HITACHI
CP2574TAN CP2874TAN
SERVICE MANUAL
CAUTION:
Before servicing this chassis, it is important that the service technician read the "Safety Precautions" and "Product Safety Notices" in this service manual.
TECHNICAL SPECIFICATIONS
|
TV standard 625 lines
525 Lines NTSC |
Programme selectorsChannel UP/DOWN buttons
with 59 programme remote control |
|---|---|
|
Channel coverageVHF, UHF and S Bands
also PAL 60 via VCR |
Speakers6 x 13 cm |
|
Aerial input impedance75 ohm
unbalanced |
Power consumptionCP2574TAN90 W
CP2874TAN96 W |
|
Intermediate frequencies
I.F. Luminance |
Picture tube |
| F.M. Sound |
Dimensions: CP2574TAN CP2874TAN
Width701 mm772 mm Height |
|
FocusingElectro static
Mains voltage |
Weight32 kg |
Since this is a basic circuit, the values of the parts and specifications are subject to be altered for improvement
1994
SAFETY PRECAUTIONS
WARNING: The following precautions should be observed.
- 1. Do not install, remove, or handle the picture tube in any manner unless shatter proof goggles are worn. People not so equipped should be kept away while picture tubes are handled. Keep the picture tube away from the body while handling.
- 2. When service is required, an isolation transformer should be inserted between the power line and the receiver before any service is performed on the chassis.
- 3. When replacing the chassis in the cabinet, ensure all the protective devices are put back in place, such as barriers, non-metallic knobs, adjustment or compartment covers or shields, isolation resistors/capacitors, etc.
- 4. When service is required, observe the original lead dressing. Extra precaution should be taken to ensure correct lead dressing in the high voltage circuitry area. Particularly note the R.G.B. lead dressing. Ensure they are dressed well away from the horizontal scan and F.B.T. circuitry.
- 5. Always use the manufacturer's replacement component. Always replace original spacers and maintain lead lengths. Especially critical components are indicated thus an the parts list and should not be replaced by other makes. Furthermore, where a short circuit has occurred, replace those components that indicate evidence of overheating.
- 6. Before returning a serviced receiver to the customer, the service technician must thoroughly test the unit to be certain that it is completely safe to operate without danger of electrical shock, and be sure that no protective device built into the instrument by the manufacturer has become defective, or inadvertently damaged during servicing.
Therefore, the following checks are recommended for the continued protection of the customers and service technicians.
INSULATION
Insulation resistance should not be less than 10MΩ at 500V DC between the mains poles and any accessible metal parts.
Also, no flashover or breakdown should occur during the dielectric strength test, applying 3kV AC or 4.25kV DC for two seconds between the main poles and accessible metal parts.
HIGH VOLTAGE
High voltage should always be kept at the rated value of the chassis and no higher. Operating at higher voltages may cause a failure of the picture tube or high voltage supply, and also, under certain circumstances could produce X-radiation levels moderately in excess of design levels. The high voltage must not, under any circumstances, exceed 27kV on the chassis.
X-RADIATION
TUBES: The primary source of X-radiation in this receiver is the picture tube. The tube utilised for the above mentioned function in this chassis is specially constructed to limit X-radiation.
For continued X-radiation protection, replace tube with the same type as the original HITACHI approved type.
PRODUCT SAFETY NOTICE
Many electrical and mechanical parts in HITACHI television receivers have special safety related characteristics. These characteristics are often not evident from visual inspection, nor can the protection afforded by them necessarily be obtained by using replacement components rated for higher voltage, wattage, etc. Replacement parts which have these special safety characteristics are identified by marking with a A on the schematics and the replacement parts list contained in this service manual.
The use of a substitute replacement component which does not have the same safety characteristics as the HITACHI recommended replacement one, shown in the parts list of this service manual, may create electrical shock, fire, X-radiation, or other hazards.
Product Safety is continuously under review, and new instructions are issued from time to time. For the latest information, always consult the current HITACHI service manual. A subscription to, or additional copies of HITACHI service manuals, may be obtained at a nominal charge from your HITACHI SALES CORPORATION.
TUBE DISCHARGE
The line output stage can develop voltages in excess of 25kV; if the E.H.T. cap is required to be removed, discharge the anode to chassis via a high value resistor, prior to its removal from the tube.
The tuner used on this chassis is powered by the chassis +12v and +5v supplies, and covers the VHF, UHF, and CATV range of frequencies.
When tuning is performed the clock and data commands output from pins 40 and 41 of IC001 are applied to pins 4 and 5 of the tuner, and in conjunction with the 33v input at pin 7, initiates the search routine.
The output from pin 1 of the tuner is then input to the I.F. assembly unit at pin 2.
Band switching is controlled by the outputs from pins 10 and 12 of IC001, which are applied to pins 7 and 8 of the I.F. assembly.
This unit will then output a composite video signal from pin 12, and the main and sub audio signals from pins 10 and 11.
The QPSK (Quadrature Phase Shift Keying) signal required for NICAM decoding is output from pin 9.
Audio Stages:
The QPSK signal is input to pin 1 of the NICAM unit for decoding, and the Left and Right audio signals produced are output from pins 14 and 6 respectively.
By pressing the PCM/FM button on the remote control handset, you can alternate these outputs between NICAM stereo or FM mono. The clock and data inputs to pins 16 and 15 of the NICAM assembly control this selection.
The left and right audio signals output from pins 14 and 6 of the NICAM assembly, are applied to pins 9 and 10 of IC451 via Q1320 and Q1321.
The main and sub audio signals from pin 10 and 11 of the I.F. assembly are also input to IC451 at pins 7 and 8 respectively.
IC451 is responsible for audio multiplexing and processing of the sound signals. The I2C commands at pins 1 and 20 control the various operational modes, with the 10MHz crystal at pin 19 providing the reference clock frequency.
The 54.7KHz pilot signal of a Stereo/Dual sound broadcast, is coupled to pin 5 of IC451 via the filter network R460/C464. The pilot carrier signal is then regenerated by the I.C. in conjunction with the tuned circuit of L450 etc.
De-emphasis is performed by C460 and C462 on pins 15 and 17.
The audio signals are finally output from pins 11 and 12, then applied to pins 34 and 35 of IC1401.
This is a multiple switching I.C., controlled by the clock and data signals from IC001. These are input at pins 32 and 33 of IC1401.
The left and right audio signals then emerge from pins 23 and 22, and are then applied to pins 3 and 5 of IC402.
The left and right audio signals which emerge from pins 24 and 9 of IC402 are then input to the DOLBY and EFFECTS sound processing panel. This panel enables the customer to select DOLBY, HALL or MATRIX modes etc., and is controlled by the I2C clock and data commands from pins 40 and 41 of IC001. The circuit description for this panel will be given later.
The left and right processed signals are then returned to pins 23 and 10 of IC402 and applied to internal stages which influence the base, treble, and balance. The clock and data commands fed to pins 16 and 17 of IC402, control all these functions.
The clock and data commands also control the special effects available, such as pseudo stereo and wide stereo etc.
IC402 has two separate paths for headphone or speaker outputs.
This enables different settings of volume and balance to be applied to the headphone output.
The headphone left and right signals are output from pins 20 and 13 of IC402. They are then input to pins 7 and 6 of IC481, output from pins 1 and 3, then applied to the headphones.
The outputs for the speakers are taken from pins 18 and 15, then input to IC4451, which is the sound output IC, at pin 5 and 1.
The values of R4454/R4455 and R4456/R4457 control the gain of the signals output from pins 8 and 10, which are applied to the speakers.
The values of R4458/C4454 and R4459/C4455 provide stability at high frequency under load conditions.
IC4451 is powered from the +25v supply, which is applied to pin 9 via R4467.
This supply is monitored by Q4452 stage.
Should a short circuit exist on pin 9 of IC4451, the base voltage of Q4452 will fall, and the transistor will conduct. The voltage appearing at the collector will then be applied to the gate of Q704 on the power supply and deflection panel. This places the T.V. into its standby mode (described later), and the +9v and +25v supplies will be removed.
Should the load conditions of IC4451 suddenly increase, the +25v supply can drop in value. Should this fall below 22v, the voltage supplied to the junction of R4462/R4463 via ZD4001 will disappear.
As a result the base voltage of Q951 will drop. This transistor controls the regulation of the power supply, and therefore increases the power supply drives to compensate for the fall in the +25v due to load conditions.
The left and right audio signals can also be output to external equipment via the two scart sockets AV1 or AV2.
The audio signals input to pins 35 and 34 of IC1401 are output at pins 16 and 17. These are then input to pins 1 and 3 of AV1.
The audio signals output from pins 7 and 26 of IC402 are input to pins 1 and 3 of AV2 via transistors Q441 and Q442.
When the mute command is received, pin 38 of IC001 will output a "High". As a result, Q4451 is turned on and applies a "Low" to pin 3 of IC4451 via R4453. This ensures that no sound will be output for as long as the mute condition exists.
Under no signal conditions, the clock and data signals input to IC402 at pins 16 and 17 will cause the I.C. to mute its output stages.
When the T.V. is switched off, and the +9v begins to fall, the emitter voltage of Q443 on the Anti-Pop sub board will become more positive than the base, due to the charge maintained by C442. The transistor will then conduct and applies a voltage to the base of Q444 and Q445. The transistors then turn on, pulling "Low" the left and right signals at the junctions of C438/C473 and C446/C472. This action ensures no spurious sound is input to IC4451 during the time it takes for the +9v supply to disappear from switch off.
Similarly, when the 11v supply drops from switch off, Q4454 on the Mute sub board will conduct, and applies a voltage to Q4451, which then turns on and pulls pin 3 of IC4451 "Low", therefore muting the sound output during the switch off period.
DOLBY and Effects Processing Panel
IC4600 is the DOLBY PRO LOGIC decoder I.C. The left and right channels from IC402 on the signal and control panel are applied to pins 8 and 9 of IC4600. In PRO LOGIC mode (DOLBY processing), this I.C. outputs 4 channels, i.e. Left, Right, Centre, and Surround.
In "PHANTOM" mode, the I.C. only outputs 3 channels, i.e. Left, Right, and Surround.
In PRO LOGIC mode the surround channel contains identical information, which is fed to both left and right surround speakers.
IC4600 has to be informed when to output 4 or 3 channels. This is done by applying a "Low" or "High" to pin 4. This is obtained from the sub-audio amp panel, and depends on the speaker configuration and the position of the "MODE" switch (SW4901) on the back of the T.V.
When SW4901 is set for PRO LOGIC mode (with or without the centre speaker connected), the voltage at the junction of R4922/R4940 is pulled low, and as a result Q4904 turns OFF. Q4902 will then turn on, and applies the required "Low" to pin 4 of IC4600.
When "PHANTOM" mode is selected using SW4901, and the centre speaker disconnected, Q4904 base becomes "High" via R4927, R4922, and turns on. This pulls "Low" the base of Q4902, turning it off, and applying the required "High" to pin 4 of IC4600 from the potential network of R4928/R4929.
In PRO LOGIC mode, the left and right front channels are output from pins 32 and 30 of IC4600, and applied to pins 28 and 30 of IC4604.
They emerge from pins 24 and 9, and are then returned to IC402 on the signal and control panel for further processing.
The surround channel is fed from pin 29 of IC4600 to pin 5 of IC4605.
In PRO LOGIC mode, pin 2 of IC4604 (microprocessor controlled output line) is held "Low". This is applied to pin 9 of IC4605, and as a result, the switching network outputs the surround channel from pin 4. It is then input to IC4601 for the required 20m Seconds delay, 7KHz low pass filtering, and modified DOLBY "B" noise reduction, before finally emerging from pin 56. It is then applied to pin 5 of IC4610. The "Low" at pin 2 of IC4604 is applied to pin 9 of IC4610 via D4601, and as a result, the switching network outputs the surround channel at pin 4.
It is then input to pin 10 of IC4604, then emerges at pin 15 after volume, bass and treble processing. It is then input to pin 12 of IC4610, and due to the "Low" at pin 2 of IC4604 being applied to pin 11 of IC4610, the surround channel is output at pin 14.
It is then input to IC4604 at pin 3, then fed internally to both the left and right headphone channels of the headphone channel stage.
NOTE: This stage is called the headphone channel because it was originally intended for that purpose. In our application however, we use it for the surround channel, so this should not be confused with the genuine headphone output of IC402 on the signal and control panel.
The surround channel is output at pins 20 and 13 of IC4604, then applied to IC4902 on the audio sub-amplifier panel for further amplification. The full circuit description of this panel will be given later.
The centre channel is output from pin 31 of IC4600, and applied to pin 23 of IC4604. It then receives volume, bass and treble processing, before emerging at pin 18.
The processed centre channel is then applied to IC4901 on the audio sub-amplifier panel.
MATRIX/HALL mode
The left and right audio signal from IC402 of the signal and control panel are input to IC4600 at pins 8 and 9.
In the HALL and MATRIX modes, IC4600 is only used to generate the centre channel, which is simply the left + right. This signal is output at pin 31, then input to IC4604 at pin 23 for volume, bass and treble processing. It is then output from pin 18 and applied to IC4901 on the sub-amplifier panel as the centre channel.
The left and right audio signals from IC402, are also applied to pins 3 and 1 of IC4605.
Pin 2 of IC4604 becomes "High" during HALL and MATRIX modes, and this is applied to pin 9 of IC4605, causing the left and right signals to emerge at pins 4 and 15 respectively. They are then input to IC4601 at pins 61 and 60 for processing.
In MATRIX mode, pin 31 of IC4604 is "High", and this is applied to Q4604, turning it on. Consequently, Q4605 will be turned off, and effectively pin 1 of IC4601 will become open circuit. Under this condition the I.C. will process the signals in the left - right mode of operation.
In HALL mode, pin 31 of IC4604 is "Low". Therefore, Q4604 will turn off, and Q4605 on. A "Low" is then applied to pin 1 of IC4601, and the I.C. will process the signals in the left + right mode of operation.
In summary.- MATRIX = the left and right difference output HALL = the left and right sum output
For description purposes, the HALL and MATRIX output will now be called the delayed channel, but remember each one is different in reality.
During HALL and MATRIX modes, the switching condition of IC4610 results in a "High" being output from pin 15. This is applied to pin 46 of IC4601, and disables the DOLBY noise reduction operation.
The delayed signal output from pin 54 of IC4601, is returned to pin 63 via C4648, R4616, R4615 etc. This is the feedback line to obtain the required reverb (Echo) effect.
In MATRIX mode, the delayed signal output from pin 56 is applied to pin 3 of IC4608 via R4648. It is amplified, output at pin 1, then input to pin 3 of IC4610. In MATRIX mode, both pins 2 and 31 of IC4604 will be "High". This means that pin 9 of IC4610 becomes "High" via R4653. Therefore, the switching condition of IC4610 causes the delayed signal at pin 3 to be output from pin 4.
In HALL mode, the delayed signal is input to pin 5 of IC4610. The "Low" at pin 31 of IC4604 is applied to pin 9 of IC4610 via D4602, and causes the switching to output the delayed signal at pin 4.
Therefore, pin 4 of IC4610 is the common output for both HALL and MATRIX modes.
For the left surround channel, the signal at pin 4 of IC4610 is returned to pin 13, then switched to pin 14. It is then input to pin 3 of IC4604 for volume control, then output at pin 20. It is then applied to IC4902 on the sub-amplifier panel.
For the right surround channel, the signal at pin 4 of IC4610 is input to pin 6 of IC4608 via R4652. It is then inverted, output from pin 7, then input to pin 5 of IC4604 for volume control.
An output is then produced at pin 13, which is applied to IC4902 on the sub-amplifier panel.
The front left and right channel signal path of the delayed HALL and MATRIX signal is as follows:-
The left channel from IC402 on the signal and control panel is fed via R4663, R4632 and applied to pin 3 of IC4606. The delayed channel from pin 54 of IC4601 is also applied to pin 3 via R4634. These resistors form a summing junction, so the left channel is added to the delayed channel.
The right channel from IC402 is fed via R4633 to pin 5 of IC4606. The delayed signal from IC4601 is fed to the invertor IC4607 via R4635, then this is also added to pin 5 of IC4606 via R4642.
The complete front left and front right channels are output from pins 1 and 7 of IC4606 respectively, then input to pins 1 and 32 of IC4604. They are then output from pins 24 and 9, and returned to IC402 on the signal and control panel.
NOISE SEQUENCER OPERATION
To set up the speaker output levels to suit the acoustics of the room, a noise sequencer is incorporated into this panel.
This outputs white noise on each of the channels in turn, so the customer can set each output level to suit. This ensures optimum results during the DOLBY Pro Logic operation.
When the noise sequence mode is selected from the onscreen menus, pin 3 of IC4602 goes "High", and pin 5 goes "Low". Q4606 is turned on, and applies a "Low" to pin 11 of IC4605, changing the internal switching of IC4605, so that the "Low" applied to pin 12 from pin 5 of IC4602, is output from pin 14, and applied to pin 1 of IC4600.
"High" and/or "Low" outputs are obtained from pin 6 and 7 of IC4602, and applied to pins 2 and 3 of IC4600. These determine the sequence of white noise from each channel.
SUB-AUDIO PANEL
This panel is used to amplify the left and right suround channels, and the centre channel. It also provides a bass output which is applied to the woofer speaker.
The left and right surround channels are input to E4601 at pins 4 and 7 respectively from the DOLBY panel. They are then fed via C4991 and C4993 on the mute panel, and applied to pins 1 and 5 of IC4902 via C4909 and C4922.
The zener and capacitor on pins 1 and 5 give input protection to the I.C.
The amplified left channel is output from pin 10 of IC4902, whilst the right channel is output from pin 8.
Feedback to control the gain of each channel is obtained from these outputs. Feedback for the left channel is applied to pin 2 via R4910/R4911, and C4910, whilst feedback for the right channel is applied to pin 4 via R4907/R4909, and C4921.
The outputs from pin 10 and 8, are then applied to the left and right surround speakers via C4911 and C4920.
The centre channel is input to E4601 at pin 3 from the DOLBY panel, and applied via C4992 on the mute panel, then via divider R4916/R4917 and C4914, to pin 1 of IC4901.
The bass signal is derived from the left and right audio signals obtained from the signal and control panel. These are input to pins 1 and 3 of PL4902, added, divided, and low pass filtered by R4914, R4913, R4915 and C4925, with the resultant signal applied to pin 5 of IC4901 via C4901.
IC4901 operates exactly as IC4902, providing a centre channel output from pin 10, which is applied to the centre speaker via C4912, and a bass output from pin 8, which is applied to the bass (woofer) speaker via C4903.
If no centre speaker is connected, and the mode switch SW4901 is set to Pro Logic mode, then the left and right speakers of the T.V. (PL4905 and PL4906) will supply the centre channel.
If no external left and right speakers are connected, and the mode switch is set to Phantom, then the left and right speakers of the T.V. (PL4905 and PL4906) will supply the left and right outputs. These are obtained from the left and right outputs of IC4451 on the signal and control panel, and input via PL4903.
Depending on the speaker configuration and the position of SW4901, Q4904 and Q4902 will provide a "High" or "Low" output for the DOLBY panel via E4601 pin 6. This operation is explained in the DOLBY panel description.
There are two mute circuits on this sub-audio panel:-
The first mute circuit affects the feedback inputs of IC4901 and IC4902.
During switch ON or OFF, pin 38 of IC001 on the signal and control panel will momentarily output a "High" Q4451 will then turn on, applying a "Low" to R4476, consequently turning on Q4455. This will then apply a "Low" to Q4901 on the sub-amp panel via PL4902 pin 5 and R4946.
Q4901 then turns on, and its collecter will go "High". This is applied to the feedback lines of IC4901 via R4941 and
R4942, and the feedback lines of IC4902 via R4943 and R4944. In this way the amplifiers are muted.
The second mute circuit affects the inputs to the sub-audio panel, and consists of Q4991, Q4992 and Q4993.
During switch OFF, the +9v used to supply Q443 base disappears. Q443 will then turn ON for a short time, due to the charge remaining in C442. A voltage is then applied to Q4991, Q4992 and Q4993 via pin 5 of E4601, turning the transistors ON. The collectors of these transistors are then pulled "Low", thereby suppressing the centre and surround channels during the initial switch OFF mode.
Luminance stages:
The composite video output from pin 12 of the I.F. assembly unit, is applied to the base of Q321. The signal at the emitter is then input to pin 36 of IC1401 via R1314, and also to pin 19 of AV1 socket via C304 and R306 as an output to external equipment.
This signal at Q321 emitter is also input to pin 1 of IC320 via Q4453, and produces a "Low" ouput at pin 5, which is used as the "IDENT" for pin 11 of IC001. This presence of this "IDENT" halts the search tuning process.
The composite video input to pin 36 of IC1401 is output from pin 19 for luminance processing, and pin 21 for chrominance processing.
A composite video signal is also output from pin 30. This is then fed via Q1310 to pin 19 of AV2 socket. It can then be output to external equipment attached to this socket if desired.
The video signal from pin 19 of IC1401 is then fed via Q1399 into pin 12 of the teletext decoder unit. The output from this unit is applied to buffer Q2011, then fed to the base of Q505 via R558, with CP501 performing 4.43MHz rejection. It is then input to pin 30 of the luminance processor IC3201 via delay line DL502 and Q3202. The input at pin 30 then passes through an internal dynamic noise reduction stage, whose operation is controlled by the voltage level at pin 29. This in turn is controlled by a "High" or "Low" output from pin 8 of IC001, which then turns Q3209 on or off, therefore changing the voltage level at pin 29 of IC3201.
The signal with or without noise reduction, then emerges at pin 28, and is input once more to a black level correction circuit at pin 26 via C3216. This stage enhances the signal by making the darkest part of the signal even darker. For this operation, horizontal and vertical pulses are required. These are input to the sync. separation stage at pin 20 of the I.C. via D3203 and D3202 respectively.
In order for the sync. separation stage to function correctly, the D.C. level of the video signal needs to be regenerated and input to pin 18 of IC3201. This is accomplished by Q3100 and Q3101 stages.
The processed signal is then output from pin 23 of the I.C., then input once again at pin 15, via buffer Q3205 and C3221.
The internal circuitry then produces a time compressed profile compensation signal, which is split into 2. One signal is output at pin 7, whilst the other is internally processed to provide shoot balance and sharpness control, then output from pin 11.
The sharpness can be varied by the voltage applied to pin 6 of IC3201.
This variable voltage is obtained from pin 5 of IC001, and is then fed via R020, ZD3244, and R3203 to pin 6 of IC3201.
The video output from pin 7 of IC3201 is fed to Q501, where it is mixed with the processed signal from pin 11, fed via Q503, Q504, and Q502 stages.
The resultant signal is then input to pin 7 of IC501 where it is processed and added to the R.G.B. signals.
Contrast and brightness control is obtained by the variable voltage levels applied to pins 14 and 25 of IC501. These originate from pins 2 and 3 of IC001.
An automatic beam current limit circuit is employed on this chassis.
Beam current is sampled at pin 4 of the flyback transformer, and applied to the cathode of D709 via R722. Should the beam current rise, the voltage level will fall, and the diode will conduct. This drop in voltage is then fed via R721 to pin 14 of IC501. This reduces the contrast level and hence the beam current is also reduced.
Chrominance Stages:
The composite video signal from pin 21 of IC1401 is fed via a bandpass filter circuit consisting of R547, C588 and L504. This extracts the chrominance signal, which is then input to pin 19 of IC501 via C507.
The chrominance signal is then applied to an internal A.C.C. amplifier, the operation of which depends on the burst signal amplitude, and the saturation voltage level on pin 18.
The oscillator X502 connected to pin 22, regenerates the required 4.43MHz sub carrier frequency, with phase control being determined by the components connected to pin 23.
The chrominance signal output from pin 17 is fed via the delay line DL501, then re-enters the I.C. at pin 15.
The decoding, adding and subtracting of the direct and delayed colour signals is performed internally, producing the R-Y, G-Y, and B-Y signals. These are then added to the luminance signal in a matrix circuit to produce the red, green, and blue signals. These finally emerge from pins 26, 29, and 4 respectively.
External inputs:
When inputs such as VCR signals are applied to AV1 or AV2 socket, the video signal from that socket is applied to pin 12 or pin 3 of IC1401, and the left and right audio signals to pins 10 and 11, or pins 2 and 4.
When equipment having an equivalent 21 pin socket is connected to the AV sockets and switched on, a "High" will be output from pin 8 of the appropriate socket, and applied to pin 34 or 37 of IC001.
The clock and data outputs from pins 40 and 41 of IC001 will then change, and this change is applied to pins 32 and 33 of IC1401. This causes the internal switching network of IC1401 to change, so that the external video signals are output from pins 19 and 21, and the left and right audio signals from pins 22 and 23 of the IC. They are then processed as previously described for the T.V. signal.
If the external equipment does not have an equivalent connector, the external mode must be selected using the remote control handset. This will then change the clock and data signal to suit accordingly.
When S-VHS equipment is connected to AV2 socket, the luminance signal is applied to pin 3 of IC1401, and the chrominance signal is applied to pin 5.
The video signal (luminance) will still be output from pin 19 as previously described, but pin 21 will now output the chrominance signal. These signals then follow the same luminance and chrominance paths described for T.V. signals.
When camcorder inputs etc. are applied via the phono sockets, the external mode must be selected using the TV/AV button on the handset. This then causes a change in the clock and data inputs applied to pins 32 and 33 of IC1401, so that the camcorder audio and video signals input to pins 13, 14, and 15, are output for further processing.
When S-VHS equipment is connected via the 5 pin socket on the front of the T.V., a "Low" is applied to pin 36 of IC001.
When the TV/AV button of handset is then pressed, the clock and data commands change the internal switching of IC1401 once again, so that the luminance and chrominance signals applied to pins 7 and 9 are output from pins 19 and 21 for further processing.
When R.G.B. equipment such as computers are connected to AV1 socket, the red, green, and blue inputs, plus a fast blanking input, are applied to pins 1, 4, 6, and 8 of IC502 respectively.
The external R.G.B. signals are output from pins 16, 13 and 11. These are then applied to pins 28, 2 and 5 of IC501. The fast blanking is output from pin 9 of IC502 and applied to pin 24 of IC501, changing the operation of the I.C., so that only the external R.G.B. signals emerge from pins 26, 29 and 4.
Horizontal and vertical timebase:
IC501 provides sync. separation, Horizontal and vertical timebase and output stages, and also contains a vertical count-down stage.
Sync. separation is obtained using the video signal input at pin 10.
The horizontal frequency is obtained from X501, connected to pin 9. It is then applied internally to a divider/count-down circuit from which the vertical frequency is obtained. Using this method has the advantage that no external frequency adjustment controls are required.
The horizontal output is made available from pin 13, and the vertical output from pin 12.
A horizontal signal from the flyback transformer is applied to pin 6 of IC591. It is then output from pin 7, and input to pin 8 of IC501. This pin supplies a comparitor circuit, which compares the horizontal signal to the sync. signal. Any frequency difference causes a corrective output to be applied to the horizontal oscillator stage, thereby maintaining the desired phase relationship.
A line flyback signal is also applied to pin 11 of IC501 via VR502, providing manual shift control.
Deflection output stages:
The horizontal output from pin 13 of IC501 is applied to pin 3 of IC591. This I.C. acts as a non-inverting buffer, and the horizontal output is obtained from pin 1.
It is then applied to line drive transistor Q701 on the power and deflection panel. T702 couples the output from Q701 to line output transistor Q702. Both these transistors are powered by the H.T. voltage supply (146v).
A line pulse available at pin 1 of the flyback transformer is rectified by D702, and supplies approximately 180v to power the output transistors of the C.R.T. base.
Under certain fault conditions, i.e. increased H.T. or reduced value of the tuning capacitors C706/C723 etc., an excess of E.H.T. could be developed.
To prevent this happening, the rectified voltage of D702 is fed via the potential divider R718/R719 to ZD701. Should the E.H.T. rise excessively, the threshold voltage of the zener will be exceeded and it will conduct, applying a voltage to the gate of thyristor Q704, turning it on, and pulling "Low" its anode.
This "Low" is applied to Q952 via R960 and R959, turning it off, and consequently turning Q953 and Q956 off also.
The +9v and +25v supplies are then removed, causing the timebase stages of IC501 to become non-operational, therefore preventing further E.H.T. generation until the fault is removed.
R705 monitors the current of the horizontal output stages. Should a short circuit condition exist, the increased voltage drop across R705 will cause Q703 to conduct. A voltage will then be applied to the gate of Q704 via R708 and R717, turning it on, and removing the E.H.T. generation as previously explained.
The vertical output from pin 12 of IC501 is input to pin 2 of IC601 via R618. This is then applied to an internal ramp generation circuit, which in conjunction with C602 on pin 6 of IC601, produces a sawtooth waveform at vertical frequency.
Flyback generation time is determined by D601 and C603 connected between pins 8 and 9 of IC601.
The vertical output for the deflection coils is obtained from pin 12 of IC601.
The deflection current that occurs at the junction of C606/R611, is added to the feedback obtained from R609/C605, and the result is input to pin 7 of IC601 to control linearity, with VR601 determining the vertical amplitude.
Vertical shift can be obtained by the setting of S601.
Q602 stage monitors the +25v supply. Should the supply rise or fall, the change in base voltage will cause a variation of the collector voltage, and this change is applied to pin 7 of IC601 via R606 and VR601. The amplitude of the vertical output is then altered, compensating for the original fluctuation in voltage.
A portion of the ramp generation signal at pin 6 is shaped by Q601/Q603 stage then applied to the East/West correction circuitry of IC751 on the power and deflection panel.
This I.C. type TEA2031A provides the necessary correction needed for the scan circuits when employing 110° cathode ray tubes. It is powered by the voltage applied to pin 6, which is obtained from pin 1 of the Flyback transformer, and rectified by D752 and smoothed by C758.
The signal from Q601/Q603 stage is applied to pin 1 of IC751, which feeds an internal comparitor circuit. This compares the current available at pin 1 to the current at pin 2, and in conjunction with the load resistor R757, produces a symmetrical parabola waveform at pin 7 when both currents are equal. Adjusting VR755 changes the current at pin 2, causing the parabola to become assymmetrical, thus producing a keystone correction effect.
Line pulses from pin 1 of the Flyback transformer, are fed to pin 8 of IC751 via R760, VR751 and the integrating components D751/C756. This sets the line width, with VR751 providing variable width control.
The complete correction waveform is output from pin 5, with VR752 providing parabolic correction control. It is then applied to the diode modulation circuitry of Q702 stage via L751.
A portion of the beam current available at pin 4 of the Flyback transformer, is applied to pin 7 of IC751 via C750, R753.
This provides some correction for the breathing effect that can occur during sudden changes in brightness etc.
Power supply circuit:
This T.V. contains two power supplies.
The main power supply is a self oscillating supply, with a variable frequency and pulse width. The sub-supply operates at a fixed frequency with a variable pulse width.
Main Power Supply
The A.C. supply is rectified by D901 - 04, producing approximately 300v to power Q903.
Current flowing through R901/R909 causes Q903 to initially turn on.
Secondary voltages are then induced in T901, and a feedback voltage obtained via D905, L903 etc. is applied to the base of Q903, maintaining the transistors operation.
This circuit self oscillates at a frequency determined by the inductance of the transformer, the A.C. mains voltage, and the load conditions etc.
The transistor Q902 is held at -ve potential to ensure a good turn off of Q903 stage. The diodes D954 and D955 across the base and emitter of Q903 offer protection.
The secondary voltage in winding S1/S2 is rectified by D951 to produce the H.T. voltage of 146v. This is smoothed by C952.
Winding S3/S4 produces approximately 12v via D952, which is smoothed by C954. This 12v is then applied to Q953 stage, which in conjunction with IC951, produces the +9v chassis supply.
The rectified voltage from D953 is smoothed by C960. It is then fed to Q956, producing the +25 volts required for the sound output stage.
The voltage rectified by D953, is also fed via R967 to IC005 on the tuning and control circuit. This produces the +5v required for IC001 at the emitter of Q006.
Q951 stage controls H.T. regulation. The base voltage of Q951 is set to a pre-determined level by the resistor network R952, VR951 and R963. During normal operation, R951 is effectively out of circuit due to Q954 being turned on.
The emitter of Q951 is effectively held at 6v9 by ZD951. Should the H.T. level rise, the base voltage will become more positive than the emitter, and this difference is amplified by the transistor and applied to OPTO-COUPLER IC901. An output is then produced from IC901 and applied to the transistor network of Q901/Q902. This stage controls the on-time of Q903, and therefore controls the H.T. level, hence maintaining H.T. regulation.
ZD953 (shown connected at the emitter of Q703 on the circuit), offers protection to the H.T. circuits should this H.T. level rise excessively.
Q957 protects the +9v and +25v supplies during short circuit conditions.
Should either supply rail go short circuit, the base of Q957 will become "Low" via D956, R968, or D967, R970, and as a result the transistor turns on, applying a voltage to the gate of thyristor Q704. This turns on, and applies a "Low" to Q952, consequently turning off Q953 and Q956, removing the supplies that generate the +9v and +25v.
When the standby command is transmitted from the handset, pin 17 of IC001 becomes "High". This is applied to Q011 base, turning the transistor on.
This applies a "Low" to Q952 base via R960, turning the transistor off. As a result, both Q956 and Q953 become non-operational, and consequently the +9v and +25 chassis supplies are removed.
Due to the +9v supply disappearing, the drive to IC902 is removed. Q904 then operates, and causes the primary of T901 to enter its burst firing mode every 50Hz cycle. Q904 does this by following the mains cycle via R914, terminating Q903 operation every 10m Seconds.
This ensures a low power consumption during standby.
Finally, during standby, the voltage to the base of Q954 is removed, and the transistor turns off. As a result, R951 is added to the potential divider network at the base of Q951. This alters the drive to opto-coupler IC901, and the result is to reduce the H.T. voltage during the no load conditions created during standby.
Sub-Power Supply:
From switch on, the AC voltage is rectified by bridge rectifier D9001-D9004, producing approximately 300v DC at C9002. This is applied to Q9000 collector via the primary winding of T9000.
The voltage at pin 7 of IC9000 will rise to approximately 16v via R9000 and D9005. This allows the internal circuitry to create a sawtooth waveform, from which a squarewave output is obtained at pin 6. This output causes F.E.T. Q9002 to turn off and on.
The base current for Q9000 is obtained from the DC supply to pin 7 of IC9000.
This DC supply is maintained after initial start up by the feedback obtained from the bias winding of T9000, which is then fed via R9001, L9001 and D9006 to pin 7.
ZD9000 and D9010 are protection diodes, preventing the voltage levels from rising to a point where they may cause damage to IC9000 and Q9000/Q9002 stages.
A current sense circuit exists at pin 3 of IC9000, and is used to monitor primary current. A voltage proportional to the primary current is obtained across R9005, then applied to pin 3 via R9007, R9008. C9005 suppresses the leading edge of this waveform to remove any switching noise that may occur
This voltage is compared to an internal reference of approximately 0.8v. Should the voltage applied to pin 3 rise above this reference, the pulse width output from pin 6 is limited, therefore providing protection for the transistors Q9000 and Q9002.
R9023, C9013 and D9011 act as a soft start circuit. This limits the duty cycle from pin 6 during the initial start up period, allowing a gradual rise to full output.
Q9001 monitors the base drive voltage to Q9000. Should this voltage fail, Q9001 will turn on, and in conjunction with the internal error amp. at pin 1 of IC9000 limits the maximum current, therby protecting Q9000 stage.
Overvoltage is sensed on the primary by the bias winding, then fed to pin 2 of IC9000 via R9001, L9001, D9013, and R9021. If the voltage at pin 2 rises above the internal reference voltage, the output from pin 6 is limited by the internal error amp., therefore clamping the secondary voltage to a safe level.
There are two supply voltages derived from the secondary of T9000.
A +24 volts is obtained from D9100 and smoothed by C9100, whilst a +12v supply is obtained from D9101 and smoothed by C9101.
A regulation circuit ensures the +12v supply remains stabilised.
Should the +12v rise, the voltage applied to IC9100 via R9103 will increase, and once it exceeds an internal reference, IC9100 will conduct, thus turning the OPTO-COU-PLER on. This causes a decrease to the error amp. input level at pin 1 of IC9000, reducing the pulse width output of the I.C., thus offsetting the original rise in the +12v supply.
When the standby condition exists, the +9v from the main power supply disappears. As a result the voltage to the base of Q9101 is removed, and the transistor turns off. Q9100 will then turn on due to the voltage supplied via D9103 and R9110, and consequently, the OPTO-COU-PLER remains permanently on. Pin 1 of IC9000 is therefore held at a low potential, and no output will exist from pin 6. As a result the secondary supplies of +24v and +12v are removed for as long as the standby condition exists.
During this standby mode, the voltage supply for the OPTO-COUPLER is obtained from R967 on the main power supply. It is then fed via PL4902 on the sub-audio panel to +5v regulator IC4903, then from PL4904 to D9103 on the subpower supply, then via R9106 to pin 1 of the OPTO-COU-PLER.
Remote control and selection circuit:
The remote control receiving unit U001, contains an infra red amplifier. This is powered by the +5v supply fed via R058.
The signal output from pin 2 of U001 is then applied to pin 35 of IC001 via R059.
This I.C. performs channel selection, customer control adjustments, on-screen displays, search tuning, teletext selection, and controls the switching functions of IC1401.
IC002 is the memory I.C., which stores the data relating to the above functions, then transfers that information to IC001 when required.
Both of these I.Cs. are powered by the +5v supply.
X001, C018 and C019, supply IC001 with a basic clock frequency, which controls all operating functions of the I C.
From switch on IC001 must be initially reset. This is performed by IC004.
As the +5v rises from switch on, pin 3 of IC004 is held "Low". This is applied to pin 33 of IC001, thus resetting the I.C.
Once pin 1 of IC004 has almost reached its +5v potential, the "Low" at pin 3 is removed. Pin 33 of IC001 will then become "High" via R057, thus releasing the reset condition.
Should a sudden drop in voltage occur, the reset circuit may not be fast enough to follow it, and the initial reset conditions of IC001 could be affected.
To prevent this happening, Q008 and Q009 stages have been added to monitor the +9v supply.
Under normal conditions, Q008 remains off, and therefore Q009 is also off. However, should the +9v fall, the emitter of Q008 will maintain its voltage due to the charge held by C009, but the base voltage will drop. Q008 will then conduct and applies a voltage to Q009 via R022 and ZD004. Q009 then turns on, and pulls pin 33 of IC001 "Low", thereby resetting the I.C.
When the +9v rises again, Q008 and Q009 will turn off once more, and the reset condition will be released.
Pin 17 of IC001 outputs a "Low" when the T.V. is switched on. This is applied to Q011, turning the transistor off. A "High" is then applied to Q952 base on the power supply panel via R097, R960, and R959.
This turns the transistor on, applying a "Low" to R957 and ZD906, thereby turning on Q956 and Q953. The +9v and 25v supplies required to operate the chassis are then made available.
When search tuning is initiated, the clock and data outputs applied to the tuner from pins 40 and 41 of IC001 cause the tuning procedure to commence.
Once a broadcast has been located, the video signal from pin 12 of the I.F. assembly unit is input to pin 1 of IC320 via Q321 and Q4453.
The output from pin 5 of IC320 then goes "Low", and this is applied to pin 11 of IC001 as an "IDENT" signal, causing the I.C. to halt the tuning procedure. IC001 will then monitor the AFC input at pin 9 to obtain the optimum signal.
Whilst searching for a signal, pin 5 of IC320 remains "High". This turns Q322 on, which pulls low the input to pin 36 of IC1401, causing the T.V. screen to remain blank during the search routine.
All customer control levels such as brightness and contrast etc., are determined by outputs from IC001. The volume and balance outputs to the headphones (which can be set by the customer), are controlled by the clock and data outputs from pins 40 and 41.
When the on-timer is set, and the T.V. has been placed into its standby mode, the output from pin 18 of IC001 will alternate between "High" and "Low". This causes Q012 to turn off and on alternately. This action turns the light emitting diode D019 off and on, thereby giving an indication that the timer mode is in operation.
The outputs from pins 19 and 20 of IC001 are determined by the type of sound received.
When a NICAM stereo broadcast is being received, both these pins go "Low" and therefore both D020 and D021 will illuminate.
Should the transmission authorities broadcast a dual language programme, only one diode will light up. This will
depend on which of the dual languages are chosen, using the remote control handset.
When a mono broadcast exists, both pins 19 and 20 will become "High", therefore, D020 and D021 will remain off.
The clock and data outputs to operate the Tuner, NICAM assembly, Teletext assembly, IC402 and IC1401, are obtained from pins 40 and 41 of IC001.
The red, green and blue outputs for the on-screen displays, are made available from pins 22, 23, and 24 respectively, with a blanking signal from pin 25. The components L003, C016, and C017 determine the oscillating frequency of the display. The horizontal and vertical inputs at pins 26 and 27 of IC001, determine the actual position of the display on the screen.
To prevent any interference occurring between the onscreen display inputs and the luminance signal at pin 7 of IC501, Q010 and Q013 have been added.
When an on-screen command is received, the blanking output from pin 25 of IC001 will be applied to the base of Q013 via emitter follower Q010, turning the transistor on, effectively removing the luminance input at pin 7 of IC501.
When the standby command is received by IC001, the "Low" at pin 17 will be removed. A "High" is then applied to Q011 base via R040, turning the transistor on.
The collector will then become "Low", and consequently, Q952 on the power supply will be turned off.
As a result, both Q953 and Q956 will turn off, thereby removing the +9v and +25v supplies. This shuts down the sound output I.C., and the deflection timebase stages, placing the T.V. into its standby condition.
Should a PAL 60 transmission be received, there will be a change in the potential at pin 7 of IC001. This is applied to pin 5 of the vertical output I.C. via R621, correcting the scan to maintain a consistent height.
Teletext circuit:
The three I.Cs. which control the teletext operations are IC2201 type CF72306, IC2202 type CF72307, and IC2210 type TMS4464-10L.
The basic operation of these I.Cs. are as follows:-
IC2201.....Data slicer IC2202.....Decoder
IC2210.....Memory (256k byte)
The data and clock signals from pins 40 and 41 of IC001, are input to IC2202 at pins 36 and 37, and R.G.B. teletext signals are output from pins 20, 18 and 16.
During teletext mode, a "High" is output from pin 15 of IC2202 and applied via IC502, to IC501 pin 24 as the fast blanking signal. This alters the internal switching of IC501, so that only the teletext R.G.B. signals input to pins 28, 2, and 5 of IC501, are output to the C.R.T. base transistors.
This "High" applied to IC502 also changes the internal switching, so that the R.G.B. inputs at pins 3, 5, and 7 are output from pins 16, 13, and 11.
IC2203 performs the reset operation for IC2202 when the T.V. is first switched on, or brought out of its standby condition.
Until the voltage at pin 1 of IC2203 reaches 4v5, pin 3 remains "Low", and this is applied to pin 29 of IC2202, initiating the reset condition. When pin 1 exceeds 4v5, the "Low" is removed from pin 3, and pin 29 of IC2202 becomes "High" via R2209, releasing the reset condition.
The crystal X2201 provides the required oscillator for IC2201, and from this a clock output is made available at pin 15. This is then input to pin 9 of IC2202.
IC2201 has two main functions. The first is to acquire the teletext information.
The video signal from pin 19 of IC1401 is input to the teletext panel, and applied to pins 2 and 3 of IC2201.
From this, teletext clock and data signals are obtained, and output from pins 12 and 13, then input to pins 11 and 12 of IC2202.
The video signal is also input to pin 25 of IC2202, then output from pin 26. This signal is returned to the chassis for luminance processing during normal T.V. operation.
The second function is to supply a composite sync. signal.
The video input to IC2201 at pins 2 and 3, produces a sync. signal from pin 19, which is then input to pin 3 of IC2022.
IC2210 is the memory control, which stores and retrieves all relevant data required for operating and storing favourite pages etc.
DICTUDE AND CONTROL AD JUSTMENTS
AGC Adjustment:
1 Switch TV on and allow to warm up for at least two minutes.
2 Beceive a signal with a level of -47dBm.
3. Connect a voltmeter to the AGC terminal of tuner. i.e. +ve leg of C103
4. Adjust variable control at top of I.F. unit (see adjustment position drawings) until meter reads 6v8 +/- 0v1.
1. Switch T.V. on, receive Philips circle test pattern, and set contrast and brightness levels to maximu
- 2. Connect a voltmeter to the +ve leg of C701.
- 3. Adjust VR951 so that meter reads 146v +/- 0v2.
Horizontal Phase
1. Receive Philips circle test pattern.
2. Adjust VR502 to centralise picture.
Vertical Center:
- 1. Receive Philips circle test pattern.
- 2. Set contrast and brightness levels to maximum.
- 3. Operate S601 (3 position switch) until the center of circle
is at the mechanical center of screen.
Vertical Height Adjustment: 1. Receive Philips test pattern
- 2. Set contrast and brightness levels to maximum.
- 3. Adjust VR601 to obtain the desired picture height.
Pin Cushion Adjustment
1. Receive Philips test pattern.
2. Set contrast and brightness to obtain normal viewing
3 Adjust VB755 so that the vertical lines at outside edges of screen are as perpendicular as possible.
4 Adjust VR752 to improve the vertical lines so they become as perpendicular as the vertical lines at the centre of the screen
5. Adjust VR751 so that the castellations at each side of the screen just disappear from view
6. Repeat this procedure until the optimum result is achieved
Focus Adjustment:
1. Receive Philips circle test pattern setting colour level to minimum, and contrast and brightness levels to maximum. 2. Adjust contrast so that the first two bars of the colour bar display become black.
3 Adjust brightness so that the 3rd and 4th bars of the grey scale bar display are the same colour black as in step 2.
4. Adjust the focus control (upper control on flyback transformer) to obtain the best overall focus.
Delay Line Adjustment:
1 Receive Philips circle test pattern, and set colour adjustment to achieve normal viewing level.
2. Adjust VR501 to minimise venetian blind effect in section "B" of the test card as shown below
3. Next adjust L501A to minimise the venetian blind effect in the magenta portion of circle pattern.
4. Repeat steps 2 and 3 for the best overall result.
CUT OFF AND SCREEN ADJUSTMENT
PREPARATION:
(i) Preset the red, green and blue background controls on the C.R.T. base to the positions shown.
viewed from top
(ii) Set the customer controls as follows:- Contrast = 0
Colour = 0 Brightness = Approx. mid point
(iii) Receive horizontal white line, or red raster pattern from a Philips pattern generator.
METHOD.
1. Adjust screen control on the flyback transformer until the horizontal line is just visible and its colour can be seen.
2. Do not touch the background control of the colour that is most prominent on the screen, but adjust the other two background controls until a reasonable white line is obtained.
3. Connect an oscilloscope probe to each of the R.G.B. cathodes in turn and leave connected to the one with the highest level.
4. Set customer brightness so that the cathode value is no greater than 140v as shown below.
5. Disconnect oscilloscope, and set screen control so that the white horizontal line is just visible once more.
WHITE BALANCE
PREPARATION:
(i) Set the customer controls as follows:- Contrast = 0
Colour = 0
Brightness = Approx. mid point
(ii) Receive the white raster pattern.
(iii) Obtain and set up a combined colour analyser and light meter, e.g. MINOLTA CA100.
METHOD:
1. Adjust brightness customer control so that the light output from the white raster reads Y = 1 2 cdm-2 on the light meter.
2. Next adjust the red and blue background controls to obtain the colour chromaticity co-ordinates of
The above co-ordinates represent a colour temperature of 7400k
PROTECTION CHECKS
High Voltage Limit Check:
- 1. Switch T.V. on and set contrast and brightness levels to maximum.
- 2. Connect a 470K resistor in parallel with R718/R718A, and ensure that picture and sound disappear instantly.
- 3. Switch T.V. off, remove resistor, and wait 10 15 seconds
- 4. Switch T.V. on again, check that normal operation is resumed. Return contrast and brightness levels to their original settings.
Anode/Focus s/c Check:
- 1. Switch T.V. on and set contrast and brightness levels to maximum.
- 2. Connect a 390R (20 30 Watt) resistor from pin 9 of the flyback transformer to ground.
- 3. Check that picture and sound disappear instantly.
- 4. Switch T.V. off, remove resistor, and wait 10 15 seconds.
5. Switch T.V. on again, and check that normal operation is resumed, then return contrast and brightness levels to their original settings.
POSITION OF ADJUSTMENT CONTROLS
12
SOME WAVEFORMS FOR CP2574TAN, CP2874TAN. THESE WERE TAKEN ON A COLOUR BAR SIGNAL, USING AN OSCILLOSCOPE SET TO 20µ SECS/CM UNLESS OTHERWISE STATED, AND A 10:1 PROBE.
IC001 pin 26 6v0 p.p.
IC001 pin 27 4v0 p.p. at 0.5m sec/cm
IC402 pins 3 and 7 3v0 p.p. at 0.5m sec/cm
IC402 pins 5 and 9 3v0 p.p. at 0.5m sec/cm
IC402 pin 15 1v0 p.p. at 0.5m sec/cm Volume at maximum
IC402 pin 18 1v3 p.p. at 0.5m sec/cm Volume at maximum
IC402 pin 26 3v0 p.p. at 0.5m sec/cm
IC451 pin 4 1v0 p.p at 0.5m sec/cm A2 Stereo/Dual Sound only
IC451 pin 5 1v75 p.p. at 1m sec/cm A2 Stereo/Dual Sound only
IC320 pin 1 2v2 p.p.
IC402 pin 10 2v0 p.p. at 0.5m sec/cm IC402 pin 13 2v6 p.p. at 0.5m sec/cm Headphone volume at maximum
IC402 pin 23 2v0 p.p. at 0.5m sec/cm
at 0.5m sec/cm
at 0.5m sec/cm
at 0.5m sec/cm
at 0.5m sec/cm A2 Stereo/Dual Sound
10402
pin 27 0v2 p.p.
IC402
pin 29
IC451 pin 7
0v5 p.p.
IC451 pin 8 1v0 p.p.
only
0v15 p.p.
IC451 pin 9 1v8 p.p. at 0.5m sec/cm NICAM only IC451 pin 10 3v2 p.p. at 0.5m sec/cm NICAM only
IC451 pin 19 0v4 p.p. at 0.05µ sec/cm
IC501 pin 8 0v25 p.p. at 5m sec/cm
IC501 pin 9 0v5 p.p. at 1μ sec/cm
IC501 pin 12 3v7 p.p. at 5m sec/cm
IC501 pin 13 7v5 p.p.
IC501 pin 19 1v0 p.p.
IC501 pin 22 0v08 p.p.
IC591 pin 1 5v0 p.p.
IC591 pin 3 8v0 p.p.
--------------------------------------
IC451 pin 11 3v0 p..p. at 0.5m sec/cm
IC451 pin 12 3v0 p.p. at 0.5m sec/cm
IC501 pin 4 4v5 p.p.
IC501 pin 7 0v6 p.p.
IC501 pin 10 2v0 p.p.
IC501 pin 11 0v9 p.p.
IC501 pin 15 0v4 p.p.
IC501 pin 17 2v2 p.p.
IC501 pin 26 4v2 p.p.
IC501 pin 29 4v0 p.p.
IC591 pin 6 0v25 p.p.
IC591 pin 7 0v5 p.p.
IC601 pin 2 4v p.p. at 5m sec/cm
IC601 pin 3 2v0 p.p. at 5m sec/cm
IC601 pin 7 1v5 p.p. at 5m sec/cm
IC601 pin 13 32v p.p. at 5m sec/cm
IC751 pin 5 35v p.p.
IC751 pin 7 0v5 p.p.
IC3201 pin 15 1v0 p.p.
IC3201 pin 18 1v5 p.p.
IC3201 pin 26 0v7 p.p.
IC3201 pin 30 1v1 p.p.
IC4451 pin 8 28v p.p. at 0.5m sec/cm at max. volume
IC4451 pin 10 28v p.p. at 0.5m sec/cm at max. volume
IC601 pin 6 2v0 p.p. at 5m sec/cm
IC751 pin 1 1v0 p.p.
IC751 pin 2 1v8 p.p.
IC3201 pin 7 2v0 p.p.
IC3201 pin 11 0v04 p..p.
IC3201 pin 20 2v5 p.p.
IC3201 pin 23 0v7 p.p.
IC4451 pin 1 0v8 p.p. at 0.5m sec/cm at max. volume
IC4451 pin 5 0v8 p.p. at 0.5m sec/cm at max. volume
IC1401 pin 16 2v5 p.p. at 0.5m sec/cm
IC1401 pin 17 2v5 p.p. at 0.5m sec/cm
IC1401 pin 19 2v8 p.p.
IC1401 pin 21 2v0 p.p.
IC1401 pin 30 2v5 p.p.
IC1401 pin 34 2v5 p.p. at 0.5m sec/cm
IC4600 pin 8 1v5 p.p. at 0.5m sec/cm
IC4600 pin 9 1v5 p.p. at 0.5m sec/cm
IC4604 pin 1 1v5 p.p. at 0.5m sec/cm
IC4604 pin 3 1v5 p.p. at 0.5m sec/cm
Q321 base 0v15 p.p.
Q321 emitter 0v09µ p.p.
Q501 base 2v1 p.p.
Q501 emitter 1v3 p.p.
IC1401 pin 22 2v5 p.p. at 0.5m sec/cm
IC1401 pin 23 2v5 p.p. at 0.5m sec/cm
IC1401 pin 35 2v5 p.p. at 0.5m sec/cm
IC1401 pin 36 1v0 p.p.
IC4600 pin 30 1v5 p.p. at 0.5m sec/cm
IC4600 pin 32 1v5 p.p. at 0.5m sec/cm
IC4604 pin 5 2v1 p.p. at 0.5m sec/cm
IC4604 pin 9 2v1 p.p. at 0.5m sec/cm
Q322 base 0v7 p.p.
Q322 collector 1v7 p.p.
Q505 base 2v2 p.p.
Q505 emitter 2v2 p.p.
Q601 base 2v0 p.p. at 0.5m sec/cm
Q601 emitter 2v0 p.p. at 0.5m sec/cm
Q603 collector 2v6 p.p. at 0.5m sec/cm
Q603 collector 2v6 p.p. at 0.5m sec/cm
Q701 collector 70v p.p.
Q701 base 2v0 p.p.
Q602 base 1v5 p.p. at 0.5m sec/cm
Q602 collector 1v5 p.p. at 0.5m sec/cm
Q603 emitter 2v2 p.p. at 0.5m sec/cm
VOLTAGE MEASUREMENTS
These voltages were taken on a colour bar signal, using a 20kΩ/volt meter, with colour, contrast and colour set to give normal viewing levels.
SIGNAL BOARD ICs
| IC001 ST6 (MICRO) | ||||||||
|---|---|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | Pin | Volts | Pin | Volts | |
| 1 | not used | 11 | 0v1 (4v4) | 20 | 3v8 (0v1) | 35 | 4v8 | |
| 2 | 0v2 - 4v5 | (no sig.) | (stereo) | 36 | 500 | |||
| ļ | (cont.) | | 12 | | Ov | 21 | Ov | 37 | Ov | |
| 3 | 0v2 - 4v2 | | 13 | | 5v0 (0v) | 22 | 0v | 38 | Ov | |
| (bri.) | (prog -) | 23 | Ov | 39 | 5v0 | |||
| 4 | 0v2 - 4v9 | 14 | 5v0 (0v) | 24 | 0v | | 40 | | 3v7 | |
| (col.) | (prog +) | 25 | 0v (4v6) | 41 | 3v7 | |||
| 5 | 0v - 5v0 | 15 | 5v0 (0v) | ł | (no sig.) | 42 | 5v0 | |
| (sharp.) | (vol +) | 26 | 3v6 | |||||
| 6 | not used | 16 | 5v0 (0v) | 27 | 4v2 | |||
| 7 | 0v (5v0) | (vol -) | 28 | 4v5 | ||||
| (pal 60) | 17 | 0v (4v3) | 29 | 4v6 | ||||
| 8 | 5̈̈̈̈̈̈́v0 (0v́) | (standby) | 30 | 0v | ||||
| (N Reduce ON) | 18 | Šv1 (0v1) | 31 | * | ||||
| 9 | 5v0 (2v7) | (standby) | 32 | 2v6 | ||||
| (AFC on) | 19 | 3v8 (0v1) | 33 | 5v0 | ||||
| 10 | 0v í | (stereo) | 34 | Ov | ||||
| * trips out when touched | 1 | |||||||
| IC002 ST24C16 | |||||
|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | ||
|
1
2 3 |
5
6 7 |
3v7
3v7 0v 5v1 |
|||
| IC002 ST24C16 | |||||
|---|---|---|---|---|---|
| in | Volts | Pin | Volts | ||
|
1
2 3 |
Ov
Ov Ov |
5
6 7 |
3v7
3v7 0v |
||
| 4 | Οv | 8 | 5v1 | ||
| IC005 7805 | |
|---|---|
| Pin | Volts |
| 1 | 27v |
| 2 | Ov |
| 3 | 5v1 |
| IC121 7812 | |
|---|---|
| Pin | Volts |
|
1
2 3 |
14v7
0v 12v2 |
| IC320 TDA9120 | ||||||
|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | |||
|
1
2 3 4 |
4v4
0v not used 4v8 |
5
6 7 8 |
0v1
not used 0v 12v2 |
|||
| IC451 TDA9840 | |||||||
|---|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | ||||
|
1
2 |
3v7
3v2 |
11
12 |
2v4
2v4 |
||||
| 3 | 3v9 | 13 | not used | ||||
|
4
5 |
2v4
2v4 |
14 | |||||
| 6 | 2v4 | 16 | Ov | ||||
| 8 |
2v4
2v4 |
17 |
2v4
4v8 |
||||
| 9 | 2v4 | 19 | 3v0 | ||||
| 10 | 2v4 | 20 | 377 | ||||
| IC481 TDA2822M | |||||
|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | ||
| 1 | 2v4 | 5 | 0v6 | ||
| 2 | 5v7 | 6 | Ov | ||
| 3 | 2v4 | 7 | 0v | ||
| 4 | ٥v | 8 | 0v6 | ||
| IC402 TDA9860 | |||||||
|---|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | Pin | Volts | ||
|
1
2 3 4 5 6 7 8 9 10 11 |
not used
not used 4v0 7v9 4v0 8v0 4v0 0v 4v0 4v0 4v0 4v0 4v0 |
12
13 14 15 16 17 18 19 20 21 22 |
4v0
4v0 4v0 3v7 3v7 4v0 4v0 4v0 4v0 4v0 4v0 |
23
24 25 26 27 28 29 30 31 32 |
4v0
4v0 0v 4v0 not used 4v0 not used not used not used |
||
| IC501 STV2100 | ||||||
|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | Pin | Volts | |
|
1
2 3 4 5 6 7 8 |
6v5
2v9 8v7 2v6 2v8 6v5 2v8 (0v) 4v4 |
12
13 14 15 16 17 18 |
4v2
4v4 1v4 - 3v0 (cont.) 2v2 0v 4v3 1v5 - 4v6 |
21
22 23 24 25 26 27 |
6v0 (3v3)
3v7 4v6 0v1 (1v0) 1v0 - 2v6 (bri.) 2v8 6v4 |
|
|
9
10 11 |
2v1
1v3 0v |
19
20 |
(col.)
2v7 3v6 (0v) |
28
29 30 |
3v2
2v8 8v8 |
|
() = no signal
| IC502 TEA5114A | ||||||
|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | |||
|
1
2 3 4 5 6 7 8 |
3v4
0v 3v4 3v5 3v5 3v5 3v5 3v5 0v |
9
10 11 12 13 14 15 16 |
0v1 (1v0)
0v1 (1v0) 2v8 0v1 (1v0) 2v8 8v7 0v1 (1v0) 2v8 |
|||
| Pin | Volts | Pin | Volts |
|---|---|---|---|
| 1 | 4v3 | 5 | 4v3 |
| 2 | 3v6 | 6 | 4v3 |
| 3 | 4v4 | 7 | 4v3 |
| 4 | 0v | 8 | 8v8 |
| IC601 LA7838 | |||||
|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | ||
|
1
2 3 4 5 6 7 |
8v5
3v8 4v2 4v3 0v 4v2 3v9 |
8
9 10 11 12 13 |
26v8
3v0 1v2 0v 14v4 27v5 |
||
| IC1401 TA8777N | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | Pin | Volts | Pin | Volts | ||
| 1 | 10v3 | 10 | 6v3 | 19 | 4v5 | 28 | 5v9 | ||
| 2 | 6v2 | 11 | 6v3 | 20 | 0v | 29 | 8v4 | ||
| 3 | 5v9 | 12 | 5v9 | 21 | 4v5 | 30 | 4v2 (3v2) | ||
| 4 | 6v3 | 13 | 6v3 | 22 | 5v0 | 31 | 0v | ||
| 5 | 5v9 | 14 | 6v3 | 23 | 5v0 | 32 | 3v7 | ||
| 6 | 6v3 | 15 | 5v9 | 24 | 33 | 3v7 | |||
| 7 | 5v9 | 16 | 5v0 | 25 | _ | 34 | 6v3 | ||
| 8 | 6v3 | 17 | 5v0 | 26 | — | 35 | 6v3 | ||
| 9 | 5v9 | 18 | ٥v | 27 | 4v0 | 36 | 5v9 | ||
() = Text
| IC32 | 201 HA11559NT | ||||
|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | Pin | Volts |
| 1 | 8v4 | 11 | 3v0 | 21 | Ov |
| 2 | 8v8 | 12 | 5v2 | 22 | not used |
| 3 | 3v4 | 13 | 6v0 | 23 | 5v1 |
| 4 | 4v5 | 14 | 4v9 | 24 | 5v6 |
| 5 | 6v0 | 15 | 3v8 | 25 | not used |
| 6 | 4v2 | 16 | 4v2 | 26 | 3v5 |
| 7 | 5v2 (4v8) | 17 | 4v2 | 27 | 0v |
| 8 | 1v3 | 8 | 6v6 | 28 | 5v5 |
| 9 | not used | 19 | 5v9 | 29 | 0v9 |
| 10 | 3v8 | 20 | 0v5 | 30 | 4v1 |
| - | ||||
|---|---|---|---|---|
| 0 | = | no | signa | ١ |
| IC4451 TDA7263 | ||||||||
|---|---|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | |||||
|
1
2 3 4 5 6 |
1v6
1v6 16v6 1v6 1v6 0v |
7
8 9 0 11 |
0v
14v8 30v1 14v8 not used |
|||||
() = no signal
SIGNAL BOARD TRANSISTORS
| Q003 | Q004 | Q008 | Q009 | Q010 | Q011 | |
|---|---|---|---|---|---|---|
|
C
B |
0v
1v5 - 4v6 |
0v
5v0 |
3v0
8v8 |
4v0
0v |
8v8
0v |
3v9 (0v1)
0v (4v3) |
| Е | 0v | 5v0 | 8v8 | 0v | 0v | 0v (0v) |
() = standby
| Q012 | Q013 | Q121 | Q321 | Q322 | Q441 | |
|---|---|---|---|---|---|---|
| C | 0v (0v) | 2v8 | 7v1 | 6v9 | 2v1 (0v1) | 8v6 |
| B | 5v0 (0v2) | 0v | 5v5 | 4v2 | 0v1 (0v7) | 4v0 |
| E | 4v1 (0v9) | 0v | 4v9 | 3v5 | 0v | 3v4 |
() = standby
() = no signal
| Q442 | Q443 | Q444 | Q445 | Q501 | Q502 | |
|---|---|---|---|---|---|---|
| C | 8v6 | 0v | 0v | 0v | 8v4 | 8v4 |
| B | 4v0 | 8v1 | 0v | 0v | 4v1 | 4v1 |
| E | 3v4 | 8v5 | 0v | 0v | 3v4 | 3v4 |
| Q503 | Q504 | Q505 | Q601 | Q602 | Q603 | |
|---|---|---|---|---|---|---|
| C | 0v9 | 0∨9 | 8v8 | 8v9 | 4v3 | 6v4 |
| B | 6v0 | 6∨0 | 3v1 | 4v0 | 0v7 | 2v2 |
| E | 6v6 | 6∨6 | 2v5 | 3v3 | 0v2 | 1v6 |
| Q804 | Q1310 | Q1320 | Q1321 | Q1399 | Q3100 | |
|---|---|---|---|---|---|---|
| C | 0v1 | 4v9 (3v9) | 0v5 | 0v5 | 8v6 | 8v3 |
| B | 8v9 | 4v2 (3v2) | 1v1 | 1v1 | 4v5 | 3v1 |
| E | 8v6 | 0v | 5v9 | 5v8 | 3v8 | 2v5 |
() = no signal
| Q3101 | Q3202 | Q3205 | Q3209 | Q4451 | Q4452 | |
|---|---|---|---|---|---|---|
| C | 4v0 | 8v3 | 5v7 | 0v (3v8) | 16v6 | 0v |
| B | 3v3 | 1v2 | 5v0 | 4v3 (0v) | 0v2 | 28v |
| E | 0v | 0v6 | 0v | 0v | 0v | 28v |
() = Noise Reduction on
| Q4454 | Q4455 | Q2011 | |
|---|---|---|---|
| C | 0v2 | 26v8 | 5v3 |
| B | 11v5 | 3v5 | 3v8 (3v3) |
| E | 11v4 | 3v9 | 3v1 (2v7) |
() = teletext
DOLBY BOARD ICs In the following tables, L = Left , R = Right, C = Centre, S = Surround
| IC4600 LA2700N | |||||
|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | Pin | Volts |
| 1 | 4v9 HALL/MATRIX | 10 | 0v8 | 22 | 9v5 |
| 3v1 DOLBY mode | 11 | 5v8 | 23 | 9v5 | |
| 0v1 noise gen. | 12 | 5v8 | 24 | 5v8 | |
| 2 | 0v noise gen. L/R | 13 | 5v8 | 25 | 5v8 |
| } ' | 5v0 other modes | 14 | 9v6 | 26 | 5v8 |
| 3 | 0v noise gen. C/L | 15 | 9v6 | 27 | 11v8 |
| 5v0 other modes | 16 | 5v8 | 28 | 5v8 | |
| 4 | 4v3 PHANTOM (SW4901) | 17 | 5v8 | 29 | 5v8 |
| 0v PRO LOGIC (SW4901) | 18 | 5v7 | 30 | 5v8 | |
| 5 | 0v DOLBY mode | 19 | 5v7 OFF mode | 31 | 5v8 |
| 5v other modes | 3v7 other modes | 32 | 5v8 | ||
| 6 | 5v8 | 20 | 5v7 OFF mode | 33 | 5v8 |
| 7 | 5v8 | 3v7 other modes | 34 | 5v5 | |
| 8 | 5v8 | 21 | 5v7 OFF mode | 35 | 0v1 |
| 9 | 5v8 | 3v7 other modes | 36 | 1v8 |
| IC4601 | LV1000 | NA | ||||
|---|---|---|---|---|---|---|
| Pin Volts | Pin | Volts | Pin | Volts | Pin | Volts |
|
1
0v HALL/
9v other n 2 11v6 3 3v6 4 3v7 5 5v9 6 5v9 7 6v0 8 3v8 9 3v8 10 3v8 11 6v0 12 5v9 13 5v8 14 3v7 15 3v6 |
OFF 16
nodes 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 |
6v0
6v0 not used 11v8 not used not used not used not used 5v0 2v5 2v5 2v5 2v5 1v3 3v8 2v4 |
32
33 34 35 36 37 38 39 40 41 42 43 44 45 46 |
4v3
0v 2v5 2v0 2v1 2v5 2v5 2v5 2v1 1v3 2v6 2v6 2v6 2v6 not used not used not used 11v2 6v2 DOLBY+OFF |
47
48 49 50 51 52 53 54 55 56 57 58 59 60 |
6v2 DOLBY+OFF
9v0 other modes 5v9 5v9 5v9 5v9 5v9 6v1 6v0 6v0 5v9 5v9 5v9 0v 5v9 |
| IC4602 SAA1300 | ||||||||
|---|---|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | |||||
|
1
2 |
0v
5v0 |
6 |
0v noise C/S
5v0 other modes |
|||||
| 3 | 5v0 other modes |
0v noise L/R
5v0 other modes |
||||||
| 4 |
5v0 DOLBY mode
0v other modes |
8 |
3v7
3v7 |
|||||
| 5 |
0v DOLBY mode
5v0 other modes |
|||||||
| IC4604 TDA9860 | |||||||||
|---|---|---|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | Pin | Volts | ||||
| 1 | 4v0 | 12 | 4v0 | 24 | 4v0 | ||||
| 2 | |0v2 DOLBY+OFF| | 13 | 4v0 | 25 | 8v1 | ||||
| 6v8 other | 14 | 4v0 | 26 | not used | |||||
| 3 | 4v0 | 15 | 4v0 | 27 | 4v0 | ||||
| 4 | 8v0 | 16 | 3v7 | 28 | 4v0 | ||||
| 5 | 4v0 | 17 | 3v7 | 29 | 4v0 | ||||
| 6 | 8v1 | 18 | 4v0 | 30 | 4v0 | ||||
| 7 | not used | 19 | 4v0 | 31 | 0v2 DOLBY+OFF | ||||
| 8 | 0v0 | 20 | 4v0 | 6v7 other | |||||
| 9 | 4v0 | 21 | 4v0 | 32 | 4v0 | ||||
| 10 | 4v0 | 22 | 4v0 | ||||||
| 11 | 4v0 | 23 | 4v0 | ||||||
| IC4603 KM4164 | |||||
|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | ||
| 1 | 4v3 | 9 | 1v3 | ||
| 2 | 2v4 | 10 | 2v1 | ||
| З | 3v8 | 11 | 2v5 | ||
| 4 | 1v3 | 12 | 2v5 | ||
| 5 | 2v5 | 13 | 2v1 | ||
| 6 | 2v5 | 14 | 2v0 | ||
| 7 | 2v5 | 15 | 2v5 | ||
| 8 | 5v0 | 16 | 0v | ||
| IC4605 HCF4053BE | ||||||
|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | |||
|
1
2 3 |
5v0
5v0 5v0 |
11
12 |
11v9 DOLBY
Ov other Ov DOLBY |
|||
|
4
5 6 7 |
5v0
5v0 0v 0v |
13
14 |
5v other
3v1 3v1 DOLBY 0v1 noise gen |
|||
|
9
10 |
0v
0v2 DOLBY 6v8 other 0v2 DOLBY 6v8 other |
15
16 |
4v9 other
5v0 11v9 |
|||
| IC4606 BA4558 | |||||
|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | ||
| 1 | 6v0 | 5 | 5v9 | ||
| 2 | 6v0 | 6 | 6v0 | ||
| 3 | 5v9 | 7 | 5v9 | ||
| 4 | 0v | 8 | 11v9 | ||
| IC4608 BA4558 | |||||
|---|---|---|---|---|---|
| Pin Volts Pin Volts | |||||
|
1
2 3 4 |
6v0
6v0 5v9 0v |
5
6 7 8 |
6v0
5v9 5v9 11v9 |
||
| IC4607 BA4558 | ||||
|---|---|---|---|---|
| Pin | Volts | Pin | Volts | |
| 1 | 5v9 | 5 | 5v9 | |
| 3 |
5v9
6v0 |
6
7 |
6v0 | |
| 4 | 0v | 8 | 11v9 | |
| IC4610 HCF4053BE | ||||||
|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | |||
| 1 |
11v9 DOLBY
11v5 other |
10 |
0v2 DOLBY+OFF
6v8 other |
|||
| 2 | not used | 11 | 0v2 DOLBY+OFF | |||
| 3 | 6v0 | 6v8 other | ||||
| 4 | 5v9 | 12 | 5v9 | |||
| 5 | 5v9 | 13 | 5v9 | |||
| 6 | 0v | 14 | 5v9 | |||
| 7 | 0v | 15 | 6v2 DOLBY+OFF | |||
| 8 | 0v | 11v5 other | ||||
| 9 | 0v7 | 16 | 11v9 | |||
| IC4611 7805 | ||
|---|---|---|
| Pin | Volts | |
|
1
2 3 |
11v8
0v 5v0 |
|
DOLBY BOARD TRANSISTORS
| Q4601 | Q4602 | Q4604 | Q4605 | Q4606 | |
|---|---|---|---|---|---|
| С |
10v DOLBY+OFF
0v other |
0v |
10v HALL+OFF
0v other |
0v HALL+OFF
9v0 other |
11v9 DOLBY
Ov other |
| В |
0v DOLBY+OFF
6v8 other |
10v DOLBY+OFF
0v other |
0v2 HALL+OFF
6v7 other |
10v HALL+OFF
0v other |
0v HALL+DOLBY
4v6 other |
| Е | Ov | Ov | Ov | Ov | Ov |
POWER/DEFLECTION BOARD ICs
| IC901 CNX82A | ||||||
|---|---|---|---|---|---|---|
| Pin Volts Pin Volts | ||||||
|
1
2 3 |
130v5 (56v)
129v5 (55v) not used |
4
5 6 |
-4v6 (-0v1)
0v4 (0v1 not used |
|||
() = standby
| IC751 TEA2031A | |||||
|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | ||
|
1
2 3 4 |
6v5
6v5 6v4 0v |
5
6 7 8 |
10v1
26v8 10v 10v |
||
| IC902 CNX82A | ||||
|---|---|---|---|---|
| Pin | Volts | Pin | Volts | |
|
1
2 3 |
9v0 (0v1)
7v8 (0v) not used |
4
5 6 |
4v5 (0v2)
4v5 (5v7) not used |
|
() = standby
| i | IC | IC951 MC7809CT | |||
|---|---|---|---|---|---|
| Pin | Volts | ||||
|
1
2 3 |
11v6
0v 9v0 |
||||
POWER/DEFLECTION BOARD TRANSISTORS
| Q701 | Q702 | Q703 | Q704 | Q705 | Q706 | |
|---|---|---|---|---|---|---|
| C | 0v | 206v | 0v | A 3v8 | 26v9 | 1v1 |
| B | 0v | 0v | 146v7 | G 0v | 11v2 | 1v6 |
| E | 32v | 0v | 147v | K 0v | 10v6 | 2v4 |
| Q901 | Q902 | Q903 | Q904 | Q951 | Q952 | |
|---|---|---|---|---|---|---|
| C | 2v2 | -4v5 | 328v | -4v5 | 130v (55v) | 0v1 (13v9) |
| B | 0v4 | -2v6 | 0v | -2v6 | 7v5 | 0v7 (0v) |
| E | 0v | -4v4 | 0v | -4v4 | 6v9 | 0v |
() = standby
| Q953 | Q954 | Q956 | Q957 | |
|---|---|---|---|---|
| C | 11v7 | 0v (4v1) | 30v9 (0v6) | 0v |
| B | 11v1 | 0v7 (0v) | 30v3 (13v9) | 3v8 |
| E | 11v8 | 0v | 31v (14v4) | 3v8 |
() = standby
SUB-POWER SUPPLY ICs
| IC9000 UC3844 | ||||||
|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | |||
|
1
2 3 4 |
1v9
2v2 0v 0v |
5
6 7 8 |
0v
0v5 15v1 5v0 |
|||
| OP9000 CNX82A | ||||||
|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | |||
|
1
2 3 |
10v4
9v3 not used |
4
5 6 |
0v
1∨9 not used |
|||
| IC9100 TL431CLP | ||
|---|---|---|
| Pin | Volts | |
|
A
G K |
0v
2v5 9v3 |
|
SUB-POWER SUPPLY TRANSISTORS
| Q9000 | Q9001 | Q9002 | Q9100 | Q9101 | |
|---|---|---|---|---|---|
| C | 323v (345v) | 0v | S 14v5 | 9v3 | 0v |
| B | 14v5 (12v) | 3v2 | G 0v | 0v | 0v8 |
| E | 14v5 (12v) | 3v7 | D 5v5 | 0v | 0v |
() = standby
CRT BASE TRANSISTORS
| Q801 | Q802 | Q803 | Q811 | Q812 | Q813 | |
|---|---|---|---|---|---|---|
| C | 111v -160v | 97v5 -151v | 105v9 -153v5 | 8v3 | 8v3 | 8v3 |
| B | 8v8 | 8v8 | 8v8 | 2v8 - 1v1 | 2v9 - 1v1 | 2v9 - 1v1 |
| E | 8v3 | 8v3 | 8v3 | 2v4 - 9v9 | 2v4 - 0v8 | 2v4 - 0v8 |
| Q851 | Q852 | |
|---|---|---|
| C | 0v | 0v9 |
| B | 0v9 | 0v |
| E | 1v6 | 0v |
SUB-AMPLIFIER BOARD ICs
| IC4901 | TDA2009 | A | IC4902 | TDA2009 | A | IC49 | 03 LM780 | |||
|---|---|---|---|---|---|---|---|---|---|---|
| Pin | Volts | Pin | Volts | Pin | Volts | Pin | Volts | F | ' in | volts |
|
1
2 3 |
1v3
0v7 14v2 |
7
8 9 |
0v
12v5 25v9 |
1
2 3 |
1v4
0v7 14v2 |
7
8 9 |
0v
13v 25v9 |
1
2 3 |
27v
0v 5v0 |
|
|
5
6 |
1v3
0v |
11 |
12v5
12v5 |
4
5 6 |
1v4
0v |
11 |
12v9
13v |
| IFIER | BOARD | TRANSISTO | RS |
|---|
| Q4901 | Q4902 | Q4903 | Q4991 | Q4992 | Q4993 | |
|---|---|---|---|---|---|---|
| C | 0v7 | 4v8 | 0v | 0v | 0v | 0v |
| B | 27v | 0v | 0v7 | 0v1 | 0v1 | 0v1 |
| E | 27v | 0v | 0v | 0v | 0v | 0v |
NOTES
SIGNAL AND CONTROL CIRCUIT
POWER SUPPLY AND DEFLECTION CIRCUIT
AUDIO SUB-AMP CIRCUIT
SUB-POWER CIRCUIT
27
DOLBY CIRCUIT
C.R.T. BASE CIRCUIT
TELETEXT CIRCUIT
30
SIGNAL AND CONTROL P.C.B. PRINT SIDE
POWER SUPPLY AND DEFLECTION P.C.B. PRINT SIDE
POWER SUPPLY SUB-PANEL P.C.B. PRINT SIDE
DOLBY P.C.B. PRINT SIDE
a
AUDIO SUB-AMP P.C.B. PRINT SIDE
C.R.T. BASE P.C.B. PRINT SIDE
PRESENTATION PARTS
|
A C.R.T. TYPE A59EDN43X01
A C.R.T. TYPE A66EDN43X01 A CABINET BACK CP2574TAN A CABINET BACK CP2874TAN CABINET FRONT CP2574TAN CABINET FRONT CP2874TAN CABINET FRONT CP2874TAN CONTROL DOOR |
T159012
T166016 X240336 X263343 X212414 X212404 X263142 |
|---|---|
| HITACHI BADGE | X640242 |
| INFRA RED LENS (Cabinet) | X425051 |
| A MAINS LEAD WITH MOULDED PLUG | 2972374 |
| MAINS ON/OFF KNOB | X321031 |
| OPERATING GUIDE (SPAIN) | X830858 |
| OPERATING GUIDE (BELGIUM) | X830860 |
| OPERATING GUIDE (SWEDEN/NORWAY) | X830879 |
| QUICK GUIDE (SPAIN) | X830890 |
| QUICK GUIDE (BELGIUM) | X830909 |
| QUICK GUIDE (SWEDEN) | X830880 |
| REMOTE CONTROL HANDSET | X100023 |
| SPEAKER BOXES (REAR) | X263271 |
| SPEAKER BOXES (FRONT) | X263272 |
MISCELLANEOUS PARTS
| ⚠ C.R.T. BASE SOCKET | 2698351 |
|---|---|
|
⚠ DEGAUSSING COIL CP2574TAN
⚠ DEGAUSSING COIL CP2874TAN |
2274361
2274362 |
| EXTENSION SPEAKER SOCKETS (E4450/1, SK4901/2/3) | 2983041 |
|
⚠ FUSE TYPE 4A (F901)
FUSE HOLDER FOR F901 |
E882376
2721792 |
| HEADPHONE SOCKET | 2679382 |
| ⚠ MAINS ON/OFF SWITCH | 2633391 |
| PHANTOM/PRO LOGIC SWITCH (SW4901) | E142206 |
| SCART SOCKETS | 2986121 |
| SPEAKERS (WOOFER 4Ω) |
E511117
E511121 |
|
S-VHS SOCKET/PHONO SOCKET ASSEMBLY
SCART PLUG AND LEAD |
2673821
E847141 |
| TOUCH BUTTON BLOCK (SW001) | E139408 |
PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this service manual. Don't degrade the safety of this reciever through improper servicing.
|
Resistor
Abbreviation |
Туре |
|---|---|
| CF | Carbon Film |
| MO | Metal Oxide |
| FF | Fusible Film |
| VR | Variable Control |
| MF | Metal Film |
| WW | Wire Wound |
|
Capacitor
Abbreviation |
Туре |
|---|---|
|
C
PF FT MPO MPS MP TA |
Ceramic
Plastic Film Feed Through Met.Polyester Mica/Polystyrene Metallised paper Tantalum |
| Ref No. | Part No. | Value | Туре | % To l | Wattage |
|---|---|---|---|---|---|
| R002 | 0700049M | 4K7 | CF | 5 | 1/16 |
| R003-07 | 0700054M | 10K | CF | 5 | 1/16 |
| R008 | 0700049M | 4K7 | CF | 5 | 1/16 |
| R009 | 0700054M | 10K | CF | 5 | 1/16 |
| R010 | 0700049M | 4K7 | CF | 5 | 1/16 |
| R011 | 0700054M | 10K | CF | 5 | 1/16 |
| R012 | 0700052M | 6K8 | CF | 5 | 1/16 |
| R013 | 0700057M | 18K | CF | 5 | 1/16 |
| RU14 | 0700067M | 100K |
UF
OF |
5 | 1/16 |
|
RUI5
ROIG |
0700054101 | 5 | 1/10 | ||
|
RU10
D017 |
0700054101 | 5 | 1/10 | ||
| R012 | 070003110 | 31/0 | 5 | 1/16 | |
| R019 | 07000401M | 11/0 | CF | 5 | 1/16 |
| R020 | 0700041M | 2K2 | CF | 5 | 1/16 |
| R021 | 0700054M | 10K | CF | 5 | 1/16 |
| R022 | 0700041M | 1K0 | ĊF | 5 | 1/16 |
| R023 | 0700058M | 22K | ĊF | 5 | 1/16 |
| R024 | 0700054M | 10K | ĊF | 5 | 1/16 |
| R025 | 0700054M | 10K | CF | 5 | 1/16 |
| R026 | 0700054M | 10K | CF | 5 | 1/16 |
| R027 | 0700041M | 1K0 | CF | 5 | 1/16 |
| R028 | 0700054M | 10K | CF | 5 | 1/16 |
| R029 | 0700054M | 10K | CF | 5 | 1/16 |
| R030 | 0700041M | 1K0 | CF | 5 | 1/16 |
| R031 | 0700076M | 470K | CF | 5 | 1/16 |
| R032 | 0700027M | 100R | CF | 5 | 1/16 |
| R037 | 0700034M | 330R | CF | 5 | 1/16 |
| R038 | 0700034M | 330R | CF | 5 | 1/16 |
| R039 | 0700072M | 220K | CF | 5 | 1/16 |
| R040 | 0700054M | 10K | 5 | 1/16 | |
| RU42 | 070005410 | 5 | |||
| RU43 | 5 | 1/10 | |||
| R044-47 | 070004110 | 5 | 1/10 | ||
| R052 | 070004110 | 68K | 5 | 1/10 | |
| R054 | B1/5319 | 15K | CE | 5 | 1/2 |
| R057 | 070005414 | 10K | CE | 5 | 1/16 |
| R058 | 0700034M | 100B | CF | 5 | 1/16 |
| R059 | 0700027M | 100R | CF | 5 | 1/16 |
| R065 | 0700027M | 100R | CF | 5 | 1/16 |
| R066 | 0700036M | 470R | CF | 5 | 1/16 |
| R067 | 0700054M | 10K | CF | 5 | 1/16 |
| R068 | 0700054M | 10K | CF | 5 | 1/16 |
| R071 | R150319 | 100K | CF | 5 | 1/2 |
| R072 | 0700054M | 10K | CF | 5 | 1/16 |
| R073 | 0700036M | 470R | CF | 5 | 1/16 |
| R076 | 0700046M | 2K7 | CF | 5 | 1/16 |
| 1 R078 | 0700054M | 10K | CF | 5 | 1/16 |
| R0/9 | 0700046M | 2K7 | CF | 5 | 1/16 |
|
RU8U
BOR1 |
0/0002/M | 100R | 5 | 1/16 | |
| 070003610 | 4/0K | 5 | 1/16 | ||
| D000 | 0700041101 | 5 | 1/10 | ||
| R087 | 0700032101 | 22011 | 5 | 1/10 | |
| B088 | 0700040101 | 106 | 2 | 1/10 | |
| B089 | 0700049M | 4K7 | 5 | 1/10 | |
| R092 | 0700049M | 4K7 |
ן א
ה |
1/16 | |
| R094 | 0700027M | 100R | CF | 5 | 1/16 |
| R097 | R130330 | 1K0 | CF | 5 | 1/4 |
| R099 | 0700041M | 1K0 | CF | 5 | 1/16 |
| R101 | 0700027M | 100R | CF | 5 | 1/16 |
| R102 | 0700027M | 100R | CF | 5 | 1/16 |
| R103 | 0700038M | 680R | CF | 5 | 1/16 |
| Ref No. | Part No. | Value | Туре | %Tol | Wattage |
|---|---|---|---|---|---|
| R121 | 0700042M | 1K2 | CF | 5 | 1/16 |
| R122 | 0110209M | 33R | MO | 5 | 2 |
| R123 | R628330 | 680R | CF | 5 | 1/4 |
| R124 | R812549 | 82R | MO | 5 | 2 |
| R304 | 0187038M | 75R | CF | 5 | 1/16 |
| R306 | 0187038M | 75R | CF | 5 | 1/16 |
| R307 | 0700054M | 10K | 5 | 1/16 | |
| H308 | 018/038M | /5K | 5 | 1/16 | |
| R309 | U700054IVI | 5 | 1/10 | ||
| H310 | 0700054M |
/3H
10K |
5 | 1/10 | |
| D210 | 0700034101 | 10K | 5 | 1/10 | |
| D210 | 0700055M | 128 | 5 | 1/16 | |
| 8320 | 0700035M | 390B |
CE
CE |
5 | 1/16 |
| B321 | 07000331M | 1K0 | CE | 5 | 1/16 |
| B322 | B120330 | 100R | CF | 5 | 1/4 |
| B323 | B618319 | 68B | CF | 5 | 1/2 |
| B326 | 0187038M | 75R | CF | 5 | 1/16 |
| B328 | 0700061M | 33K | ĊF | 5 | 1/16 |
| R329 | R125330 | 150R | CF | 5 | 1/4 |
| R350-55 | 0187031M | 39R | CF | 5 | 1/16 |
| R401 | 0700067M | 100K | CF | 5 | 1/16 |
| R402 | 0700036M | 470R | CF | 5 | 1/16 |
| R403 | 0700067M | 100K | CF | 5 | 1/16 |
| R404 | 0700067M | 100K | CF | 5 | 1/16 |
| R405 | 0700036M | 470R | CF | 5 | 1/16 |
| R406 | 0700067M | 100K | CF | 5 | 1/16 |
| R411 | 0700067M | 100K | CF | 5 | 1/16 |
| R412 | 0700036M | 470R | CF | 5 | 1/16 |
| R413 | 0700067M | 100K | CF | 5 | 1/16 |
| R414 | 0700067M | 100K | 5 | 1/16 | |
|
| K415
| D410 |
470K |
5
5 |
1/10 | ||
| | K410 | 100K | 5 | 1/10 | ||
| R422 | 0700027101 | 5 | 1/10 | ||
| R423 | 0700027101 | 11/0 | 5 | 1/10 | |
| R439 | 070004110 | 1K0 | 5 | 1/16 | |
| B440 | 070004110 | 160 | 5 | 1/16 | |
| R443 | 070004114 | 160 | CF | 5 | 1/16 |
| R446 | 0700051M | 5K6 | CF | 5 | 1/16 |
| R440 | 0700054M | 10K | CF | 5 | 1/16 |
| B448 | 0700067M | 100K | ČF | 5 | 1/16 |
| R449 | 0700054M | 10K | CF | 5 | 1/16 |
| R450 | 0700067M | 100K | CF | 5 | 1/16 |
| R460 | 0700061M | 33K | CF | 5 | 1/16 |
| R462-05 | 0700027M | 100R | CF | 5 | 1/16 |
| R467 | 0700027M | 100R | CF | 5 | 1/16 |
| R468 | 0700027M | 100R | CF | 5 | 1/16 |
| R481 | 0700042M | 1K2 | CF | 5 | 1/16 |
| R482 | 0700034M | 330R | CF | 5 | 1/16 |
| | R483 | 0700042M | | 1K2 | CF | 5 | |
| | H484 | 0700034M | 330K | 5 | ||
| H485 | 0700032M | 5 | 1/16 | ||
| H480 | 0700051M |
3K0
1K0 |
5 | 1/10 | |
| 5 | 1/10 | ||||
| D 1900 |
INU
FK6 |
5 | 1/10 | ||
| R409 | 22012 |
0
5 |
1/10 | ||
| R/01 | B516310 | 56R | 5 | 1/10 | |
| VB501 | 0160211R | 1K0 | VR | HANOVER | |
| B501 | 070002111 | 3908 | CE | 5 | 1/16 |
| VB502 | 01602288 | 50K | VR | HORIZ | PHASE AD.I |
| B502 | 0700034M | 330R | CF | 5 | 1/16 |
| 8503 | 0187062M | 750B | L CF | 5 | 1/16 |
E
PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this service manual. Don't degrade the safety of this receiver through improper servicing.
| Ref No. | Part No. | Value | Туре | %Tol | Wattage | Ref No. | Part No. | Value | Туре | %Tol | Wattage | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| R504 | 0700045M | 2K2 | CF | 5 | 1/16 | R705A | R000505 | 0R5 | мо | 5 | 7 | |
| R508 | 0700073M | 270K | CF | 5 | 1/16 | R706 | R339330 | 3K9 | CF | 5 | 1/4 | |
| R509 | 0700046M | 2K7 | CF | 5 | 1/16 | R707 | 0700027M | 100R | CF | 5 | 1/16 | |
| R510 | 0700054M | 10K | CF | 5 | 1/16 | R708 | R150319 | 100K | CF | 5 | 1/2 | |
| R511 | 0700047M | 3K3 | CF | 5 | 1/16 | R709 | R319330 | 39R | CF | 5 | 1/4 | |
| R513 | 0700056M | 15K | CF | 5 | 1/16 | R710 | 0110255M | 2K7 | MO | 5 | 2 | |
| R515 | 0700076M | 470K | CF | 5 | 1/16 | R712 | R110319 | 10R | CF | 5 | 1/2 | |
| R516 | 0700076M | 470K | CF | 5 | 1/16 | R714 | R822319 | 820R | CF | 5 | 1/2 | |
| R517 | 0700059M | 27K | CF | 5 | 1/16 | R715 | R145319 | 15K | CF | 5 | 1/2 | |
| R518 | 0700063M | 47K | CF | 5 | 1/16 | R716 | 0700067M | 100K | CF | 5 | 1/16 | |
| R522 | 0700036M | 470R | CF | 5 | 1/16 | R717 | 0700046M | 2K7 | CF | 5 | 1/16 | |
| R523 | 0700036M | 470R | CF | 5 | 1/16 | R718 | R257721 | 270K | | MF | 1 | 1/4 | |
| R524 | 0700036M | 470R | CF | 5 | 1/16 | R718A | R541721 | 51K | MF | 1/4 | ||
| R531 | 0700051M | 5K6 | CF | 5 | 1/16 | R719 | 0119651M | 68K | MF | 1/8 | ||
| R532 | 0700051M | 5K6 | CF | 5 | 1/16 | R720 | 0110163M | 5K6 | MO | 5 | 1 | |
| Δ | R533 | 0700048M | 3K9 | CF | 5 | 1/16 | R721 | 0700054M | 10K | 5 | 1/16 | |
| Δ | R533A | R170714 | 10M | MF | 5 | 1/2 | R722 | 0700054M | 10K | 5 | 1/16 | |
| R534 | 0700048M | 3K9 | CF | 5 | 1/16 | R/23 | R150330 | TUUK | 5 | 1/4 | ||
| R535 | 0700041M | 1K0 | CF | 5 | 1/16 | R/25 | 0110177M | 22K | 5 | 1/0 | ||
| R536 | 0700036M | 470R |
UF
or |
5 | 1/16 | R/26 | R142319 | 12K | 5 | 1/2 | ||
| R537 | 0700036M | 470K | 5 | 1/10 | R/Z/ | R349330 | 39K |
)
E |
1/4 | |||
| 1 | R538 | 0700034101 | 330K | 5 | 1/10 | H/28 | R048330 | 000 |
5
5 |
1/4 | ||
| R540 | R130330 | 다 | 5 | 1/4 | R729 | H832330 | 8KZ | 5 | 1/4 | |||
| R545 | 0700054101 | IUK | 다 | 5 | 1/10 | H/30 | H343330 |
33N
41/7 |
р
Б |
1/4 | ||
| R547 | 0700041M | 1K0 | 5 | 1/16 | R/32 | 01409335 | 4K7 | 5 | 1/4 | |||
| R548 | 0700041101 | 5 | 1/10 | H/33 | N130330 |
5
5 |
1/4 | |||||
|
R049
DEE0 |
0700020101 | 82R | 5 | 1/10 |
N/34
D725 |
D222220 |
100h
21/2 |
5 | 1/2 | |||
| N000 | 0700007101 | 1000 | 5 | 1/10 |
N730
8726 |
R526330 | 560B | 5 | 1/4 | |||
| 1 | R554 | 07000271W | 267 | 5 | 1/16 | VR751 | 0160214R | 5601 | WIDTH | ΔD.I | ||
| R555 | 0700040M | 165 | CE | 5 | 1/16 | R751 | B237330 | 267 | CF | 5 | 1/4 | |
| R556A | 07000401M | 1K0 | CF | 5 | 1/16 | VB752 | F311072 | 470K | VR | PARABOLA | AMP ADJ | |
| R557 | 0700032M | 220B | CF | 5 | 1/16 | R752 | R437330 | 4K7 | CF | 5 | 1/4 | |
| R558 | 0700038M | 680R | ČF | 5 | 1/16 | R753 | R165716 | 1M5 | MF | 5 | 1/4 | |
| R559 | 0700041M | 1K0 | CF | 5 | 1/16 | R754 | 0700058M | 22K | CF | 5 | 1/16 | |
| R560 | 0700041M | 1K0 | CF | 5 | 1/16 | VR755 | 0160215R | 10K | VR | TILT | ADJ | |
| R561 | 0700041M | 1K0 | CF | 5 | 1/16 | R755 | 0187106M | 51K | CF | 5 | 1/16 | |
| R563 | 0700054M | 10K | CF | 5 | 1/16 | R756 | 0700061M | 33K | CF | 5 | 1/16 | |
| R579 | 0700069M | 150K | CF | 5 | 1/16 | R757 | R150330 | 100K | CF | 5 | 1/4 | |
| R584 | 0700031M | 180R | CF | 5 | 1/16 | R758 | 0700049M | 4K7 | CF | 5 | 1/16 | |
| R585 | 0700031M | 180R | CF | 5 | 1/16 | R759 | R339330 | 3K9 | 5 | 1/4 | ||
| 1 | R586 | 0700031M | 180R | CF | 5 | 1/16 | R760 | R140542 | 10K | 5 | ||
| R591-94 | 0700063M | 4/K | 5 | 1/16 | 0160225 | IUK | RED BACK | SROUND | ||||
| R595 | 070004410 | 1K8 | 5 | 1/10 | 0100040101 | 2K7 | ||||||
| H596 | 0700048101 | 3K9 | 5 | 1/10 | 0100220 | 21/7 | GREEN BAU | 1/16 | ||||
| H09/ | 0700034101 | 2001/ | 5 | 1/10 | 0160225 |
2107
1017 |
GROUND | |||||
| R500 | 070007510 | 350K | 5 | 1/16 | R803 | 07000225 | 267 | CE | 5 | 1/16 | ||
| : | VB601 | 01602188 | 50K | VERT | CENTRE AD L | B804 | 0110273S | 15K | мо | 5 | 2 | |
| R601 | 0700065M | 68K | CE | 5 | 1/16 | VR805 | 0700037M | 560R | CF | 5 | 1/16 | |
| R602 | 0700076M | 470K | CF | 5 | 1/16 | R805 | 0110273S | 15K | MO | 5 | 2 | |
| R603 | 0700054M | 10K | CF | 5 | 1/16 | VR806 | 0700037M | 560R | CF | 5 | 1/16 | |
| R604 | 0700059M | 27K | CF | 5 | 1/16 | R806 | 0110273S | 15K | MO | 5 | 2 | |
| R605 | 0700045M | 2K2 | CF | 5 | 1/16 | R807 | R237319 | 2K7 | CF | 5 | 1/2 | |
| R606 | 0700059M | 27K | CF | 5 | 1/16 | R808 | R237319 | 2K7 | CF | 5 | 1/2 | |
| R607 | 0700059M | 27K | CF | 5 | 1/16 | R809 | R237319 | 2K7 | 5 | 1/2 | ||
| R608 | 0700062M | 39K | 5 | 1/16 | H811 | 0/00041M | 1K0 | 5 | 1/10 | |||
| R609 | 0700046M | 2K7 | 5 | 1/16 | H812 | 0700041M | 1K0 | 5 | 1/10 | |||
| R610 | 0700058M | 22K | 5 | 1/16 | 1 K813 | 0700041M | 5 | 1/10 | ||||
| R611 | 0113684M | 282 | 5 | 1/2 | 0700035101 | 390R | 5 | 1/10 | ||||
| R612 | 0113684IVI | 2K2 | 5 | 1/2 | 0700035101 | 200D | 5 | 1/16 | ||||
| HDI3 | H128319 | 1/2 |
0700033IVI
0700024M |
56B | 5 | 1/16 | ||||||
| N014 | D120220 | 1000 | 5 | 1/10 | R919 | 0700024W | 56R | 5 | 1/16 | |||
| DC1C | D120330 | 5 | 1/4 | 0700024M | 56R | CF | 5 | 1/16 | ||||
| R617 | 0700066M | 821 | 5 | 1/16 | B820 | 0700024M | 330B | CF | 5 | 1/16 | ||
| R618 | 0700041M | 11/1 | CF | 5 | 1/16 | R821 | 0700041M | 1K0 | ČF | 5 | 1/16 | |
| R619 | 0700054M | 10K | CF | 5 | 1/16 | R821 | 0700027M | 100R | CF | 5 | 1/16 | |
| R620 | 0700066M | 82K | CF | 5 | 1/16 | (sign | al/contro | panel) | ||||
| R621 | 0700054M | 10K | CF | 5 | 1/16 | R822 | 0700041M | 1K0 | | CF | 5 | 1/16 | |
| R622 | 0700063M | 47K | CF | 5 | 1/16 | R822 | 0700027M | 100R | CF | 5 | 1/16 | |
| R623 | 0700045M | 2K2 | CF | 5 | 1/16 | (sign | al/contro | panel) | ||||
| R624 | 0700052M | 6K8 | CF | 5 | 1/16 | R823 | 0700041M | 1K0 | CF | 5 | 1/16 | |
| R625 | 0700036M | 470R | CF | | 5 | 1/16 | R823 | 0700067M | 100K | CF | 5 | 1/16 | |
| R626 | 0700059M | 27K | CF | 5 | 1/16 | D100010 | 11/0 | (sign | al/contro | panel) | ||
| R628 | 0700054M | | 10K | 5 | 1/16 | K130319 | 11/0 | 5 |
1/Z
1/16 |
||||
| H/03 | H832330 | BK2 | 5 | 1/4 | R852 | 0700041171 |
1NU
82012 |
5 | 1/16 | |||
| 11/00 | UND | L | 11052 | 0700039101 | 02011 | L | 1/10 |
PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this service manual. Don't degrade the safety of this receiver through improper servicing.
| Ref No. | Part No. | Value | Туре | %Tol | Wattage | [ | Ref No. | Part No. | Value | Туре | %Tol | Wattage | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| R853 | 0700032M | 220R | CF | 5 | 1/16 | R2214 | 0700027M | 100R | CF | 5 | 1/16 | ||
| R854 | 0700054M | 10K | CF | 5 | 1/16 | R2231 | 0700051M | 5K6 | CF | 5 | 1/16 | ||
| R855 | 0700027M | 100R | CF | 5 | 1/16 | R3100 | 0700027M | 100R | CF | 5 | 1/16 | ||
| R901 | R842319 | 82K | CF | 5 | 1/2 | R3101 | R526330 | 560R | CF | 5 | 1/4 | ||
| R902 | 0110137M | 470R | MO | 5 | R3102 | 0700037M | 560R | CF | 5 | 1/16 | |||
| R903 | R110856 | 100R | WW | 5 | 5 | R3103 | 0700057M | 18K | CF | 5 | 1/16 | ||
| R904 | 0700048M | 3K9 | CF | 5 | R3104 | R427330 | 470R | 5 | |||||
| R905 | 0700051M | 5K6 | 5 | 1/16 | R3105 | 0700042M | 1K2 | 5 | |||||
| H906 | 0700041M | 1KU | 5 | 1/16 | H310b | 0187062101 | /50K |
5
5 |
1/10 | ||||
| H9U/ | 07000481VI |
3K9
100D |
5 |
HJ2U2
D2202 |
0700067101 | 11/0 | ) D | 1/10 | |||||
| D000 | 070005214 |
)
5 |
1/4 | D2203 | 070004110 | 100K | 5 | 1/16 | |||||
| R010 | 011401514 |
0N0
9R2 |
5 | 1/10 | R3204 | B257330 | 270K |
J
5 |
1/10 | ||||
| R911 | B120330 | 100R | CE | 5 | 1/4 | R3204A | 0700044M | 1K8 | CE | 5 | 1/16 | ||
| B912 | 0700032M | 220B | CF | 5 | 1/16 | R3207 | 0700049M | 4K7 | CF | 5 | 1/16 | ||
| R913 | R150319 | 100K | CF | 5 | 1/2 | R3208 | 0700048M | 3K9 | CF | 5 | 1/16 | ||
| R914 | 0700057M | 18K | CF | 5 | 1/16 | R3209 | 0700051M | 5K6 | CF | 5 | 1/16 | ||
| R915 | 0700055M | 12K | CF | 5 | 1/16 | R3211 | 0700027M | 100R | CF | 5 | 1/16 | ||
| R916 | 0700055M | 12K | CF | 5 | 1/16 | R3214 | 0700051M | 5K6 | CF | 5 | | 1/16 | | ||
| R917 | 0700041M | 1K0 | CF | 5 | 1/16 | R3215 | 0700051M | 5K6 | CF | 5 | 1/16 | ||
| VR951 | 0160211 | 1K0 | VR | нт | ADJ | R3216 | 0700069M | 150K | CF | 5 | 1/16 | ||
| Í | R951 | R437330 | 4K7 | CF | 5 | 1/4 | R3217 | 0700039M | 820R | CF | 5 | ||
| R952 | R648319 | 68K | CF | 5 | 1/2 | R3218 | 0700049M | 4K7 | 5 | ||||
| R953 | R842319 | 82K | 5 | 1/2 | R3219 | U/UUU49IVI | 4K/ | 5 | |||||
| N304 | R832319 | 8KZ | 5 | 1/2 |
NJ220
R2221 |
070005114 | 2301 | 5 | 1/16 | ||||
| R057 | 01102530 |
00UN
2K2 |
5 |
1/4
2 |
110221
R3222 |
070005110 | 566 | 5 | 1/10 | ||||
| R958 | 01102000 |
2112
2117 |
5 | 1/16 | R3224 | 070005111 | 22K | 5 | 1/16 | ||||
| B959 | 0700040W | 160 | 5 | 1/16 | R3225 | 0700054M | 10K | 5 | 1/16 | ||||
| Ĺ | R960 | 0187072M | 2K0 | CF | 5 | 1/16 | B3226 | 0700054M | 10K | CF | 5 | 1/16 | |
| R961 | 0700041M | 1K0 | CF | 5 | 1/16 | R3227 | 0700027M | 100R | ČF | 5 | 1/16 | ||
| R962 | 0700046M | 2K7 | CF | 5 | 1/16 | R3228 | 0700041M | 1K0 | CF | 5 | 1/16 | ||
| R963 | 0700047M | 3K3 | CF | 5 | 1/16 | R3235 | 0700041M | 1K0 | ĊF | 5 | 1/16 | ||
| R964 | R329319 | 390R | CF | 5 | 1/2 | R3236 | 0700041M | 1K0 | CF | 5 | 1/16 | ||
| R966 | 0700064M | 56K | CF | 5 | 1/16 | R3237 | 0700053M | 8K2 | CF | 5 | 1/16 | ||
| R967 | R125542 | 150R | MO | 5 | 1 | R3239 | 0700067M | 100K | CF | 5 | 1/16 | ||
| R968 | R230330 | 2K0 | CF | 5 | 1/4 | R3243 | 0700037M | 560R | CF | 5 | 1/16 | ||
| R969 | R130330 | 1K0 | CF | 5 | 1/4 | R3244 | 0700056M | 15K | CF | 5 | 1/16 | ||
| R970 | R526330 | 560R | CF | 5 | 1/4 | R4451 | 0700045M | 2K2 | 5 | ||||
| R981 | 0700041M | 1K0 | 5 | 1/16 | R4453 | 0700041101 | 5 | 1/16 | |||||
| Ц | R999 |
K1/U/Z/
0700027M |
1000 | 5 | 1/16 | HZ34330 | 5 | 1/4 | |||||
| R1301-00 |
07000271VI
R220210 |
2000 | 5 | 1/10 |
R4400
R4466 |
B23/330 | 21/1 | 5 | 1/10 | ||||
| R131/ | R329330 | 200B | 5 | 1/2 | R4450 | 0700023M | 47B | 5 | 1/16 | ||||
| B1315 | R526330 | 560B | CF | 5 | 1/4 | Δ | R4458 | B407551 | 4R7 | FF | 5 | 1/2 | |
| R1320 | 0700065M | 68K | ČF | 5 | 1/16 | Δ | R4459 | R407551 | 4R7 | FF | 5 | 1/2 | |
| R1321 | 0700065M | 68K | CF | 5 | 1/16 | R4460 | 0700054M | 10K | CF | 5 | 1/16 | ||
| R1322 | 0700054M | 10K | CF | 5 | 1/16 | R4461 | 0700054M | 10K | CF | 5 | 1/16 | ||
| R1323 | 0700054M | 10K | CF | 5 | 1/16 | R4462 | 0700061M | 33K | CF | 5 | 1/16 | ||
| R1324 | 0700051M | 5K6 | CF | 5 | 1/16 | R4463 | 0700051M | 5K6 | CF CF | 5 | 1/16 | ||
| R1325 | 0700051M | 5K6 | CF | 5 | 1/16 | R4464 | R812330 | 82R | CF | 5 | 1/4 | ||
| R1326 | 0700041M | 1K0 | CF | 5 | 1/16 | R4465 | R339330 | 3K9 | 5 | 1/4 | |||
| R1327 | 0700041M | 1K0 | CF | 5 | 1/16 | R4466 | R120330 | 100K | 5 | ||||
|
n1399
R1401 14 |
070003010 | 4/UK | 5 | 1/10 |
11440/
R//69 |
U14/524 | 4700 |
UI
R |
1// | ||||
| R1401-14 | 0700027101 |
) р
Г |
1/10 |
04400
R4470 |
0700063M |
470n
17K |
5 | 1/16 | |||||
| R1452 | 0187038M | 75R |
| 5
| 5 |
1/16 | R4471 | 0700054M | 10K | 5 | 1/16 | ||||
| R1453 | 0700067M | 100K | C.F | 5 | 1/16 | R4472 | 0700054M | 10K | CF | 5 | 1/16 | ||
| R1454 | 0700067M | 100K | CF | 5 | 1/16 | R4473 | 0700027M | 100R | CF | 5 | 1/16 | ||
| T | R1456 | 0187038M | 75R | CF | 5 | 1/16 | R4474 | 0700038M | 680R | CF | 5 | 1/16 | |
| R2002 | 0700027M | 100R | CF | 5 | 1/16 | R4745 | 0700043M | 1K5 | CF | 5 | 1/16 | ||
| R2003 | 0110105M | 22R | мо | 5 | 1 | R4476 | 0700027M | 100R | CF | 5 | 1/16 | ||
| R2004 | 0700027M | 100R | CF | 5 | 1/16 | R4477 | 0700054M | 10K | | CF | 5 | 1/16 | ||
| R2005 | 0700054M | 10K | CF | 5 | 1/16 | R4601 | 0700063M | 47K | CF | 5 | 1/16 | ||
| R2011 | 0700035M | 390R | CF | 5 | 1/16 | R4602 | 0700041M | | 1K0 | CF | 5 | 1/16 | ||
| H2013 | 0700059M | 27K | CF | 5 | 1/16 | H4604 | 0700063M | 47K | CF | 5 | 1/16 | ||
| K2050 | 0700027M | 100R | 5 | 1/16 | K4605 | 0700058M | 22K | CF | 5 | ||||
| H2U51 | 0700027M | 5 | 1/16 | H4006 | 22K | 5 | |||||||
| R2201 | 0700041M | 5 | 1/16 |
0400/
D4600 |
5 | 1/10 | |||||||
| 0700041M | 5 |
04000
04600 |
070005614 | 5 | 1/10 | ||||||||
| R2203-00 | | 0700037101 | 1K0 | 5 | 1/10 | RAGIO | 0700050101 | 471 | 5 | 1/10 | ||||
| B2208 | 0700059M | 27K | CF | 5 | 1/16 | R4611 | 0700056M | 15K | CE | 5 | 1/16 | ||
| B2209 | 0700067M | 100K | CF | 5 | 1/16 | R4612 | 0700063M | 47K | CF | 5 | 1/16 | ||
| 0.5 | Ē | 1/16 | B4612 | 0187072M | 2K0 | L E | 1/16 | ||||||
| 1 | R2210 | 0700021M | 338 | 1 11- | 3 | | 1/10 | 114010 | 010/07/2141 | 1 2110 | 1 0 | |||
|
R2210
R2211 |
0700021M
0700021M |
33R
33R |
CF | 5 | 1/16 | R4614 | 0187086M | 7K5 | CF | 5 | 1/16 | ||
|
R2210
R2211 R2212 |
0700021M
0700021M 0700021M |
33R
33R 33R |
CF
CF CF |
5
5 5 |
1/16
1/16 1/16 |
R4614
R4615 |
0187086M
0700055M |
7K5
12K |
CF
CF |
5 | 1/16 |
E
PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this service manual. Don't degrade the safety of this receiver through improper servicing.
| Ref No. | Part No. | Value | Туре | %Tol | Wattage | Ref No. | Part No. | Value | Туре | %Tol | Wattage | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| R4617 | 0700063M | 47K | CF | 5 | 1/16 | R4929 | 0700048M | 3K9 | CF | 5 | 1/16 | |
| R4618 | 0700063M | 47K | CF | 5 | 1/16 | R4930 | 0700067M | 100K | CF | 5 | 1/16 | |
| R4619 | 0700054M | 10K | CF | 5 | 1/16 | R4940 | 0700041M | 1K0 | CF | 5 | 1/16 | |
| R4620 | 0700067M | 100K | CF | 5 | 1/16 | R4941-44 | 0700055M | 12K |
65
65 |
5 | 1/16 | |
| R4621 | 0700053101 | 8K2 | 5 | 1/10 |
R4945
R4946 |
0700065M |
10K
68K |
5 | 1/10 | |||
| R4622 | 070005310 | 10K2 | 5 | 1/16 | R4992 | 0700054M | 10K | CF | 5 | 1/16 | ||
| R4624 | 0700034M | 39K | CF | 5 | 1/16 | R4993 | 0700054M | 10K | ČF | 5 | 1/16 | |
| R4625 | 0700053M | 8K2 | CF | 5 | 1/16 | R4994 | 0700054M | 10K | CF | 5 | 1/16 | |
| R4626 | 0700056M | 15K | CF | 5 | 1/16 | R4995 | 0700067M | 100K | CF | 5 | 1/16 | |
| R4627 | 0700047M | 3K3 | CF | 5 | 1/16 | R4996 | 0700067M | 100K | CF | 5 | 1/16 | |
| R4628 | 0700063M | 47K | 5 | 1/16 | R4997 | 0700067M | 100K | 5 | 1/16 | |||
| R4629 | 0700081M | 1 M0 | 5 | 1/16 |
K9000
R0001 |
K343549 |
33K
207 |
5 |
2
1/4 |
|||
| R4030 | 0700072101 | 220K | 5 | 1/10 | R9007 | R000706 | 5K6 | ME | 1 | 1/4 | ||
| B4632 | 0700072M | 56K | CF | 5 | 1/16 | R9003 | B812330 | 82R | CF | 5 | 1/4 | |
| R4633 | 0700064M | 56K | CF | 5 | 1/16 | R9004 | R130330 | 1K0 | CF | 5 | 1/4 | |
| R4634 | 0700067M | 100K | CF | 5 | 1/16 | R9005 | R000505 | 0R5 | MO | 5 | 7 | |
| R4635 | 0700067M | 100K | CF | 5 | 1/16 | R9006 | R427549 | 470R | MO | 5 | 2 | |
| R4636 | 0700054M | 10K | CF | 5 | 1/16 | R9007 | R323330 | 330R |
CF
CF |
5 | 1/4 | |
| R4037 | 070005410 | 5 | 1/10 | R9008 |
R323330
R150330 |
100K | 5 | 1/4 | ||||
| R4642 | 0700057M | CE | 5 | 1/16 | R9011 | R145330 | 15K | CF | 5 | 1/4 | ||
| R4643 | 0700067M | 100K | CF | 5 | 1/16 | R9013 | R333721 | 3K3 | MF | 1 | 1/4 | |
| R4644-47 | 0700027M | 100R | CF | 5 | 1/16 | R9014 | R145330 | 15K | CF | 5 | 1/4 | |
| R4648 | 0700063M | 47K | CF | 5 | 1/16 | R9015 | R142330 | 12K | CF | 5 | 1/4 | |
| R4649 | 0700057M | 18K | CF | 5 | 1/16 | ( | R9016 | R150330 | 100K | CF | 5 | 1/4 |
| R4650 | 0700057M | 18K | 5 | 1/16 |
K9017
R0019 |
R546330 |
50K
47R |
5 | 1/4 | |||
|
R4051
B4652 |
100K | 5 | 1/10 | R9019 | R353714 | 330K | ME | 5 | 1/2 | |||
| B4653 | 0700067M | 100K | CF | 5 | 1/16 | R9021 | R000707 | 19 1K | MF | 1 | 1/4 | |
| R4654 | 0700054M | 10K | CF | 5 | 1/16 | R9022 | R000505 | OR5 | мо | 5 | 7 | |
| R4655 | 0700054M | 10K | CF | 5 | 1/16 | R9023 | R242330 | 22K | CF | 5 | 1/4 | |
| R4656 | 0700054M | 10K | CF | 5 | 1/16 | R9100 | R812551 | 82R | FF | 5 | 1/2 | |
| R4657 | 0700063M | 47K | CF | 5 | 1/16 | R9101 | R138542 | 1K8 | 5 | 1/4 | ||
| R4658 | 0/00063M | 5 | 1/10 |
R9103
R0104 |
B145721 | 15K | 1/4 | |||||
| R4009 | 0700046M | 267 | 5 | 1/16 | 1 1 | R9105 | B150330 | 100K | CF | 5 | 1/4 | |
| R4661 | 0700054M | 10K | CF | 5 | 1/16 | R9106 | R526330 | 560R | CF | 5 | 1/4 | |
| R4662 | 0700054M | 10K | CF | 5 | 1/16 | R9107 | R252330 | 220K | CF | 5 | 1/4 | |
| R4663 | 0700054M | 10K | CF | 5 | 1/16 | R9108 | R323542 | 330R | MO | 5 | 1 | |
| R4664 | 0700063M | 47K | CF | 5 | 1/16 | R9109 | R130330 | 1K0 | CF | 5 | 1/4 | |
| R4665 | 0700063M | 47K | 5 | 1/16 | R9110 | 8339330 | 3K9 | | UF | 5 | 1/4 | ||
| R4bbb | 100K | 5 | 1/10 | |||||||||
| R4668 | 0700001M | 1600 | CF | 5 | 1/16 | |||||||
| R4669 | 0700054M | 10K | CF | 5 | 1/16 | |||||||
| R4671 | 0700049M | 4K7 | CF | 5 | 1/16 | |||||||
| R4672 | 0700049M | 4K7 | CF | 5 | 1/16 | |||||||
| R4673 | 0700027M | 100R | 5 | 1/16 | ||||||||
|
R4674
R4675 |
070002710 | 1008 | 5 | 1/10 | ||||||||
| R4675 | 0700027M | 1001 | 5 | 1/16 | 1 | |||||||
| R4680 | 0700041M | 1K0 | CF | 5 | 1/16 | |||||||
| R4681 | 0700041M | 1K0 | CF | 5 | 1/16 | 1 | ł | |||||
| R4700 | 0700041M | 1K0 | CF | 5 | 1/16 | |||||||
| R4901 | R526319 | 560R | 5 | l | } | } | | | | | ||||
| K4902 | H118330 | 5 | | | | |||||||||
| R4904 | R232330 | 2K2 | 5 | 1/4 | ||||||||
| R4905 | R118330 | 18R | CF | 5 | 1/4 | ł | ||||||
| R4906 | R407330 | 4R7 | CF | 5 | 1/4 | | | 1 | |||||
| R4907 | R427319 | 470R | CF | 5 | 1/2 | | | 1 | | | ||||
| R4908 | R407330 | 4R7 | CF | 5 | 1/4 | |||||||
| | K4909 | K118330 | 5 | ||||||||||
| R4910 | R118330 | 4/0K | 5 | 1/2 | Į. | l | ||||||
| R4912 | R407330 | 4R7 | CF | 5 | 1/4 | 1 | ł | 1 | | | |||
| R4913 | 0700064M | 56K | CF | 5 | 1/16 | l | ||||||
| R4914 | 0700064M | 56K | CF | 5 | 1/16 | l. | 1 | |||||
| R4915 | 0700073M | 270K | CF | 5 | 1/16 | 1 | ||||||
| H4916 | 0700049M | 4K7 | 5 | 1/16 | ļ | ļ | ļ | ] | ||||
| R4917 |
1 22K
4K7 |
5 | 1/10 | ļ | ļ | |||||||
| R4924 | 0700054M | 10K | CF | 5 | 1/16 | 1 | ] | |||||
| R4925 | 0700054M | 10K | CF | 5 | 1/16 | 1 | ||||||
| R4927 | 0700064M | 56K | CF | 5 | 1/16 | l | ||||||
| R4928 | 0700046M | 2K7 | CF | 5 | | 1/16 | j | L | | | Ĺ |
PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this service manual. Don't degrade the safety of this receiver through improper servicing.
| Ref No. | Part No. | Value | Туре | %Tol | Voltage | Ref No. | Part No. | Value | Туре | %Tol | Voltage | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|
| C003 | 0880057R | 100n | PF | 10 | 50 | C488 | 0800073R | 470u | EL | - | 10 | |
| C004 | 0880057R | 100n | PF | 10 | 50 | C489 | 0800024R | 22u | EL | - | 25 | |
| C005 | 0800015R | 10u | EL | - | 16 | C490 | 0800024R | 22u | EL | - | 25 | |
| C007 | 0800005R | 2u2 | EL | - | 50 | C491 | 0800015R | 10u | EL | - | 16 | |
| C008 | 0880057R | 100n | PF | 10 | 50 | C492 | 0800015R | 10u | EL | - | 16 | |
| C009 | 0800032R | 33u | EL | - | 16 | C493 | 0880057R | 100n | PF | 10 | 50 | |
| C010 | C648715 | 68n | MPO | 10 | 63 | C494 | 0880057R | 100n | 10 | 50 | ||
| C011-14 | 0890067R | 33p | C | 5 | 50 | C501 | 0880044R | 10n | 50 | |||
| C016 | 0890065R | 22p |
U
O |
5 | 50 | C502 | 0880057R | 1000 | 50 | |||
| C017 | 0890065R | 220 | 5 | 50 | C503 | 08900076 |
33µ
10p |
10 | 50 | |||
| C010 | 0890003R | | 15p | 5 | 50 | C507 | 00000440 | 2211 | FI | - 10 | 16 | ||
|
C015
C021 |
00300031 |
| 22µ
| 10n |
10 | 50 | C512 | 08800578 | 100n | PF | 10 | 50 | ||
| C021 |
000004411
0880056R |
22011 | FI | 63 | C513 | 0890074B | 100n | c i | 5 | 50 | ||
| C023 | 0800072R | 4700 | FI | - | 6.3 | C514 | 0880037R | 3n3 | PF | 10 | 50 | |
| C024 | C343877 | 33n | C | 10 | 25 | C515 | C457715 | 470n | MPO | 10 | 63 | |
| C025 | 0800049R | 100u | EL | - | 16 | C517 | 0276721R | 220n | PF | 5 | 50 | |
| C030 | 0880057R | 100n | PF | 10 | 50 | C518 | 0880057R | 100n | PF | 10 | 50 | |
| C034 | 0800053R | 100u | EL | - | 50 | C520 | 0800081N | 1000u | EL | - | 10 | |
| C040 | 0890074R | 100p | C | 5 | 50 | C521 | 0276717R | 100n | | PF | 5 | 50 | |
| C101 | 0800049R | 100u | EL | - | | 16 | C522 | 0880057R | 100n | 50 | |||
| C102 | 0890073R | 470u | EL | - | 10 | C523 | 0880057R | 100n | 10 | 50 | ||
| C103 | 0800015R | 10u | - 10 | 16 | C524 | 08901188 | 22p |
5
10 |
50 | |||
| C104 | U880057R | 1000 | 10 | 50 | C525 | 00000510 |
4/11
22n |
10 | 50 | |||
|
0121
C122 |
08000156 | 100 | • | 10 | C520 | 0800001h | 202 | FI | - | 50 | ||
| C122 | 00000101 | 100 | 10 | 50 | C528 | 0800081N | 10000 | FI | _ | 10 | ||
| C123 | C150877 | 100n | 10 | 25 | C530 | 0276717R | 1000u | PF | 5 | 50 | ||
| C251 | 0800047B | 1000 | EL | - | 63 | C531 | 0880057R | 100n | PF | 10 | 50 | |
| C252 | 0800049R | 100u | EL | - | 16 | C533 | 0880057R | 100n | PF | 10 | 50 | |
| C304 | 0800073R | 470u | EL | - | 10 | C534 | 0800015R | 10u | EL | - | 16 | |
| C314 | 0800073R | 470u | EL | - | 10 | C541 | 0800015R | 10u | EL | - | 16 | |
| C321 | 0800057R | 220u | EL | | - | 10 | C542 | 0800015R | 10u | EL | - | 16 | |
| C322 | 0800003R | 1u0 | EL | - | | 50 | C544 | 0276717R | 100n | PF | 5 | 50 | |
| C323 | 0890085R | 680p | С | - | | 50 | C545 | C150715 | 100n | MPO | 10 | 63 | |
| C324 | 0800003R | 1u0 | EL | - | 50 | C546 | 0880057R | 100n | PF | 50 | ||
| 0400 | 0800015R | 10u | - | 16 | C547 | 08900788 | 220p | 10 | 50 | |||
| U8UUU15K | - | 10 | C570 | 08800448 |
100
120 m |
5 | 50 | |||||
| 08000156 | 100 | 10 | C578 | 08900756 | 100u |
| 5
| - |
31.5 | |||||
| C412 | 08000158 | FI | 16 | C581 | 00000000000000000000000000000000000000 | 100u | PF | 5 | 50 | |||
| C421 | 08000488 | 1000 | FI | 10 | C582 | 0800122R | 100 | EL | 16 | |||
| C422 | 0800086N | 22000 | EL | - | 10 | C583 | 0276717R | 100n | PF | 5 | 50 | |
| C423 | 0880051R | 33n | PF | 10 | 50 | C584 | 0800122R | 10u | EL | - | 16 | |
| C425 | 0880041R | 5n6 | PF | 10 | 50 | C585 | 0276717R | 100n | PF | 5 | 50 | |
| C428 | 0880041R | 5n6 | PF | 10 | 50 | C586 | 0800122R | 10u | EL | - | | 16 | |
| C430 | 0880051R | 33n | PF | 10 | 50 | C587 | 0800049R | 100u | EL | - | 16 | |
| C431 | 0890087R | 1n0 | C | - | 50 | C588 | 0890078R | 220p | C | 10 | 50 | |
| C432 | 0890087R | 1n0 | - | 50 | C591 | 0890074R | 100p | 5 | 50 | |||
| C438 | 08000038 | 1000 | - | 50 |
L592
C502 |
08800448 | 100 | 50 | ||||
| C442 | 0800081 | 1.0000 | - | 50 | C593 | 00000400 | 100 | 10 | 50 | |||
| C451 | 08000031 | 16 | C595 | 003011411 | 100 n | Č | 5 | 50 | ||||
| C452 | 08800448 | 100 | PF | 10 | 50 | C596 | 0880031B | 1n0 | PF | 10 | 50 | |
| C453 | 0880057R | 100n | PF | 10 | 50 | C599 | 0800081N | 1000u | EL | | - | 10 | |
| C454 | 0880037R | 3n3 | PF | 10 | 50 | C601 | 0254506R | 220u | EL | - | 16 | |
| C455 | 0800056R | 220u | EL | - | | 6.3 | C602 | 0276729 | 1u0 | PF | 5 | 50 | |
| C456 | 0252396R | 10u | | EL | | - | 16 | C603 | 0258112R | 100u | EL | - | | 50 | |
| C457 | 0252396R | 10u | EL | - | | 16 | C604 | 0890061R | 10p | - | | 50 | ||
| U458 | 0800005R | 2u2 | | • | 50 | C605 | 0252416R | 0u47 | - | | 50 | |||
| C459 | 0800005R | 202 | - | 50 | 0253934 | 2200u | - 10 |
| 3|5
| 100 |
||||
| C461 | 0880044K | 100- | 50 | 02790938 | 1000 | 10 | 100 | |||||
| C401 | 08800440 | 1000 | 10 | 50 | 0000 | 02550466 | 100 | 25 | ||||
| C463 | 08000446 | 100 | FI | 16 | C603 | 08800318 |
407
1n0 |
10 | 50 | |||
| C464 | 0890069B | 47n | C | 5 | 50 | C611 | 0800077N | 470u | EL | - | 50 | |
| C465 | 0890114R | 10p | Č | | . | 50 | C612 | 0880009R | 10n | PF | 10 | 50 | |
| C470 | 0252396R | 100 | EL | - | | 16 | | | C614 | 0800009R | 4u7 | EL | - | | 25 |
| C471 | 0252396R | 10u | EL | | - | 16 | C616 | 0800009R | 4u7 | EL | - | 25 | |
| C472 | 0880044R | 10n | PF | 10 | 50 | C617 | C252715 | 220n | MP0 | 10 | 63 | |
| C473 | 0880044R | 10n | PF | | 10 | 50 | C701 | 0253491 | 100u | EL | - 1 | 200 | |
| 0481 | 0880042R | 6n8 | PF | 10 | 50 | C702 | 0800044R | 47u | EL | - | 50 | |
| 0482 | U880042R | 6n8 | | PF | | 10 | 50 | C703 | 0250511R | 22n | | PF | 50 | ||
| C483 | 0800039R | 47u | EL | C704 | U244501R | 100- | 500 | |||||
| C485 | 00300748 | 5 | 50 | C705 | 0262425 | 100p | 5 |
50
1900 |
||||
| C486 | 08900748 |
470
100c |
5 | 10 | C700 | 0202433 |
0112
27n |
5 | 630 | |||
| C467 | 0880057R | 100p | PF | 10 | 50 | C708 | 0246344 | 1000 | C C | 10 | 2000 | |
| L | 1 '' | L_'' | 1 | 1 | 0.00 | 1 | L |
PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this service manual. Don't degrade the safety of this receiver through improper servicing.
| ſ | Ref No. | Part No. | Value | Туре | %Tol | Voltage | Ref No. | l | |
|---|---|---|---|---|---|---|---|---|---|
| ſ | C709 | 0246357 | 1n0 | С | 10 | 2000 | C1303 | ||
| C710 | 0244507R | 3n3 | С | 10 | 500 | C1304 | |||
| C711 | 0243512R | 820p | С | 10 | 500 | C1305 | |||
| C712 | 0244213 | 1n5 | С | 10 | 2000 | C1306 | |||
| C712A | 0246364 | 3n3 | С | 10 | 2000 | C1307 | |||
| C713 | 0253952R | 1u0 | EL | - | 160 | C1309 | |||
| C713A | 0253952R | 1u0 | EL | - 10 | 160 | C1320 | |||
| C715 | 0299931F | 270n | 10 | 200 |
01321
C1222 |
||||
| C715 | 0299932 | 10000 | FF | 10 | 200 | C1322 | |||
| C717 | 0243507B | 330n | C C | 10 | 500 | C1401 | |||
| C718 | 0253971 | 4117 | FL | - | 250 | C1403 | |||
| C719 | 0800015R | 10u | EL | - | 16 | C1404 | |||
| C720 | C343710 | 33n | MPO | 10 | 250 | C1405 | |||
| C721 | 0880031R | 1n0 | PF | 10 | 50 | C1406 | |||
| C722 | 0880031R | 1n0 | PF | 10 | 50 | C1407 | |||
| C723 | 0299995F | 27n | PF | 5 | 630 | C1408 | |||
| C724 | 0800052R | 100u | EL | - | 31.5 | C1409-14 | |||
| C725 | 0246357 | 100 |
U
TI |
10 | 2000 | C1410 | |||
| C750 | 0000109h |
100
100 |
10 | 50 | C1410 | ||||
| C751 | 0299932 | 330n | PE | 10 | 200 | C2001 | |||
| C752 | 02999929 | 180n | PF | 10 | 200 | C2201 | |||
| C753 | 0800018R | 10u | EL | - | 50 | C2202 | |||
| C755 | C447715 | 47n | MPO | 10 | 63 | C2203 | |||
| C756 | C232715 | 2n2 | MP0 | 10 | 63 | C2204 | |||
| 1 | C757 | C140877 | 10n | С | 10 | 25 | C2205 | ||
| C758 | 0800052R | 100u | EL | - | 31.5 | C2206 | |||
| C759 | C150877 | 100n |
U
MDO |
10 | 25 | C2209 | |||
| C901 | 0255021 | 1000 | 10 | 200 | C2210 | ||||
| C807 | 0200001 |
470
220n |
10 | 200 | C2211 | ||||
| C803 | 0890078B |
220p
220p |
č | 10 | 50 | C2214 | |||
| C804 | 0890078R | 220p | Č | 10 | 50 | C2215 | |||
| C805 | 0890079R | 270p | С | 10 | 50 | C2216 | |||
| C806 | 0890079R | 270p | С | 10 | 50 | C2217 | |||
| 1 | C806 | 0800057R | 220u | EL | - | 10 | C2227 | ||
| C007 | 000070D | 070- | (sign | al/contro | panel) | UZ228 | |||
| C807 |
0090079h
0242512B |
270µ
820n |
10 | 500 | C2223 | ||||
| C851 |
024331211
0800015B |
10u | FI | - | 16 | C3100 | |||
| C852 | 0880044R | 10n | PF | 10 | 50 | C3101 | |||
| C853 | 0800049R | 100u | EL | - | 16 | C3202 | |||
| C854 | 0800001R | 0u47 | EL | - | 50 | C3203 | |||
| C880 | 0245612 | 4n7 | C | 10 | 1000 | C3204 | |||
| C880A | E884110 | 10n | SPARK | GAP | 2000 | C3205 | |||
| NÍ | C907 | 0279090 |
22011
An7 |
400 | C3200 | Ĺ | |||
| Ν | C904 | C648712 | 68n | MP | 10 | 275 AC | C3208 | ||
| C905 | C001544 | 220u | EL | • | 400 | C3209 | |||
| C906 | 0244215R | 2n2 | C | 10 | 2000 | C3210 | |||
| C907 | 0880044R | 10n | PF | 10 | 50 | C3211 | Į | ||
| C908 | C457715 | 470n | MPO | 10 | 63 | C3212 | |||
| C909 | 0880033R | 105 | PF | 10 | 50 | 03213 | [ ] | ||
| C910 | 000003211 | 100n | 5 |
10
50 |
C3214 | ||||
| C912 | C457715 | 470n | MPO | 10 | 63 | C3219 | |||
| C913 | 0890081R | 330p | C C | 10 | 50 | C3221 | |||
| Ά | C914 | 0249498 | 1n0 | С | 10 | 50 | C3222 | ||
| C915 | 0246353 | 470p | С | 10 | 2000 | C3223 | |||
| ١ | C916 | C648727 | 68n | PF | 10 | 630 | C4451 | ||
| 14 | C917 | C648712 | 68n | MP | 10 | 275 AC | 1 | ||
| C951 | 0240353 | 470n | 10 | 2000 | C4455 | ||||
|
C952
C953 |
0209401
0880053B |
47n | PF | 10 | 50 |
C4454
C4455 |
|||
| C954 | 0800087N | 2200u | EL | - | 16 | C4456 | |||
| C955 | 0800049R | 100u | EL | - | 16 | C4457 | | | ||
| Ì | C956 | 0244505R | 2n2 | C | 10 | 500 | 1 | C4458 | |
| C957 | 0243509R | 470p | C | 10 | 500 | C4459 | |||
| C958 | 0800049R | 100u | EL | - | 16 | U4460 | 1 | ||
|
C959
C960 |
0243509K | 4/Up | 10 |
500
25 |
04401
CAA62 |
l | |||
| C961 | 0203000 |
33000
47n |
EL
PF |
10 |
50
50 |
C4463 | |||
| C962 | 0800073B | 4700 | FI | - | 10 | C4470 | |||
| Ŵ | C998 | 0249498 | 1n0 | C C | - | | 400 | C4471 | | | |
| Ά | C999 | 0247974 | 2n2 | | C | 5 | 50 | C4473 | | | |
| C1301 | 0800015R | 10u | EL | - | 16 | C4601 | |||
| C1302 | 0880041R | 5n6 | PF | 10 | 50 | C4602 | Ĺ |
| ef No. | Part No. | Value | Туре | %Tol | Voltage |
|---|---|---|---|---|---|
| 1303 | 0800003R | 1u0 | EL | 50 | |
| 1304 | 0880041R | 5n6 | PF | 10 | 50 |
| 1305 | 0800003R | 1u0 | EL | - | 50 |
| 1306 | 0800015R | 10u | EL | - | 16 |
| 1307 | 0800005R | 2u2 | EL | - | 50 |
| 1309 | 0800048K | 1000 |
EL
E1 |
- | 10 |
| 1320 |
02020900
0252396R |
10u
10u |
FI | 16 | |
| 1322 | 0890074R | 100p | C | 5 | 50 |
| 1401 | 0800015R | 10u . | EL | - | 16 |
| 1402 | 0800015R | 10u | EL | - | 16 |
| 1403 | 0800015R | 10u | EL | - 10 | 16 |
| 1404 | 0880044K | 10u | 10 |
00
16 |
|
| 1406 | 0800015R | 100 | FL | - | 16 |
| 1407 | 0800015R | 10u | EL | - | 16 |
| 1408 | 0880044R | 10n | PF | 10 | 50 |
| 1409-14 | 0800015R | 10u | EL | - | 16 |
| 1416 | 0800081 | 10000 | EL | - | 10 |
| 1418 | 08000490 |
1000
470u |
EL
Fl |
- | 63 |
| 2002 | 0800015R | 10u | EL | 16 | |
| 2201 | 0890078R | 220p | C | 10 | 50 |
| 2202 | 0890063R | 15p | C | 5 | 50 |
| 2203 | 0890063R | 15p | C | 5 | 50 |
| 2204 | 08900788 | 220p | 10 |
50
60 |
|
| 2205 | 0880009R | 10n | PF | 10 | 50 |
| 2209 | 0276717R | 100n | PF | 5 | 50 |
| 2210 | 0880003R | 1n0 | PF | 10 | 50 |
| 2211 | 0276725R | 470n | PF | 5 | 50 |
| 2213 | 0800109R | 1u0 | EL | - | 50 |
| 2214 | 0800127R |
220
100n |
EL
PE |
- 5 | 50 |
| 2215 | 0276717R | 100n | PF | 5 | 50 |
| 2217 | 0800122R | 10u | EL | - | 16 |
| 2227 | 0800143R | 100u | EL | - | 6.3 |
| 2228 | 0800122R | 10u | EL | - | 16 |
| 2229 | 02/6/1/R |
100n
22n |
PF
C |
5 | 50 |
| 3100 | 0252420R |
22p
4u7 |
EL | - | 50 |
| 3101 | 0800015R | 10u | EL | - | 16 |
| 3202 | 0800049R | 100u | EL | - | 16 |
| 3203 | 0800049R | 100u | EL | - 10 | 16 |
| 3204 | 08800098 |
10n
10n |
PF | 10 | 50 |
| 3206 | 0890115R | 12p | Ċ | 5 | 50 |
| 3207 | 0800003R | 1u0 | EL | - | 50 |
| 3208 | 0880009R | 10n | PF | 10 | 50 |
| 3209 | 0880009R |
10n
10u |
IU |
50
16 |
|
| 3210 | 0252550h |
100
10n |
PF | 10 | 50 |
| 3212 | 0800003R | 1u0 | EL | - | 50 |
| 3213 | 0243510R | 560p | С | 10 | 500 |
| 3214 | 0880031R | 1n0 | PF | 10 | 50 |
| 3215-18 | 08000158 | 100 | 티 | • | 16 |
| 3219 | 0252417R | 100 | FI | - | 50 |
| 3222 | 0800003R | 1u0 | EL | - | 50 |
| 3223 | 0890122R | 39p | С | 5 | 50 |
| 4451 | 0800042R | 47u | EL | - | 25 |
| 4452 | 0800041R | 47u | EL | - | 16 |
| 4403 |
0234318K
0880057R |
47U
100n |
EL
PF |
- 10 |
20
50 |
| 4455 | 0880057R | 100n | PF | 10 | 50 |
| 4456 | 0800084 | 1000u | EL | - | 31.5 |
| 4457 | 0800084 | 1000u | EL | - | 31.5 |
| 4458 | 0253934 | 2200u | EL | - | 31 5 |
| 4459 |
100n
1n0 |
PF
c |
10 |
50
60 |
|
| 4461 | 0880031R | 1n0 | PF | 10 | 50 |
| 4462 | 0800003R | 1u0 | EL | - | 50 |
| 4463 | 0800049R | 100u | EL | - | 16 |
| 4470 | 0890092R | 2n2 | C | - | 50 |
| 44/1 | 0890092K | 202 | - |
50
16 |
|
| 4601 | C150877 | 100n | C | 10 | 25 |
| 4602 | 0244117R | 680p | Ċ | 10 | 50 |
PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this service manual. Don't degrade the safety of this receiver through improper servicing.
| Ref No. | Part No. | Value | Type | %Tol | Voltage | Ref No. | Part No. | Value | Туре | %Tol | Voltage | |||
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
CHOMO
|
C4603
|
C140877
|
10n
|
С
|
10
|
25
|
|
C4683
|
0252936R
|
10u
|
EL
|
-
|
16
|
|
|
| CHOMES BINOTISA IL . ID LL . ID LL . ID ID LL . ID | C4604 | C145877 | 15n | С | 10 | 25 | C4684 | 0252936R | 10u | EL | - | 16 | ||
C4479
C4570
C4770
|
C4605
|
0800015R
|
10u
|
EL
|
-
|
16
|
|
C4685
|
0252936R
|
10u
|
EL
|
-
|
16
|
|
|
| C4607 | 0800015R | 10u | EL | - | 16 | C4686 | 0890087R | 1n0 | C | - | 50 | |||
Data
Description
|
C4608
|
0800015R
|
10u
|
EL
|
|
16
|
|
|
089008/H
|
100
|
|
- 10
|
00
|
|
|
| C4609 | C45/421 | 4/Un | +80/-20 |
50
16 |
C4088 | 02200/12 |
500
506 |
PF | 10 | 50 | ||||
| C4010 |
0800049H
C150977 |
100u
100n |
- 10 | 25 | C46690 | 0880041N | 5n6 | PF | 10 | 50 | ||||
| C4612 | 0253943R | 0033 | FL | - | 50 | C4691 | C343715 | 33n | MPO | 10 | 63 | |||
| C4613 | C150877 | 100n | C | 10 | 25 | C4693 | 0800015R | 10u | EL | - | 16 | |||
| C4816 0244117m 680p C 10 EL - 15 C4810 080003F4 4.7 EL - 25 C1703-03 0800013F1 10.0 EL - 100 C4810 0800013F1 10.0 EL - 100 EL - 100 C4810 0800013F1 100,0 C 5 50 50 C4820 C155715 150,0 MPO 10 63 C4717 0880074F 100,0 C 5 50 C4823 C155715 150,0 MPO 10 63 C4717 024105F1 100,0 C 55 60 C4826 024007F 3.3 EL - 25 C4697 02305F1 100,0 K10 53 C4826 024017F 100,0 C 10 52 C4697 C18077 100,0 K10 53 54 54 | C4614 | C150877 | 100n | Ċ | 10 | 25 | C4694 | 0800049R | 100u | EL | - | 16 | ||
| CASIG DeBOODER 47 EL - 25 CHE883 DEBOODER 1.00 EL - 30 CASIG CLT0357 155, MPO 10 63 CLT0357 100, C 5 50 CASIG CLT0357 155, MPO 10 63 CLT05 DEBOOTHR 100, C 5 50 CASIG CLT05 155, 156, MPO 10 63 CLT05 DEBOOTHR 100, C 5 50 CASIG CLSSTIS 156, MPO 10 63 CLT05 DEBOOTHR 100, MPO 10 63 CASIG CLSSTIS 156, MPO 10 63 CLT05 DEBOOTHR 100, MPO 10 63 CLSSTIS 100, MPO 10 63 CLSSTIS 100, MPO 10 63 CLSSTIS 100, MPO 10 63 CLSSTIS 100, | C4615 | 0244117R | 680p | С | 10 | 50 | C4695-98 | 0800015R | 10u | EL | - | 16 | ||
| Cabin Control Cabin Contro Cabin Control Cabin Co | C4616 | 0800009R | 4u7 | EL | - | 25 | C4699 | 0800003R | 1u0 | EL | - | 50 | ||
LBAIH
CH50/Hs
|
C4617
|
0800009R
|
4u7
|
EL
|
-
|
25
|
|
C4700-03
|
0800015R
|
10u
|
0~0
EL
|
- 10
|
10
|
|
|
Display
|
C4618
|
C155/15
|
150n
|
MPU
|
10
|
63
|
F0
|
C4710-13
|
0244105K
|
202
|
100n
с
|
С
5
|
50
|
|
|
CHART
CLUBST IS
LEG
LEG
DEVIS
|
C4619
|
08000078
|
3U3
|
150p
|
- 10
|
63
|
|
C4714
|
089007411
|
100p
|
C
|
C
5
|
50
|
|
|
| CHA22 DEGUTOPY m Sola Let - 50 C/177 DEVAHOR 2n2 C 10 50 C4623 OESOTOS M 4u7 EL - 25 C/4117 DEVALUE 221 EL - 15 C4625 DEMODER 4u7 EL - 25 C/4117 DEVALUE 2210 EL - 15 C4626 DEAH117N BEDp C 10 50 C/4117 DEVALUE 10 63 C4626 DESUBT HOM EL - 16 C/4906 DEDUZER 2210 EL - 16 C4630 OEMOLTRA HU EL - 16 C/4908 DEMOZER 2210 EL - 30 C4633 OEMOLTRA HU EL - 15 C/4101 DEMOZER 220 EL - 30 C4633 OEMOLTRA HU HL - 16 |
C4020
C4621 |
C155715 | 150n | MPO | 10 | 63 | C4716 | 0890074R | 100p | č | 5 | 50 | ||
CH622
COBODER
LI
D
|
C4627
|
0800007B
|
303
|
EL.
|
-
|
50
|
|
C4717
|
0244105R
|
2n2
|
С
|
10
|
50
|
|
|
| C4625 C680009R 4u7 EL - 25 C4901 C252715 220u EL - 10 63 C4626 C024017H 6650 C 10 50 C4803 0233934 220u EL - 115 C4626 C139877 100n C 10 25 C4803 C139715 100n MFO 10 83 C4620 C139877 100n EL - 16 C4896 C189715 100n MFO 10 83 C4832 C6900487 100n MFO 10 83 C4833 C6900487 100n EL - 16 C4990 C1407715 10n MFO 10 63 C4993 C4990 C4833 C6900487 100 50 C4913 C49904284 22u EL - 50 C4635 C129715 220n MFO 10 63 C4913 C6900487 10n 10 53 | C4623 | C155715 | 150n | MPO | 10 | 63 | C4718 | 0244105R | 2n2 | С | 10 | 50 | ||
CH625
D600059R
4.07
EL
-
25
C4692
D80059R
2200
EL
-
16
C4626
D253458R
0.33
EL
-
50
C4690
C180715
100n
MPO
10
63
C4628
C180877
100n
C
10
25
C4805
C1807151
100n
MPO
10
63
C4638
C1800771
100n
C
10
25
C4808
C1807151
100n
MPO
10
63
C4633
C690047R
100u
EL
-
16
C4901
0800057R
12u
EL
-
16
C4634
C690047R
10u
EL
-
16
C4911
0800057R
12u
EL
-
16
C4635
C123715
220n
MPD
10
63
C4911
0800057R
12u
EL
-
16
C4635
C123715
220n
|
C4624
|
0800009R
|
4u7
|
EL
|
-
|
25
|
|
C4901
|
C252715
|
220n
|
MPO
|
10
|
63
|
|
|
| C4626 C24313 R 60.03 EL - 90 C4803 C23334 R C2000 EL - 91.5 C4627 C159877 100n C 100 25 C4806 C159775 100n MFO 10 83 C4629 C159877 100n EL - 16 C4806 C159775 100n MFO 10 83 C4630 C600015R 10u EL - 16 C4808 C0800578 120u EL - 16 C4634 C600049R 100u EL - 15 C4911 08000587 220u EL - 50 C4635 C24971 220n MPO 10 63 C4912 025394 220u EL - 50 C4637 C16977 10n C 10 25 C4913 08000587 100u EL - 31.5 C4643 C68001587 10u < | C4625 | 0800009R | 4u7 | EL | - | 25 | C4902 | 0800058R | 220u | EL | - | 16 | ||
| C4627 OC333481 0.0.33 EL - 50 C4895 C180/15 100n MFO 10 53 C4628 C180777 100n C 10 25 C4895 C180718 100n MFO 10 63 C4620 05000154 100 EL - 16 C4895 C180715 110n MFO 10 63 C4632 05000178 100n EL - 16 C4890 C180715 110n MFO 10 63 C4633 05000178 100n EL - 16 C4910 08000378 220n EL - 16 C4635 C52715 220n MFO 10 63 C4913 08000378 220n EL - 31.5 C4636 C52715 220n MFO 10 63 C4916 08000378 220n EL - 31.5 C4636 C52715 220n | C4626 | 0244117R | 680p | С | 10 | 50 | C4903 | 0253934 | 2200u | EL | - | 31.5 | ||
| CH423 C159077 100n C 10 25 C4800 C159757 100n MPD 10 05 5 C4823 C159077 100n C 10 25 C4800 C159757 100n EL 0 155 C4832 C6000158 10n EL - 16 C4810 C6000578 10n EL - 16 C4832 C6000158 10n EL - 16 C4810 C6000678 2200 EL - 16 C4834 C6252715 220n MPO 10 63 C4912 023334 2200 EL - 60 C4635 C252715 220n MPO 10 63 C4913 G6600678 10n PF 10 50 C4638 C252715 220n MPO 10 63 C4916 G6600678 10n PF 10 50 C4642 G6000158 10n< | C4627 | 0253943R | 0u33 | EL | - | 50 | C4904 | C150715 | 100n | 63 | 15 | |||
| L4630 C1300/F 100/II C 100/II N 100/II 100 | C4628 | C150877 | 100n | C | 10 | 25 | C4905 | U150715 | 100n | 62 | Ę | |||
LH630
DB00019h
100
EL
-
16
D4383
D600029h
20
EL
-
16
C4631
D800049h
100u
EL
-
16
C43930
DC40715
20
HD
0
63
C4634
D800049h
100u
EL
-
16
C4391
D880029h
220u
EL
-
16
C4635
C49477
D10
C3
C4912
D233834
220u
EL
-
50
C4636
C149477
D10
C3
C4914
D680028h
100u
EL
-
50
C4637
D252395h
10u
EL
-
16
C4914
D680028h
100u
EL
-
50
C4638
D24717
C150715
100n
MPO
10
63
C4442
D680028h
100u
EL
-
16
C4642
D690015h
10u
EL
-
16
|
C4629
|
|
100n
|
|
10
|
25
|
|
C4900
|
09000528
|
1000
|
|
|
215
|
Ň
|
|
|
C4832
D000048
100,
40 EL - 16 C4893 C140715 10n MPO 10 63 C4833 D00004R 100, C4835 C252715 220n MPO 10 63 C4855 C252715 220n MPO 10 63 C4912 C253834 2200, 2200, EL - 315 C4663 C252715 220n MPO 10 63 C4912 C253834 220, EL - 315 C4638 C252715 220n MPO 10 63 C4914 B68004R 100, EL - 315 C4643 060015R 10u EL - 16 C4916 660022R 22u EL - 50 C4644 060015R 10u EL - 16 C4918 C160715 100, MPO 10 63 C4644 060015R 10u EL - 16 C4918 C160715 100, MPO 10 | C4630 | 08000158 | 100 |
EL
Fi |
- | 16 | C4908 |
080003211
0800026B |
2211 | FI | - | 50 | ||
| CABS3 DBB00AR 4'U EL - 25 C4910 DBB00AR 22u EL - 50 CABS4 CDB00AR Z200 EL - 31.5 CABS5 CC32715 2200 MPD 10 63 CC4911 DBB00AR 2200.4 EL - 31.5 CABS5 CC32715 2200 MPD 10 63 CC4913 DBB002AR 220.0 EL - 31.5 CABS6 C223715 2200 MPD 10 63 CC4915 DBB0052R 100.0 EL - 31.5 CA640 OB0015R 100 EL - 16 CC4917 C150715 100.0 MPO 10 63 C4642 OB0015R 100 EL - 16 CC4913 DB0002R 220.0 EL - 16 C4642 OB0015R 100 EL - 16 CC4923 O253395 330.0 EL | C4031 | 08000156 | 100 | FI | 16 | C4909 | C140715 | 10n | MPO | 10 | 63 | |||
| CH453 C252715 C200 MP C 16 C4912 C23384 C200 EL - 16 C4635 C252715 C200 MP 10 C 10 25 C4913 G800028R 20 EL - 50 C4638 C252715 Z200 MP 10 63 C4915 G800028R 200 EL - 31.5 C4638 C252715 Z200 MP 10 63 C4915 G800028R 200 EL - 16 C4641 060015R 10u EL - 16 C4916 G800078 2000 EL - 15 C4644 0800015R 10u EL - 16 C4912 C40715 100 MPO 10 63 C4644 0800015R 10u EL - 16 C4921 C40715 100 MPO 10 63 C4646 0800015R | C4633 | 0800042R | 470 | EL | - | 25 | C4910 | 0800026R | 22u | EL | - | 50 | ||
| C4638 C252715 220n MPO 10 63 C4912 0223344 2200u EL - 31.5 C4638 C10077 0n C 10 52 C4913 080002R 22.0 EL - 50 C4638 C252715 220n MPO 10 63 C4916 080005R 22.0 EL - 50 C4640 0800015R 10.0 EL - 16 C4918 C150715 100n MPO 10 63 C4642 0800015R 10.0 EL - 16 C4918 C150715 100n MPO 10 63 C4644 0800015R 10.0 EL - 16 C4922 C140715 100n MPO 10 63 C4644 0800015R 10.0 EL - 16 C4922 C140715 100n MPO 10 63 C4644 0800015R 2.0 10 | C4634 | 0800049R | 100u | EL | - | 16 | C4911 | 0800087 | 2200u | EL | - | | 16 | ||
| C4636 C140877 100 C 100 25 C4913 090026R 22u EL - 50 C4637 C252396R 10u EL - 16 C4915 0900025R 10u EL - 31.5 C4638 C252715 220n MPO 100 63 C4916 0900025R 10u EL - 16 C4917 C150715 100n MPO 10 63 C4641 0900015R 10u EL - 16 C4919 C150715 100n MPO 10 63 C4644 0900015R 10u EL - 16 C4921 090003R 22u EL - 16 C4644 0900015R 10u EL - 16 C4922 0240335 3300u FL - 35 C4644 0900015R 10u EL - 16 C4924 024015R 2nz C 10 | C4635 | C252715 | 220n | MPO | 10 | 63 | C4912 | 0253934 | 2200u | EL | - | | 31.5 | ||
| C4637 0252396R 10u EL - 16 C4914 0880048H 10n PF 10 90 C4638 C242715 220n MPO 10 50 C4916 080005R 22u EL - 50 C4640 0800015R 10u EL - 16 C4918 C150715 100n MPO 10 63 C4644 0800015R 10u EL - 16 C4918 C150715 100n MPO 10 63 C4644 0800015R 10u EL - 16 C4920 0800026R 22u EL - 150 C4644 0800015R 10u EL - 16 C4922 C140715 100n MPO 10 63 C4646 0800015R 10u EL - 16 C4922 C140715 100n MPO 10 65 C4646 0800015R 10u EL | C4636 | C140877 | 10n | С | 10 | 25 | C4913 | 0800026R | 22u | EL | - | 50 | ||
| C4638 C22715 Z20n MPU 10 63 C4915 0800026R 100 EL - 51.3 C4639 0244117R 680p C 10 50 C4915 0800026R 22u EL - 50 C4644 0800015R 10u EL - 15 C4919 C19715 100n MPO 10 63 C4644 0800015R 10u EL - 15 C4921 0800026R 22u EL - 16 C4644 0800015R 10u EL - 16 C4922 C140715 10n MPO 10 63 C4644 0800015R 10u EL - 16 C4922 C140715 10n MPO 10 63 C4644 0800015R 10u EL - 16 C4925 0800038H 47n PF 10 50 C4849 0800015R 10u EL | C4637 | 0252396R | 10u | EL | - | 16 | C4914 | 0880044R | 10n | | 10 | 50 | |||
| Leasy D2441/17/H Boby C IU 50 C +916 D0000267 220 EL - 30 C4640 0800015R 10u EL - 16 C4918 C130715 100n MPO 10 63 C4642 0800015R 10u EL - 16 C4918 C130715 100n MPO 10 63 C4643 C688041R 5n6 PF 10 50 C4922 0800057 220u EL - 16 C4644 0800015R 10u EL - 16 C4922 C10715 10n MPO 10 63 C4646 0800015R 10u EL - 16 C4924 C10715 100 MPO 10 63 C4646 0800015R 10u EL - 16 C4924 C10715 100 50 C4643 C4936 0244105R 2n2 C 10 50 | C4638 | C252715 | 220n | MPO | 63 | C4915 | 0800052R | 100u | EL | - | | 31.5 | |||
Labai
Deckulpts
Lu
L
-
16
C-937
C-1015
Tuo
|
C4639
|
0244117R
|
680p
|
|
| 10
|
50
|
|
C4910
|
0800026H
|
C150715
220
|
100n
|
10
|
63
|
|
|
| Caberi Dobulish Nu LL - 10 Cation Cation MPO 10 63 C4642 C0300157 End C 10 25 C4820 0800017 2200u EL - 16 C4644 C0380041 S600 C 10 50 C4821 0800017 2200u EL - 16 C4645 0244115R 560p C 10 50 C4922 0253353 3000u EL - 35 C4646 0800015R 10.u EL - 16 C4922 0880053R 47n PF 10 50 C4646 0800015R 10.u EL - 16 C4923 0244105R 2n2 C 10 50 C4646 0800015R 10.u EL - 16 C4924 080005R 2n2 C 10 50 C46450 0244105R 2n2 C 10 | C4640 | 08000158 | 100 | - | 10 | C4917 | C150715 | 100n | MPO | 10 | 63 | |||
|
Casa
Casa Casa Casa Casa Casa Casa Casa |
C4641 | 0800015N | 100 | FI | _ | 16 | C4919 | C150715 | 100n | MPO | 10 | 63 | ||
|
C 4644
C 4645 OBSOLOTER D 24115R SEO D C PF 10 50 C 4921 OBSOLOFR C 4922 22.0 EL - 50 C 4645 D 24115R S60p C 10 S0 C 4922 C 140715 10n MPO 10 63 C 4647 D 225336R 10u EL - 16 C 4922 C 140175 10n MPO 10 63 C 4648 080001SR 10u EL - 16 C 4922 D 24105R 27.2 C 10 50 C 4649 080001SR 10u EL - 16 C 4922 D 24105R 27.2 C 10 50 C 4653 C 233715 33n MPD 10 63 C 4336 D 24105R 27.2 C 10 50 C 4653 D 28078R N 4735 024105R 27.2 C 10 50 C 4453 D 424105R 27.2 C 10 50 |
C4642 | C638877 | 6n8 | C | 10 | 25 | C4920 | 0800087 | 2200u | EL | - | 16 | ||
| C4645 C24115R 650p C 10 60 C4922 C140715 10n MP0 10 63 C4646 080015R 10u EL - 16 C4923 C253355 330u EL - 35 C4644 0800015R 10u EL - 16 C4923 C253355 330u EL - 50 C4643 0800015R 10u EL - 16 C4925 0880058R 47n PF 10 50 C4651 C437877 4n7 C 10 25 C49354 024105R 2n2 C 10 50 C4652 C437877 4n7 C 10 53 C4935 024015R 2n2 C 10 50 C4653 025347R 04072 EL - 50 C4939 0900052R 1000 EL - 16 C4653 0246670R 27p C 5 | C4644 | 0880041R | 5n6 | PF | 10 | 50 | C4921 | 0800026R | 22u | EL | - | 50 | ||
| C4646 0800015R 10u EL - 16 C4923 0253935 3300u EL - 35 C4647 0800015R 10u EL - 16 C4924 C150715 10n MPO 10 63 C4649 0800003R 1u0 EL - 16 C4924 C150715 10n MPO 10 50 C4650 023387 4n7 C 10 25 C4934 0244105R 2n2 C 10 50 C4652 C33715 33n MPO 10 63 C4933 0244105R 2n2 C 10 50 C4653 080038R 3n9 PF 10 63 C4933 080005R 100u EL - 16 C4933 080005R 100u EL - 16 C4933 080003R 1u0 EL - 16 C4633 080003R 1u0 EL - 50 | C4645 | 0244115R | 560p | С | 10 | 50 | C4922 | C140715 | 10n | MP0 | 10 | 63 | ||
| C4647 0252396R 10u EL - 16 C4824 C150715 100n MPO 10 63 C4649 0800013R 10u EL - 50 C4825 080005R 2/1 F 10 50 C4650 0252396R 10u EL - 16 C4825 0244105R 2/2 C 10 50 C4652 C343717 4n7 C 10 25 C4836 0244105R 2/2 C 10 50 C4653 080003R 3/3 MPO 10 63 C4836 080005R 2/20 EL - 16 C4836 080005R 2/20 EL - 16 C4836 080003R 100 EL - 16 C 2/2 C 10 50 C C4836 080003R 100 EL - 50 C C4836 080003R 100 EL - 50 C | C4646 | 0800015R | 10u | EL | - | 16 | C4923 | 0253935 | 3300u | EL | - | 35 | ||
C4648
Obsolves
10u
EL
-
16
C4225-29
Obsolves
47.1
Fr
10
30
C4649
0800005R
10u
EL
-
16
C4225-29
O244105R
2n2
C
10
50
C4650
0232396R
10u
EL
-
16
C4332
0244105R
2n2
C
10
50
C4653
0230038R
3n9
PF
10
50
C4335
0244105R
2n2
C
10
50
C4655
0233942R
0u22
EL
-
50
C4393
0800058R
200
EL
-
31.5
C4655
0233942R
0u22
EL
-
50
C4991
0800058R
2n0
EL
-
16
C4656
0248670R
27p
C
5
50
C4991
08000038R
1u0
EL
-
50
C46650
0248670R
27p
|
C4647
|
0252396R
|
10u
|
EL
|
-
|
16
|
|
C4924
|
C150715
|
100n
|
|
|
63
|
|
|
| L4949 DB00003R ILU EL - 50 L4920-23 D24103N 2112 C 10 50 C4650 C2323877 4n7 C 10 25 C4332 C24105R 2n2 C 10 50 C4651 C33715 33 MPO 10 63 C4332 024105R 2n2 C 10 50 C4653 C33715 53 MPO 10 63 C4335 024105R 2n2 C 10 50 C4654 C648715 68n MPO 10 63 C4339 0800052R 100u EL - 16 C4655 0258670R 27p C 5 50 C4991 0800003R 1u0 EL - 50 C4656 0248670R 27p C 5 50 C4991 0800003R 1u0 EL - 50 C46650 02800058R 220u EL | C4648 | 0800015R | 10u | - | 16 | C4925 | 0880053R | 4/0 | 10 | 50 | ||||
| C4300 D243590 h 100 LL 10 D2000 h D244105 h 2.12 C 10 50 C4651 C4377 h A7 C 10 63 C4333 h D241105 h 2.12 C 10 50 C4652 C3377 h 68 MPO 10 63 C4335 D244105 h 2.12 C 10 50 C4654 C649715 68 MPO 10 63 C44336 0800058 h 2.02 EL - 31.5 C4655 0235942 h 0.022 EL - 50 C4939 0800038 h 1.00 EL - 50 C4656 0248670 h 27p C 5 50 C4991 0800003 h 1.00 EL - 50 C4669 0800058 h 220u EL - 16 C4993 0800003 h 1.00 EL - 50 C4660 C400077 10 n C | C4649 | 02522068 | 100 | - | 16 |
C4920-29
C4932 |
0244105h
0244105B |
2112
2n2 |
Ċ | 10 | 50 | |||
CH301
CH3017
TH7
C
D
|
C4050
|
0202090h
|
100
|
/1n7
|
10
|
25
|
|
C4934
|
0244105R
|
2n2
|
č
|
10
|
50
|
|
|
| C4653 0980058R 3n9 PF 10 50 C4336 0800058R 220u EL - 16 C4654 C648715 68n WPO 10 63 C4339 0800052R 100u EL - 31.5 C4656 0253942R 0uz2 EL - 50 C4940 0244105R 2n2 C 10 50 C4656 0248670R 27p C 5 50 C4991 080003R 1u0 EL - 50 C4659 0800058R 220u EL - 16 C4993 0800003R 1u0 EL - 50 C4662 0800058R 220u EL - 16 C4993 0800003R 1u0 PF 25 250 C4662 0800058R 220u EL - 16 C9001 0276697 100n PF 25 250 C4663 0800058R 220u | C4652 | C343715 | 33n | MPO | 10 | 63 | C4935 | 0244105R | 2n2 | С | 10 | 50 | ||
| C4654 C648715 68n MPO 10 63 C4939 0800052R 100u EL - 31.5 C4655 02384270R 27p C 5 50 C4940 0244057R 272 C 10 50 C4656 0248670R 27p C 5 50 C4931 0800003R 1n0 PF 10 50 C4658 C150877 100n C 10 25 C4993 0800003R 1n0 EL - 50 C4659 0800058R 220u EL - 16 C4933 0800003R 1n0 EL - 50 C4660 C140877 10n C 10 25 C4933 0800003R 1n0 PF 25 250 C4663 0800058R 220u EL - 16 C3002 023373 3n3 PF 2 100 C46665 0890076R 150p | C4653 | 0880038R | 3n9 | PF | 10 | 50 | C4936 | 0800058R | 220u | EL | - | | 16 | ŧ ĺ | |
| C4655 023942R 0u22 EL - 50 C4940 0244105R 2n2 C 10 50 C4656 0248670R 27p C 5 50 C4991 080003R 1n0 PF 10 50 C4657 0248670R 27p C 5 50 C4991 080003R 1u0 EL - 50 C4659 0800058R 220u EL - 16 C4993 0800003R 1u0 EL - 50 C4661 C457421 470n C +80/-20 50 C C3994 0244105R 2n2 C 10 50 C4662 0800058R 220u EL - 16 C3001 0278697 100n PF 25 250 C4664 0800058R 220u EL - 16 C3001 0278697 100n PF 2 100 C4665 0890076R 150p C 10 50 C3004 C33713 3n3 PF 2 100 | C4654 | C648715 | 68n | MPO | 10 | 63 | C4939 | 0800052R | 100u | EL | - | 31.5 | E. | |
| C4666 0248670R 27p C 5 50 C491 088003R 1n0 PF 10 50 C4657 0248670R 27p C 5 50 C4991 088003R 1u0 EL - 50 C4658 0800058R 220u EL - 16 C4991 080003R 1u0 EL - 50 C4660 C457421 470n C 10 25 C4992 080003R 1u0 EL - 50 C4661 C457421 470n C +80/-20 50 C4994 0244105R 2n2 C 10 50 C4662 0800058R 220u EL - 16 C3002 0258973 100n PF 25 250 C4664 080058R 220u EL - 16 C3002 025373 37.3 PF 2 100 C4665 0890076R 150p C 10 25 C3006 C135715 1n5 MPO 10 63 | C4655 | 0253942R | 0u22 | EL | - | 50 | C4940 | 0244105R | 2n2 | C | 10 | 50 | ||
| C4857 0248670R 27p C 5 50 C4931 0800003R 100 EL - 50 C4658 C150877 100n C 10 25 C4992 0800003R 100 EL - 50 C4650 C140877 10n C 10 25 C4992 0800003R 100 EL - 50 C4662 0800058R 220u EL - 16 C4993 0800003R 100 PF 25 250 C4663 0800058R 220u EL - 16 C3000 0279697 100n PF 25 250 C4666 0800058R 220u EL - 16 C3002 023873 47u EL - 400 C4666 0800058R 220u EL - 16 C3002 C33873 30u EL - 50 C4666 0800077R 1n0 C | C4656 | 0248670R | 27p | Ç | 5 | 50 | C4941 | 0880031R | | 1n0 | 10 | 50 | |||
| C4633 C130877 100 C 10 23 C4932 060003R 100 EL - 50 C4659 0800058R 220u EL - 16 C4933 0800003R 1u0 EL - 50 C4661 C457421 470n C +80/-20 50 △ C3000 0279697 100n PF 25 250 C4662 0800058R 220u EL - 16 C3001 027697 100n PF 25 250 C4663 0800058R 220u EL - 16 C3001 027697 100n PF 25 250 C4664 080058R 220u EL - 16 C9003 0800069 330u EL - 50 C4666 0890076R 100 C - 50 C9005A 0890081R 330p C 100 50 C4666 080009R 4u7< | 02486708 | 2/p | 5 | 50 | C4991 | 08000038 | FI | 50 | ||||||
| C4660 C140877 10n C 10 C4860 C4494 C244105R 2n2 C 10 50 C4661 C457421 470n C +80/-20 50 A C4994 0244105R 2n2 C 10 50 C4662 0800058R 220u EL - 16 C9001 0279697 100n PF 25 250 C4663 0800058R 220u EL - 16 C9002 0253873 47u EL - 50 C4666 0890058R 220u EL - 16 C9003 0800069 330u EL - 50 C4666 C242877 22n C 10 25 C9005 C135715 1n5 MPO 10 63 C44668 080009R 4u7 EL - 25 C9006 C140715 10n MPO 10 63 C44670 0800009R 4u | C4038 | 08000588 | 2200 | 16 | C4993 | 08000038 | 110 | FI | - 1 | 50 | ||||
| C4661 C457421 470n C +80/-20 50 ▲ C3000 0279697 100n PF 25 250 C4662 0800058R 220u EL - 16 ▲ C9001 0279697 100n PF 25 250 C4663 0800058R 220u EL - 16 C9002 023873 47u EL - 400 C4665 0800058R 220u EL - 16 C9002 0253873 47u EL - 400 C4665 0890076R 150p C 10 25 C9004 C333713 3n3 PF 2 100 C4666 C242877 22n C 10 25 C9005 C135715 1n5 MPO 10 63 C4668 0800074 470 EL - 25 C9006 C140715 100n MPO 10 63 C4673 08900778 1n | C4650 | C140877 | 10n | 10 | 25 | C4994 | 0244105R | 2n2 | C C | 10 | 50 | |||
| C4662 0800058R 220u EL - 16 △ C9001 0279697 100n PF 25 250 C4663 0800058R 220u EL - 16 C9002 023873 47u EL - 400 C4664 0800058R 220u EL - 16 C9003 0800069 330u EL - 50 C4666 0890076R 150p C 10 50 C9004 C333713 3n3 PF 2 100 C4667 0890087R 1n0 C - 50 C9006 C140715 10n MPO 10 63 C4667 0890087R 1n0 C - 16 C9007 C22863 220p C 10 100 C4667 0890087R 1n0 C - 50 C9008 C150715 100n MPO 10 63 C4671 08900076R 150p | C4661 | C457421 | 470n | Č | +80/-20 | 50 | Δ. | C9000 | 0279697 | 100n | PF | 25 | 250 | |
| C4663 0800058R 220u EL - 16 C9002 0253873 47u EL - 400 C4664 0800058R 220u EL - 16 C9003 0800069 330u EL - 50 C4665 0890076R 150p C 10 50 C9004 C333713 3n3 PF 2 100 C4666 C242877 22n C 10 25 C9005 C135715 1n5 MPO 10 63 C4667 0890087R 1n0 C - 25 C9006 C140715 10n MPO 10 63 C4668 0800074 470u EL - 16 C9007 C22863 220p C 10 100 C4667 0890087R 1n0 C - 25 C9008 C150715 100n MPO 10 63 C4671 0890076R 150p C | C4662 | 0800058R | 220u | EL | - | 16 | C9001 | 0279697 | 100n | PF | 25 | 250 | ||
| C4664 0800058R 220u EL - 16 C9003 0800069 330u EL - 50 C4665 0890076R 150p C 10 50 C9003 C333713 3n3 PF 2 100 C4666 C242877 22n C 10 25 C9005 C135715 1n5 MPO 10 63 C4667 0890087R 1n0 C - 50 C9005 C135715 1n5 MPO 10 63 C4668 080009R 4u7 EL - 16 C9007 C222863 220p C 10 100 C4667 080009R 4u7 EL - 25 C9008 C150715 100n MPO 10 63 C4671 0890087R 1n0 C - 50 C9010 024553 470p C 10 2000 C4672 C242877 22n C | C4663 | 0800058R | 220u | EL | - | 16 | C9002 | 0253873 | 47u | EL EL | - | 400 | ||
| C4665 0890076R 150p C 10 50 C9004 C333713 3n3 PF 2 100 C4666 C242877 22n C 10 25 C9005 C135715 1n5 MPO 10 63 C4667 0890087R 1n0 C - 50 C9005A C9005A C03051F 1n5 MPO 10 63 C4668 080009R 4u7 EL - 25 C9006 C140715 10n MPO 10 63 C4667 080009R 4u7 EL - 25 C9006 C140715 10n MPO 10 63 C4670 080009R 4u7 EL - 25 C9007 C222863 220p C 10 100 C4671 0890087R 1n0 C - 50 C9008 C150715 100n MPO 10 63 C4672 C242877 22n C 10 25 C9010 0244599R 4n7 C 10 50< | C4664 | 0800058R | 220u | EL | - | 16 | C9003 | 0800069 | 330u | EL | - | 50 | ||
C4666
C242877
22n
C
10
25
C9005A
C135715
1n5
MPU
10
63
C4667
0890087R
1n0
C
-
50
C9005A
0890081R
330p
C
10
50
C4668
080009R
4u7
EL
-
25
C9006
C140715
10n
MPO
10
63
C4667
080009R
4u7
EL
-
25
C9006
C140715
10n
MPO
10
63
C4670
080009R
4u7
EL
-
25
C9008
C150715
100n
MPO
10
63
C4671
0890087R
1n0
C
-
50
C9009
0246353
470p
C
10
2000
C4672
C242877
22n
C
10
25
C9010
0244509R
4n7
C
10
500
C4673
0890076R
150p
C
10
63
A
C9011
0249395
4n7
C
400
|
C4665
|
0890076R
|
150p
|
C
|
10
|
50
|
|
C9004
|
C333713
|
3n3
|
|
2
|
|
|
|
| C4667 0890087R 1n0 C - 50 C3003A 090087R 500 10 50 C4668 0800009R 4u7 EL - 25 C9006 C140715 10n MPO 10 63 C4669 0800074 470u EL - 16 C9007 C222863 220p C 10 100 C4670 080009R 4u7 EL - 25 C9008 C150715 100n MPO 10 63 C4671 0890087R 1n0 C - 50 C9009 0246353 470p C 10 2000 C4672 C242877 22n C 10 25 C9010 0244509R 4n7 C 10 500 C4673 0890076R 150p C 10 50 A C9011 0249395 4n7 C - 400 C4674 C155715 150n MPO 10 63 A C9013 080018R 10u EL - 50 | C4666 | C242877 | 22n | C C | 10 | 25 | C9005 | U135715 | 105 | 10 |
63
50 |
|||
|
C4668
080009R
407
EL
-
23
C3000
C140713
101
MT
MT
100
100
|
04667 | 08900878 | 10 | - | 50 | C9000A | 00900016 | 10p | 10 | 63 | ||||
| C4403 0600074 470u EL - 25 C3007 C407 D00 0 63 C4670 080009R 4u7 EL - 25 C3008 C150715 100n MPO 10 63 C4671 0890087R 1n0 C - 50 C9009 0246353 470p C 10 2000 C4672 C242877 22n C 10 25 C9010 0244509R 4n7 C 10 500 C4673 0890076R 150p C 10 50 A C9011 0249395 4n7 C - 400 C4674 C155715 150n MPO 10 63 A C9012 0249395 4n7 C - 400 - C4675 0800049R 100u EL - 16 C9013 0800018R 10u EL - 50 C4676 0800049R 100u EL - 16 C9015 024211 1n0 C 2 < | 0800098 | 407 | 25 | C9000 | C222863 | 220n | 10 | 100 | ||||||
| C4671 0890087R 1n0 C - 50 C4671 0890087R 1n0 C - 50 C4071 0890087R 1n0 C - 50 C3009 0246353 470p C 10 200 C4672 C242877 22n C 10 25 C9010 0244509R 4n7 C 10 500 C4673 0890076R 150p C 10 50 A C9011 0249395 4n7 C - 400 C4674 C155715 150n MPO 10 63 A C9012 0249395 4n7 C - 400 C4675 0800049R 100u EL - 16 C9013 0800018R 10u EL - 50 C4678 0800049R 100u EL - 16 C9015 024211 1n0 C 10 2000 C4679 0800049R 100u | C4670 | 0800004 | 4117 | 25 | C9008 | C150715 | 100n | MPO | 10 | 63 | ||||
C4672
C242877
22n
C
10
25
C9010
0244509R
4n7
C
10
500
C4673
0890076R
150p
C
10
50
A
C9010
0244509R
4n7
C
10
500
C4673
0890076R
150p
C
10
50
A
C9011
0249395
4n7
C
-
400
C4674
C155715
150n
MPO
10
63
A
C9012
0249395
4n7
C
-
400
C4675
0800049R
100u
EL
-
16
C9013
0800018R
10u
EL
-
50
C4676
0800049R
100u
EL
-
16
C9015
024211
1n0
C
10
2000
C4678
0800049R
100u
EL
-
16
C9013
024211
1n0
C
10
2000
C4679
|
C4671
|
0890087B
|
1n0
|
l c
|
- |
|
50
|
|
C9009
|
0246353
|
470p
|
C
|
10
|
2000
|
|
|
| C4673 0890076R 150p C 10 50 A C9011 0249395 4n7 C - 400 C4674 C155715 150n MPO 10 63 A C9012 0249395 4n7 C - 400 C4675 0800049R 100u EL - 16 C9012 0249395 4n7 C - 400 C4676 0800049R 100u EL - 16 C9013 0800018R 10u EL - 50 C4676 0800049R 100u EL - 16 C9015 024211 1n0 C 10 2000 C4678 0800049R 100u EL - 16 C9015 024211 1n0 C 10 2000 C4679 0800049R 100u EL - 16 C9010 0253355 3300u EL - 35 C4681 0800049R | C4672 | C242877 | 22n | | č | 10 | 25 | ا _ ا | C9010 | 0244509R | 4n7 | C | 10 | 500 | |
| C4674 C155715 150n MPO 10 63 ∠N C9012 0249395 4n7 C - 400 C4675 0800049R 100u EL - 16 C9012 0800018R 10u EL - 50 C4676 0800049R 100u EL - 16 C9013 0800018R 10u EL - 50 C4676 0800049R 100u EL - 16 C9013 0800018R 10u EL - 50 C4678 0800049R 100u EL - 16 C9015 0242211 1n0 C 10 2000 C4679 0800049R 100u EL - 16 C9023 C121143 120p C 2 100 C4680 0252396R 10u EL - 16 C9100 025335 3300u EL - 35 C4681 0800049R 100u | C4673 | 0890076R | 150p | С | 10 | 50 | I Å | C9011 | 0249395 | 4n7 | | C | - | 400 | |
| C4675 0800049R 100u EL - 16 C9013 0800018R 10u EL - 50 C4676 0800049R 100u EL - 16 C9013 0800018R 10u EL - 50 C4676 0800049R 100u EL - 16 C9014 C323182 330p C 2 50 C4678 0800049R 100u EL - 16 C9015 0242211 1n0 C 10 2000 C4679 0800049R 100u EL - 16 C9023 C121143 120p C 2 100 C4680 0252396R 10u EL - 16 C9100 0253355 3300u EL - 35 C4681 0800049R 100u EL - 16 C9102 0243509R 470u EL - 25 C4682 0800049R 100u EL | C4674 | C155715 | 150n | MP0 | | 10 | 63 | C9012 | 0249395 | 4n7 | C | - | | 400 | 1 | |
| C4676 0800049R 100u EL - 16 C9014 C323182 330p C 2 50 C4678 0800049R 100u EL - 16 C9015 024211 1n0 C 10 2000 C4679 0800049R 100u EL - 16 C9015 024211 1n0 C 10 2000 C4679 0800049R 100u EL - 16 C9023 C121143 120p C 2 100 C4680 0252396R 10u EL - 16 C9100 0253935 3300u EL - 35 C4681 0800049R 100u EL - 16 C9101 080075 470u EL - 25 C4682 0800049R 100u EL - 16 C9102 0243509R 470p C 10 500 | C4675 | 0800049R | 100u | | EL | | - | 16 | C9013 | 0800018R | 100 | EL | 50 | |||
| L46/8 U800049R 1000 EL - 16 L9015 0244211 100 C 10 2000 C4679 0800049R 1000 EL - 16 C9023 C121143 120p C 2 100 C4680 0252396R 100 EL - 16 C9100 0253935 3300u EL - 35 C4681 0800049R 100u EL - 16 C9101 0800075 470u EL - 25 C4682 0800049R 100u EL - 16 C9102 0243509R 470p C 10 500 | C4676 | 0800049R | 100u | | - | 16 | C9014 | 330p | 10 | 2000 | |||||
| C4079 C00004911 FDU EL - 16 C3023 C121145 120p C 2 100 C4680 0252396R 10u EL - 16 C9100 0253935 3300u EL - 35 C4681 0800049R 100u EL - 16 C9101 0800075 470u EL - 25 C4682 0800049R 100u EL - 16 C9102 0243509R 470p C 10 500 | 04678 | 0800049R | 1000 | | - | 10 | C9012 | 0244211 | 1200 | 2 | 100 | ||||
| C4681 0800049R 100u EL - 16 C9101 0800075 470u EL - 25 C4682 0800049R 100u EL - 16 C9101 0800075 470u EL - 25 C4682 0800049R 100u EL - 16 C9102 0243509R 470p C 10 500 |
040/9
CA690 |
00000498 | 1000 | 10 | C9100 | 0253935 | 33000 | Ē | - | | 35 | ||||
| C4682 0800049R 100u EL - 16 C9102 0243509R 470p C 10 500 | C4681 |
020203000
0800049R |
100 | E | 1. | 16 | C9101 | 0800075 | 470u | EL | - | | 25 | ||
| C4682 | 0800049R | 100u | EL | | - | 16 | C9102 | 0243509R | 470p | С | 10 | 500 |
PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this service manual. Don't degrade the safety of this receiver through improper servicing.
| Ref No. | Part No. | Value | Туре | %Tol | Voltage |
|---|---|---|---|---|---|
| C9103 | 0243509R | 470p | C | 10 | 500 |
|
C9105
C9106 |
U249500
C323182 |
105
330n |
C
C |
20 |
400 AC
50 |
| C9107 | C323182 | 3n3 | PF | 2 | 100 |
| C9108 | 0800049R | 100u | EL | - | 16 |
| C9109 | 0890089R | 1n5 | C | 10 | 50 |
|
C9110
C9111 |
0890089K
C140715 |
105
100 |
10 |
50
63 |
|
| C9112 | 0890083R | 470p | C | 10 | 50 |
| C9113 | 0890083R | 470p | C | 10 | 50 |
| C9114 | 0244204 | 220p | С | 10 | 2000 |
| ļ | |||||
| | | |||||
| | | ļ | ||||
| L | l |
| IC001 T900590 ST6385 IC002 E740024 ST24C16 IC005 T900345 SV REGULALTOR IC121 T900326 12V REGULATOR IC402 2020002 TDA3860 IC411 2004971 TDA9860 IC451 2004971 TDA2822/M IC501 2004981 STV2100 IC502 2008741 TEA5114A IC501 2003541 LA7838 IC751 T900522 TEA2031AE IC302 2917781 CNX82A IC302 2917781 CNX82A IC302 200401R PST529C IC411 2004651 TA8777N IC2201 2004911 CF72307 IC2202 2004911 CF72306 IC2201 2007821 TMS4464-10NL IC3201 2301832 HA11559NT IC4601 200422 LV1000NA IC4602 T900469 SA41300 IC4603 T900573 KM1464-10NL | [ | Ref No. | Part No. | Description |
|---|---|---|---|---|
| IC002 E740024 ST24C16 IC004 2009401R PST529C IC005 1900345 5V REGULATOR IC121 1900376 TDA9840 IC402 2020002 TDA9840 IC411 2020011 TDA9840 IC412 2020021 TDA9840 IC411 2020021 TDA9840 IC501 2004981 STV2100 IC502 2008741 IEA5114A IC501 2003541 LA7838 IC601 200352 MC7809CT IC411 2004651 TA8777N IC202 2004911 CF72307 IC203 2009401R PST529C IC201 2004831 LA2780N IC451 202012 TDA7633M IC4602 1900499 SA41300 IC4603 2004242 LV1000NA IC4604 202002 TDA7633M IC4605 1900546 HC740538E IC4607 2362605 BA4558 < | IC001 | T900590 | ST6385 | |
| IC004 2009401R PST529C IC005 T900345 5V REGULAITOR IC121 T900326 12V REGULAITOR IC402 2020002 TDA9860 IC451 2004971 TDA9840 IC451 2004971 TDA9840 IC501 2003741 TEA5114A IC591 2362605 BA4558 IC601 2003541 LA7838 IC771 T900572 TEA2031AE IC301 2917781 CNX82A IC951 2000252 MC7809CT IC201 2004401R PST523C IC202 2004911 CF72306 IC202 200401R PST523C IC201 2007821 TMS446-10ML IC301 2381832 HA11559NT IC4601 2004242 LV1000NA IC4602 T900469 SAA1300 IC4603 T900573 KM4164B-10 IC4604 202002 TDA9860 IC4605 T900546 HCF4053BE | IC002 | E740024 | ST24C16 | |
| ICO05 T900345 5V RÉGULALTOR IC121 T900326 12V RÉGULATOR IC320 T900576 TDA9128 IC402 2020002 TDA9860 IC451 2004971 TDA9840 IC461 2020021 TDA2822M IC501 2004981 STV2100 IC502 2008741 TEAS114A IC501 2003541 LA7838 IC601 2003541 LA7838 IC51 2004551 TA8777N IC41 2004651 TA8777N IC202 200401R PST529C IC301 201781 CNX82A IC302 200401R PST529C IC4600 2004831 LA2780N IC4601 2004242 LV1000NA IC4602 T900469 SAA1300 IC4603 T900573 KM4164B-10 IC4604 202002 TDA39860 IC4605 T900546 HCF4053BE IC4605 T90053 KM4164B-10 | IC004 | 2009401R | PST529C | |
| IC121 T900226 12V FEGULATOR IC320 T900576 TDA9128 IC402 202002 TDA9860 IC41 202021 TDA9860 IC501 2004971 TDA9860 IC501 2004971 TDA9860 IC501 200572 TEA20114A IC501 200551 EA4558 IC601 203541 LA7838 IC591 2000252 MC7809CT IC302 2917781 CNX82A IC302 2004411 CF72306 IC201 2004411 CF72307 IC202 2004911 CF72307 IC201 2007821 TMX5464-10NL IC3201 238182 HA11559NT IC4600 2004831 LA2780N IC4601 200022 TDA3860 IC4602 T900573 KM4164B-10 IC4603 T900573 KM4164B-10 IC4604 202002 TDA3868 IC4605 T900566 HC740538E | 10005 | T900345 | 5V REGULALTOR | |
| IC320 T900576 TDA8128 IC402 2020002 TDA3860 IC451 2004971 TDA3840 IC451 2004971 TDA3840 IC501 2004981 STV2100 IC502 2005741 TEA5114A IC51 362605 BA4558 IC601 203541 LA7838 IC751 T900572 TEA2031AE IC302 2917781 CNX82A IC951 200525 MC7809CT IC41 2004651 TA8777N IC2201 2004411 CF72307 IC2203 209401R PST529C IC2210 2007821 TMS464-10NL IC321 2381832 HA11559NT IC461 2002012 TDA7633M IC4602 T900499 SA41300 IC4603 202002 TDA3860 IC4604 202002 TDA3860 IC4605 T900546 HCF4053BE IC4604 2362605 BA4558 | IC121 | T900326 | 12V REGULATOR | |
| IC402 2020002 TDA9860 IC451 2004971 TDA9840 IC451 2020021 TDA2822M IC501 2004991 STV2100 IC502 2008741 TEA5114A IC591 2362605 BA4558 IC601 2003541 LA7838 IC751 T900572 TEA2031AE IC901 2917781 CNX82A IC902 2917781 CNX82A IC912 2004411 CF72306 IC2202 2004411 CF72307 IC2203 2009401R PST529C IC2204 2007821 TIMS4464-10NL IC3201 2381832 HA11559NT IC4601 2004242 LV1000NA IC4602 T900469 SAA1300 IC4603 T900573 KM4164B-10 IC4604 202002 TDA7863M IC4605 2362605 BA4558 IC4606 2362605 BA4558 IC4607 2362605 BA4558 | 10121 | T900576 | TDA8128 | |
| IC45 IC451 2004971 TDA9840 IC501 2004971 TDA2822M IC501 2008741 TEA5114A IC591 2362605 BA4558 IC601 2003541 LA7838 IC751 T900572 TEA2031AE IC902 2917781 CNX82A IC912 2004451 TA777N IC202 2004911 CF72306 IC202 200401R PST529C IC201 2014911 CF72307 IC202 200491R PST529C IC210 2007821 TMS4464-10NL IC3201 2381832 HA11559NT IC4601 2004242 LV1000NA IC4602 T900469 SAA1300 IC4603 T900573 KM4164B-10 IC4604 202002 TDA9860 IC4605 382605 BA4558 IC4606 2382605 BA4558 IC4607 2362605 BA4558 | 10020 | 2020002 | TDA9860 | |
| IC481 LC0701 TD A2822M IC501 2004981 STV2100 IC502 2008741 TEA5114A IC501 2003541 LA7838 IC501 200352 TEA2031AE IC902 2917781 CNX82A IC91 2004651 TA8777N IC201 2004611 CF7306 IC202 2004911 CF7306 IC201 2004831 LA27707 IC201 2004831 LA2780N IC441 20012 TD A7263M IC4600 200431 LA2780N IC4601 2004242 LV100NA IC4602 1900573 KM4164B-10 IC4603 T900573 KM4164B-10 IC4604 202002 TD A39860 IC4605 1900546 HCF4053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 | 1 | 10102 | 2004971 | TDA9840 |
| IC501 IC502 IC501 2008741 TEA5114A IC501 2008741 TEA5114A IC501 2003541 LA7838 IC601 2003541 LA7838 IC751 T900572 TEA2031AE IC902 2917781 CNX82A IC951 2000252 MC7809CT IC1401 204651 TA8777N IC2202 2004911 CF72307 IC2203 2009401R PST529C IC2201 2007821 TM54464-10NL IC3201 2381832 HA11559NT IC4601 2004831 LA2780N IC4601 2004831 LA2780N IC4603 T900573 KM4164B-10 IC4604 202002 TDA3860 IC4605 T900546 HC4053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4608 2362605 BA4558 IC4610 T900523 | 10431 | 2024071 | TD 22822M | |
| IC502 2008741 TEA5114A IC591 2362605 BA4558 IC601 2003541 LA7838 IC751 T900572 TEA2031AE IC901 2917781 CNX82A IC991 2017781 CNX82A IC992 2917781 CNX82A IC992 2017781 CNX82A IC991 2004651 TA8777N IC202 2004411 CF72306 IC2203 2009401R PST529C IC2210 2007821 TM54464-10NL IC3201 2381832 HA11559NT IC4600 200431 LA2780N IC4601 2004242 LV1000NA IC4602 T900469 SAA1300 IC4603 202002 TDA9860 IC4604 2020002 TDA9860 IC4605 T900546 HCF4053BE IC4607 2362605 BA4558 IC4611 T900523 TDA2009A IC4801 T900523 TDA2009A | 10501 | 2004981 | STV2100 | |
ICS02
ICS01
ICS02
|
|
10507
|
2004001
|
ΤΕΔ511ΔΔ
|
|
| L031 L0433 LA7838 IC61 2003541 LA7838 IC751 T900572 TEA2031AE IC901 2917781 CNX82A IC951 2000252 MC7809CT IC1401 2004651 TA8777N IC2202 2004411 CF72307 IC2203 2009401R PST529C IC210 2007821 TMS4464-10NL IC3201 23832 HA11559NT IC4451 2020012 TDA7263M IC4600 2004231 LA2780N IC4601 2004231 LA2780N IC4602 T900469 SAA1300 IC4603 T900573 KM4164B-10 IC4604 202002 TDA9860 IC4605 T900546 HCF4053BE IC4606 2362605 BA4558 IC4610 T900543 TDA2009A IC4902 T900523 TDA2009A IC4902 T900523 TDA2009A IC4900 T900473 TL431CLP | 10502 | 2362605 | RA4558 | |
| 10301 200371 CFA30 10501 2917781 CNX82A 10502 2917781 CNX82A 10591 2000252 MC7809CT 11011 2004651 TA8777N 1102201 2004441 CF72305 1102202 2009401R PST529C 1102201 2004441 CF72307 1102202 2009401R PST529C 1102201 2038132 HA11559NT 1104451 202012 TDA7263M 1104451 202012 TDA7263M 1104601 2004242 LV1000NA 1104601 2004242 LV1000NA 1104604 2020002 TDA2663M 1104604 2020002 TDA3860 1104604 2020002 TDA3860 1104604 2362605 BA4558 1104604 2362605 BA4558 1104604 1900523 TDA2009A 1104903 1900452 UC3844 1105900 1900453 SV REGU | 10551 | 2002003 | 1 | |
| IC901 120372 ICHOR IC901 2917781 CNX82A IC902 2917781 CNX82A IC901 2004411 CF72306 IC201 2004411 CF72307 IC202 2004411 CF72307 IC2203 2009401R PST529C IC2201 2007821 TMS4464-10NL IC3201 2381832 HA11559NT IC4600 2004831 LA2780N IC4601 2004242 LV1000NA IC4601 2004242 LV1000NA IC4602 T900573 KM4164B-10 IC4603 T900573 KM4164B-10 IC4604 2020002 TDA9860 IC4605 T900564 HC4053BE IC4606 2362605 BA4558 IC4610 T900533 TDA209A IC4901 T900523 TDA2009A IC4901 T90053 SV REGULATOR IC4900 T900473 TL431CLP 0000 2917781 CNX82A | 10751 | T900571 | TEA2031AE | |
| ▲ ■ = | ۸Ì | 10901 | 2917781 | CNX82A |
| IC951 2000252 MC7809CT IC951 200441 CF72306 IC2201 2004411 CF72307 IC2203 2009401R PST529C IC2210 2007821 TMS4464-10NL IC3201 2381832 HA11559NT IC4451 202012 TDA7263M IC4600 2004831 LA2760N IC4601 2004242 LV1000NA IC4603 T900573 KM4164B-10 IC4604 202002 TDA9860 IC4605 T900546 HCF4053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4611 T900523 TDA2009A IC4902 T900523 TDA2009A IC4903 T900345 5V REGULATOR IC4903 T900473 TL431CLP 0003 T633133 BF422 0004 T631276 BC558B 0003 T631275 BC548B 0010 T631275 BC548B | Λ | 10001 | 2917781 | CNX82A |
| IC1401 2004651 TA8777N IC2201 2004411 CF72306 IC2202 200401R PST529C IC2210 2007821 TMS4464-10NL IC3201 2381832 HA11559NT IC4601 200421 TDA7263M IC4601 2004242 LV1000NA IC4602 T900469 SAA1300 IC4603 T900573 KM4164B-10 IC4604 202002 TDA78680 IC4605 T900546 HCF4053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4610 T900523 TDA2009A IC4902 T900523 TDA2009A IC4902 T900523 TDA2009A IC4901 T900523 TDA2009A IC4902 T900523 TDA2009A IC4900 T900452 UC3844 IC9100 T900473 TL431CLP 0003 T631276 BC588B 0004 T631275 BC548B | 10001 | 2000252 | MC7809CT | |
| IC201 2004411 CF72306 IC2202 200401R PST529C IC2210 2007821 TMS4464-10NL IC3201 2381832 HA11559NT IC4451 2020012 TDA7263M IC4600 200431 LA2780N IC4601 2004242 LV1000NA IC4602 T900469 SAA1300 IC4603 T900573 KM4164B-10 IC4604 202002 TDA9860 IC4605 T900546 HC74053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4610 T900523 TDA2009A IC4901 T900523 TDA2009A IC4903 T900345 5V REGULATOR IC4903 T900452 UC3844 IC9100 T900452 UC3844 IC9100 T900473 TL431CLP 0003 T631275 BC548B 0010 T631275 BC548B 0011 2326873R DTC144EST | 101401 | 2004651 | TA8777N | |
| IC2202 2004911 CF72307 IC2203 2009401R PST529C IC2210 2007821 TMS4464-10NL IC3201 2381832 HA11559NT IC4451 2020012 TDA7263M IC4600 2004831 LA2780N IC4601 2004242 LV1000NA IC4603 T900573 KM4164B-10 IC4604 2020002 TDA9860 IC4605 T900546 HCF4053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4608 2362605 BA4558 IC4610 T900523 TDA2009A IC4901 T900523 TDA2009A IC4902 T900523 TDA2009A IC4903 T900345 5V REGULATOR IC9000 2917781 CN82A IC9000 T900452 UC3844 IC9100 T631275 BC548B 0008 T631275 BC548B 0010 T631275 BC548B | IC2201 | 2004441 | CF72306 | |
| IC2203 2009401 R PST529C IC2210 2007821 TMS4464-10NL IC3201 2381832 HA11559NT IC4451 2020012 TDA763M IC4600 2004831 LA2780N IC4601 2004242 LV1000NA IC4603 T900469 SAA1300 IC4604 202002 TDA9880 IC4605 T900546 HCF4053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4608 2362605 BA4558 IC4608 2362605 BA4558 IC4610 T900523 TDA2009A IC4901 T900523 TDA2009A IC4902 T900523 TDA2009A IC4903 T900473 TL431CLP 0003 T631133 BF422 0004 T631276 BC558B 0008 T631275 BC548B 0010 T631275 BC548B 011 2326873R DTC144EST | IC2202 | 2004911 | CF72307 | |
| IC2210 2007821 TMS4464-10NL IC3201 2381832 HA11559NT IC4451 2020012 TDA7263M IC4600 2004831 LA2780N IC4601 2004242 LV1000NA IC4602 T900469 SAA1300 IC4603 T900573 KM4164B-10 IC4604 2020002 TDA9860 IC4605 T900546 HCFA053BE IC4606 2362605 BA4558 IC4610 T900546 HCF4053BE IC4611 T900345 5V REGULATOR IC4902 T900523 TDA2009A IC4902 T900523 TDA2009A IC4902 T900545 UC3844 IC9000 T900473 TL431CLP Q003 T631276 BC558B Q004 T631275 BC548B Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631275 BC548B Q013 T631275 BC548B | 102203 | 2009401B | PST529C | |
| IC3201 2381832 HA11559NT IC4451 2020012 TDA7263M IC4600 2004831 LA2780N IC4601 2004242 LV1000NA IC4602 T90469 SAA1300 IC4603 T90573 KM4164B-10 IC4604 202002 TDA3860 IC4605 T900546 HC4053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4610 T900546 HCF4053BE IC4611 T900345 5V REGULATOR IC4901 T900523 TDA2009A IC4903 T900345 5V REGULATOR IC4903 T900345 5V REGULATOR IC4903 T900473 TL431CLP 0000 T90473 TL431CLP 003 T631276 BC558B 0008 T631275 BC548B 0010 T631275 BC548B 0011 2326873R DT144EST 0012 T631275 BC548B | IC2210 | 2007821 | TMS4464-10NL | |
| IC4451 2020012 TDA7263M IC4600 2004831 LA2780N IC4601 2004242 LV1000NA IC4603 T900573 KM4164B-10 IC4604 202002 TDA9860 IC4605 T900546 HCF4053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4608 2362605 BA4558 IC4607 2362605 BA4558 IC4608 2362605 BA4558 IC4610 T900546 HCF4053BE IC4611 T900523 TDA2009A IC4902 T900523 TDA2009A IC4903 T900473 TL431CLP Q004 T631276 BC558B Q005 T631276 BC558B Q004 T631275 BC548B Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631275 BC548B Q121 T631275 BC548B | IC3201 | 2381832 | HA11559NT | |
IC4600
2004831
LA2780N
IC4601
2004242
LV1000NA
IC4602
T900469
SAA1300
IC4603
T90573
KM4164B-10
IC4604
2020002
TDA9860
IC4605
T900546
HCF4053BE
IC4606
2362605
BA4558
IC4607
2362605
BA4558
IC4610
T900546
HCF4053BE
IC4610
T900545
5V REGULATOR
IC4902
T900523
TDA2009A
IC4903
T900452
UC3844
IC9000
2917781
CNX82A
IC9000
T900473
TL431CLP
Q003
T631276
BC558B
Q004
T631275
BC548B
Q010
T631275
BC548B
Q011
2326873R
DTC144EST
Q012
T631275
BC548B
Q121
T631275
BC548B
|
|
IC4451
|
2020012
|
TDA7263M
|
|
| IC4601 2004242 LV1000NA IC4602 T900469 SAA1300 IC4603 T900573 KM4164B-10 IC4604 2020002 TDA9860 IC4605 T900546 HCF4053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4608 2362605 BA4558 IC4610 T900546 HCF4053BE IC4611 T900545 5V REGULATOR IC4901 T900523 TDA2009A IC4902 T900345 5V REGULATOR IC4903 T900345 5V REGULATOR IC9000 2917781 CNX82A IC9000 T900473 TL431CLP Q003 T631276 BC558B Q004 T631276 BC548B Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631275 BC548B Q013 T631275 BC548B Q121 T631275 BC548B | IC4600 | 2004831 | LA2780N | |
IC4602
T900469
SAA1300
IC4603
T900573
KM4164B-10
IC4604
2020002
TDA9860
IC4605
T900546
HCF4053BE
IC4607
2362605
BA4558
IC4601
T900523
TDA2009A
IC4902
T900523
TDA2009A
IC4903
T900452
UC3844
IC9000
2917781
CNX82A
IC9000
1900473
TL431CLP
0003
T631276
BC588B
0010
T631275
BC548B
0011
2326873R
DTC144EST
|
|
1C4601
|
2004242
|
LV1000NA
|
|
IC4603
T900573
KM4164B-10
IC4604
202002
TDA9860
IC4605
T900546
HCF4053BE
IC4607
2362605
BA4558
IC4608
2362605
BA4558
IC4601
T900546
HCF4053BE
IC4610
T900523
TDA2009A
IC4902
T900523
TDA2009A
IC4903
T900345
5V REGULATOR
IC4903
T900345
5V REGULATOR
IC4903
T900473
TL431CLP
Q003
T633133
BF422
Q004
T631276
BC558B
Q008
T631275
BC548B
Q010
T631275
BC548B
Q011
2326873R
DTC144EST
Q012
T631275
BC548B
Q013
T631275
BC548B
Q011
2326873R
DTC144EST
Q012
T631275
BC548B
Q131
T631275
BC548B
Q121
T631275
BC548B
|
|
IC4602
|
T900469
|
SAA1300
|
|
| IC4604 2020002 TDA9860 IC4605 T900546 HCF4053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4608 2362605 BA4558 IC4601 T900546 HCF4053BE IC4611 T900523 TDA2009A IC4902 T900523 TDA2009A IC4903 T900345 5V REGULATOR IC4900 2917781 CNX82A IC9000 2917781 CNX82A IC9000 T900473 TL431CLP Q000 T631276 BC558B Q000 T631275 BC548B Q004 T631275 BC548B Q010 T631275 BC548B Q011 236873R DTC144EST Q012 T631275 BC548B Q111 236873R DTC144EST Q012 T631275 BC548B Q121 T631275 BC548B Q121 T631275 BC548B Q321 T631275 BC548B Q321 T631275 | IC4603 | T900573 | KM4164B-10 | |
| IC4605 T900546 HCF4053BE IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4608 2362605 BA4558 IC4610 T900546 HCF4053BE IC4611 T900523 TDA2009A IC4901 T900523 TDA2009A IC4902 T900523 TDA2009A IC4903 T900345 5V REGULATOR 009000 2917781 CNX82A IC9000 T900452 UC3844 IC9000 T90452 UC3844 IC9000 T631276 BC548B 0010 T631275 BC548B 0011 2326873R DTC144EST 012 T631275 BC548B 0322 T6312 | IC4604 | 2020002 | TDA9860 | |
| IC4606 2362605 BA4558 IC4607 2362605 BA4558 IC4608 2382605 BA4558 IC4610 T900546 HCF4053BE IC4611 T900345 5V REGULATOR IC4901 T900523 TDA2009A IC4902 T900523 TDA2009A IC4903 T900345 5V REGULATOR OP9000 2917781 CNX82A IC3000 T900452 UC3844 IC9100 T900452 UC3844 IC9100 T900473 TL431CLP Q003 T631276 BC558B Q004 T631275 BC548B Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631275 BC548B Q013 T631275 BC548B Q121 T631275 BC548B Q121 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B | IC4605 | T900546 | HCF4053BE | |
| IC4607 2362605 BA4558 IC4608 2362605 BA4558 IC4610 T900546 HCF4053BE IC4611 T900523 TDA2009A IC4902 T900523 TDA2009A IC4903 T900345 SV REGULATOR 0P9000 2917781 CNX82A IC9000 T900452 UC3844 IC9100 T900473 TL431CLP 0003 T631276 BC558B 0004 T631276 BC558B 0008 T631275 BC548B 0010 T631275 BC548B 011 2326873R DTC144EST 0012 T631275 BC548B 0121 T631275 BC548B 0222 T631275 BC548B 0322 T631275 BC548B | IC4606 | 2362605 | BA4558 | |
| IC4608 2362605 BA4558 IC4610 T900546 HCF4053BE IC4611 T900523 TDA2009A IC4902 T900523 TDA2009A IC4902 T900523 TDA2009A IC4903 T900345 5V REGULATOR OP9000 2917781 CNX82A IC9000 T900473 TL431CLP 0003 T633133 BF422 0004 T631276 BC558B 0008 T631275 BC548B 0010 T631275 BC548B 0011 2326873R DTC144EST 0012 T631275 BC548B 0111 2326873R DTC144EST 012 T631275 BC548B 013 T631275 BC548B 0121 T631275 BC548B 0322 T631275 BC548B 0441 T631275 BC548B 0442 T631275 BC548B 0443 T631275 BC548B 0444 | IC4607 | 2362605 | BA4558 | |
| IC4610 T900546 HCF4053BE IC4611 T900345 5V REGULATOR IC4901 T900523 TDA2009A IC4902 T900345 5V REGULATOR IC4903 T900345 5V REGULATOR OP9000 2917781 CNX82A IC9000 T900473 TL431CLP Q003 T633133 BF422 Q004 T631276 BC558B Q009 T631275 BC548B Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631275 BC548B Q013 T631275 BC548B Q011 2326873R DTC144EST Q012 T631275 BC548B Q121 T631275 BC548B Q121 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631275 BC548B | IC4608 | 2362605 | BA4558 | |
| IC4611 T900345 5V REGULATOR IC4901 T900523 TDA2009A IC4902 T900523 TDA2009A IC4903 T900523 TDA2009A IC4900 2917781 CNX82A IC9000 2917781 CNX82A IC9000 T900452 UC3844 IC9100 T900473 TL431CLP 0003 T633133 BF422 0004 T631276 BC558B 0009 T631275 BC548B 0010 T631275 BC548B 0011 2326873R DTC144EST 0012 T631276 BC558B 0111 2326873R DTC144EST 012 T631276 BC548B 013 T631275 BC548B 0212 T631275 BC548B 0321 T631275 BC548B 0322 T631275 BC548B 0441 T631275 BC548B 0443 T631275 BC548B 04443 | IC4610 | T900546 | HCF4053BE | |
| IC4901 T900523 TDA2009A IC4902 T900523 TDA2009A IC4903 T900345 5V REGULATOR OP9000 2917781 CNX82A IC9000 T900452 UC3844 IC9100 T900452 UC3844 IC9100 T900473 TL431CLP Q004 T631276 BC558B Q009 T631275 BC548B Q010 T631275 BC548B Q011 T3226873R DTC144EST Q012 T631275 BC548B Q013 T631275 BC548B Q011 T2326873R DTC144EST Q012 T631276 BC558B Q013 T631275 BC548B Q121 T631275 BC548B Q321 T631275 BC548B Q443 T631275 BC548B Q502 | IC4611 | T900345 | 5V REGULATOR | |
| IC4902 T900523 TDA2009A IC4903 T900345 5V REGULATOR OP9000 2917781 CNX82A IC9000 T900452 UC3844 IC9100 T900473 TL431CLP Q003 T633133 BF422 Q004 T631276 BC558B Q008 T631275 BC548B Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631275 BC548B Q013 T631275 BC548B Q014 T631275 BC548B Q012 T631275 BC548B Q121 T631275 BC548B Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631275 BC548B Q444 T631286 BC548C Q445 T631275 BC548B Q503 < | IC4901 | T900523 | TDA2009A | |
| IC4903 T900345 5V REGULATOR △ DP9000 2917781 CNX82A IC9000 T900452 UC3844 IC9100 T900473 TL431CLP Q003 T633133 BF422 Q004 T631276 BC558B Q009 T631275 BC548B Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631275 BC548B Q013 T631275 BC548B Q014 T631275 BC548B Q012 T631276 BC558B Q013 T631275 BC548B Q121 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631275 BC548B Q444 T631286 BC548C Q445 T631275 BC548B Q503 T631275 BC548B Q504 | IC4902 | T900523 | TDA2009A | |
| ▲ ○P9000 2917781 CNX82A IC9000 T900452 UC3844 IC9100 T900473 TL431CLP Q003 T633133 BF422 Q004 T631276 BC558B Q009 T631275 BC548B Q010 T631275 BC548B Q011 T631275 BC548B Q012 T631275 BC548B Q011 T631275 BC548B Q012 T631275 BC548B Q013 T631275 BC548B Q011 T631275 BC548B Q012 T631275 BC548B Q121 T631275 BC548B Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631275 BC548B Q444 T631275 BC548B Q502 T631275 BC548B Q503 | IC4903 | T900345 | 5V REGULATOR | |
| IC9000 T900452 UC3844 IC9100 T900473 TL431CLP Q003 T633133 BF422 Q004 T631276 BC558B Q009 T631276 BC558B Q009 T631275 BC548B Q010 T631275 BC548B Q011 Z326873R DTC144EST Q012 T631275 BC548B Q013 T631275 BC548B Q011 Z326873R DTC144EST Q012 T631275 BC548B Q121 T631275 BC548B Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631275 BC548B Q444 T631275 BC548B Q445 T631275 BC548B Q502 T631275 BC548B Q503 T631275 BC548B Q504 T631275< | Δ | 0 P9000 | 2917781 | CNX82A |
| IC9100 T900473 TL431CLP 0003 T633133 BF422 0004 T631276 BC558B 0008 T631276 BC558B 0009 T631275 BC548B 0010 T631275 BC548B 0011 2326873R DTC144EST 0012 T631275 BC548B 0111 2326873R DTC144EST 0012 T631275 BC548B 013 T631275 BC548B 0121 T631275 BC548B 0321 T631275 BC548B 0322 T631275 BC548B 0441 T631275 BC548B 0442 T631275 BC548B 0443 T631276 BC558B 0444 T631275 BC548B 0445 T631275 BC548B 0501 T631275 BC548B 0502 T631275 BC548B 0503 T631275 BC548B 0504 T631275 | 1C9000 | T900452 | UC3844 | |
| Q003 T633133 BF422 Q004 T631276 BC558B Q008 T631276 BC558B Q009 T631275 BC548B Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631275 BC548B Q013 T631275 BC548B Q012 T631276 BC558B Q013 T631275 BC548B Q121 T631275 BC548B Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631276 BC558B Q444 T631286 BC548C Q445 T631275 BC548B Q501 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q505 T631275 | 1 | IC9100 | T900473 | TL431CLP |
| Q004 T631276 BC558B Q008 T631276 BC558B Q009 T631275 BC548B Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631276 BC558B Q013 T631276 BC548B Q014 T631276 BC548B Q012 T631276 BC548B Q013 T631275 BC548B Q121 T631275 BC548B Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631276 BC558B Q443 T631276 BC558B Q444 T631286 BC548C Q445 T631275 BC548B Q501 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631275 | Q003 | T633133 | BF422 | |
| Q008 T631276 BC558B Q009 T631275 BC548B Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631275 BC548B Q013 T631275 BC548B Q013 T631275 BC548B Q121 T631275 BC548B Q121 T631275 BC548B Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631275 BC548B Q444 T631286 BC548C Q445 T631286 BC548B Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631275 BC548B Q603 T631275 | Q004 | T631276 | BC558B | |
| Q009 T631275 BC548B Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631276 BC588B Q013 T631275 BC548B Q11 2326873R DTC144EST Q012 T631276 BC588B Q013 T631275 BC548B Q121 T631275 BC548B Q322 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631276 BC558B Q444 T631286 BC548C Q445 T631275 BC548B Q501 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631275 | Q008 | T631276 | BC558B | |
| Q010 T631275 BC548B Q011 2326873R DTC144EST Q012 T631276 BC558B Q013 T631275 BC548B Q121 T631291 BC568 Q321 T631275 BC548B Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631276 BC558B Q444 T631286 BC548C Q443 T631276 BC548B Q444 T631286 BC548C Q445 T631276 BC548B Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631275 BC548B Q601 T631275 BC548B Q602 T631275 | Q009 | T631275 | BC548B | |
| Q011 2326873R DTC144EST Q012 T631276 BC558B Q013 T631275 BC548B Q121 T631291 BC368 Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631276 BC558B Q444 T631286 BC548C Q444 T631286 BC548B Q444 T631275 BC548B Q444 T631276 BC558B Q444 T631276 BC548B Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q704 T633138 | Q010 | T631275 | BC548B | |
| Q012 T631276 BC558B Q013 T631275 BC548B Q121 T631275 BC548B Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631276 BC558B Q444 T631286 BC548C Q445 T631286 BC548B Q445 T631275 BC548B Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q504 T631275 BC548B Q601 T631275 BC548B Q601 T631275 BC548B Q603 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 < | Q011 | 2326873R | DTC144EST | |
| Q013 T631275 BC548B Q121 T631291 BC368 Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631275 BC548B Q444 T631276 BC558B Q444 T631286 BC548C Q445 T631286 BC548B Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q505 T631275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 < | Q012 | T631276 | BC558B | |
| Q121 T631291 BC368 Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631276 BC558B Q444 T631286 BC548C Q445 T631286 BC548B Q445 T631275 BC548B Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q505 T631275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 | Q013 | T631275 | BC548B | |
| Q321 T631275 BC548B Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631276 BC558B Q444 T631286 BC548C Q445 T631286 BC548B Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q505 T631275 BC548B Q601 T631275 BC548B Q602 T631275 BC548B Q603 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 | Q121 | T631291 | BC368 | |
| Q322 T631275 BC548B Q441 T631275 BC548B Q442 T631275 BC548B Q442 T631275 BC548B Q443 T631276 BC558B Q444 T631286 BC548C Q445 T631275 BC548B Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 < | Q321 | T631275 | BC548B | |
| Q441 T631275 BC548B Q442 T631275 BC548B Q443 T631276 BC558B Q444 T631286 BC548C Q445 T631286 BC548C Q445 T631275 BC548B Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631276 BC558B Q504 T631275 BC548B Q505 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | Q322 | T631275 | BC548B | |
| Q442 T631275 BC548B Q443 T631276 BC558B Q443 T631286 BC548C Q444 T631286 BC548C Q445 T631275 BC548B Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631276 BC558B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | 0441 | T631275 | BC548B | |
| U443 T631276 BC558B Q444 T631286 BC548C Q445 T631286 BC548C Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631276 BC558B Q504 T631275 BC548B Q505 T631275 BC548B Q505 T631275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | 0442 | T631275 | BC548B | |
| U444 T631286 BC548C Q445 T631286 BC548C Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631275 BC548B Q503 T631275 BC548B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631275 BC548B Q602 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | L1443 | T631276 | BC558B | |
| U445 1631286 BC548C Q501 T631275 BC548B Q502 T631275 BC548B Q503 T631276 BC558B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631275 BC548B Q602 T631275 BC548B Q603 T631275 BC548B Q603 T631275 BC548B Q701 T63142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | U444 | 1631286 | BU548U | |
| Lbul 16512/5 BC548B Q502 T631275 BC548B Q503 T631276 BC558B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q701 T631284 BC517 Q602 T631275 BC548B Q701 T631242 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | U445 | 1631286 | BU548U | |
| L302 1651275 BC548B 0503 T631276 BC558B 0504 T631275 BC548B 0505 T631275 BC548B 0601 T631288 BC517 0602 T631275 BC548B 0603 T631275 BC548B 0701 T633142 BF458 0702 2315451 BU2508AF 0703 T633138 BF423 0704 T732013 TS0820-20 0705 T631265 BC546B | U501 | 1631275 | BU048B | |
| L503 1651276 BC558B Q504 T631275 BC548B Q505 T631275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | U502 | 1631275 | BU548B | |
| L504 1551275 BC548B Q505 T631275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | 12503 | 16312/6 | B-0540D | |
| L303 1531275 BC548B Q601 T631288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | U504 | 1031275 | ||
| Ldol1 1031288 BC517 Q602 T631275 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | 0601 | 10312/5 | ||
| Cool Tosil273 BC548B Q603 T631275 BC548B Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | 0602 | 1031200 | ||
| Cool Tosi273 DC348D Q701 T633142 BF458 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | 0602 |
10312/3
T621275 |
||
| Croit 103142 D1430 Q702 2315451 BU2508AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | 0701 | T633140 | BE458 | |
| CT02 Z019471 B02200AF Q703 T633138 BF423 Q704 T732013 TS0820-20 Q705 T631265 BC546B | 0702 | 2215/151 | BU2508AF | |
|
0704 T732013 TS0820-20
0705 T631265 BC546B |
0702 | 7633139 | BF/173 | |
| 0705 T631265 BC546B | 0704 | T732012 | T$0820_20 | |
| 0705 | T631265 | RC546B | ||
| 0706 T631276 BC559P | 0706 | T631203 | BC558B | |
| 0801 T633137 RE/50 | 0801 | T6331270 | RF459 | |
| 0802 T633137 REA50 | 0802 | T633137 | BF459 | |
| 0802 T633137 RE450 | 0803 | T633137 | BF459 | |
| 0804 T631276 BC558B | 0804 | T631276 | BC558B | |
| 0811 T631275 BC548B | 0811 | T631275 | BC548B | |
| Q812 T631275 BC548B | 0812 | T631275 | BC548B | |
| Q813 T631275 BC548B | Q813 | T631275 | BC548B |
PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this service manual. Don't degrade the safety of this receiver through improper servicing.
| Ref No. | Part No | Description |
|---|---|---|
| 0851 |
1631276
Te21275 |
BC558B |
| 0901 | T631275 | |
| 0902 | T631291 | BC368 |
| Q903 | 2314791 | BUT12AF |
| Q904 | T631291 | BC368 |
| 0951 | T633133 | BF422 |
|
U952
0952 |
1631275 | BC548B |
| 0954 |
2313011
T631275 |
BC548B |
| 0956 | 2315611 | BD438 |
| Q957 | T631276 | BC558B |
| Q1310 | T631276 | BC558B |
| 01320 | T631275 | BC548B |
| U1321 | 1631275 | BC548B |
| 02011 | T631275 | BC548B |
| 03100 | T631275 | BC548B |
| Q3101 | T631276 | BC558B |
| Q3202 | T631275 | BC548B |
| Q3205 | T631276 | BC558B |
| 03209 | 2326873R | DIC144EST |
|
04451
04452 |
1031275
T631276 |
BC558B |
| 04453 | T631275 | BC548B |
| Q4454 | T631276 | BC558B |
| Q4455 | T631275 | BC548B |
| Q4601 | 2326873R | DTC144EST |
| Q4602 | 2326873R | DTC144EST |
| U4604 | 23268738 | DICI44ESI |
| 04606 |
2320073n
2326873B |
DTC144EST
DTC144EST |
| 04901 | T631278 | BC327-25 |
| Q4902 | 2326873R | DTC144EST |
| Q4904 | T631275 | BC548B |
| Q4991 | T631286 | BC548C |
| 04992 | 1631286 | BC548C |
| 09000 |
1031200
T636035 |
|
| 09001 | T631276 | BC558B |
| Q9002 | T636060 | BUZ71 |
| Q9100 | T631275 | BC548B |
| Q9101 | 1631275 | |
| D002 | T531055 | IN4148 |
| D012-15 | 2348921M | IN4531 |
| D019 | T547041 | TLSH2101 |
| D020 | 2483552 | SLP-255B-81 |
| D021 | 2483552 | SLP-255B-81 |
| D121 | T531056 | BYV10-40 |
| D122 | T531063 | IN4002 |
| D401 | 2343963M | MPG06J |
| D501 | 2348921M | IN4531 |
| D503 | 1531055 | BA185 |
| 0604 | T531055 | BAT85 |
| D701-04 | 2343941M | RGP10G |
| D705 | 2343963M | MPG06J |
| D706 | T431117 | BY228 |
| D707 | T431116 | BYW96D |
| 0708 | 2343941M | |
| D711 | 2348921M | 1N4531 |
| D712 | 2343963M | MPG06J |
| D751 | T531053 | IN4148 |
| D752 | T531053 | IN4148 |
| D804 | 2343941M | KGP10G |
| D804 |
23409211VI
2343941M |
RGP10G |
| D805 | 2348921M | IN4531 (signal/control panel) |
| D806 | 2343941M | RGP10G |
| D806 | 2343963M | MPG06J (signal/control panel) |
| D807 | 2343963M | MPG06J |
| D808 | 2343963M | |
| 0852 |
23405211VI
2348921M |
1N4531 |
| D853 | 2348921M | IN4531 |
| Ref No. | Part No. | Description |
|---|---|---|
| D901-04 | 2342711M | EM2A |
| D905 | 2348921M | IN4531 |
| D906 | 2343963M | |
| D908 | 2343903M | IN4531 |
| D909 | 2323963M | MPG06J |
| D911 | T531056 | BYV10-40 |
| D951 | 2349983 | D10-BYR29F-600 |
| D952 | 2349851 | |
|
D953
D954 |
2349991
2342711M |
D10-D1029F-200
FM2Δ |
| D955 | 2342711M | EM2A |
| D956 | T531053 | IN4148 |
| D967 | T531053 | IN4148 |
| D1404 | 2348921M | IN4531 |
| D2001-04 | 234892110 | 104531 |
| D2201 | 2348921M | IN4531 |
| D3201 | 2348921M | IN4531 |
| D3202 | 2348921M | IN4531 |
| D3203 | 2348921M | IN4531 |
| D4401 | 1531053 | 11144 |
| D4451 | 2348921M | IN4531 |
| D4601-05 | T531053 | IN4148 |
| D4906 | T531053 | IN4148 |
| D9001-04 | 2342711M | EM2A |
| D9005 |
1431111
T431120 |
1N4007
BVV27_150 |
| D9008 | T431120 | BYD33J |
| D9009 | T431113 | BYD33J |
| D9010 | T531056 | BYV10-40 |
| D9011 | T531053 | IN4148 |
| D9012 |
1531053
T431120 |
BYV27-150 |
| D9100 | 2349991 | D10-BYW29F-200 |
| D9101 | T431120 | BYV27-150 |
| D9102 | T531053 | IN4148 |
| D9103 | 1531056 |
BYV10-40
B7X79C22V |
| ZD001 | T536174 | BZX79C5V1 |
| ZD004 | 2342806M | BZX79C3V9 |
| ZD005-08 | T536174 | BZX79C5V1 |
| ZD009-13 | 1536230 | |
| ZD400 | T536184 | BZX79C9V1 |
| ZD480 | T536224 | BZX79B5V6 |
| ZD501 | T536184 | BZX79C9V1 |
| ZD503 |
| 15360//
| T536181 |
|
| ZD504 | T536213 | BZX79C4V3 |
| ZD506 | T536077 | 6V2 ZENER |
| ZD591 | 2342806M | BZX79C3V9 |
| 2D701 | 2339251M | |
| 70705 | 1536181 | BZX79C13V |
| ZD801 | T536177 | BZX79C12V |
| ZD901 | T536190 | BZX79C2V7 |
| ZD902 | T536187 | BZX79C4V7 |
| 20903 |
153018/
T536175 |
DZA/904V/
B7X79C6\/8 |
| ZD905 | T536175 | BZX79C6V8 |
| ZD906 | T536183 | BZX79C11V |
| ZD951 | 2332229M | HZ7BILTA |
| ZD953 | 2344122M | PGKE180AG23 |
| 703219 | T536184 | BZX79C9V1 |
| ZD3244 | T536213 | BZX79C4V3 |
| ZD4001 | 2342826M | BZX79C22 |
| ZD4401 | T536237 | BZX79B24V |
| ZD4402 | 1536213 |
BZX79U4V3
BZX79C4V3 |
| ZD4403 | T536176 | BZX79C10V |
| ZD4604 | T536179 | BZX79C6V2 |
| ZD4605 | T536179 | BZX79C6V2 |
| ZD4606-10 | T536176 | BZX79C10V |
|
204611
704612 |
1536184 | |
| 207012 | 1000104 | 02//30341 |
Ć
PRODUCT SAFETY NOTE: Components marked with a A have special characteristics important to safety. Before replacing any of these components, read carefully the PRODUCT SAFETY NOTICE of this service manual. Don't degrade the safety of this receiver through improper servicing.
| Ref No. | Part No. | Description | ||
|---|---|---|---|---|
| ZD4903-06 | T536213 | BZX79C4V3 | ||
| ZD4928 | T536185 | BZX79C5V6 | ||
| 209000 |
1536246
T536246 |
18V ZENER .3VV
18V ZENER 1.3W/ |
||
| ZD9102 | T536174 | BZX79C5V1 | ||
| L001 | 2123781R | 100uH FILTER COIL | ||
| L003 | 2123109R | 33uH AXIAL COIL | ||
| L101 |
2123/81R
2122791P |
|||
| 1251 | 2123781R | 1000H FILTER COLL | ||
| L252 | 2123781R | 100uH FILTER COIL | ||
| L300 | 2123105M | 15uH AXIAL COIL | ||
| L422 | 2122956M | |||
| 1450 |
2140081
2123781B |
|||
| L481 | 2123103M | 10uH AXIAL COIL | ||
| L482 | 2123103M | 10uH AXIAL COIL | ||
| L501 | 2123099M | 5 6uH AXIAL COIL | ||
| 1501A |
2140041
2122956M |
|||
| L502 | 2122330N | 100µH FILTER COIL | ||
| L504 | 2123099M | 5 6uH AXIAL COIL | ||
| L505 | 2122956M | 100uH AXIAL COIL | ||
| L601 | 2122096 | |||
| 1702 | 2161371 | I INFARITY COIL | ||
| L704 | 2122213 | 30uH FIXED COIL | ||
| L705 | 2274773 | VARIABLE INDUCTOR | ||
| L751 | 2220641 | EAST WEST INJECTION COIL | ||
| 1801 | 2220042 | |||
| L901 | 2122694 | LINE FILTER | ||
| L902 | 2124531 | LINE FILTER | ||
| L903 | 2125593 | 470uH CHOKE | ||
| L951 |
2123331
2122056M |
|||
| L1401 | 2122956M | 100uH AXIAL COIL | ||
| L1403 | 2122956M | 100uH AXIAL COIL | ||
| L2201 | 2774631R | FERRITE BEADS LEAD | ||
| L2202 |
2774631R
2122056M |
|||
| 13201 | 2122956M | 100uH AXIAL COIL | ||
| L3202 | 2122956M | 100uH AXIAL COIL | ||
| L4601 | 2122253M | 100uH AXIAL COIL | ||
| L4603 | 2122253M | |||
| 14606 | 2122253M | 100uH AXIAL COIL | ||
| 1 | L4901 | 2122239M | 10uH AXIAL COIL | |
| L9000 | 2124531 | LINE FILTER | ||
| L9001 | 2122235M | |||
|
L9002
L9003 |
2120083 | |||
| L9004 | 2122694 | LINE FILTER | ||
| - 44 | T701 | 2436771 | FLYBACK TRANSFORMER | |
| T702 | 2260291 | |||
| Ŵ |
1901
T9000 |
1380095 | SWITCH MODE TRANSFORMER | |
| FILTERS, CRYSTALS, DELAY LINES etc | ||||
| CP501 | 2143893 | 4 43MHz TRAP | ||
| DI 501 | 2163971 | |||
| DL502 | 2151101 | LUMINANCE DELAY LINE | ||
| S601 | 2611331 | VERTICAL CENTRING SWITCH | ||
| SG801 | 2340037 | |||
| U001 | T549010 | INFRA RED AMP. ASSEMBLY | ||
| U201 | E710030 | TUNER | ||
| U211 | 2575574 | I.F UNIT ASSEMBLY | ||
|
U411
X001 |
2575562 | |||
| X451 | 2168942 | |||
| X501 | 2168201 | CERAMIC OSCILLATOR | ||
| X502 | 2168741 | 4.43MHz CRYSTAL | ||
| X2201 | 2168671 | |||
| 74001 | £310034 | |||
HITACHI
HITACHI LTD. TOKYO JAPAN International Sales Division, THE HITACHI ATAGO BLDG. No. 15 -12 Nishi-Shinbashi, 2 - Chome, Minato-Ku, Tokyo 105, Japan Tel. Tokyo 3 32581111
HITACHI SALES EUROPA GmbH Am Seestern 18, 40547 Düsseldorf, Germany Tel. 0211 5291 50
HITACHI SALES (HELLAS) S.A. 91, Falirou Street, 117-41 Athens, Greece Tel. 92 42-620-4
HITACHI HOME ELECTRONICS (EUROPE) Ltd. Hitachi House, Station Road, Hayes, Middlesex UB3 4DR, England Tel. 0181 849 2000
HITACHI SALES IBERICA, S.A. Gran Via Carlos Tercero.101,1 -1 Barcelona 08028 Tel. 3- 330.86.52
HITACHI FRANCE (RADIO-T.V.-ELECTRO-MENAGER) S.A. 4, allée des Sorbiers, Parc d'active de Chêne, 69671 BRON Cedex, France Tel. 72 14-29-70
HITACHI HOME ELECTRONICS NORDIC Domnarvsgatan 29 Lunda, Box 62 S-163 91 Spanga, Sweden Tel. 08 621 8250
Scan & PDF-Design: Schaltungsdienst Lange oHG Verlag technische Druckschriften
Zehrensdorfer Straße 11 D-12277 Berlin
http://www.schaltungsdienst.com
Loading...