WHEN USING REMOTE CONTROL HAND UNIT es RECEIVING POSITION ¢ W@ SET UP SYSTEM NO. Press the switch: Indicator lamp will be lit and the TV setis —— = ready for viewing. fe tM : To tur off the TV: Press the button again. L pat | A * Once the MAIN ON/OFF switch is turned on, you can |e fe remote-control the TV set. Hh f © Ifthe TV turned off by pressing the MAIN ON/OFF switch on Reg BS the TV set, it will be turned “on” by pressing the MAIN |ieg Bs [1] The TV set is turned on and off by pressing the ON/OFF a E button ®. ft tt Also it is turned “on” directly by pressing a POSITION button — Red square Press the button: The TV set will be turned “on” and the ® picture of previously viewed the channel is S seen. To turn off the TV: Press the button again [2] channel is tuned by pressing the CHANNEL buttons (0). Cal The picture will be changed over, and you will have the position No. displayed on the screen for a few seconds. * When position No. is in 2 digits (10 to 29), stay pressing 1- or 2- buttons and press the button of the last number. © Channel change can be performed by CHANNEL buttons ©) as well. ]__ from 0 to 29. t H from 29 to 0. t : Sound volume is adjusted by VOLUME buttons ©. ----~ Sound becomes larger ot a Red square shifts rightwards, and the sound becomes larger. = | -t----T-- cis 1 p> Sound becomes smaller _4,__---..| Red square shifts letwards, and the sound becomes smaller. Notes: * In operating the Remote Control Hand Unit, direct it toward the receiving section of the receiver. + Even if power is turned off by pressing the POWER button on the Remote Control Hand Unit, a trace of electric current stays flowing in the TV set. If television is not viewed for a long time, turn off the MAIN ON/OFF switch. When going out, take out the power plug from the wall outlet. -4-

——— @ PICTURE CONTROL (CONTRAST, BRIGHTNESS, COLOUR, TINT) To adjust picture for your preference, first select a function by the PICTURE button @), then adjust the level by the LEVEL buttons (). PICTURE CONTROL INDICATION Press Pres Press the PICTURE button @ to select a TCONTRASTY TORIGHTNESS) . function to be adjusted among CONTRAST, BRIGHTNESS, COLOUR, TINT. One pressing xs below. (TINT) (coLoury * LEVEL ADJUSTMENT 1. After the function selection above, immediately (within 4 seconds) press the 4 (+) or ¥ (-) button of LEVEL buttons ©. Press continuously to shift the level to the next step, and release the button at your preferred picture. The LEVEL buttons are effective only during the selected function is displayed. 2. Above display will disappear if no additional pressing of CONTROL or LEVEL ( 4/ ¥ ) button is done within 4 seconds. 3. The last adjusted value will be stored into memory when LEVEL ( 4/ ¥ ) button is released. 4. The RESET ( ~C— ) button © resets the level corresponding to picture control function (CONTRAST, BRIGHTNESS, COLOUR and TINT) to the value which is previously programmed by customers. In order to program the reset value, press the MEMORY ( © ) button @ after adjusting each function. 5. Adjustment steps and indication: Each function can be adjusted with 64 steps and its approx. adjusted value is displayed with 15 steps. CONTROL DOWN ¥ Button CONTROL UP & Button CONTRAST BSuvnoe [BRIGHTNESS] ark Tight Button [cocouR [Pale Peep TINT ™@ SOUND CONTROL (BASS, TREBLE, BALANCE) To adjust sound for your preference, first select a function by the SOUND button @), then adjust the level by the LEVEL buttons @ . SOUND CONTROL INDICATION * FUNCTION SELECT prow Pres Press the SOUND button © to select a [oo cgeensses] [iad ccctsosssee function to be adjusted among BASS, TRE- BLE and BALANCE. One pressing shifts the function to the next ee, one as shown below. © LEVEL ADJUSTMENT (SALANCED 1. After the function selection above, immediately (within 4 seconds) press the 4 (+) or ¥ (-) button of LEVEL buttons ©. Press continuously to shift the level to the next step, and release the button at your preferred sound. The LEVEL buttons are effective only during the selected function is displayed. 2. Above display will disappear if no additional pressing of CONTROL or LEVEL ( 4/ ¥ ) button is done within 4 seconds. 3. The last adjusted value will be stored into memory when LEVEL ( / ¥ ) button is released. 4, Adjustment steps and indication: Each function can be adjusted with 64 steps and its adjusted approx. value is displayed with 15 steps. CONTROL DOWN ¥ Button CONTROL UP & Button SOUND | SASS CONTROL | TREBLE High tones are weakened High tones are enhanced Button BALANCE Lowers sound from the right speaker | Lowers sound from the left speaker -5-

  • The display and erasure will alternate each time the CALL button © is pressed. Channel number ~ Video * Is displayed in position Nos. from 0 to 29. * In video mode, display is made either The receiving system at the time is also by 1 displayed. The receiving system at the time is also displayed. PAL PAL WM MUTE * The sound mute and restoration will alternate each time the MUTE button ® is pressed. ™ This feature is useful: During phone call. Be silent! When receiving a visitor. & . —- te eal lO 2 eae * The muting will be cancelled by pressing either POWER, CHANNEL, VOLUME, VIDEO, SURROUND LEVEL, SEARCH, ASM or SYSTEM button. . 7 @ TV/VIDEO SW - © Each time the video button @ is pressed, selection will be changed over in sequence. * The VIDEO button on the TV set operates in the same way. * If you press the CHANNEL button (0 to 29), the channel is changed over to the selected one. @ SIMPLIFIED SURROUND Press the SURROUND button @. The effect of spreading sound is turned on by pressing this button. wi SURROUND OFF SURROUND ON -6-

@ OFF TIMER This feature allows you to set the TV to turn off automatically after elaspe of a time which you can reserve in 4 patterns: after 30, 60, 90 and 120 minutes. Example Set to OFF 60 1 Press the OFF TIMER button ©. 2 Press the TIME SELECT button ©. o NOTE: If the power is turned off, the setting will be cancelled, To change the time reservation. Press the OFF TIMER button @, and then press the TIME SELECT button © to set the time to which the change has been made. To cancel the reservation. Press the OFF TIMER button © , and then press the RESET button ©. If you want to know the time remaining. Press the OFF TIMER button © to have the remaining time displayed on the screen. Mi V/U SEARCH For example: The channel! 3 on the position 3 (1) Select the position 3 with the DIRECT POSITION buttons © on the remote hand unit or the CHANNEL UP/DOWN buttons @ on the TV. (2) Press together the “F* © and “V" buttons () on the remote hand unit. Search begins on the channel 3. (3) Press repeatedly the “F” © and “V" buttons © until the desired position 3 is received on the screen. (4) When you desire to memorize the UHF channels, in the above procedure, press the “F* ) and “U" buttons © together. (5) During the search operation, “>>>” is indicated with flickering in 0.2 seconds interval. When the search reaches to the lowest frequency of TV VHF/UHF band, the search stops and *>>* will be indicated continuously (not flickering). In this case, press the “F* © and “V" buttons © or the “F* © and “U buttons © again to restart the search operation. -7-

Mi CONTROLLING THE TV SET PROPER * Incase the Remote Control Hand Unit is not near at hand, or batteries have been used up, you can control the TV on the receiver proper. El The TV set is turned on and off by operating the MAIN ON/OFF switch. Press it: The TV set is turned on. To turn off: Press the switch again. Note: When the TV set is not turned on with the MAIN ON/OFF switch pressed, press the VOLUME but- RECEIVING POSITION tons @ or the CHANNEL buttons @. SYSTEM NO. i EA channel is tuned by the CHANNEL buttons ray — a] (behind the door) a — p--- Change will take place in the direction from 0 to 29. \\ Kd &--~~-~ Change will take place in the direction from 29 to 0. RY A wooea rescore sc ces esses es Red square E] sound volume is adjusted by VOLUME buttons (behind the door) r-->---> Sound becomes larger yh The sound becomes larger, with the red square on the screen shifting rightwards. E al r~ Sound becomes smaller 1—4 | The sound becomes smaller, with the red square on the screen shifting leftwards. @ FINE TUNING If the receiving condition in your area is poor, the detuning adjustment may be recommended for better viewing with the FINE TUNING button. Note: In the fine tuning mode, receiving picture may deviate slightly, because the automatic frequency control is deactivated. At that time, readjust the fine tuning to correct the deviation. (1) Press the MFT (Manual Fine Tuning) button @ on the TV. ~ 000 * is indicated under the position number display. (2) Press the VOLUME UP/DOWN buttons @) © to adjust the picture for better one. (3) The fine tuning mode is released with the POSITION button, TV/VIDEO button or POWER ON/OFF button pressed. -8-

a Mi TO MEMORIZE ALL CHANNELS IN SEQUENCE AUTOMATICALLY ASM: Free position Auto Search Memory For example, to memorize channels from the position 1 automatically: 1. Select the position 1 with the DIRECT POSITION buttons © on remote hand unit or the CHANNEL UP/DOWN buttons © @ on TV receiver. 2. Press once the AUTO SEARCH MEMORY button © on the TV, and all active channels (stations) in your area are automatically memorized on the positions from smaller number to larger one in sequence. During the operation of AUTO SEARCH MEMORY, “>>” are indicated with flickering in 0.2 seconds interval. 7 7 7 ea 3. After all channels are memorized, the search goes to the position 20 and returns to the position 1 to end the operation. 4. When you desire to memorize the same contents to the position 21 and larger, select the position 21 and press the AUTO SEARCH MEMORY button @) again. After the channels are memorized, the search goes to the position 29 and returns to the position 21 to end the operation. This TV receiver can memorize 30 channels of station on the desired position number, 3 ways of channel memorization are prepared; namely ASM, U/V SEARCH and MFT. i SOUND SELECT When disturbance occurs in reception of sound multi broadcast (NICAM SYSTEM), SOUND SELECT SW shall be set to S1 or S2 side. HoWwever the other system shall be set to AUTO side. W@ RECEIVING SYSTEM © AUTO All signals of 28 systems can be received. © PAL PAL Signal can be received. © SECAM — SECAM Signal can be received. SYSTEM SWITCH @ OPERATION # 443NTSC Signal from VCR on 4.43NTSC can be received. * 3258NTSC 3.S58NTSC signal can be received. U.S. CHANNEL, AUTO — - - - UTO PAL SECAM 443NTSC S358NTSC JAPAN CHANNEL (PHILIPPINES, KOREA) Note: ~ 7 Colour system indication is displayed in green when the This TV receiver can receive 28 systems. TVis switched on automatic mode and in cyanic when switched on manual mode. ll COUNTERMEASURES AGAINST MALFUNCTION IN FRINGE AREA 1, In Case Abnormal Signals Were Memorized by Auto Search If you mind this, reset the memory by MFT @) (Manual Example: Fine Tuning) from the position after the one where the (1) In the case of receiving successive channels. abnormal signals were memorized. (2) In using video tape reproduced repeatedly. 2. System Selection When System Malfunction Occurs (3) When receiving different systems in the vicinity of . border where receiving conditions are bad. System malfunction may occur in AUTO made when (4) in the area where strong and weak electric fields are unfavourable receiving conditions prevail. In this event, mixed in the channels. use manual mode which matches the system of receiv- ing signals. ~9-

CONNECTION (VCR) fi] TO CONNECT VCR FOR PICTURE RECORDING AND PLAY-BACK HOW TO CONNECT VCR (Terminal on TV back) ty VIOEO —AUDIO. erry ] To TV foo. TY OUT GQ) © O® {SS bes ees =| © (aweee —— MAP PQ. wer Lt] ir) twee PS Pr-Wen-Et SY RI, Ww) fee es a@eaeags ayyye | meee 2 8 2 UU US zg z ! 3 g 2 5 ' 3 | 2 2 i 2 ° fs VCR PROVIDED WITH S-VIDEO | t ' TERMINAL @y2 Cs ! I € ! s 1 I | 3 fas 3 | . SR) (L) E_ a a H Zin)! lw) BRS =e (RY Aw)

3 Be Bs

° n r 2 HOW TO USE When playing back

1 Select the TV program to be recorded on | 1 Get into “VIDEO" mode by pressing VIDEO

the side of VCR to put it in the recording button on the TV set. position. 2 Set VCR in the play-back position. . 2 To monitor the recording condition, put Note: To view a TV program after play- the TV set in "VIDEO" mode by pressing back, put it in the “TV" position by VIDEO button on the TV. ° ____ pressing the TV/VIDEO button.

1 Set the VCR in the recording position by taking the steps as mentioned in the above “When

recording.” 2 Press the TV/VIDEO SELECTION button of VCR to put it into “TV" mode. 3 You may view TV program as you like by pressing CHANNEL button of the TV. NOTE: * Be sure to read the “Operation Manual” of the VCR you use as well. * It is operable also with the video input terminal. © When viewing TV program with the connection exemplified above (connection through VCR to antenna lead-in), turn off the power of VCR or press TV/VIDEO button to get into the “TV” mode. * S-video terminal is a separate TC signal terminal. * Do not use the video terminal concurrently with the S-video input terminal. Use audio terminal of the video mode terminals. -10-

o cee ear eon peeemmeneeenalaanbnide nan nn ocean (Stereo & Video Camera) RRS A) ny ( [Z] WHEN CONNECTING STEREO UNIT ~ Example: When using TV output terminal * Sound volume is controlled in the side of stereo unit. (Useful when recording.) (Terminal on TV back) ‘VIDEO ——AUDIO. neler] sa | o | ii Be © Orr © at © COMO MM OSI Stereo unit (@Q)—_ eas 4] t © any () fd fg (U) mM yom (RA ail) 1 . inal (Ft lev) ( ‘0 external input terminal Tito TV output (sound) HOW TO USE [1] Mute the sound of TV speaker. [2] sound volume should be adjusted in the stereo side. NOTE: . * To avoid machine trouble, never use a set of speakers commonly for TV and stereo unit. * Please read the “Operation Manual” of the stereo unit you use as well. [3] IF VIDEO CAMERA IS CONNECTED FOR PLAY-BACK (Terminal on TV back) SS ‘VIOEO ——AUDIO- SFT a Sos a ©® br out CG => Oo O Cf CENTS Nia aot COMO MOOS ae, i (Qed je! (aoe (CEN Henn snd Video Camera | To video output ful To audio output (Yellow) fa fal (White) (Yellow) J (White) (VIDEO) Ff J (MONO) To video input To audio input HOW TO USE When playing back [1] Press VIDEO button of either TV or Remote Control Hand Unit to put the set in “VIDEO” mode. [2] set the VCR in the play-back position. NOTE: * In case audio output of the VCR is monaural, connect to Left/Mono terminal. © If a speaker is place on the TV, unevenness of colour may result. In this event, put it away from the TV set. aie

EXTERNAL EQUIPMENT CONNECTION (EXTERNAL SPEAKERS) —— Eee [4] CONNECTING EXTERNAL SPEAKERS : Before connecting the external speakers, turn the TV set off. ‘ Right speaker TE Left speaker L , in E im |, lil | PPS ES ig EXT SPK (82) os) pall: . int Lext (4) CEN 4) A (oat t i VAN A t HDD SPEAKER UMW WN SELECT SWITCH (Ss - ; SS { (4] Connect speaker leads (2] Set the SPEAKER SELECT While pressing the button, in- Switch SIS sert the wire into the hole, then ig AS release the button. ‘ae ext et Pull firmly on the connection ew om . <7 ix) DCMI] to make sure it is secure. CRESS == Make sure connection of the Switch it to “EXT” side (right).

7 Ss Wire is proper (RL and @) The built-in speaker sound ‘is

_ Or disconnected. * Do not connect two sound sources to the same speaker system. This may damage the TV. See the right figure. _. Ns 4! © Use only external speakers with an impedance i ———— 05 ‘rating of 8 ohms and input power 7 watts or more. Fa 5 Nee ; =F | t ——— f -12-

[5] USE OF HEADPHONE For private listening, connect a headphone (optional) to the HEADPHONE jack. The sound from the speakers will be cut off automatically. (Behind the door) ~ Om coo a oom sf gogo V/A HEADPHONE WA 3.5mm 4 stereo mini-type (©) +— If the plug of your headphone is a stereo (6.3mm) phone-type plug, use optional plug adaptor. An earphone can also be connected to listen to the monaural (left channel) sound. © SOS; (6] OPTIONAL ACCESSORIES OPTIONAL ACCESSORIES ARE AVAILABLE FOR VARIOUS COMBINATION OF ENTERNAL EQUIPMENT CONNECTIONS. * When connecting video/audio equipment to this TV set, you can choose the optional parts as shown below. CONNECTING CORD Pin plug (2) Pin plug (2) (stereo) Pin plug (2) Pin plug (2) (monaural) eee Pin plug (3)-————— Pin plug (3) For vidoe/audio (stereo) -13-

WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "X-RAY RADIATION PRECAUTION", “SAFETY PRECAUTION” AND “PRODUCT SAFETY NOTICE” ON PAGE 2 OF THIS MANUAL. INSTALLATION AND SERVICE ADJUSTMENTS GENERAL INFORMATION HIGH VOLTAGE CHECK All adjustments are thoroughly checked and CAUTION: There is no HIGH VOLTAGE ADJUSTMENT corrected when the receiver leaves the factory. on this chassis. Therefore the receiver should operate normally and 1. Connect an accurate high voltage meter to the Produce proper colour and B/W pictures upon second anode of the picture tube. installation. However, several minor adjustments may 2. Turn on the receiver. Set the BRIGHTNESS and be required depending on the particular location in - CONTRAST Controls to minimum (zero beam which the receiver is operated. current). This receiver is shipped completely in cardboard 3. High voltage will be measured below 32kV. carton. Carefully draw out the receiver from the carton 4. Rotate the BRIGHTNESS Control to both extremes to and remove all packing materials. Plug the power cord be sure the high voltage does not exceed the limit of into a convenient 110 ~ 245 volts SO/60Hz AC two pin 32kV under any conditions. power outlet Turn the receiver ON and adjust the FINE TUNING HEIGHT ADJUSTMENT for best picture detail with the AFC turned OFF. HEIGHT Control (R351) on Back Terminal Board Check and adjust all the customer controls such as changes the size of the picture or pattern, having an BRIGHTNESS, CONTRAST and COLOUR Controls to equal effect on the top and bottom. Make final obtain natural colour or B/W picture. adjustment to overscan the mask 2 cm at top and AUTOMATIC DEGAUSSING Bottom. A degaussing coil is mounted around the picture FOCUS ADJUSTMENT tube so that external degaussing after moving the Adjust FOCUS Control on FLYBACK TRANS.(T461) receiver is normally unnecessary, providing the for well defined scanning lines in the centre area on the receiver is properly degaussed upon installation. The screen. degaussing coil operates for about 1 second after the power to the receiver is switched ON. If the set is HORIZONTAL CENTER ADJUSTMENT moved or faced in a different direction, the power switch must be switched off at least one hour in order 1. Receive the WG PHILIPS pattern that the automatic degaussing circuit operates 2. Set the contrast and colour to minimum, and the properly. brightness to maximum. Should the chassis or parts of the cabinet become 3. Adjust H. CENTER Control (R451) so the pattern magnetized to cause poor colour purity, use an center can be located at the screen center. external degaussing coil Slowly move the degaussin coll around the faceplate of tne picture tube, the sides “PICTURE WIDTH AND DISTORTION ADJUSTMENT and front of the receiver and slowly withdraw the coil (Width, Pincusion Distortion, Trapezoid Distortion) to a distance of about 2 m before disconnecting it 1, Perform this adjustment after +B and H. CENTER from AC source If colour shading still persists, adjustment are completed. perform the COLOUR PURITY ADJUST-MENT and 2. Receive the WG PHILIPS pattern. CONVERGENCE ADJUSTMENTS procedures, as 3. Set the contrast and colour to minimum, and the mentioned later. brightness to maximum. 4. Adjust H. WIDTH Control (ROSO) for the horizontal +145 VOLT POWER SUPPLY ADJUSTMENT (R851) width so that the white flags on left and right of the . . pattern are just hidden. CAUTION: +B voltage closely relates to the high 5. Adjust DPC Control (RDS!) to correct the vertical line To prevent hazardous X-RAY RADIATION, the +8 on left and right straight. voltage must be properly adjusted to +145 volts, 6. Readjust WIDTH Control (RDS0) for the precision. 1. Tune in an active channel. Adjust the BRIGHTNESS and CONTRAST Controls for normal picture. : 2. Check that the AC power Line voltage is normal. (AC 220 volts, 50 Hz) 3. Connect a VTVM between L805 on POWER Board and chassis ground. 4. Adjust the +8 ADJ. (R851) on POWER Board for +145 volts reading. Remove the VTVM. -14-

  1. Receive SECAM colour bar signal. | 1, Tune in the colour programme PAL Philips pattern.
  2. corre the synchroscope to the terminal Pin 2 of 2. Set the COLOUR Control VR. to obtain the proper
  3. Adjust LMO1 for the flat level of amplitude in each 3. If .

colour bar waveform on the scope. (See figure 1.) venetian Blind would appear in the colour bars area. Blanking Ry Blanking BY The case needs the adjustment.

  1. At the first, adjust OL PHASE ADJ. Coil (L551) to

| TA a a TT minimize the Venetian Blind. cyan minimize the Blind again. Figure 1. and L551 until the Blind does not appear when the IDENT COIL (LM04) ADJUSTMENT capacitor is connected.

  1. Receive SECAM colour bar signal.
  2. Connect the OC voltmeter (Digital Voltmeter) to the SIF DET. ADJUSTMENT L674 FOR 6.0MHz

pin 23 of ICS01. : 1. Supply + 12V to the System Switch Board.

  1. Adjust LM04 for the maximum indication (approx. 2. Connect 10k ohm resistor between pin 18 of IC670

DC10V) on the meter. and ground.

  1. Connect the 6.0MHz signal (Modulation: 400H2/15kHz
  2. Receive SECAM colour bar signal. through a capacitor 0.01 uF.
  3. Connect the synchroscope to the pin 62 of ICS01. 5. Adjust L674 for the maximum reading on the meter.
  4. Adjust LMQ2 so that the white level in picture part

reaches to the vertical retrace line. (See figure 2.) C651 FOR 4.5MHz .

  1. Then change the connection of synchroscope from 1. Supply +12V to the System Switch Board.
  2. Adjust LMO3 so that the white level in picture part IC670.

1C670 through a capacitor 0.01 uF.

  1. Connect the milivoltmeter to pin 9 of IC674.

+20~50 mv 1. Supply +12V to the System SW. Board.

  1. Connect oscilloscope to pin 9 of IC674.
  2. Adjust L672 so that the response on oscilloscope can

H. ch 1. Supply +12V to the SYSTEM SW. Board.

  1. Apply the 5.5MHz signal (No modulation, 100dBx) of
  2. Connect oscilloscope or OC voltmeter to pin 18 of
  3. Adjust L671 so that the response on oscilloscope or

OC voltmeter can become +4.5V.

COLOUR PURITY ADJUSTMENT SUB-BRIGHTNESS ADJUSTMENT Note : Before attempting any purity adjustments, the 1. Tune in a colour programme, receiver should be operated for at least fifteen 2. Set the CONTRAST Control to the maximum and the minutes. Purity adjustment requires Rubber BRIGHTNESS Control to the centre. Wedge kit. - 3. Set the COLOUR Control to the centre. 1. Demagnetize the picture tube and cabinet using a 4. Set the SUB-BRIGHT. Control (R255) to the centre and degaussing coil. leave the receiver for five minutes in this state. 2. Turn the CONTRAST and BRIGHTNESS Controls to 5. Watching the picture well, adjust the SU8-BRIGHT. maximum. Control in the position where the picture does not show 3. Adjust REO and BLUE CUT OFF controls (R557 and evidence of blooming in high bright area and not RSS9) to provide only a green raster. Advance the appear too dark in low bright portion. GREEN CUT OFF control (R558) if necessary. 6. Check the proper picture variation by rotating the ‘ 9 4. Loosen the clamp screw holding the yoke, and slide CONTRAST and BRIGHTNESS Controls to both the yoke backward or forward to provide vertical green extremes. belt (zone) in the picture screen. 7. If the picture does not appear dark with the CONTRAST 5. Remove the Rubber Wedges. and BRIGHTNESS Controls turned to the minimum, or 6. Rotate and spread the tabs of the purity magnet (See not appear bright with the controls turned to the figure 5) around the neck of the picture tube until a maximum, adjust the SUB-BRIGHT. Contro! again for green belt is obtained in the centre of the screen. And the acceptable picture. at the same time, centre the raster vertically by 7 adlusting the magnet ack / CONVERGENCE ADJUSTMENTS love the yoke slowly forward or backward until 2 Note : Before attempting any convergence adj : justments, uniform green screen is obtained. Tighten the clamp the receiver should be operated for at least fifteen minutes. 8. Check the purity of the red and blue raster by . adjusting the CUT OFF Controls. m Centre Convergence Adjustment 9. Tighten the clamp screw of the yoke temporarily. 1. Receive crosshatch pattern with a colour bar signal 10. Obtain a white raster; referring to “CRT GREY SCALE jenerator. ADJUSTMENT". "9 2, Adjust the BRIGHTNESS and CONTRAST Controls for 11. Proceed with convergence adjustment. well defined pattern. 3. Adjust two tabs of the 4-Pole Magnets to change the CRT GREY SCALE ADJUSTMENT angle between them (See figure 5.) and superimpose 1. Tune in an active channel red and blue vertical lines in the centre area of the " . picture screen. (See figure 6.) a Tu ne SCREEN Control (on 1461) fully counter 4 Turn the both labs at the same time keeping the 2 constant angie to superimpose red and blue horizontal 3. Set the REO, GREEN and BLUE CUT OFF Controls fines at the centre of the screen. (See figure 6)” 4 ss? RESB. A559) io. the mid position. Is (R252, 5: Adjust two tabs of 6-Pole Magnets to superimpose ” Roba) to the wid coation ‘ontrols (R252, red/blue line and green one. Adjusting the angle affects 8. Sethe SERVICE SW. (S202) in tho H. line positon the vertical lines and rotating both magnets alfects the 6. Set the CONTRAST, COLOUR Controls to minimum Repeat adjustments 3. 4, 5 with understanding red, and BRIGHTNESS Control to centre position. 4 green and blue movement, because 4-Pole Magnets 7. Rotate the SCREEN Control gradually clockwise until 7 i te th " and 6-Pole Magnets have mutual affection and it makes the first line appears slightly on the screen. dots movement complex Then turn fully counterclockwise the two CUT OFF - ‘ontrols corresponding to the colours of the first and i the second horizontal Res to eliminate the lines. ™ Circumference Convergence Adjustment 8. Rotate the SCREEN Control gradually clockwise until 1. Loosen the clamping screw of deflection yoke to allow the first horizontal line of a colour (RED, GREEN or the yoke to tilt. . BLUE) appears slightly on the screen. 2. Put a wedge as shown in figure 4. temporalily. (Do not Set the SCREEN Control to this position. remove cover paper on adhesive part of the wedge.) At the base of the colour, rotate the remaining two 3. Tilt front of the deflection yoke up or down to obtain CUT OFF Controls gradually clockwise until the better convergence in circumference. (See figure 6.) horizontal lines of each colour appear sightly on the Push the mounted wedge into the space between screen. picture tube and yoke to fix the yoke temporarily. 9. Adjust the CUT OFF Controls to obtain the slightly 4. Put other wedge into bottom space and remove the lighted horizontal lines in the same levels of three cover paper to stick, . colours (RED, GREEN and BLUE). 5. Tilt front of the yoke right or left to obtain better The lines may look like white if the CUT OFF Controls convergence in circumference. (See figure 6.) are adjusted properly. 6. Keep the yoke position and put another wedge in either 10. Return the SERVICE SW. (S202) in the Receiving upper space. Remove cover paper and stick the wedge position. ‘on picture tube to fix the yoke. a 11. Set the BRIGHTNESS Control to the maximum and 7. Detach the temporarily mounted wedge and put it in COLOUR control to the minimum. another upper space. Stick it on picture tube to fix the 12. Adjust the BLUE and GREEN DRIVE Controls (R252/ yoke. R253) to obtain proper white-balanced picture in high 8. Alter fixing three wedges, recheck overall conver- light areas. gence. Tighten the screw firmly to fix the yoke and 13. Set the BRIGHTNESS and CONTRAST Controls to check the yoke is firm. obtain dark grey raster. Then check the white balance 9. Stick 3 adhesive tapes on wedges. in low brightness. If the white balance is not proper, retouch the CUT OFF Controls and DRIVE Controls to obtain a good white balance in both low and high light areas. -16-

3 CONVERGENCE

Figure 4. _. Figure 5. : Figure 6. Dot Movement Pattern.

CABINET REPLACEMENT PARTS LIST A201 A401 1 Races: RE qc" S o— a Bs SSS) OTT TANT TFA TTT THT | | ae DS Bese ESS Qonsssid ID) Fe) i Heelt B = —, mith meee wwe) | ESS | OB a ra rs | oie) PIS a TT SS Sas A902 A903 A909 (Behind door) No. A201 23418904 Front Cover A401 23424155 Back Cover A701 23523802 Carton Box A702 (23934151 Packing A703 23941794 Sheet A705 23931746 Separator A902 23424199 Door A903 23443547 Knob, POWER A904 23451068 Push Catch A905 70354038 Oumper AS06 23805265 Leg (Left) A907 23805264 Leg (Right) A903 23443525 Knob, 7-key YIO1A 23561098 Owner's Guidebook Y108 23122780 AC Adaptor, 2P Yui 23164720 Connector Y123 23994860 Sheet Y124 23293988 Adapter, Aerial Matching -19-

CHASSIS REPLACEMENT PARTS LIST WARNING: BEFORE SERVICING THIS CHASSIS, READ THE "X-RAY RADIATION PRECAUTION" , "SAFETY PRECAUTION" AND "PRODUCT SAFETY NOTICE" ON PAGE 2 OF THIS MANUAL. CAUTION: The international hazard symbols in the schematic diagram and the parts list designate components which have special characteristics important for safety and should be replaced only with types identical to those in the original circuit or specified in the parts list. The mounting position of replacements is to be identical with originals. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE on page 2. Do not degrade the safety of the receiver through improper servicing. NOTICE: The part number must be used when ordering parts, in order to assist in processing, be sure to include the Model number and Description. ABBREVIATIONS: OMF : Oxide Metal Film VR : Variable Resistor FR : Fusible Resistor (All CD and PF capacitors are +5%, SOV and ail resistors, +5%, 1/6W unless otherwise noted.) Location Location . - CAPACITORS 407 24593243 PF, 0.024uF 173 24538104 PF, O.1nF ~ C408 —Ss«26 17929 EL, 18 uF, +20%, SOV c181 24232103 CD, 0.014F, +80%, -20% C409 24232103 CD, 0.01nF, +80%, —20% C182 24232103 CD, 0.01uF, +80%, —20% C413 24593182 PF, 1800pF 183 24232103 CO, 0.01uF, +80%, —20% cate 24214222 CD, 2200pF, +10%, 500V C184 24212102 CO, 1000pF, +10% cai7 24214331 CD, 330pF, +10%, 500V C201 24636100 EL, 10uF, 50V c4a18 24677100 EL, 10uF, +20%, 160V C202 24763471 EL, 470uF, +20%, 16V 420 24436331 CO, 330pF €203 24232103 CD, 0.01uF, +80%, —20% A C440 24082166 PF, 6800pF, +3%, 2kV C204 24797220 EL, 22uF, +20%, SOV caa2 24214221 CD, 220pF, +10%, 500V 205 24206478 EL, 0.47uF, 50V JA Cage 24095773 PF, 3600pF, +3%, 2kV C208 24212102 CD, 1000pF, +10% C445 24828473 PF, 0.047uF, 200V C209 24232103 CD, 0.01uF, +80%, ~20% C446 24640962 EL, 33uF, +20%, 200V 210 24636100 EL, 10uF, SOV 447 24640968 EL, 10uF, 400V C217 24203470 EL, 47uF, +20%, 16V C448 24754222 EL, 2200uF, 25V C218 24203220 EL, 22uF, +20%, 16V Ay C463 24212222 CD, 2200pF, +10% 219 24436270 CO, 27pF case 24794471 EL, 470uF, +20%, 16V C220 24538474 PF, 0.47nF C468 - 24538474 PF, 0.47 uF c301 24636229 EL, 2.2uF, 50V ca70 24095790 PF, 0.22uF, 400V C302 24212152 CD, 1500pF, +10% C473 24095949 PF, 0.33 uF, 200V 303 24617915 EL, 1nF, +10%, 50V C474" ~" 24828303 PF, 0.03 uF, 200V C304 24212102 CD, 1000pF, +10% 501 24763471 EL, 470uF, 20%, 16V C306 24693563 PF, 0.056uF, 100V C502 24636100 EL, 10uF, SOV 307 24232103 CD, 0.01uF, +80%, -20% C503 24232103 CD, 0.01uF, +80%, —20% e311 24796222 EL, 2200uF, +20%, 35V C504 24363150 CD, 15pF C314 24214391 CD, 390pF, +10%, 500V C505 24593273 PF, 0.027uF C316 24798472 EL, 4700uF, +20%, 25V C506 24593683 PF, 0.068uF C317 24617912 EL, 2.2uF, +10%, 50V 507 24593103 PF, 0.01uF c318 24082047 PF, 0.033uF, 100V csos 24085028 EL, 2.24F, 25V, Non-Polar C319 24693272 PF, 2700pF, 100V 509 24363330 CO, 33pF 320 24214152 CD, 1500pF, +10%, SOOV c510 24232103 CD, 0.01uF, +80%, —20% 323 24592103 PF, O.01uF, +10% csi 24232103 CD, 0.01uF, +80%, -20% 325 24796221 EL, 220uF, +20%, 35V e512 24353200 CD, 20pF 327 24693104 PF, 0.14F, 100V C513 24436101 CD, 100pF c330 24794471 EL, 470uF, +20%, 16V C514 24436101 CO, 100pF 331 24095678 PF, 0.22uF, +10%, 100V C515 24636010 EL, 1HF, SOV C401 24636010 EL, 1uF, SOV C516 24538104 PF, 0.1uF cao2 24353241 CD, 240pF cS17 24538104 PF, O.1uF C403 24636339 EL, 3.3nF, SOV cs18 24232103 CD, 0.01uF, +80%, ~20% C405 24593203 PF, 0.02uF 519 24232103 CD, 0.01uF, +80%, -20% C406 24593203 PF, 0.02uF 520 24206478 EL, 0.47uF, 50V -20-

No. No. cs21 24538474 = PF, 0.47 uF C673 24436471 CD, 470pF C522 24538474 PF, 0.47 uF C674 24436471 CO, 470pF C523 24538474 PF, 0.47pF cé675 24795101 EL, 100uF, 25V C524 24232103. CD, 0.01pF, +80%, —20% C676 24436220. CD, 22pF c525 24436820 CD, 82pF C677 24636010 EL, 14F, 50V C526 24436820. CO, 82pF C679 24232103 CD, 0.01uF, +80%, —20% C527 24436820 CD, 82pF C680 24436470 = CD, 47pF cs29 24353300 CD, 30pF C681 24436470 CD, 47pF C530 24797220 EL, 22uF, +20%, 50V C682 24212102 CD, 1000pF, +10% 531 24797100 EL, 10uF, +20%, 50V C683 24212222 CD, 2200pF, +10% cs32 24436101 CD, 100pF C684 24232103 CD, 0.01nF, +80%, —20% 533 24436101 CD, 100pF cess, 24763331 EL, 330uF, +20%, 16V C534 24436101 CO, 100pF C686 24232103 CD, 0.01uF, +80%, —20% 535 24206100 EL, 10uF, SOV . C687 24353150 CD, 15pF C536 24206478 EL, 0.47uF, 50V cess 24340220 CD, 22pF 537 24794331 EL, 330uF, 16V C689 24353620 CD, 62pF cs40 24436301 CD, 300pF c6s0 24232103 CD, 0.01uF, +80%, —20% cs41 24436301 CD, 300pF C691 24436470 CD, 47pF ~ C542 24436301 CD, 300pF C692 24593562 PF, S600pF C544 24436101 CD, 100pF C693 24232103 CD, 0.01uF, +80%, -20% C601 24436471. CD, 470pF C801 24096951 PF, O.1uF, +20%, AC250V 602 24436471 CD, 470pF c802 24094654 CD, 470pF, +20%, AC400V C613 24795470 EL, 47uF, +20%, 25V C803 24094654 CD, 470pF, +20%, AC400V C614 24634220 EL, 22uF, 25V c804 24094654 CD, 470pF, +20%, AC400V C615 24636479 EL, 4.7uF, SOV C805 24094654 CD, 470pF, +20%, AC400V C616 24636479 EL, 4.7yF, 50V C806 24082089 PF, 0.14 F, +20%, AC250V C617 24636479 = EL, 4.74F, SOV c807 24797101 EL, 100uF, +20%, 50V C618 24636229 EL, 2.2uF, SOV cos 24648339 EL, 3.3uF, 450V C619 24636010 EL, 1uF, SOV C809 24092300 CD, 0.01nF, +80%, 20%, 620 24538563 PF, 0.056uF AC250V . c621 24538103 PF, 0.01pF C810 24538104 PF, 0.1uF 622 24794101 EL, 100uF, +20%, 16V cai 24092281 CD, 4700pF, +20%, AC250V 623 24232103 CD, 0.01pF, +80%, —20% cai2 24092281 CD, 4700pF, +20%, AC250V C624 24085031 EL, 1uF, +20%, 25V, C813 24092281" CD, 4700pF, +20%, AC250V Non-Polar ca14 24092281 CD, 4700pF, +20%, AC250V C625 24797470 EL, 47uF, +20%, SOV Cais 24538104 PF, O.1uF c626 24085031 EL, 1uF, +20%, 25V, C816 24794221 EL, 220uF, 16V Non-Polar C817 24796471 EL, 470yF, 35V C627 24538103 PF, 0.01nF c818 24086921 EL, 680uF, +20%, 250V C628 24538563 PF, 0.056uF C819 24086921 EL, 680uF, 20%, 250V C629 24538224 PF, 0.22uF c820 24636100 EL, 10uF, 50V c630 24636100 EL, 10uF, SOV C824 24797221 EL, 220uF, +20%, 50V . C631 24636479: EL, 4.7nF, SOV C826 24212102 CD, 1000pF, +10% C632 24636229 EL, 2.2uF, 50V C826 24538104 PF, O.1uF c633 24636479. EL, 4.7uF, 50V C827 24598561 PF, S60pF C634 24593122 PF, 1200pF c828 24636100 EL, 10uF, 50V C635 24794470 EL, 47uF, +20%, 16V C829 24757470 = EL, 474F, 100V C636 24636010 EL, 1uF, SOV C830 24095931 PF, 2200pF, 1600V C637 24794470 EL, 47uF, +20%, 16V c831 24633100 EL, 10uF, 16V ce38 24636010 EL, 1uF, 50V C832 24092336 CD, 180pF, +10%, 2kV C639 24636229 EL, 2.2uF, 50V 833 24086945 EL, 330uF, +20%, 200V C640 24538224 PF, 0.22uF C834 24538104 PF, O.1uF C641 24797471 EL, 470uF, 20%, SOV C835, 24214221 CD, 220pF, +10%, 500V C642 24794470 EL, 47uF, +20%, 16V C836 24795222 EL, 2200uF, 25V C643 24538104 PF, O.1uF C837 24436561 CD, 560pF C644 24795102 EL, 1000uF, +20%, 25V C838 24598561 PF, S60pF. C645 24538104 PF, 0.14F c839 24538474 PF, 0.47yF C646 24795102 EL, 1000uF, +20%, 25V c840 24636100 EL, 10uF, 50V C647 24593122 PF, 1200pF C844 24214221 CD, 220pF, +10%, S00V C651 24093950 Variable Capacitor, 5.5 to C845, 24795101 EL, 100uF, 25V 30pF, 100V C846 24214221 CD, 220pF, +10%, 500V c670 24232103 CD, 0.01uF, +80%, -20% C847 24797222 EL, 2200uF, +20%, 50V 671 24232103 CD, 0.01uF, +80%, -20% C861 24092340 CD, 390pF, +10%, 2kV C672 24212102 CD, 1000pF, +10% C862 24636479 EL, 4.7uF, SOV -21-

c863 24095951 PF, O.1uF, +20%, AC2S0V cNI7 24436180 CD, 18pF C864 24092343 CD, 680pF, + 10%, 2kV CNI8 24232103 CD, 0.01uF, +80%, -20% cass 24214391 CD, 390pF, +10%, 500V Nao 24232103 CD, 0.01uF, +80%, -20% c866 24214391 CD, 390pF, +10%, S00V N41 24436470 CD, 47pF c867 24538474 PF, 0.47uF N42 24436470 CD,.47pF cea 24636100 EL, 104F, SOV cso1 24636100 EL. 10uF, SOV c871 24214391 CD, 390pF, +10%, S00V cso2 24591392 PF, 3900pF ca72 24212101 CD, 100pF, +10% cso3 24538153 PF, 0.0154 C901(US04A) 24700479 EL, 4.7uF, +20%, 250V cso4 24636229 EL, 2.2uF, SOV C901(U9048) 24640987 EL, 2.2uF, 350V csos 24538563 PF, 0.056uF C902(U904A) 24095923 PF, 4700pF, 1600V cso7 24538223 PF, 0.022uF C902(US04B) 24095981 PF, 2200pF, 1600V cso9 24538563 PF, 0.056nF CAo1 24794470 EL, 47uF, +20%, 16V csi2 24794101 EL, 100nF, +20%, 16V cao2 24232103 CD, 0.01uF, +80%, -20% csi3 24636479 EL, 4.7uF, 50V CA03 24633100 EL, 10uF, 16V csi4 24232103 CD, 0.01uF, +80%, ~20% CAo4 24436300 CD, 30pF cvo1 24206010 EL, 1uF, 50V CA0s 24436300 CO, 30pF cvo2z 24206010 EL, 1nF, SOV CA06 24232103 CO, 0.01uF, +80%, -20% cvo3 24203100 EL, 10uF, +20%, 16V cao7 24633100 EL, 10uF, 16V cvo4 24206010 EL, 1nF, SOV Caos 24636100 EL, 10uF, SOV cvos 24206010 EL, 1nF, SOV can 24436391 CD, 390pF cvo6 24203100 EL, 10uF, +20%, 16V CA12 24436221 CD, 220pF cvo7 24232103 CD, 0.014F, +80%, —20% CAI3 24636229 EL, 2.2uF, SOV cvit 24206010 EL, 1uF, SOV CAI4 24232103 CO, 0.01uF, +80%, -20% cvi2 24206010 EL, 1uF, SOV CAIS 24538104 PF, O.1uF cvia 24232103 CD, 0.01uF, +80%, -20% CAI6 24538104 PF, O.1uF cvs, 24203100 EL, 10uF, +20%, 16V cA7 24538104 PF, O.1uF cvi6 24232103 CD, 0.01uF, +80%, -20% CA18 24636229 EL, 2.2uF, SOV cvi7 24206010 EL, 14F, SOV cAi9 24636010 EL, 1uF, 50V cvig9 24436101 CD, 100pF CA20 24794331 EL, 330uF, 16V cva1 24203100 EL, 10uF, +20%, 16V cA21 24636229 EL, 2.2uF, SOV cv22 24203220 EL, 22uF, 20%, 16V : CA22 24794471 EL, 470uF, +20%, 16V cve3 24203100 EL, 10uF, +20%, 16V CA23 24591472 PF, 4700pF cves 24202221 EL, 220uF, +20%, 10V cazs 24212102 CD, 1000pF, +10% cve7 24206010 EL, 1uF, SOV CA35 24212561 CD, S60pF, +10% cves 24206010 EL, 1uF, SOV CA37 24212102 CD, 1000pF, +10% cvea 24202221 EL, 2204F, +20%, 10V ca38 24636010 EL, TuF, SOV cv70 24232103 CO, 0.01uF, +80%, —20% cBoz 24436101 CD, 100pF cv 24232103 CD, 0.01uF, +80%, —20% B03 24436101 CD, 100pF cxo2 24538104 PF, O.1uF co01 24796101 EL, 100yF, 35V cx03 24538104 PF, O.1uF A, CD02 24095881 PF, 0.018 uF, +3%, 630V cxoa 24538104 PF, O.1uF coos 24591683 PF, 0.068uF x09 24206010 EL, 1nF, SOV coos 24668470 EL, 47uF, +20%, 35V x10 24793101 EL, 100uF, 10V 007 24668471 EL, 470yF, +20%, 35V cz01 24203220 EL, 22uF, +20%, 16V coos 24538154 PF, 0.15uF Cz02 24203101 EL, 100uF, +20%, 16V co09 24538154 PF, 0.15yF cz04 24203100 EL, 10uF, +20%, 16V CD10 24206229 EL, 2.2uF, SOV cz0s 24232103 CD, 0.014F, +80%, -20% con 24640871 EL, 4.7uF, +20%, 100V cz06 24436680 CD, 68pF co14 24538103 PF, 0.01uF cz07 24794101 EL, 100uF, +20%, 16V co15 24206010 EL, 1uF, SOV cMo1 24436201 CD, 200pF RESISTORS cmo2 24436201 CD, 200pF R173 24366102 CF, 1kohm cmos 24232103 CD, 0.01uF, +80%, -20% R181 24366131 CF, 130 0hm cmos 24357270 CD, 27pF R182 24366680 CF, 68 ohm M07 24538563 PF, 0.056uF R183 24366682 CF, 6800 ohm cmos 24232103 CD, 0.01uF, +80%, -20% R184 24366332 CF, 3300 ohm cmog 24232103 CD, 0.01uF, +80%, -20% R185 24366271 CF, 270 ohm cM10 24436100 CD, 10pF, +0.25pF R186 24366223 CF, 22k ohm cN10 24436101 CD, 100pF R187 24366331 CF, 330 ohm CNIt 24436330 © CD, 33pF R206 24366471 CF, 470 ohm N13 24232103 CD, 0.01uF, +80%, ~20% R208 24366101 CF, 100 ohm cN14 24436470 CD, 47pF R209 24366103 CF, 10k ohm CNIS 24436300 CD, 30pF R210 24366203 CF, 20k ohm cCNI6 24436470 CD, 47pF R211 24366622 CF, 6200 ohm ~22-

. No. No. R212 24366103 CF, 10kohm R411 24366431 CF, 430 ohm R213 24366101 CF, 100 ohm R412 24366151 CF, 150 ohm R214 24366222 CF, 2200 ohm R417 24007642 Cement, 5600 ohm, SW. R215 24366222 CF, 2200 ohm R418 24553682 OMF, 6800 ohm, 1W R216 24366133. CF, 13k ohm R420 24366104 CF, 100k ohm R217 24366101 CF, 100 ohm R440 24366103. CF, 10k ohm R218 24366222 CF, 22000hm R441 24366103 CF, 10k ohm R219 24366472 CF, 4700 ohm R443 24322109 OMF, 1 ohm, 1W R223 24366432 CF, 4300 ohm Rada 24994828 = MF, 0.82 ohm, +10%, 2W R224 24366331 CF, 330 0hm R448 24323189 OMF, 1.8 0hm, 2W R226 24366362 CF, 3600 ohm R451 24066951 VR, 20k ohm, 1/10W R227 24366102 CF, 1kohm R460 - 24552161 OMF, 160 ohm, 1/2W R228 24366822 CF, 8200 ohm R463 24553102 OMF, 1k ohm, 1W R229 24366821 CF, 820 ohm R464 24366683 CF, 68k ohm R230 24366821 CF, 820 ohm R465 24366433 CF, 43k ohm R231 24366821 CF, 820 ohm R466 24366912 CF, 9100 ohm R240 24366153 CF, 15k ohm R467 24366272 CF, 2700 ohm R241 24366682 CF, 6800 ohm R468 24366102 CF, 1kohm R242 24552101 OMF, 100 ohm, 1/2W R471 24533151 FR, 150 ohm, 2W ’ R243, 24366201 CF, 200 ohm R502 24366334 CF, 330k ohm R244 24366102 CF, 1kohm R503 24366202 CF, 2k ohm R247 24366121 CF, 1200hm RS04 24366471 CF, 470 ohm R252 24066596 VR, 500 ohm, 1/10W RSOS: 24366822 CF, 8200 ohm R253 24066596 VR, 500 ohm, 1/10W RSO6 24366821 CF, 820 ohm R255 24066926 VR, 10k ohm, 1/10W R507 24366822 CF, 8200 ohm R301 24366301 CF, 3000hm R508 24366821 CF, 8200hm R302 24366244 CF, 240k ohm R509 24366203. CF, 20k ohm R303 24366393 CF, 39k ohm R510 24366101 CF, 1000hm R304 24366102 CF, ikohm RS11 24366562 CF, 5600 ohm - R305 24366161 CF, 160 ohm RS12 24366152 CF, 15000hm . . R306 24366203 CF, 20k ohm RS13 24366152 CF, 1500 ohm R307 24366101 CF, 100 ohm RS15 24366221 CF, 220 ohm R308 24366561 CF, 560 ohm RS16 24366221 CF, 220 ohm R311 24552242 OMF, 2400 ohm, 1/2W RS17 24366221 CF, 2200hm R312 24366103 CF, 10k ohm R518 24945475 CC, 4.7Mohm, +10%, 1/4W R313 24366184 CF, 180k ohm RS19 24366103 CF, 10k ohm R318 24366102 CF, Ikohm R520 24366332 CF, 3300 ohm R320 24366471 CF, 470 0hm R521 24366102 CF, 1kohm R322 24552472 OMF, 4700 ohm, 1/2W R522 24360185 CF, 1.8M ohm, 1/8W R323 24323828 OMF, 0.82 ohm, 2W R525 24366122 CF, 1200 ohm R325, 24366123. CF, 12k ohm R526 24366122 CF, 1200 ohm R327 24983479 MF, 4.7 ohm, 1W RS27 24366103 CF, 10k ohm - R328 24552111 OMF, 110 ohm, 1/2W R528 24366103 CF, 10kohm R329 24366123. CF, 12k ohm R531 24366161 CF, 1600hm R331 24366473. CF, 47k ohm R532 24366361 CF, 360 0hm R332 24553122. OMF, 1200 ohm, 1W R533 24366362 CF, 3600 ohm R333 24366913 CF, 91k ohm R535 24366361 CF, 360 ohm R334 24366103. CF, 10k ohm RS37 24366362 CF, 3600 ohm R335 24366823 CF, 82kohm RS38 24366391 CF, 390 ohm R337 24553122 OMF, 1200 ohm, 1W R539 24366362 CF, 3600 ohm R340 24366472 CF, 4700 ohm RS41 24366821 CF, 820 0hm R341 24366103. CF, 10k ohm RS42 24366241 CF, 240 0hm Rast 24066924 VR, 50k ohm, 1/10W R843 24366103 CF, 10k ohm R386 24366102 CF, Ikohm R544 24366101 CF, 100 ohm R387 24366103 CF, 10k ohm RS47 24366102 CF, 1kohm R401 24366472 CF, 47000hm RS48 24366102 CF, 1kohm R402 24366273 CF, 27k ohm R549 24366102 CF, Ikohm R403 24366302 CF, 3k ohm RS51 24066955 VR, 1k ohm, 1/10W R405 24366511 CF, 5100hm RSS7 24066600 VR, 10k ohm, 1/10W R406 24366271 CF, 270 ohm R558 24066600 VR, 10k ohm, 1/10W R407 24366151 CF, 150 ohm R559 24066600 VR, 10k ohm, 1/10W R408 24366562 CF, 5600 ohm R565 24366560 CF, 560hm R409 24366103 CF, 10k ohm RS66 24366560 CF, 560hm R410 24552432 OMF, 4300 ohm, 1/2W R567 24366560 CF, 560hm -23-

RS68 24366102 CF, 1k ohm R68S 24366153 CF, 15k ohm 3 RS70 24366302 CF, 3k ohm R686 24366101 CF, 100 ohm te a R571 24366302 CF, 3k ohm R687 24366562. CF, 5600 ohm isk RS72 24366302 CF, 3k ohm R688 24366221 CF, 220 ohm Ohta R576 24366472... CF, 4700 ohm Ress 24366102. CF, 1k ohm arca | RS77 24366472 CF, 4700 ohm R690 24366471 . CF, 4700hm c cA RS78 24366101 CF, 100 ohm R691 24366223 CF, 22k ohm LA R579 24366103 CF, 10k ohm R692 24552680 OMF, 68.0hm,1/2W R580 24366101 CF, 100 ohm R693 24366103 CF; 10k ohm ne RS81 24366103 CF, 10k ohm R694 24366752 CF, 7500 ohm i RS91 24383153 OMF, 15k ohm, 2W RSS. 24366103 CF, 10k ohm = os RS92 24383153 OMF, 15kohm, 2W. R696 24366472 CF, 4700 ohm fso9 RS93 * 24383153 OMF, 15k ohm, 2W R697 24366103 | CF, 10k ohm Sica R603 24366101 * CF, 100 ohm R698 24366103 - CF, 10k ohm asses R604 24366332 CF, 3300 ohm R801 24942565 CC, 5.6M ohm, 1/2W. 3663 R605. 24366101 CF, 100 ohm R802 24522390 Cement, 39 ohm, +10%, 2W R606 24366332 CF, 3300 ohm R803 24007870 | Cement, 1.5 ohm, 15W: a R620 24366102 CF, 1k ohm R804 24366331 CF, 330 ohm . R621 24366103 © CF, 10k ohm R805 24007870 Cement, 1.5 ohm, 15W _-- R622 24366103 CF, 10k ohm R806 24383333 © OMF, 33k ohm, 2W rer R623 24366472 CF, 4700 ohm R807 24383333 © OMF, 33k ohm, 2W bed R624 24366154 | CF, 150k ohm R808 24366362 CF, 3600 ohm uae R625 24366154 CF, 150k ohm R810 24384823 OMF, 82k ohm, 3W R626 24366102 CF, 1kohm R812 24321689 OMF, 6.8 ohm, 1/2W R627 24366102 CF, 1kohm R813 24553471 OMF, 470 ohm, 1W R628 24366103 CF, 10k ohm R814 24321338 © OMF, 0.33 ohm, 1/2W R629 24366244 © CF, 240k ohm R815, 24366683 CF, 68k ohm Lt R630 24366472 CF, 4700 ohm R816 24367123 _ CF, 12k ohm, +2% on R631 24366153 CF, 15k ohm R817 24007952 Cement, 6.8 ohm, 5W R632 24366562 CF, S600 ohm R818 24366331 CF, 330 ohm R633 24366562 CF, 5600 ohm R819 24327104 = MF, 100k ohm, +1%, 1/4W R634 24366153 CF, 15k ohm R820 24366100 CF, 10 0hm 73 R635 24366472 CF, 4700 ohm R821 24366101 > CF, 100 ohm sf R636 24366222 CF, 2200 ohm R822 ~ 24322398: OMF, 0.39 ohm, 1W >= R637 24366222 CF, 2200 ohm R823 24007738 - Cement, 330 ohm, 10W: |: R638 24366682 CF, 6800 ohm R824 24322398 = OMF, 0.39 ohm, 1W = R639 24366472 CF, 4700 ohm R825 24366101 | CF, 100 ohm R640 24366473 CF, 47k ohm R826 24366331 CF, 330 ohm R641 24366473 CF, 47k ohm R827 24007568. Cement, 1800 ohm, SW R642 24366472 CF, 4700 ohm R828 24366103 CF, 10k ohm R643, 24366682 CF, 6800 ohm R829 24383103 OMF, 10k ohm, 2W. R644 24366229 CF, 2.20hm R830 24552391 OMF, 390 ohm, 1/2W R645, 24366229 CF, 2.20hm R831 24366102 CF, 1kohm R646 24366102 CF, 1k ohm R832 24321338 = OMF, 0.33 ohm, 1/2W Rees 24552331 = OMF, 330 ohm, 1/2W R833 24327134 © MF, 130k ohm, +1%, 1/4W R666 24552331 OMF, 330 ohm, 1/2W R834 24327222 MF, 2200 ohm, +1%, 1/4W R667 24366103 CF, 10k ohm R835 24366823 - CF, 82k ohm : R668 24366103 CF, 10k ohm R836 24327913- MF, 91k ohm, +1%, 1/4W:- R669 24366334 © CF, 330k ohm R837 24381100 OMF, 10 ohm, 1/2W R670 24366821 CF, 820 ohm R838 24366103 CF,.10k ohm : R671 24366272 CF, 2700 ohm R840 24366103 CF, 10k ohm R672 24366152 CF, 1500 ohm R841 24381562 OMF, 5600 ohm, 1/2W. R673 24366472 CF, 4700 ohm R843 24366332 CF, 3300 ohm : R674 24366471 CF, 470 ohm Read 24366103 CF, 10k ohm R675 24366122 CF, 1200 ohm R845 24366332. CF, 3300 ohm 2.8 R676 24366105 CF, IMohm R847 24366102- CF, 1kohm : R677 24552331 OMF, 330 ohm, 1/2W R851 24066924" VR, 5S0kohm, 110W : R678 24366152 CF, 1500 ohm R852 24066925 VR, 20k ohm, 1/10W 3 R679 24366473 CF, 47k ohm R860 24366182 CF, 1800 ohm = R680 24366104 CF, 100k ohm R861 24982338 = MF, 0.33 ohm, 1/2W R681 24366102 CF, 1kohm R863 24383152 OMF, 1500 ohm, 2W. R682 24366182 CF, 1800 ohm R865 24366222 CF, 2200 ohm R683 24366472 CF, 4700 ohm R867 24366392 CF, 3900 ohm R684 24366182 CF, 1800 ohm R868 24366103 CF, 10k ohm ~24-

No. No. R869 24366102 CF, 1kohm RAGE 24366103 CF, 10kohm R870 24366102 CF, 1kohm RAB 24366472 CF, 4700 ohm R871 24366222 CF, 2200 ohm RAGS. 24366392 CF, 3900 ohm R872 24366103 CF, 10k ohm RA70 24366472 CF, 4700 ohm R890 24000875 PTC Thermistor, 18 ohm, RATE 24366153° CF,15k ohm +20%, 290V RAB3 24366431 CF} 430 ohm R901 24946272 CC, 2700 ohm, +10%, 1/2W RA87 24366333 CF, 33k ohm R902 24946272 CC, 2700 ohm, +10%, 1/2W. RABB 24366431 CF, 430 ohm R303 24946272 CC, 2700 ohm, +10%, 1/2W RABS 24366563 CF, 56k ohm 4 R920 24000880 FR, 5.1. ohm, 1W RASO 24366564 CF, 560k ohm RAO1 24366472 CF, 4700 ohm RAQ1 24366561 CF, 560 ohm RAO2 24366102 CF, 1kohm RAg2 24366102 CF, 1kohm RAO3 24366101 CF, 1000hm RA93. 24366123 CF, 12k ohm RAOS 24366102. CF, 1k ohm RBO1 24366472 CF, 4700 ohm RAO6 24366102° CF, 1kohm RBO2 24366302 CF, 3k ohm RAO? 24366102 CF, 1kohm RBO4 24366103 CF, 10k ohm RAO8 24366102 CF, 1kohm RBOS 24366332 CF, 3300 ohm . RAOS 24366102 CF, 1kohm RBO6 24366473 CF, 47k ohm RAI0 24366102 CF, 1kohm RBI2 24366102 CF, 1kohm RAI 24366102 CF, 1kohm RBI4 24366102 CF, 1kohm RAI2 24366102 CF, 1kohm R15 24366102 CF, 1k ohm RA13 24366102 CF, 1kohm RB22 24366183 CF, 18k ohm RAIA 24366103 CF, 10k ohm RB2S 24945565 CC, 5.6Mohm, +10%, 1/4W RAIS 24366102 CF, 1kohm RB26 24945565 CC, 5.6M ohm, +10%, 1/4W RAIG 24366102 CF, 1kohm R827 24945565 CC, 5.6Mohm, +10%, 1/4W RAIT 24366102 CF, 1kohm RB28 24945565 CC, 5.6Mohm, +10%, 1/4W. RAI8 24366102 CF, 1kohm ROO1 24000665 FR, 15 ohm, 1/4W RAIS 24366102 CF, 1kohm RDO2 24383100 OMF, 10 ohm, 2W RA20 24366123 CF, 12k ohm RDO3 24366562 CF, 5600 ohm RA21 24366102 CF, 1kohm RDOS 24003924 MF, 330 ohm, 1/4W . RA22 24366102 CF, 1kohm RDO6 24366272 CF, 2700 ohm RA23 24366102. CF, 1kohm ROO7 24366104 CF, 100k ohm RA24 24366471 CF, 470 ohm ROB 24366203 CF, 20k ohm RA2S 24366102 CF, 1kohm RODOS 24366152 CF, 1500 ohm - RA26 24366102 CF, 1kohm RD10 24366102 CF, 1kohm RA27 24366102 CF, 1kohm RDI 24366224 CF, 220k ohm RA28 24366103 CF, 10k ohm RD12 24366822 CF, 8200 ohm RA29 24366102 CF, 1kohm RO13 24366273 CF, 27k ohm RA30 24366223 CF, 22k ohm ROI4 24366103 CF, 10k ohm RA31 24366102 CF, 1k ohm ROWS 24366104 CF, 100k ohm RA32 24366102 CF, 1kohm RD16 24366752 CF, 7500 ohm RA33 24366471 CF, 470 ohm RO17 24366223 CF, 22k ohm - RA34 24366101 CF, 100 0hm RD18 24366472 CF, 4700 ohm RA35 24366473 CF, 47k ohm RDI9 24366242 CF, 2400 ohm RA36 24366221 CF, 220 ohm RDSO 24066877 VR, 5k ohm, 0.3W RA37 24366563 CF, 56k ohm ROS1 24066875 - VR, 20k ohm, 0.3W RA38 24366333 CF, 33k ohm RMO3 24366182 CF, 1800 ohm RA39 24366223 CF, 22k ohm RMO4 24366242 CF, 2400 ohm RAG 24366103 CF, 10k ohm RMOS 24366151 CF, 1500hm RA42 24366102 CF, 1kohm RMO6 24945475 CC, 4.7M ohm, +10%, 1/4W. RAG 24366202 CF, 2k ohm RM26 24366333 CF, 33k ohm RAAT 24366392 CF, 3900 ohm RNOS 24366222 CF, 2200 ohm RAAB 24366432 CF, 4300 ohm RNI2 24366122 CF, 1200 ohm RAAS 24366432 CF, 4300 ohm RN13 24366103 CF, 10k ohm RAS3 24366102 CF, 1kohm RNI4 24366103 CF, 10k ohm RASA 24366223. CF, 22k ohm RN1S 24366223 CF, 22k ohm RASS 24366333 © CF, 33k ohm RNI6 24366333 0 CF, 33k ohm RAS6 24366333 © CF, 33k ohm RN17 24366471 CF, 4700hm RAST 24366333 © CF, 33k ohm RNIS 24366201 CF, 200 ohm RASS. 24366221 CF, 2200hm RN19 24366182 CF, 1800 ohm RAGO 24366333 CF, 33k ohm RN21 24366102 CF, 1kohm RA61 24366392 CF, 3900 ohm RN22 24366333 CF, 33k ohm RAGA 24383510 | OMF, 51 ohm, 2W RN24 24366103 CF, 10k ohm RAGS 24366103 CF, 10k ohm RN25 24366304 CF, 300k ohm -25-

No. No. RN26 24366103 CF, 10k ohm RV30 24366223 CF, 22k ohm RN28 24366514 CF, 510k ohm RV31 24366101 CF, 100 ohm RN29 24366473 © CF, 47k ohm RV32 24366332 © CF, 3300 ohm RN3O 24366473 CF, 47k ohm RV33 24366332 CF, 3300 ohm RN31 24366103 CF, 10k ohm RV34 24552750 OMF, 75 ohm, 1/2W RN32 24366392 CF, 3900 ohm RV35 24366101 CF, 100 ohm RN33 24366132 CF, 1300 ohm RV36 24366102 CF, 1kohm RN34 24366273 CF, 27k ohm RV37 24366103. CF, 10k ohm RN4O 24366821 CF, 820 ohm RV38 24366473 CF, 47k ohm RNAI 24366103 CF, 10k ohm RV39 24366473 CF, 47k ohm RNA2 24366103 CF, 10k ohm Rv40 24366102 CF, 1kohm RNG3 24366222 CF, 2200 ohm RV41 24366102 CF, Ikohm RNAS 24366331 CF, 330 ohm Rva2 24366223 CF, 22k ohm RSO3 24366103 CF, 10k ohm RV43 24366223 CF, 22k ohm RSO4 24366103 CF, 10k ohm RVaa 24366103 CF, 10k ohm RSOS 24366103 CF, 10k ohm RVa5 24366820 CF, 820hm RSO6 24366102 CF, 1kohm RV46 24366820 CF, 82 ohm RSO7 24366103 CF, 10k ohm RV66 24366910 CF, 91 ohm RSO8 24366103 CF, 10k ohm Rv6s 24366473 CF, 47k ohm RSO9 24366103 CF, 10k ohm RV6S 24366102 CF, 1kohm RS10 24366103 CF, 10k ohm RV70 24366473 CF, 47k ohm RSI 24366153 CF, 15k ohm RV71 24366102 CF, Ikohm RS12 24366103 CF, 10k ohm RV72 24366103 CF, 10k ohm RS13 24366103 CF, 10k ohm RV73 24366180 CF, 18 ohm RS14 24366103 CF, 10k ohm Rv74 24366473 CF, 47k ohm RS15, 24366103 CF, 10k ohm RV7S 24366102 CF, 1kohm RS16 24366103 CF, 10k ohm RV76 24366473 CF, 47k ohm RS17 24366222 CF, 2200 ohm RV77 24366102 CF, Ikohm RS18 24366103 CF, 10k ohm Rv78 24366102 CF, 1kohm RS19 24366103 CF, 10k ohm RV79 24366102 CF, Ikohm . RS20 24366473 CF, 47k ohm RX03 24366103 CF, 10k ohm RS21 24366473 CF, 47k ohm RXOS 24366101 CF, 100 0hm RS22 24366223 CF, 22k ohm RXO6 24366681 CF, 680 ohm RS23 24366473 CF, 47k ohm RX09 24366681 CF, 680 ohm RS24 24366473 CF, 47k ohm RX13 24366102 CF, 1k ohm RS25 24552101 OMF, 100 ohm, 1/2W. RX16 24366152 CF, 1500 ohm RS26 24366223 CF, 22k ohm RX17 24366152 CF, 1500 ohm RS27 24366273 CF, 27k ohm RX18 24366683 CF, 68k ohm RS28 24366103 CF, 10k ohm RX19 24366222 CF, 2200 ohm RS29 24366222 CF, 2200 ohm RX20 24366473 CF, 47k ohm RS30 24366222 CF, 2200 ohm RX27 24366103 CF, 10k ohm RS31 24366222. CF, 2200 ohm RX29 24366103 CF, 10k ohm RS32 24366103 CF, 10k ohm RX31 24366103 CF, 10k ohm RS33 24366103 CF, 10k ohm RX32 24366103 CF, 10k ohm RS34 24366134 CF, 130k ohm RX33 24366473 CF, 47k ohm RVO3 24366101 CF, 100 ohm RX34 24366224 CF, 220k ohm RVO4 24366102 CF, 1kohm RX35 24366473 CF, 47k ohm RVOS 24366103 CF, 10k ohm RX36 24366101 CF, 100 0hm RVO6 24366101 CF, 100 ohm RX37 24366273 CF, 27k ohm RVI2 24366101 CF, 100 ohm RX38 24366473 CF, 47k ohm RV13 24366473 CF, 47k ohm RX39 24366102 CF, 1kohm RVIS5 24366223 CF, 22k ohm RX40 24366102 CF, 1kohm RVI6 24366223 CF, 22k ohm RZ01 24366112 CF, 1100 ohm RVI7 24366102 CF, 1kohm RZ02 24366122 CF, 1200 ohm RV18 24366473 CF, 47k ohm RZ03 24366332 CF, 3300 ohm RVI 24366104 CF, 100k ohm RZ04 24366103 CF, 10k ohm RV21 * 24366102 CF, 1kohm RZ05 24366222 © CF, 2200 ohm RV22 24366681 CF, 680 ohm RZ06 24366101 CF, 100 ohm RV24 24366222 CF, 2200 ohm RZ08 24366102 CF, 1kohm RV25 24366222 CF, 2200 ohm RZ09 24366103 CF, 10k ohm RV26 24366102 CF, 1kohm RZ10 24366103 CF, 10k ohm RV27 24366473 CF, 47k ohm RZ11 24366471 CF, 470 ohm RV28 24366103 CF, 10k ohm R213 24366104 CF, 100k ohm Rv29 24366103 CF, 10k ohm RZ14 24366102 CF, ikohm -26 -

No. No. RZ15 24366471 CF, 470 ohm T804 23224917 Transformer, Separation, TLN2122 COILS & TRANSFORMERS Li8t 23261985 Coil, RF Choke, TRF9221 SEMICONDUCTORS L203 23238914 Coil, Peaking, TRF4470AC 1C303 23119142 IC, ANS521 L241 23238923 Coil, Peaking, TRF4829AC 1C405, 23318218 IC, wPC7812H 270 23238928 Coil, Peaking, TRF4339AC 1CS01 80379470 IC, TA86S9N un 23261974 Coil, Choke, HC5-035 Ic604 80356190 IC, TA7630P L410 23238710 Coil, Peaking, TRF4220AJ 1C605, BO376856 IC, TA8211AH L411 23103859 Coil (Ferrite Bead), TEM2011 1C670 BO0379150_ IC, TA8615N L412 23103859 Coil (Ferrite Bead), TEM2011 1C674 B0325290 IC, TA7337P L413 23233089 Coil, Linearity, TLN2137 1c803 23318411 IC, TEA2164 Ja L462 23227269 Deflection Yoke, TDY-62808 1C806 23318299 IC, L78MROS-FA L463 23221684 = Coil, Choke, TLN3191D 1C807 23318412 IC, TEAS170 L465, 23221894 Coil, Choke, TLN3063 ICA01 23318445 IC, M50436-688SP L503 23238922 Coil, Peaking, TRF4100AC ICA02 23119182 IC, wPD6336C L551 23250972 Coil, 1H-Delay Matching, 1CAO3 23318482 IC, M6M80011AP- . TRF5418D ICA04 23119441 IC, LA7910 Ls8o 23238562 Coil, Peaking, TRF4109AJ Icsoz 80350000 IC, TA75458P. .s90 23237978 Coil, Peaking, TRF4560AC 1CS03 80350000 IC, TA7S458P Ls93 70131039 Coil, Signal Line, icvo1 80383505 IC, TA8720AN 2ZBF5030-00 (CZo1 80470532 IC, TC4053B8P L671 23262739 = Coil, IF, TRF11260. qi71 6317440 = Transistor, 2SC1815N-Y L672 23262739 = Coil, IF, TRF11260 Q181 6708871 = Transistor, 2SC388ATM L673 23238918 Coil, Peaking, TRF4220AC. Q204 A6317440 Transistor, 2SC1815N-Y L674 23232946 = Coil, Variable, TRF30730 Q205 A6317440 Transistor, 2SC1815N-Y L675, 23238511 Coil, Peaking, TRF4221AJ a240 A6534040 Transistor, 2SA1015-Y. L802 23221076 = Coil, Choke, TLN1015R. Q241 6319300 Transistor, 2SC1959N-Y L803 23261975 Coil, Choke, TRF9229 Q301 A6317480 = Transistor, 2SC1815N-BL L804 23261975 Coil, Choke, TRF9229 Q302 46317440 Transistor, 2SC1815N-Y L805 23222694 Coil, Width, TLN2026 0304 46317440 Transistor, 2SC1815N-Y L806 23103859 Coil (Ferrite Bead), TEM2011 Q305 46317440 Transistor, 2SC1815N-Y L808 23222694 = Coil, Width, TLN2026 Q402 46789710 Transistor, 2SC1569 FA-5 L810 23222694 = Coil, Width, TLN2026 [A 0404 A6872801 Transistor, 2502253 L811 23103859 Coil (Ferrite Bead), TEM2011 406 A6317440 Transistor, 2SC1815N-Y L812 23238714 Coil, Peaking, TRF4100AJ as02 46534040 Transistor, 2SA1015-Y L813 23103859 Coil (Ferrite Bead), TEM2011 Q503 A6534040 Transistor, 2SA1015-Y L814 23103859 Coil (Ferrite Bead), TEM2011 sos. 46363200 Transistor, 2SC3619 A L901 23200755 Coil, Degaussing, TSB2206A Qs506 A6317440 = Transistor, 2SC1815N-Y LAo1 23238562 Coil, Peaking, TRF4109AJ 507 A6363200_ Transistor, 2SC3619 LA03 23221937. Coil, Choke, TLN3040 508 6317440 Transistor, 2SC1815N-Y . L601 23262778 = Coil, IF, TRF1112 sos 6363200 Transistor, 2SC3619 L002 23221885 Coil, Choke, TLN3072 510 46317440 Transistor, 2SC1815N-Y L003 23103940 Coil (Ferrite Bead), TEM2001 Qs14 6509120 Transistor, 2SA562TM-O LMO1 23262797 ~—- Coil, IF, TRF10930 Qs16 46321240 Transistor, 2SC2120-Y LM02 23250865 = Coil, IF, TRF54140A Qs70 46317460 ‘Transistor, 2SC1815-GR LM03 23250865 Coil, IF, TRF54140A 601 6534040 Transistor, 2SA1015-Y LMO04 23262798 = Coil, IF, TRF1092D Q602 6342200 Transistor, 2SC2878-A LNO2 23238920 Coil, Peaking, TRF4150AC. 603 6342200 Transistor, 2SC2878-A LNO3 23238918 Coil, Peaking, TRF4220AC 606 A6317440 Transistor, 2SC1815N-Y. LN4O 23238921 Coil, Peaking, TRF4120AC 607 6317440 Transistor, 2SC1815N-Y UN41 23237986 Coil, Peaking, TRF4120AC 608 A6317440 Transistor, 2SC1815N-Y. tvoz 23238918 Coil, Peaking, TRF4220AC 609 A6317440 Transistor, 2SC1815N-Y L201 23238923 Coil, Peaking, TRF4829AC 671 6317440 Transistor, 2SC1815N-Y 7181 23262895 = Coil, PIF Trap, TRF 1441 0672 A6317440 Transistor, 2SC1815N-Y. T182 23262843 = Coil, PIF Trap, TRF14570. 673 6509140 Transistor, 2SAS62TMY fs T401 23224915 Transformer, Horiz. Drive, 675 6317440 Transistor, 2SC1815N-Y TLN1068 681 A6317440 Transistor, 2SC1815N-Y. A\\ 7461 23236234 = Transformer, Flyback, 801 23314519 Transistor (STR), TFB4092AD STR81145L501 T801 23211857 —_Line Filter, TRF3138 804 A6366908 Transistor, 2SC4288A FA-1 T802 23211857 Line Filter, TRF3138 80s A6533749 = Transistor, 2SA1013-R(C) A, T803 23213506 Transformer, Converter, 808 A7804500 SCR, SF5J42 TPW3152A Q809 A6317440 Transistor, 2SC1815N-Y¥ -27-

No. No.

810 A6328333 Transistor, 2SC2383-Y(C) ~ 0406 A7978850 Diode, S5295G

811 6534040 Transistor, 2SA1015-Y D408 23118052 Diode, RU4Z . a814 A6546310 Transistor, 2SA1297Y 410 A7116815:;; Diode; Zener, 04AZ8,2Y-_, 0. 815 6317440 Transistor, 2SC1815N-Y°-:2) 0570 -- A7150258 . Diode,.1SS176 os Q816 6867980 Transistor, 2S01405-V 0571 7150258 ~ Diode, 1SS176 a

817 A6321240 Transistor, 2SC2120-Y 0572 A7150258 Diode, 1SS176 ~

QaAos A6534040 Transistor, 2SA1015-Y 0573 A7150258 Diode, 1SS176 QAi4 6317440 Transistor, 2SC1815N-Y 0580 A7150258 Diode,.1SS176 . QA17 6317440 Transistor, 2SC1815N-Y 0581 A7150258 Diode, 1SS176 QA19 A6317440 Transistor, 2SC1815N-Y 0582 A7150258 Diode, 1SS176 QA22 6534040 Transistor, 2SA1015-Y 0594 A7150258 Diode, 1SS176 QA26 A6534040 Transistor, 2SA1015-Y 0s95 A7150258 Diode, 1SS176 ~ 601 6317440 Transistor, 2SC1815N-Y 0s36 7150258 ~ Diode, 1SS176 a aQso02 6317440 Transistor, 2SC1815N-Y 0601 A7150258 Diode, 1SS176 aoo1 6533730 Transistor, 2SA1012-Y 0602 A7150258 Diode, 1SS176 Qo002 23114528 Transistor, 2SC1740S-Q 0603 A7150258 Diode, 1SS176 Q003 23114530 Transistor, 2SA933S-Q 0604 A7150258 Diode, 1SS176 Q004 6342200 Transistor, 2SC2878-A 0605 A7150258 Diode, 1SS176 QNo1 6002060 Transistor, RN1206 0606 A7150258 Diode, 1SS176 QNoO2 A6534040 Transistor, 2SA1015-Y 0607 A7150258 Diode, 1SS176 QNO3 A6534040 Transistor, 2SA1015-Y 0608 A7150258 Diode, 1SS176 QNo4 A6317440 Transistor, 2SC1815N-Y 0609 A7150258 Diode, 1SS176 QNOS A6317440 = Transistor, 2SC1815N-Y 0610 A7150258 Diode, 1SS176 QNO6 6002040 Transistor, RN1204 0670 A7150258 Diode, 1SS176 QNo7 6317440 Transistor, 2SC1815N-Y D671 A7150258 Diode, 1SS176 anos 6002040 Transistor, RN1204 0672 A7150258 Diode, 1SS176 QNog 6317440 Transistor, 2SC1815N-Y 0673 A7288601 Diode, 1S2186 FA-1 QN10 6317440 Transistor, 2SC1815N-Y 0674 A7150258 Diode, 1SS176 QNi1 6002040 Transistor, RN1204 0675 A7150258 Diode, 1SS176 QN40 A6317440 Transistor, 2SC1815N-Y 0676 A7150258 Diode, 1SS176 aso4 _ 46317440 Transistor, 2SC1815N-Y 0801 A7568200 Diode, 1$1832 asos A6342200 Transistor, 2SC2878-A 0802 A7568200 Diode, 181832 aso6 A6317440 Transistor, 2SC1815N-Y 0803 23316275 Diode, RBV606 LF-A aso7 6317440 Transistor, 2SC1815N-Y 0804 A7117815 Diode, Zener, 04AZ22Y_ asos A6317440 Transistor, 2SC1815N-Y 0807 7978850 Diode, S5295G avo2 6002040 Transistor, RN1204 0808 7978850 Diode, S5295G avo3 6342200 Transistor, 2SC2878-A D809 A7978850 Diode, $5295G avo4 6534040 Transistor, 2SA1015-Y 0810 A7568300 Diode, 11835 avos 6317440 Transistor, 2SC1815N-Y. 0811 A7117415 Diode, Zener, 04AZ15Y Qvo6 6534040 Transistor, 2SA1015-Y 0812 7978850 Diode, S5295G. avo7 6342200 Transistor, 2SC2878-A 0813 A7978850 Diode, S5295G vos 6317440 Transistor, 2SC1815N-Y 0814 7978850 Diode, S5295G x01 A6317440 Transistor, 2SC1815N-Y 0815 A7978850 Diode, S5295G x02 6734585 Transistor, 2SC752GTM-O 0816 7978850 Diode, S5295G x06 6534040 Transistor, 2SA1015-Y 0817 23118451 Diode, RU4A axo7 6317440 Transistor, 2SC1815N-Y 0818 23118338 Diode, RU4AM Qxos 6002040 Transistor, RN1204 0819 A7568300 Diode, 1S1835 axos 6002060 Transistor, RN1206 0820 A7116615 Diode, Zener, 04AZ6.8Y azo2 6534040 Transistor, 2SA1015-Y 0821 7150258 Diode, 1SS176 az03 6342200 Transistor, 2SC2878-A. 0822 A7275400 Diode, 1S2462 0181 7288601 Diode, 1S2186 FA-1 0824 A7150258 Diode, 1SS176 0182 7288601 Diode, 152186 FA-1 0826 A7568300 Diode, 1S1835 0183 7288601 Diode, 1S2186 FA-1 0828 23118052 Diode, RU4Z 0241 7150041 Diode, 1SS104 0830 A7150258 Diode, 1SS176 0302 7568250 Diode, 1S1834 0832 A7116615 Diode, Zener, 04AZ6.8Y 0303 23118977 Diode, ERCO1-02FL 0833 7978850 Diode, S5295G 0315 A7116715 Diode, Zener, 04AZ7.5Y 0834 A7116615 Diode, Zener, 04AZ6.8Y 0317 7150258 Diode, 1SS176 0841 7116415 Diode, Zener, 04AZ5.6Y

0320 A7150258 Diode, 1SS176 DAO A7150258 Diode, 1SS176

0321 A7150258 Diode, 1SS176 DA02 A7150258 Diode, 1SS176

0340 A7150258 Diode, 1SS176 DAO3 A7150258 Diode, 1SS176

0401 A7116925 Diode, Zener, 04AZ9.1Z DA04 A7150258 Diode, 1SS176

0402 A7117215 Diode, Zener, 04AZ12¥ DAOS A7150258 Diode, 1SS176

0405 A7117715 Diode, Zener, 04AZ20Y OA06 A7150258 Diode, 1SS176

No. No. DA08 A7150258 Diode, 1SS176 west 23151258 Speaker, SPK-1258, DA0g 7150258 Diode, 1SS176 70x130mm, 8 ohm OA10 23115878 Diode, Zener, uPC574J(L) wes2 23151258 Speaker, SPK-1258, DAN A7150258 Diode, 1SS176 70x130mm, 8 ohm DAIZ 7150258 Diode, 1SS176 x401 23153886 Ceramic Resonator, 503kHz, OA14 7150258 Diode, 1SS176 TCR1012 OAI5 7150258 Diode, 1SS176 x501 23153979 Crystal, 4.43MHz DAI6 A7150258 Diode, 1SS176 x502 23153797 _1H-Delay Line, PAUSECAM, 0A20 A7150258 Diode, 1SS176 ED645A41T DASS 48606431 Diode (LED), TLG153, XNO1 23153961 Crystal, 3.58MHz Green 2240 23107658 Ceramic Video Trap, 0810 A7150258 Diode, 1SS176 5.74MHz, TCF1052 0001 A7568460 Diode, TVR-1B 2241 23107911 Ceramic Video Trap, 5.5 to 0002 23118943 Diode, ERC20-04 6MHz, TCF1019 0003 A7568752 Diode, 1$1887A z671 23107947 Ceramic Filter, 5.5MHz, 0004 A7150258 Diode, 1SS176 SFES.SMBF 0005 A7150258 Diode, 1SS176 2672 23107948 Ceramic Filter, 6.0MHz, 0006 A7150258 Diode, 1SS176 SFE6.OMBF E55 A8636541 Diode (LEO), TLS153, Red 2673 23107949 Ceramic Filter, 6.SMHz, ONOs: A7288601 Diode, 182186 FA-1 SFE6.SMBF ONO? A7288601 Diode, 182186 FA-1 2674 23153900 Ceramic Resonator, 500kHz, sss A8608781 Diode (LED), TLY153, TCR1010 Yellow 2675 23107948 Ceramic Filter, 6.0MHz, ovo1 7180258 Diode, 1SS176 SFE6.OMBF DVv03 A7150258 Diode, 1SS176 2676 23107980 Ceramic Filter, 4.5MHz, vos A7116915 Diode, Zener, 04AZ9.1Y SFE4.5MB ovos A7150258 Diode, 1SS176 ZA01 23153845 Ceramic Resonator, 4MHz, 0x03 7150258 Diode, 1SS176 TCR1015 0x04 A7150258 Diode, 1SS176 ZA02 24094651 Capacitor Block, 100pFx4, 50V : MISCELLANEOUS ZNO1 23107913 Ceramic Video Trap, As F801 23144867 Fuse, 4.0A 6.5MHz, TCF1018 FeOIA 23165102 Fuse Holder ZNO4 23107976 Ceramic Video Trap, «901 23120303 Remote Sensor, IR-9109-K 4.SMHz, TPS4.5MC2 462A 23993726 Compensator, DY, YH 2z01 23107502 Filter, Glass Comb, 4628 23993622 Compensator, DY, TC-M UGL-310KNT Poo 23161701 Terminal, 4P zz02 23107849 Ceramic Video Trap, P270 23845834 Clamp 4.43MHz, TCF1032 P661 23363607 Headphone Jack, 3.5mm Ay P801 23176584 Power Cord PC BOARD ASSEMBLIES Pvo1 23365597 Phono Jack, 6P ug02 23337511 Main Board, P80985 Pvoz8 23901837 Socket, 3° U303A 23337516 Back Terminal Board, PV0SB 23901836 Socket, 4P P80987-1 Pvos 23367681 Plug, 8P U9044 23337512 CRT Drive Board, PB0986-1 Pvo7 23367681 Plug, 8P U3048 23337513 Audio Board, PB0986-2 Pvao 23365361 Jack, 4P us04c 23337515 Power Board, PB0S986-3 S001 23145412 — Switch, Slide, 2C2P us04D 23337517 System Board, PB0986-4 $201 23145538 Switch, Push, 2C1P $202 23145682 Switch, Lever, 1C3P PICTURE TUBE $301 23145542 — Switch, Lever, 1C3P 4 v301 AS580639 Picture Tube, AGBKHP96X, s601 23145318 Switch, Slide, 2C3P svc A $801 23145434 Switch, Power, 2C2P SA01 23145430 Switch, Push, 1C1P TUNER SA02 23145430 Switch, Push, 1C1P SA03 23148430 Switch, Pushy 1C1P Ho01 23121729 Tuner, VHF/UHF, EG444V SA04 23145430 Switch, Push, 1C1P SA05 23145430 Switch, Push, 1C1P REMOTE HAND SET PARTS | SA06 23145430 Switch, Push, 1C1P 902 23120601 Remote Hand Unit, CT-9430 SAN 23145430 Switch, Push, 1C1P ATor 23304078 Upper Case A V901A 23802019 Socket, CRT, 10P ATO2 23300919 Lower Case vg01c 23192818 Sticker, Z2013A ae peeeeees panery Cover vgo1M 23102893 Magnet, Purity Convergence, stoi 33300937 Rubber Sheet w201 23250875 Delay Line, TRF2080 uror 23335839 PC Board, PWé994 ~29-

PartNo. 0 r P; No. ae No Description zo1 23153736 Ceramic Resoantor, CSB455EB20 -30-

D PB0O985 : cal _ 0 : ee jorrow eo ane eeetiSay ) Gee Sa Benes 0 ~ sf o° | Apert HEE Bre De == a oe 3] ops *) yeh (cme 23 ase ; SParatse Hae 3 be ta ge MASS .j > ON, ‘aa 4 io a! om Sacden a 3 eT I a WENT Les f Ge 53 Rap Next laa 2 1A. Mg | ice I NSSAS ee nog ae va li or gee Ea G8e — Cre z oS ee ye eRe . (.. Ke EnidealGe a Pes Sate ne Gea NES a faeny ¢ a AMMA es ~~ * = Se jo mesa Ht Les DO ey eal SBOE Ra Rah Se A Regs A ee an 8 PA ome eee an I It ae. je aes = “ar ie pi (ee 4 eo, Koy es J 7) fon te 1 Fe el. ce ee H ales a a 8 of SN ase Peele Gate Poaitie i oa cto 744. Lalli: aos Gis Fo aaie o n= aKa: ! ad 4 ad Ea NY ae fe sokeg 2 i | » eee Fh eee 9 : oy OK; a aoe es Resets oa 5 Ie (Ther oe es oe -3vi-

BACK ERAN BoaRe PB0987 SYSTEM BOARD PBO0986-4 IM (FOIL) SIDE BOTTOM (FOIL) SIDE BGs. tel Alea ios CFs : Ee Yee msi e Brat Pars aE 6 [Sy eS eT Oh 4) Pig) eae yamine: Mee SWAG HOR pone oe gay Ve Wesel Pee eas er a re Aceh Aca Crnih ae : i ve: a BR Ba Rs NG BA) Hh ye ee lle ee se Nicer ts ees: SL dat ine i ohn Neal Se wa AIS io eu. “ CRT DRIVE BOARD PB0986-1 vif One es ear) aaNat Rona BOTTOM (FOIL) SIDE a! oNe LEN iH = Pg ire alee ALAIN GA eo AF 5 a EBA, 13 DOP ype ieee LGEBE,. : a ine) a a ee UO ae a EteoS ne A /y~

BOTTOM (FOIL) SIDE ee ee Se eQay SeL ae] Or SR | BcOe fees Cote \\ aaron (a oad 2 -S a4 rat e q

BOTTOM (FOIL) SIDE i} i 4 Le . isi aes ee. care et Ded ps » we a —. | = gape 1 oa) i) o 5 -f ta £3 ieiatsitataiaietete i a> | con cH 0 an 0 = : ‘=a 66 > (oe pees - bey | 4 lz} ae = he caer am, ee, ' ei >” oe NS H q Ns 4 . 77] > Bee y —) = \\ eo, . $ No aan ~26 -

TERMINAL VIEW OF TRANSISTORS @® = 2S8a1015 ® 28C2120 @ RN1203 @ = 2SA1265N 2SC388ATM 2$C2230 RN1204 2SC1815 2SC2655 RN1206 2SA562TM 28C1959 8 2SC1627 € 2SC2878 8 f iw ) © 280853 © 2sc3619 @ 2801428 SF5J42 2SC1569 2SC2383 2SC3148 2SA1012 ack ece aK ecé li | | ie f° I De A 225 (SCR) -37-

SCHEMATIC DIAGRAM MODEL 2806XH OBSERVATION OF VOLTAGES AND WAVEFORMS NOTES: 1. Voltages read with VTVM from point shown to chassis ground, line voltage 220 1. D.C. resistance vale of a principal transformer is show 7 7" , Its, colour bar signal. gram. These are Masured f d from the circuit. NOTE: The parts identified by the international hazard symbols are critical for vol b _ The a for separated fror ircuit. 2, Voltages reading may vary +20%. 2. The circuits are suect to change without notice. safety. Replace only with part number specified. 3. The schemarie chown is representative only. 3 Soldes re sat ge wil 4. All waveforms are taken using a wide band oscilloscope and a low capacity probe 5. Check FINE TUNING, BRIGHTNESS, CONTRAST and COLOUR controls for best picture, make sure that CONTRAST and COLOUR controls are in mid Position and BRIGHTNESS control is almost in maximum position. 6. Waveforms are taken using a standard colour bar signal U904D SYSTEM BOARD P80986-4 s-vi088 newirraciee i 10) OL} ia Laie aaa oe ae lot] a0 A ee ek FE ts =H = Set) i= ae mtinaae 4 5 om ii Ea es Lett | el , . nonttvane | 138 " =e ore — - Lae | » 27 | BT] es = cant cs HH WO Oris’ haa ane _. . ae, T ope rd Tyo) EEF SSS SSS wen ” we = (Ip) Pa os pee = | || ACy) acre Saceme ie | U9048 AUDIO/DPC BOARD PB0986-2 = —— = S) ‘SOOOOOO SO OO Oa med OOOOO,0n, PY 2-6 Og CEATAREE LOOT ToT a. | Mabe ie! aeaeags PaaS) . me 7 owe, o ie on grag 0 Pi sun tu bn TH st jolted Tat poe ey ~ sued Te! : aie mbt ce | fe wilee[ gl | elie a —a ae | a ml Qe wena oy) mpeyt ee || wftn| let ad Se = (ote TS Het [3] pe 8] HHO |ncest enue T mg Shs ) ane “4 eel oe Hie es Het afiel pot ®t Os St a [Rose ates Ze ge i a we a ne weeitocwe | seagtt THOT ETH Ber xe SS [ee ccyet be u . og |v Re c id cre 9 i Lp om Lp “ Reg REO grit “ tte iat ae ha Fat). | PEP. PRP 5 a 2 ie < 1 ——— ee “ betien| Koy Re Or © i= =a fig} fon 1 me bal cS] od. 1d SHOE SKSEOKS} or ¢ e, ae Oy STMaEE: com ht oe} Lt. grees Po tie sse= ag SY} by ‘ bi 7 i tg} oh } we oI we rt = ee ee we] [Ta 1] ii eee zl | =: We Sees = seeeget See deo |e — alslas BeOS SIE! — 3 | coda aia fii HA Viqdda L =| |

By, i on 4] Ton Bie=ro) Fe ¢ } ‘ m = ae ee “= ; ——— i aaa ae] [| wr Sage Gloisielelaist a Kc __ ES Gr] cx) | oe | J nie a —= aOwO$<— = [bet | po eo] tnt cy Sc! i ee ee F —— |sezeterece: a —t rey rabies — —H TS =P ~ | | ee views Oe > aw = YOD9OOOQO®D | yet fst fet oO " —! "I eee eT ae _—_ 1 ae : = aS Car and TT sm i oe faapaze m. I - _ ay Sots att Tel fh =| [Bre ee 2 ; NN oh = W—s Sin, WAS ; 2, “ - / Bees Forde BB ops} —e nowt os oe [aamm Ae eat) Saue, ek Ito, | “7 = J u804¢ POWER BOARD PBOSEE-3 “1144 oo i —— ee SLO pm T= 4 [et 1 tet 0 Fe, ES fh OOOH aa as NY od Fie Fea i Pe os ee ee a <a bye, Le tee [es ie Sal] sie a |e) |= PR Cera —_T Ir we \\_ Bet LS a amt [TTT] 8 SO) ead i=} aa a © is | i \\ * ee U902 MAIN BOARD PBO98S to om

EXPRESSION eh Table 2 Table 3 [tee mare | [Wert | [vee Mere TES: VALUE OF RESISTOR, CAPACITOR and INDUCTOR Carbon Comoontvon |S 16 W| E> 13 WI 0.C. resistance valje of a principal transformer is shown in this schematic dia- 1. Resistance is shown in ohm, k=1,000, M=1,000,000 Once Mei fim | oR [ve w] Ge [sw] | | eecwoe | ae gram. These are M.asured for separated from the circuit. 2. Unless other wise noted in schematic, all capacitor values less than 1 are expres- Insulated Carbon Film| P14 wl] 16 | Co | Ciectrolne at The circuits are suject to change without notice. sed in uF and the values more than 1 in pF. (Waewona [Ww ) aw] lis w] | ‘Non-Polar ar = + Solder links. 3. Unless otherwise noted in schematic, all inductor values more than 1 are expres- 1 ——~Comenr No wa "w]e [20 wl oo | sed in H, and the values less than 1 in H. K t 1 ° | Variable Restor | CAE | 12 wi -Ge [25 w] a | [omer | ar Pontwe Thermator | ape | [Regawe Thermator | 5 | whet e eee Lt oe Lor ‘ U9034 BACK TERM. BOARD PB0987-1 u904A /cRT/ORIVE SOARD P80986-1 = r es pe ® Ue. == Phy sth aha) ah ht ra -l: 28 ©) LNT lB \\ fo | ca Eten. s wo ia rol a Ct — ppp, ——— sy Hal SY =e toe LT] a ee i ; oy peg [ ins rl be TQ Sie on ag S a" 50000 wa = \\ ©) Fe bso} . ts wt OH"S| = iS O} i ~ eee das ew Qa TNT oO rte je Y en ene: eae tt d a See" (Oa pelos. -4-! fe] ree et rag fasuseweras] 1 ne cian. v 7 | saan mw ving | ax O5, Q | ean ad —TO) om, FT & = | sag ped OF Re ane Peery op oe 4 ———w Es & a ms ao ~E “re ca —

520 Amy a ~ et Pat Sy

ap PT IG | mn mf 3] fell \\ ges ! he |e gl ei re LILA, Np =Sot ————-. cee tre tetra aa =I 4 | Se [ pe eae ee ob : a L? Pale Ss) et ae = — ob abot poo) Ca == =eeo <a ISIN _ rr a nenan (ys BOO; = il j sae ae © ae $0.9.0.90 aD FELT pores Clee = i |. SR ee rea] MSee||

a oS ON PA neat ie eee eee | yy Caoia a La | = Lees a | + | he 71 ne fats Sri is ohel (al 6 ta | 4 fo eee) | EIS init) a — | ood . ‘| Ih =I = / / £ =| aie a She le pe \\e als =i Lal 3s Le. meee] | (I att a ce fe ad at GE here A pes | a arrest tHe Por. pie —~||| Sarr 1 ae “fi —on Son — [? a SF 9048 _AUDIO/DPC_BOARD_PB0SE6-2 [a maf te | _ —— — i Zo[ 22 8_alb we. F< 2