NAD 7130 User manual

NAD SERVICE
MANUAL
AM/FM RECEIVER

CONTENTS
REAR PANEL CONNECTIONS PAGE 3
SPECIFICATIONS PAGE 4
ALIGNMENT NETHOD PAGE 5-9
TUNER ADJUSTMENT POINTS PAGE 10
AMPLIFIER PCB LAYOUT AND WIRING DIAGRAM PAGE 11-12
SCHEMATIC DIAGRAM (NAD 7130 AMPLIFIER) PAGE 13-14
TUNER PCB LAYOUT AND WIRING DIAGRAM. PAGE 15-16
SCHEMATIC DIAGRAM (NAD 7130 TUNER) PAGE 17-18
AMPLIFIER, TUNER. DISPLAY PCB COMPONENT LOCATION PAGE 19-20
7130 PARTS LIST PAGE 21-28
EXPLODED VIEW PAGE 29
PACKING DIAGRAM PAGE 30
-2-

REAR PANEL
1. AC Line Cord.
2. AC Outlets.
3. Speakers A.
4. Speakers B.
5. Antenna Terminals.
6. AM Rod Antenna.
7. Phono Ground.
8. Phono Input.
9. MM/MC Selector.
10.
CD Input.
11. Video Input.
12. Tape Rec/Play.
13. Preamp Out, Main In.
14. Soft Clipping.
15. Speaker Impedance.
FRONT PANEL
1. Power.
2. Phones.
3. Speaker Selector.
4. Bass.
5. Treble.
6. Bass EQ.
7. Infrasonic Filter Defeat.
8. Mono.
9. Dyn Sep Defeat.
10. Tape Monitor.
11. Input Selector.
12. Low Level.
13. Loudness Compensation.
14. Volume/Balance.
15. Tuning Display.
16. Status Indicators.
17. Tuning Pre-sets.
18. Memory Enter.
19. AM/FM.
20. Up/Down Tuning.
21. Search Mode (FM only).
-3-

Specifications, NAD 7130 Stereo Receiver
Note: Measurements references to 8ohms are taken with the Speaker
Impedance selector set to “Sn (High)/' Measurements for 4and 2
ohms are taken with the impedance selector at "4n (Normal)."
Specifications are measured in accordance with EIA Standard RS-490
(IF A-202) for amplifiers and ANSI-IEEE Standard 185 (1975) (IHF
T-200) for tuners. Tuner sensitivity is measured via 75-ohm coaxial
input and converted to equivalent 300-ohm values.
Power Amplifier Section, Stereo Mode
CONTINUOUS AVERAGE POWER OUT- 30W
PUT INTO 8OHMS (min. RMS power
per channel into 8ohms, 20Hz—20kHz.
both channels driven, with no more
than the rated distortion)
Rated distortion (THD), 20Hz—20kHz 0.03%
Clipping power 8ohms 45 W
(max. continuous power 4ohms 48 W
per channel)
IF dynamic headroom at 8ohms +3 dB
IFH dynamic power 8ohms 60 W
(max. short-term power 4ohms 65 W
per channel) 2ohms 85 W
Slew factor >50
Slew rate 15 V/usec
Damping factor (ref. at 50Hz) >50
Input Impedance 22 KJZ
Input sensitivity for TW/40W out .1 5/. 84 V
Power amp gain 25 dB
THD (Total Harmonic Distortion, 20Hz- <0.03%
20kHz, from 250mWto rated output)
SMPTE I.M. (Intermodulation Distortion, <0.03%
60Hz 1.7kHz, 4:1, from 250mW to rated
output)
IHF I.M. (CCIF IM Distortion, (9-f-20kHz <0.03%
at rated output)
Bridged (Monophonic) Mode
CONTINUOUS AVERAGE POWER OUT-
PUT INTO 8OHMS (min. RMS power
into 8ohms. 20Hz—-20kHz, with no
more than the rated distortion)
IHF Dynamic Headroom at 8ohms
Dynamic power (max. short-term output,
8ohms)
Preamplifier Section,
Phono Input
Input Impedance (MM or MC) R=47Kn, C=100pF
Input sensitivity (1 kHz) MM: 0,45mV for IW out
2.5mVfor30W out
MC: 0.04mVfor IW out
0.25mV for30Wout
Input overload at MM: 18mV/170mV/1.5V
20Hz/1kHz/20kHz
THD (20Hz—20kHz) and IM Dist.
MC: 1.8mV/18mV/170mV
at +30 dB level 0.04%
Rl AA response accuracy 0,5 dB
S/N ratio, IHF A-weighted, MM: 76 dB re 5mV
with cartridge connected MC: 76 dB re 0.5mV
Line Level Inputs (Aux, Tape)
Input Impedance R=15Kn; C=100pF
Input sensitivity 26 mV for IW out
145mVfor 30W out
Maximum input signal >10V
Signal to noise ratio, A-weighted 85 dB re IW
100 dB re 30W
Frequency response, 20Hz—20kHz
Outputs
±0.5 dB
Preamp output Impedance 800 ohms
Maximum output level 8V
Tape output impedance 1000 ohms
Tape output infrasonic fillter 3dB at 13 Hz.
12dB/octave
Controls
Treble
Bess
Speaker Equalization
Infrasonic filter (switchable)
Audio muting (low level)
FM Tuner Section
Input Sensitivity Mono, -30 dB THD +N
Mono, 50 dB S/N
^Stereo, 50 dB S/N
Stereo, 60 dB S/N
Capture ratio at 25, 45 and 65 dBf
AM rejection
Selectivity Alternate channel
Adjecent channel
Image rejection
R.F. Intermodulation
I.F. rejection
SCA rejection
Subcarrier suppression (19+38 kHz)
THD at 100% modulation Mono
Stereo
Signal-to-noise ratio Mono
A-weighted, 65 dBf Stereo
Frequency response.
30-15 kHz
Stereo separation 1kHz
(Dyn Sep off) 30Hz-10kHz
AM Tuner Section
Usable sensitivity
Selectivity
Image rejection
I.F. rejection
Physical Specifications
Dimensions (width xheight xdepth)
Net Weight
Shipping weight
Power consumption
±7dBat lOKHz
±7dBat 100 Hz
+3 dB at 60 Hz
+6dBat 30 Hz
-3 dB at 15 Hz
12 dB/octave
-20 dB
10.3 dBf (1.8/iV/300a)
14.2 dBf (2.8 mV)
34.2 dBf (28 AV)
44.3 dBf (90 juV)
<1.5 dB
>62 dB
70 dB
6dB
75 dB
65 dB
75 dB
70 dB
60 dB
1KHz 100Hz-6KHz
0.09% 0.2%
0.09% 0.3%
82 dB
75 dB
(typ. 80 dB at 75 dBf)
±0.5 dB
50 dB
40 dB
300 mV
/
meter
35 dB
50 dB
50 dB
42 X10.8 X38 cm.
16.5 X4.25x 15 in.
8Kg/17 1b, 9oz.
9.4 Kg/20 lb, 13 oz.
50/60 Hz at 110, 120.
220 or 240VAC
150 W

ALIGNMENT METHOD
AUDIO SECTION 7130
IMPORTANT
Speaker Impedance switch should be in 8ohm position while adjusting center voltage and idling current.
INITIAL ADJUSTMENT (No load connected)
A. CENTER VOLTAGE
1. Connect DC millivoltmeter to Lchannel output terminals.
2. Turn on and adjust to 0V±30mV with VR401 (1KB). Connect DC millivoltmeter to Rchannel output
terminals and adjust VR402 to 0V±30mV.
B. IDLING CURRENT
1. Remove solder short across R461 and R462.
2. Connect DC millivoltmeter across R461 (112) (output transistor's collector resistor) and adjust RX1 for
26'30mV reading on meter.
Repeat adjustment with RX2, connecting meter across R462 (1^2).
3. Leave power on for minimum 5minutes.
FINAL ADJUSTMENT
C. CENTER VOLTAGE
1.Repeat step Aabove.
D. IDLING CURRENT
1. Repeat step Band adjust with RX1, RX2 for 30mVreading on meter.
2. After the alignment is finished, lO resistor R461, 462 is shorted by solder short.
AMPLIFIER ADJUSTMENT POINTS

FM ALIGNMENTS
NECESSARY INSTRUMENTATION
FM GENERATOR (less than 0.05% THD)
STEREO GENERATOR {less than 0.05% THD, more than 50 dB separation at 1kHz.
AUDIO GENERATOR (not necessary if FM generator has built in sweep; i.e. SOUND TECHNOLOGY ST 1000A and
ST 1020A)
2AC VTVM's (or one with left/right channel switch)
THD ANALYZER (resolution better than 0.1%)
OSCILLOSCOPE (5mV or better sensitivity, Xinput capability)
FREQUENCY COUNTER
VOM or DMM (high impedance, must read in mV)
DIODE DETECTOR PROBE
COPPER /FERRITE INDUCTOR
IMPORTANT While ail FM generator output levels hereafter are referred to the 300 ohm input, 75 ohm input can
be used, but be aware of possible equipment groundloops and divide the RF output level by 2.
Before alignments commence set input selector to tuner and release tape, mono and dynsep defeat
switches (out)
ALIGNMENT OF FRONTEND should only be necessary after repair to frontend or crystal oscillator
circuits (pin 2and 3on 1C7)
ATUNING VOLTAGE (OSCILLATOR)
It is essential to check tuning voltage before aligning the rest of the frontend.
1. Connect DMM between shield and pin 6on frontend.
2. Tune to 108 MHz and adjust L707 if voltage Is incorrect.
SPECIFICATION 20.5V ±0.5V
3. Tune to 87.5 MHz and read voltage, repeat step 2and 3if incorrect.
SPECIFICATION 3V ±0.5V
B. READJUSTMENT (TRACKING)
1. Connect RF generator to antenna input and detectorprobe to pin 1,IC2 (IF DETECTOR).
with ground to detectorshield. Adjust sensitivity of oscilloscope to maximum (5mV or better) and modulate
FM generator sweep ±300 kHz or more WITH modulating (sweep) signal connected to X-imput of
oscilloscope.
2. Set tuner to 90 MHz, enter into preset 1, and tune generator so that curve appears on oscilloscope. Turn
down RF Input level so that curve covers approximately 1/2 of oscilloscope display.
3. Check alignments of L702 -L704 -L705 by inserting copper/ferrite Inductor close to them while walching
curve on oscilloscope. Curve should decrease in height with either ferrite (same as Increasing Inductance, i.e.
more core) or with copper (same as decreasing inductance, i.e. extend size of coil). If curve increases ii size
more than 10%, adjust only the coil which reacts incorrectly. Adjust coils by gently extend or contract the
aircoil with anon-metallic and non-static tool (i.e. plastic knit-pin or awooden stick). Be careful rot to
deform coil.
4. Set tuner to 105MHz, enter into preset 2, and tune generator so that curve appears on oscilloscope.
5. Check L702 —L704 —L705 again with the ferrite/copper inductor. Curve should not increase mor^than
10% on any of the coils.
6. Repeat step 2+3+4+ 5if curve height is outside of telerances, if necessary distribute the error between 90
and 105 MHz. Check tuning voltage again if tolerances not possible to achieve.
C. IF ADJUSTMENT
1. Set tuner to approximately 98 MHz (the tuner must be tuned to an unoccupied frequency) enter into p-^set
3, and tune FM generator to display acurve on the oscilloscope.
2. Adjust L709 (IFT tuner frontend) to maximum and symmetrical curve on the display, using as little hput
signal as possible.
-6-

detector coarse adjustment (OPTIONAL, NEEDED ONLY IF DETECTOR WAS REPAIRED).
1. Reduce sweep modulation level to +/- 75 kHz and set input level to 300 juV.
2. Adjust FM generator frequency so that both legs of the inverted U-shaped curve are equally high on the dis-
play. The curve should be almost perfectly symmetrical.
3Disconnect detectorprobe from tuner and oscilloscope. Connect either of the tape rec. outputs to the oscillo-
scope.
4.
Adjust IFT 1primary (closest to the rear of unit) to maximum curveheight and IFT 1secondary (closest to
the front of unit) to minimum curveheight and straightest possible line. Go back and forth between primary
and secondary till both are peaked,
NOTE: Both the cores should be within 1.5 mm from the top of the form.
DETECTOR ALIGNMENTS (FINAL)
1Disconnect detectorprobe and connect tape rec. outputs to VTVM's, oscilloscope and distortion analyzer.
2. Switch stereo generator to 1kHz 100% (+/- 75 kHz) mono modulation and oscilloscope to normal internal
sweep 0.2 mS and 0.5 V/cm sensitivity.
3. Detector reference frequency
Reduce FM generator output level while monitoring THD from left channel. When THD increases to 3%, fine
tune the FM generator frequency to minimum THD. Reduce FM generator output level and fine tune till no
reduction in the 3% THD can be achieved by fine tuning. Use this frequency for all the following detector,
MPX and DYN SEP adjustments.
NOTE: The typical input level for this 3% THD should be 1.6 /iV to 2.3 /iV. This is done only to “lineup"
the frequency from the generator to the tuner's frequency.
If IHF usable sensitivity (-30 dB THD+N =3.16% THD+ N) is to be verified, aproper IHF band-
passfilter must be used.
4. Connect DMM across TP 2(negative) and TP 1(positive). Set FM generator output level to 1000 /iV.
5. Adjust IFT 1primary (closest to the rear of unit) for 0Von DMM
TOLERANCE +/- 50 mV
6. Adjust IFT 1secondary (closest to the front of unit) for lowest THD
SPECIFICATION less than 0.1%.
7. Repeat steps 3-5 and 6till no further improvements. Record the DMM's final reading for use later in the
adjustment.
autosearch LEVEL
1. Connect DMM between 1C 2pin 12 and ground.
2Increase FM generator level upwards from 0and adjust VR 1so that DMM reading goes from 0Vto approxi-
mately 4.8 Vat 10 /iV.
TOLERANCE +/- 2juV
STEREO DECODER, MPX FILTERS.
1. vco
Connect afrequency counter between 1C 6pin 11 and ground.
2. Set FM generator to 1000 juV output and no modulation.
3. Adjust VR 3for a19000 Hz reading on the counter.
TOLERANCE +/- 100 Hz
4. Disconnect frequency counter and press DYN SEP defeat switch (in).
5. Stereo switch threshold.
Modulate FM generator 1kHz 45% left only plus 19kHz pilot 8-10 %.
6. Increase FM generator level upwards from 0and adjust VR 2so that stereo light turns on and audio outputs
as watched on VTVM and oscilloscope, switches to one channel only at 10 /zV input level.
TOLERANCE +5 juV
When turning input level down the unit will switch into mono at alower level, typically 5—7
NOTE:

7. Stereo separation
Set FMgenerator output to 1000 juV, modulate in mono only.
8. Adjust VR 4for identical outputs in the two channels.
TOLERANCE +/- 20 mV.
9. Modulate FM generator left channel only and adjust VR 5for minimum on right channel VTVM.
10. Modu late FM generator right channel only and adjust VR 5for minimum on left channel VTVM.
11. If the minimum in step 9 and 10 are different, adjust VR 5so that the readings are the same in both channels.
SPECIFICATION better than 40 dB separation.
12. MPX filter
Turn off audiomodulation, leaving pilot tone only. Disable IMF filter or external 19 kHz filter if used.
13. Adjust LPF 1left channel and LPF 2right channel for minimum output.
SPECIFICATION more than 60 dB suppression.
14. Release the DYN SEP DEFEAT switch (out),
DYIM SEP ADJUSTMENTS.
1.
Turn VR 6—VR 7and VR 8fully clockwise.
2DYN SEP separation effect.
Observe output from left channel with FM generator output level 1000 /iV and mdoulated 1kHz left channel
only.
Reduce audiomodulation only from stereo generator so that left channel output is reduced by 6dB (50%
stereo modulation).
The. 19 kHz pilot signal MUST REMAIN modulated 8-10%.
3. Set FM generator output to 50 /iV and adjust VR 7for -30 dB separation left to right channel.
TOLERANCE +/- 2dB
4. Switch modulation to right channel only while maintaining the same modulation level.
Adjust VRSfor —30dB separation right to left channel.
TOLERANCE +/- 2 dB.
5. DYN SEP auto defeat level.
Set generator output to 200 juV and adjust VR 6so that separation starts increasing when watching left
channel VTVM. Adjust FM generator output up and down around 200 iiW and make sure switching occurs
around 200 fJLV.
TOLERANCE +100 /-30 juV.
SYNTHESIZER FREQUENCY.
1. Tune to aknown accurate frequency source, i.e. broadcasting station or synthesized /digital display FM
generator, preferably in the midband (95 —100 MHz),
2. Connect DMM acrosTP2 (negative) and TP 1(positive).
3. Adjust VC 2so that DMM reads the same as recorded in E—7,
TOLERANCE +/- 10 mV.

AM ALIGNMENTS
Unless repairs have been done to Oscillator Section, do not not adjust AM OSC coil or Trimming Capacitor.
If OSC Adjustment is needed, connect high impedance voltmeter (preferably DMM) between R35 and ground.
A. OSC ADJUSTMENT
1. Tune unit to show 1610KHz or 1602KHz on display and adjust VC3 to read 7.5V on DMM.
2. Tune unit to show 520KHz or 522KHz on display and adjust L3 to reads 1V±0.5V on DMM.
3. Repeat step 1and 2until no further improvement.
BIF ADJUSTMENT
1. For IF adjustment and Tracking adjustment connect VTVM to loudspeaker output (or tape output), only
one channel connection needed, and connect signal generator to antenna terminals. Adjust generator for 30%
modulation and approx. lOOjuV input.
Tune both generator and receiver to approx. lOOOKHz, and adjust generator frequency for maximum reading
on VTVM. Then adjust IFT2, and IFT3for maximum reading on meter.
C. TRACKING ADJUSTMENT
1. Tune unit and generator to show approx. 600KHz and adjust L2 to maximum reading on VTVM.
2. Tune unit and generator to show approx. 1400KHz and adjust VC1 (Trimming Capacitor) for maximum
reading on VTVM.
3. Repeat step 1and 2until no further improvement.
-9-
TUNER ADJUSTMENT POINTS
FRONT END
-10 -

SCHEMATIC DIAGRAM
NAD71 30
AMPLIFIER
FROM TUNER
LCH RCH
9 9
TO TUNER PCB
99
J3-3
RECK
NOTES-
1. RESISTOR ARE 1/4W 5V. UNLESS OTHERWISE SPECIFIED. VR302-b
TREBLE
2. XDENOTES RESISTORS MOUNTED UP FROM PCB
3. [17) DENOTES PARTS MOUNTED ON MAIN HEATSINK.
4. -X- R461 AND R462 USED FOR IDLING. CORRENT ADJUST ONLY.
MUST BE SHORTED IN NORMAL OPERATION.
5. VOLTAGES SHOWN ARE MEASURED ,WITH NO SIGNAL APPLIED.
6. SWITCHES ARE DRAWN IN OUT POSITION EXCEDT IMPEDANCE
SWITCH DRAWN IN 8OHM (HIGH) POSITION.
7. ()DENOTES VOLTAGES MEASURED WITH IMPEDANCE SWITCH
IN 4OHM NORNAL POSITION.
8tDENOTES LOW LEAKAGE CAPACITORS.
9. THIS SCHEMATIC INCLUDES SWITCH.
A. SW-1 POWER SW.
B. SW-2 Mm/mc SELECTOR.
13 -14

SCHEMATIC DIAGRAM
NAD71 30
TUNER

AMPLIFIER, TUNER, DISPLAY PCB COMPONENT LOCATION
TUNER PCB
DISPLAY PCB
AMPLIFIER PCB
W350
IMAIN IN
R-CH0
VR402
C408Q404 C412.
R440 BREAK Ef^2)
W344
80501
BREAKEFFl
HEADPHONE
JACK
^DYNAMIC {SI
Separation •{
treble
-20 -
W308

7130 PARTS LIST
SYMBOL NO. PART NO. DESCRIPTION REF
R1 L103Y214H57 Res. Carb. 2.2M ±5% 1/4W
R2 L103Y214H44 120K
R3 L103Y214H44 "120K
R4 L103Y214H42 "82K
R6 L103Y214H31 "10K
R6 L103Y214H43 "100K
R7 L103Y214H69 56
R8 L103Y214H01 10
R9 L103Y214H51 470K
RIO L103Y214H13 470K
R11 L103Y214H09 150
R12 L103Y317H13 330
R13 L103Y214H15 470
R14 L103Y317H15 "470
R15 L103Y214H1
5
470
R16 L103Y214H05 ”47
R17 L103Y214H08 »120
R18 L103Y317H13 330
R19 L103Y317H22 '• 1.8K
R20 L103Y214H32 "12K
R21 L103Y214H43 "100
R23 U103Y214H40 56K
R24 L103Y317H41 68K
R25 L103Y317H40 "56K
R27 L103Y214H05 47
R28 L103Y214H31 10K
R29 L103Y214H39 47K
R30 L103Y317H37 22K
R31 L103Y214H37 33K
R32 L103Y214H47 220K ,
''
R33 L103Y214H27 4.7K
R34 L103Y214H43 100K
R35 L103Y214H43 100K
R36 L103Y317H21 1.5K
R37 L103Y214H05 "47
R38 L103Y214H07 "100
R39 L103Y214H28 5.6K
R40 L103Y214H09 150
R41 L103Y214H31 lOK
R42 L103Y317H31 10K
R43 U103S017H23 2.2K
R44 L103Y214H49 330K
R45 L103Y214H30 8.2K
R46 L103Y214H09 150
R47 L103Y214H32 12K
R48 L103Y214H20 "1.2K
R49
R53
L103Y214H13 330
R54 L103Y214H31 10K
R55 L103Y214H33 15K
R56 L103Y214H33 15K
R57 L103Y214H23 2.2K
R58 L103Y214H28 5.6K
R59 L103Y214H19 "IK
R60 L103Y214H40 56K
R61 L103Y214H39 47K
R62 L103Y214H54 820K
R63 L103Y214H42 82K
R64 L103Y214H49 "330K
R65 L103Y214H47 ”220K
R66 U105S005H21 470
R67 L103Y214H06 "68
R68 L103Y214H25 "3.3K
SYMBOL NO. PART NO. DESCRIPTION ^EF
R69 L103Y317H19 “IK
R70 L103Y214H32 ”12K
R71 L103Y214H07 100
R72 L103Y214H47 "220K
R73 L103Y214H29 6.8K
R78 U103S035H40 62K
R79 U103S035H40 62K
R80 L103Y214H48 270K
R81 L103Y214H48 270K
R82 L103Y214H01 10
R83 L103Y214H01 10
R84 L103Y214H31 lOK
R85 L103Y214H16 560
R86 L103Y214H24 ”2.7K
R87 L103Y317H24 2.7K
R88 L103Y214H31 10K
R89 L103Y214H43 100K
R90 L103Y214H47 220K
R91 L103Y214H31 10K
R92 L103Y214H14 390
R93 L103Y214H25 "3.3K
R94 L103Y214H27 4.7K
R95 L103Y214H19 IK
R96 U103S024H23 ”2.2K ”1I2W
R97 L103Y214H23 "2.2K "1/4W
R98 L103Y214H11 220
R99 L103Y214H33 ”15K
R100 L103Y214H27 4.7K
R101 L103Y214H47 220K
R102 L103Y214H35 22K
R103 L103Y214H21 1.5K
R104 L103Y214H35 22K
R105 L103Y214H38 39K
R106 L103Y214H33 15K
R107 U103S035H18 910
R108, 109 U103S014H21 1.5K A1, A
R109, 108 U103S014H21 1.5K C3
R110. Rill U103S014H25 3.3K A1, A
R110, R111 U103S014H27 3.3K B, C
R111 U103S014H25 3.3K C3
R111 U103SO14H27 ”3.3K B1, C2
R112 U103S035H25 3.6K
R113 U103SO35H25 3.6K
R114 L103Y214H36 27K
R115 L103Y214H36 "27K
R118 U103S017H31 10K
R119 U103SO17H31 10K
R120 L103Y214H52 560K
R121 L103Y214H52 560K
R122 U103S017H44 120K
R123 U103S017H44 120K
R124 L103Y317H51 ”470K
R125 U103S017H51 470K
R126 L103Y214H48 270K
R127 L103Y214H48 ”270K
R128 L103Y214H31 10K
R129 L103Y214H31 "lOK
R130 L103Y214H48 270K
R131 L103Y214H48 "270K
R132 L103Y317H07 "100
R133 L103Y317H07 100
R134 L103Y317H07 "100
R135 U103S017H07 "100
R136 L103Y214H39 47K
R137 U103S014H39 "47K

SYMBOL NO. PART NO. DESCRIPTION REF
R138 L103Y317H32 12K
R139 L103Y214H32 "12K
R140 L103Y214H24 ”2.7K
R141 L103Y214H24 "2.7K "
R142 U103SO17H19 "IK
R143 L103Y214H19 "IK "
R144 L103Y214H27 "4.7K ""
R145 L103Y214H27 "4.7K ''
R146 L103Y214H12 '• 270 "
R147 L103Y214H12 *' 270
R149 L103Y214H31 10K
R150 L103Y214H34 '' 18K
R151 L103Y214H34 18K
R152 U103SO14H34 18K A1 ,A, C3
R153 L103Y214H43 lOOK
R154 L103Y214H43 "100K
R155 U103SO14H43 ”100K A1, A, C3
R156 L103Y214H52 "560K
R201 L103Y214H49 "330K
R202 L103Y214H49 330K
R203 L103Y214H40 56K
R204 L103Y214H40 56K
R205 U103SO14H27 "4.7K
R206 U103S014H27 4.7K
R207 L103Y317H26 3.9K
R208 L103Y214H26 3.9K
R209 L103Y214H17 680
R210 L103Y214H17 680
R211 L103Y214H27 4.7K
R212 L103Y214H27 4.7K
R213 L103Y214H1
1
220
R214 L103Y214H1
1
220
R215 L013Y216H59 "27K
R216 L103Y216H59 "27K
R217 U103S035H10 200
R218 U103S035H10 200
R219 L103Y216H75 120K ±2%
R220 L103Y216H75 "120K
R221 L103Y214H02 15 ±5%
R222 L103Y214H02 15
R223 L103Y216H49 ”10K ±2%
R224 L103Y216H49 ”lOK
R225 L103Y214H10 180
R226 L103Y214H10 "180
R227 L103Y214H09 "150 ±5%
R228 L103Y214H09 150
R229 L103Y214H15 470
R230 L103Y214H15 '' 470
R231 L103Y214H07 "100
R232 L103Y214H07 100
R233 L103Y317H28 5.6K
R234 L103Y317H28 "5.6K
R235 L103Y214H28 "5.6K
R236 L103Y214H28 ”5.6K
R237 L103Y214H47 "220K
R238 L103Y214H47 "220K
R239 L103Y214H17 "680
R240 L103Y214H17 680
R241 L103Y214H19 IK
R242 L103Y214H19 ”IK
R243 L103Y214H23 2.2K "
R244 L103Y214H23 2.2K "
R245 L103Y214H13 330 "
R246 U103Y214H1
1
220 "
R601-R631 L103Y214H18 ”820
SYMBOL NO. PART NO. DESCRIPTION REF
R632 L103Y214H20 "1.2K
R801 L103Y214H24 "2.7K
R802 L103Y214H07 "100 "
R803 L103Y214H24 2.7K
R804 L103Y214H13 "330
R805 L103Y214H31 10K
R807 L103Y214H31 lOK "
R808 U103S035H30 91K
R809 L103Y214H13 '330
R810 L103Y214H23 2.2K
R811 L103Y214H07 100
R812 L103Y214H25 3.3K
RX1 L103D003H01 440
RX2 L103D003H01 440
RX1 L103D003H02 "450
RX2 L103D003H02 ”450
RX1 L103D003H03 .460
RX2 L103D003H03 460 "
RX1 U103S014H15 "470
RX2 U103S014H15 470
RXl L103D003H04 480
RX2 L103D003H04 480
RXl L103D003H05 490
RX2 L103D003H05 "490
RXl L103D003H06 500 "
RX2 L103D003H06 500
RXl U103S034H15 510
RX2 U103S034H15 510
RXl L103D003H07 520
RX2 L103D003H07 520
RXl L103D003H08 530
RX2 L103D003H08 530
RXl L103D003H09 540 "
RX2 L103D003H09 540 "
R301 L103Y214H41 68K
R302 L103Y214H41 ”68K
R303 L103Y214H28 5.6K
R304 L103Y214H28 5.6K
R305 L103Y214H57 2.2M
R306 L103Y214H57 ",2.2M
R307 L103Y214H47 220K
R308 L103Y214H47 220K
R309 L103Y214H09 ”150
R310 L103Y214H09 150
R311 L103Y214H44 120K
R312 L103Y214H44 120K
R313 L103Y214H25 3.3K
R314 L103Y214H25 ”3.3K
R315 L103Y214H16 560
R316 L103Y214H16 560 "
R317 L103Y214H19 IK "
R318 L103Y214H19 IK
R319 L103Y214H10 "180 '
'
R320 L103Y214H10 ”180
R321 L103Y214H38 39K "
R322 L103Y214H38 ”39K "
R323 L103Y214H07 100 "
R324 L103Y214H27 "4.7K
R325 L103Y214H27 "4.7K "
R326 L103Y214H35 "22K "
R327 L103Y214H30 "8.2K
R328 L103Y214H19 "IK
R329 L103Y214H20 "1.2K
-22

SYMBOL NO. PART NO. DESCRIPTION REF SYMBOL NO. PART NO. DESCRIPTION REF
R330 L103Y214H29 "6.8K R460 L103Y214H16 560
R331 L103Y214H29 6.8K "R461 L103Y214H62 1
R3.32 L103Y214H1 7680 R462 L103Y214H62 1
R333 L103Y214H1
7
"680 R463 U105S005H01 10 1W
R334 L103Y214H59 10M R464 U105S005H01 10
R335 L103Y214H59 10M R465 U105S005H17 220
R401 L103Y214H23 "2.2K *' R466 U105S005H17 220
R402 L103Y214H23 2.2K R467 L103Y214H47 "220 K1/4W
R403 L103Y214H23 "2.2K R468 L103Y214H47 220 K
R404 L103Y214H23 2.2K R469 L103Y214H29 6.8K
R405 L103Y214H28 "5.6K "R501 U105S005H01 10 1W
R406 L103Y214K28 "5.6K R502 L103Y214H16 560 1/4W
R407 L103Y214H35 22K R503 L103Y214H16 560
R408 L103Y214H35 22K R504 L103Y214H20 1.2K
R409 L103Y214H14 390 R505 L103Y214H20 1.2K
R410 L103Y214H14 "390 R506 U105S005H13 100 IW
R411 L103Y214H35 22K R507 L103Y214H20 1.2K
R412 L103Y214H35 "22K R508 L103Y214H34 18K
R413 L103Y214H34 18K R509 L103Y214H20 1.2K
R414 L103Y214H34 "18K R510 L103Y214H20 1.2K
R415 L103Y214H14 390 R511 L103Y214H07 100
R416 L103Y214H14 390 R512 L103Y214H16 560
R417 L103Y214H1 5470 R513 L103Y214H33 15K
R418 L103Y214H15 470 R514 L103Y214H46 180K
R419 L103Y214H17 680 R515 L103Y214H20 1.2K
R420 L103Y214H17 680 R516 L103Y214H14 390
R421 L103Y214H28 "5.6K R517 L103Y214H45 150K
R422 L103Y214H28 5.6K R518 L103Y214H45 150K
R423 L103Y214H48 270K "R519 L103Y023H17 4.7M
R424 L103Y214H48 270K
R425 L103Y214H21 1.5K Cl L140Y306H45 Cap, Cer, 0.047mF +80-20% 5(WV
R426 L103Y214H21 1.5K C2 L140Y306H39 Cap, Cer, 0.022mF +80-20% 5WV
R427 L103D003H01 440 C3 U140S005H03 0.001 mF ±10%
R428 L103D003H01 440 C4 U150S008H36 lOOpF ±5%
R429 L103Y214H21 "1,5K C5 L140Y306H12 0.001 mF ±10%
R430 L103Y214H21 ”1.5K C6 L140Y306H45 0.047mF +80-20%
R431 L103D003H01 440 C7 U140S005H31 0.047mF
R432 L103D003H01 “440 C8 L140Y306H45 0.047mF
R433 L103Y214H28 "5.6K C9 U140S005H31 0.047mF
R434 L103Y214H28 5.6K "CIO L140Y306H45 0.047mF
R435 L103Y214H14 '' 390 C11 U182S022H26 Cap, El, IOOmF +50-10% uv
R436 L103Y214H14 390 Cl 2U140S005H31 Cap, Cer, 0.047mF +80-20% 5WV
R437 L103Y214H05 47 C13 U140S005H31 "0.047mF +80-20% 5WV
R438 L103Y214H05 47 Cl 4U182S022H26 Cap, El, IOOmF +50-10% nv
R439 U103S024H22 ”1,8K 1/2W Cl 5U140S005H29 Cap, Cer, 0.022mF +80-20% 5C/VV
R440 U103S024H22 ”1.8K C16 L182Y322H60 Cap, El, ImF +75-10% 50V/
R441 U105S005H21 "470 "1W C17 U140S005H29 Cap, Cer, 0.022mF +80-20% 5(IA/
V
R442 U105S005H21 "470 CIS U182S022H55 Cap, El, 0.1mF +75-10% SiV
R443 L103Y214H03 22 C19 U182S022H61 2.2mF +75-10% 5(\/
R444 L103Y214H03 22 C20 U182S022H61 "2.2juF +75-10% 5(\/
R445 L103Y214H14 390 C21 L140Y306H39 Cap, Cer, 0.022mF +80-20% bW V
R446 L103Y214H14 390 C22 U182S022H15 Cap, El, 220mF +50-10%
R447 U103S014H07 100 C23 U150S008H44 Cap, Cer, 220pF ±5% &(A/
V
R448 U103S014H07 100 C24 L140Y201 H21 0.047mF ±10% 5(A/
V
R449 U105S023H07 33 C26 L140Y306H39 Cap, Cer, 0.022mF +80-20% 5WV
R450 U105S023H07 330 C27 L140S005H29 "0.022mF +80-20% 5(/V V
R451 L103Y214H14 390 ”C28 L172Y306H01 Cap, Poly, lOOOpF ±5% WV
R452 L103Y214H14 390 C29 U150S008H48 Cap, Cer, 330pF ±5%
R453 L103Y214H10 180 C30 L182Y322H34 Cap, El, IOmF +50-10% 25'/
R454 L103Y214H10 "180 C31 L140Y306H45 Cap, Cer, 0,047mF +80-20% 5((V V
R455 U103S024H20 ”1.2K 1/2W C32 L140Y203H11 "10pF ±5% 5fl,V V
R456 U103S024H20 1.2K "C33 U173S006H16 Cap, Cer, 430PF
R457 U103S024H20 "1.2K C34 L140Y203H06 "5pF ±0.25 5C.V V
R458 U103S024H20 "1.2K C35 L140Y306H39 "0,022/uF +80-20% 50V V
R459 L103Y214H16 560 1/4W C36 L140Y201H17 0.022mF ±10% 50V V
-23 -^

SYMBOL NO. PART NO. DESCRIPTION REF
C37 L182Y322H34 Cap, Et, +50-10% 25V
C38 L172Y306H13 Cap, Cer, 0.01 mF ±5% 50WV
C39 L140Y306H39 0.022mF +80-20% 50WV
C40 L140Y306H39 0.022mF +80-20% 50WV
C41 L140Y306H39 Cap, Cer, 0.022mF +80-20% 50WV
C42 L140Y201 HI 7'* 0.022mF ±10% 25V
C43 U182Y322H26 Cap, El, IOOmF +50-10% 16V
C44 L140Y203H27 Cap, Cer, 47mF ±5% 50WV
C45 U140S005H29 0.022juF +80-20% 50WV
C46 L140Y306H12 0.001 pF ±10% 50WV
C47 L140Y306H12 0.001 jLtF "
C48 U140S005H31 0.047mF +80-20% 50WV
C49 U182S022H63 Cap, El, 4.7pF +75-10% 50V
C50 U182S022H63 4.7mF +75-10% 50V
C51 U182S022H57 0.33mF +75-10% 50V
C52 L140Y201 H13 Cap, Cer, O.OImF ±10% 25WV
C53 L182Y322H60 Cap, El, imF +75-10% 50V
C54 U182S022H60 Imf +75-10% 50V
C55 L140Y306H39 Cap, Cer, 0.022mF +80-20% 50WV
C56 L140Y306H45 0,047pF +80-20%
C57 U140S005H29 0.022mF +80-20%
C58 L140Y306H39 "0.022mF +80-20%
C59 L140Y306 H45 0.047mF +80-20%
C60 U182S022H38 Cap, Ei, 100/iF +50-10% 25 V
C61 L140Y306H45 Cap, Cer, 0.047pF +80-20% 50WV
C62 L180Y037H01 Cap, El, 4700mF +50-10% 6.3V
C63 L140Y203H17 Cap, Cer, 18pF ±5% 50WV
C64 L182Y322H55 Cap, El. o.imf +75-10% 50V
C65 U172S002H13 Cap, Cer. 0.1/iF ±5% 50WV
C66 L182Y322H61 Cap, El, 2.2/iF +75-10% 50V
C67 L140Y201H21 Cap, Cer, 0.047mF ±10% 50WV
C68 U182S022H49 Cap, El, IOOmF +50-10% 35V
C74 L140Y306H39 Cap, Cer, 0.022mF +80-20% 50WV
C75 U182S022H61 Cap, El, 2.2mF +75-10% 50V
C76 U182S022H60 ImF +75-10% 50V
C77 U182S022H63 4.7mF +75-10% 50 V
C78 U173S004H09 Cap, Cer, lOOOOpF ±5% 50WV
C79 U182S022H62 Cap, El, 3.3mF +75-10% 50V
C80 U182S022H61 Cap, El, 2.2juF +75-10% 50V
C81 L140Y201 H21 Cap, Cer, 0.047AiF ±10% 25 V
C82 U182S022H41 Cap, El, 470mF +50-1 0% 25V
C83, C84 U173S004H18 Cap, Poly,,1200pF ±5% 50WV A. C3, A1
C83, C84 L173D001 H03 "SOOpF B, C
C85 L140Y201H13 Cap, Cer. 0.01 fiF ±10% 25V 81, C2
C86 L140Y201 H13 0.01 fJLf "
C87 U182S022H34 Cap, El. lOjuF +50-10% 25V
CBS U182S022H34 IOmF
C89 L172Y306H12 Cap, Cer, :0.0082mF ±5% 50WV
C90 L172Y306H12 0.0082mF "
C91 L184Y001 H26 Cap, El, Imf ±20% 25 V
C92 L184Y001H26 ImF 25V
C93 L172Y003H01 Cap, Cer-, O.ImF ±910% 50WV
C94 L172Y003H01 O.ljuF
C95 U172S002H70 Cap, Poly, 0.039mP ±5% 50WV
C96 U172S002H70 0.039juF "
C97 U182S022H34 Cap, El. IOmF +50-10% 25V
C98 U182S022H34 lOjuF +50-10% 25V
C99 U182S022H34 IOmF +50-10% 25V
Cl 00 U182S022H34 lOjuF +50-10% 25V
C101 L172Y002H01 Cap, Cer, 0.33mF ±10% 50WV
C102 L172Y002H01 "0.33mF '' "
Cl 05 U140S005H31 Cap. Cer, 0.047mF +80-20% 50WV
C201 L182Y322H63 Cap, El, 4.7mF +75-10% 50 V
C202 L182Y322H63 4.7mF +75-10% 50V
C203 L140Y203H35 Cap, Cer, lOOpF ±5% 50WV
SYMBOL NO. PART NO. DESCRIPTION REF
C204 L140Y203H35 IOOmF .
»
C205 L140Y203H29 56pF ±5%
C206 L140Y203H29 56pF "
C207 U172S002H66 Cap, Poly, 0.0082mF ±5% 50WV
C208 U172S002H66 "0.0082mF
C209 L172Y004H01 "0.0075mF "
C210 L172Y004H01 0.0075pF *'
C211, L14 L140Y203H31 Cap, Cer, 68pF ""
C212 L140Y203H31 68pF "
C213 U182S022H36 Cap, El, 33mF +50-10% 25V
C214 U182S022H36 "33mF +50-10% 25V
C215 U182S022H07 Cap, El, 2200pF +50-10% 6.3V
C216 U182S022H07 "2200mF +50-10% 6.3V
C217 U182S022H37 47mF +50-10% 25V
C218 U182S022H37 47mF +50-10% 25V
C219 U182S022H03 '' 220pF +50-20% 6.3V
C220 U182S022H03 220fiF +50-20% 6.3V
C221 U182S022H34 lOpF +50-10% 25V
C222 U182S022H34 "IOmF +50-10% 25V
C223 L172Y306H05 Cap, Poly, 0.0022mF ±5% 50WV
C224 L172Y306H05 0.0022/jF
C225 L172Y306H04 "O.OOISmF
C226 L172Y306H04 0.001 8mF
C227 U172S002H15 0.22mF
C228 U172S002H15 0.22mF
C231 U182S022H70 Cap, El ,330mF +50-10% BOV
C232 U182S022H70 330mF +50-10% BOV
C233 U140S020H51 Cap. Cer, 0.1 )uF ±20% 25V
C270 L172Y306H16 Cap, Poly, 0.01 8mF ±5% 50WV
C271 L172Y306H16 0.01 8mF "
C601 U182S022H34 Cap, El. IOmF +50-10% 25V
C801 L140Y306H39 Cap, Cer, 0.022mF +80-20% 50WV
C802 L140Y306H39 0.022mF +80-20% 50WV
C803 L140Y306H39 0.022mF +80-20% 50WV
C804 L140Y306H39 0.022^F +80-20% 50WV
C805 U182S022H31 Cap, Ei, 2200mF +50-10% 16V
C806 L182Y322H34 IOaxF +50-10% 25V
C807 L140Y306H39 Cap, Cer, 0,022/LtF +80-20% 50WV
C808 L140Y306H39 0.022mF +80-20% 50WV
C809 L140Y306H39 ;0.022axF +80-20% 50WV
C810 U182S022H50 Cap, El, 220fJiF +50-10% 35V
C811 L140Y306H39 Cap, Cer, 0.022/liF +80-20% 50WV
C812 L140V306H39 "0.022mF +80-20% 50WV
C813 U182S022H53 Cap, El, 1000m
F
+50-10% 35V
C814 U182S022H67 47mF +50-10% BOV
C815 U182S022H37 Cap, Ei, 47mF +50-10% 25 V
C816 L140Y306H39 Cap, Cer, 0.022mF +80-20% 50WV
C817 U182S022H37 Cap, El, 47mF +50-10% 25V
C820 U182S022H34 Cap, El, lOpF +50-10% 25V
C821 U182S022H69 "220m
F
+50-10% 50V
C822 U182S022H67 "47mF +50-10% BOV
C823 L140Y306H39 Cap, Cer, 0.022mF +80-20% 50V
C824 L140Y306H39 0.022mF +80-20% BOV
C825 L182Y322H34 Cap, Cer, IOmF +50-10% 25V
C826 U182S022H52 "470mF +50-10% 35V
C301 U172S002H14 Cap, Poly, 0.15mF ±5% 50WV
C302 U172S002H14 "0.15mF
C303 U172S002H13 0.1mF
C304 U172S002H13 "O.ImF "*'
C305 U182S033H40 Cap, El, ImF +75-10% BOV
C306 U182S033H40 Imf +75-10% 50V
C307 L140Y306H08 Cap, Cer, 470] F±10% 50WV
C308 L140Y306H08 "470pF ""
C309 L182Y322H34 Cap, El, IOmF +50-10% 25V
C310 L182Y322H34 "IOmF +50-10% 25V
-24 -

SYMBOL NO’ PART NO. DESCRIPTION
C311 L140Y306H01 Cap, Cer, lOOpF ±10% 50WV
C312 L140Y306H01 ”lOOpF "
C313 L182Y322H63 Cap, Et, 4.7^F +75-10% 50V
C314 L182Y322H63 4.7mF +75-10% 50V
C315 L172Y306H26 Cap, Poly, 0.1 2mF ±5% 50WV
C316 L172Y306H26 "0.1 2mF "
C317 L172Y306H16 0.01 8juF "
C318 L172Y306H16 O.OISjuF ''
C319 U182S022H59 Cap, El, 0.68mF +75-10% 50 V
C320 U182S022H59 "0.68mF +75-10% 50V
C321 U172S002H13 Cap, Poly, O.ImF ±5% 50WV
C322 U172S002H13 "O.ljuF "
C323 L140Y306H02 Cap, Car, 120pF ±10% 50WV
C324 U182S022H49 Cap, El, IOOmF +50-10% 35V
C325 U182S022H49 "100mF+50-10% 35 V
C401 U182S033H40 Cap, El, ImF +75-10% 50V
C402 U182S033H4O Imf +75-10% 50V
C403 U182S033H4O "Imf +75-10% 50V
C404 U182S033H40 "imf +75-10% 50V
C405 L172Y306H01 Cap, Poly, O.OOImF +5% 50WV
C406 L172Y306H01 "O.OOImF ""
C407 U172Y306H06 0.0027mF ”
C408 L172Y306H06 0.0027m F"
C409 L172Y306H01 "O.OOImF ""
C410 L172Y306H01 0.001 mF "
C411 L140Y203H1
1
Cap, Cer, lOpF ±0.5 50WV
C412 L140Y203H11 lOpF
C413 L182Y322H13 Cap, El, 47mF +50-10% 10V
C414 L182Y322H13 47m F+50-10% 10V
C415 L140Y306H03 Cap, Cer, 150pF ±10% 50WV
C416 L140Y306H03 150pF
C417 L140Y203H1
1
lOpF ±0.5
C418 L140Y203H1
1
lOpF "
C419 L140Y203H27 47pF ±5% 50WV
C420 L140Y203H27 47pF
C421 U182S022H06 Cap, El, IOOOmF +50-10% 6.3V
C422 U182S022H06 "IOOOmF +50-10% 6.3V
C423 L140Y201H25 Cap, Cer, O.ImF ±10% 50WV
C424 L140Y201H25 O.ImF
C425 L182Y322H23 Cap, El, 22mF+50-10% 16V
C426 L182Y322H23 "22m F+50-10% 16V
C427 L182Y322H23 "22mF +50-10% 16V
C428 L182Y322H23 22m F+50-10% 16V
C429 U172S002H13 Cap, Poly, O.ImF ±5% 50WV
C430 U172S002H13 "0.1m "
C431 L182Y322H48 Cap, Et, 47mF+50-10% 35V
C432 L182Y322H48 "47m F+50-10% 35V
C433 L140Y203H1
1
Cap, Cer, lOpF ±0.5 50WV
C434 L140Y203H11 lOpF
C435 U172S002H13 Cap, Poly. O.ImF ±5% 50WV
C436 U172S002H13 O.ImF "
C437 U140S020H51 Cap, Cer, O.ImF ±20% 25 V
C438 U140S020H51 O.ImF
C439 U140S020H51 "O.ImF
C440 U140S020H51 O.ImF
C501 L180Y306H01 Cap, El, 6800mF +50-10% 50 V
C502 L180Y306H01 6800mF +50-10% 50V
C503 L140Y306H45 Cap, Cer, 0.047mF +80-20% 50WV
C504 L140Y306H45 0.047m F+80-20% 50WV
C505 L140Y306H45 "0.047mF +80-20% 50WV
C506 L140Y306H45 0.047mF +80-20% 50WV
C507 U182S022H70 Cap, Ei, 330mF+50-10% 50V
C508 U182S022H70 "330m F+50-10% 50V
C509 L182Y322H67 47mF +50-10% 50V
C510 L182Y322H67 "47m F+50-10% 50V
SYMBOL NO' PART NO. DESCRIPTION REF
C511 L140Y203H19 Cap, Cer, 22pF ±5% 50WV
C512 L140Y203H19 "22pF
C513 L182Y322H63 Cap, El. 4.7mF +75-10% 50V
C514 L182Y322H63 "4.7mF +75-10% 50V
C515 L182Y322H67 "47mF +50-10% 50V
C516 L182Y322H67 "47m F+50-10% 50V
C517 L140Y306H45 Cap, Cer, 0.047mF +80-20% 50WV
C518 L140Y306H45 0.047mF +80-20% 50WV
C519 L182Y322H67 Cap, Et, 47mF +50-10% 50V
C520 U182S022H17 47mF +50-10% 63 V
C521 L172Y001H01 Cap, Poly. 0.0047mF ±20% 50WV A1, B
C521 L172Y001H01 0.004 7m F±20% 50WV C, B1
C521 L172Y001H01 O. 0047m F±20% 50WV C2, Cl
C521 L172Y001H01 "A, C3
C523 U140S020H51 Cap, Cer, O.ImF ±20% 25V
Q1 U260S061H03 TR, 2SC1815 IGR)
Q2 L260D026H01 TR, 2SK192 (Y)
Q4 U260S061H03 TR. 2SC1815 (GR)
Q5
Q6
Q7
Q8
09
Q10
Oil
012
013
014 L260D032H02 TR. 2SK40 (C)
015 U260S061 H03 TR, 2SC1815 (GR)
016
017 L260D020H03 TR, 2SA1015 (GR)
018
021 L260D025H03 TR. 2SK30ATM (Y)
022 "
023 U260S061H03 TR. 2SC1815 (GR)
024
025
026
0201 L260D023H02 TR, 2SC2602 (G)
0202
0203 "
0204
0205 L260D027H03 TR. BC5598
0206
0207 "
0208 "
0601 U260S061H03 TR, 2SC1815 (GR)
0801 L260D019H02 TR. 2SA562 (Y)
0802 L260D020H03 TR. SSA1015 (GR)
0803 U260S061H03 TR, 2SC1815 (GR)
0804 L260D022H02 TR, 2SC1959 (Y)
0301 L260D020H03 TR, 2SA1015 (GR)
0302 U260S061H03 TR, 2SC1815 (GR)
0303 L260D028H01 TR, FET Jill
0304
0401 L260D020H03 TR, 2SA1015 (GR)
0402 "
0403 U260S061H03 TR, 2SC1815 (GR)
0404
0405 L260D020H03 TR, 2SA1015 (GR)
0406 ""
0407 L260D024H02 TR, 2SD669AC
0408 ""
0409 *'
-25 -

SYMBOL NO. PART NO. DESCRIPTION REF SYMBOL NO. PART NO. DESCRIPTION REF
Q410 LEDS L268Y024H01 LED. SE-6721 GREEN
Q411 "LED4 L268Y025H01 LED, SE-7231 YELLOW
R412 LEDS L268Y026H01 LED.SE-9421D GREEN
R413 L260D021H02 TR. 2SB649AC LE06-10 L268Y028H01 LED DISPLAY
Q414 "
Q415 L260D017H01 TR, 2N3055 IC1 L262C027H01 IC, TA7060AP
Q416 "IC2 L262C016H01 IC. LA1235
Q417 L260D018H01 TR. MJ2955 ICS L262C023H01 IC. TD6104P
Q418 "IC4 L262C019H01 IC, LB1450
Q501 L260D024H02 TR. 2SD669AC ICS L262C017H01 IC. LA1240
Q502 U260S061H03 TR. 2SC1815 (GR) 1C6 L262C018H01 IC, LA3390
Q503 L260D020H03 IC7 L262C022H01 IC, TC9137BP
Q504 L260D021H02 TR, 2SB649AC ICS L262C015H01 IC, AN6554
IC9
D1 U264D006H1
1
DIODE, 1N60 IC10 L262C027H01 IC, TA7060AP
D2 IC301 L262C020H01 IC, NJM2043 (D)
D3 U264D037H01 DIODE, 1N4148 1C601 L262C024H01 IC. TD6301AP
D4 ""IC801 L262C025H01 IC. NJM78M05
D5 "IC802 L262C026H01 IC, NJM78M1S
D6 U264P009H1
1
DIODE, 10D1
D7 U264D037H01 DIODE, 1N4148 IFT 1L364Y001H01 IFT FM
D8 IFT2 L374Y002H01 IFT AM
D9 "IFT3 L374Y003H01 IFT AM
DIO ""
D1
1
LI L361Y024H01 COIL, FM ANT
D12 L2 L370Y023H01 COIL, AM ANT
D13 U264D006H1
1
DIODE. 1N60 L3 L361Y022H01 COIL, AM OSC
D14 L201 L351Y004H01 COIL, TORICL
D15 U264D037H01 DIODE, 1N4148 L202 "
D16 L301 L361Y023H01 COIL, SPRING
D17 "L302 L361Y023H01 COIL. SPRING
D18
D19 LPF 1L351Y003H01 FILTER, LOW PASS
D20 "LPF 2
D21
D201 U264D037H01 D10DE1, 1N4148 CF2 L36SY002H01 FILTER. CFRAMIC 10.7ML
D202 "CF3
D203 "CF4 L365Y001H01 FILTER, CFRAMIC AM
D204
D801 U264P009H11 DIODE. 10D1 BK-1 L422Y001H01 BREAKER 3.5A
D802 "BK-2 L422Y001HQ1 BREAKER 3.5A
D803 CR1 L285Y001H01 CRYSTAL 7.2MHE
D804 "
D805 L264C003H72 DIODE, ZENER, UZ27VBM VC1 U202S002H04 VC-TRIM-30N750 GREEN
D401 U264D037H01 DIODE, 1N4148 VC2
D402 "VC3 ''
D403
D404 VCP 1U264Y014H01 KV 12362
D405 "VCP2 "
D406 '*
D407 ”"VR1 U127S004H07 VR. SEMI B10K
D408 "VR2 U127S004H10 VR. SEMI B50K
D409 L264C003H53 DIODE. ZENER, UZ-15BL VR3 U127S004H07 VR, SEMI B10K
D410 "VR4 L127Y001H01 VR, SEMI B1K
D501 L264C003 H67 DIODE, ZENER, UZ-22BH VR5 U127S004H11 VR, SEMI B100K
D502 U2645003H01 DIODE. 10EI VR6 U127S004H06 VR. SEMI B5K
D503 L264D037H01 DIODE, IN4148 VR7 U127S004H08 VR. SEMI B20K i
D504 L264D018H01 DIODE, PB153M VR8 U127S004H08 VR, SEMI B20K
VR201 L121Y009H01 VR, VOLUME 20KB +50KMN
BD501 L264D018H01 DIODE, PBL403 VR301, VR302 L121Y010H01 VR 10KB X 2
BD502 L264D017H01 DIODE, PB153M VR401 U127S001H03 VR, SMEi B1K
BD801 L265D017H01 DIODE. PB153M VR402 U127S001H03 VR, SEMI B1K
LED1 L268Y027H01 LED, SE-9431D YELLOW SW1 L432Y034H01 SW, POWER SHORTING TYPE
LED2 L268Y025H01 LED, SE-7231 YELLOW SW2 L431Y012H01 SW, SLIDE MM/MC
-26 -