Alinco DX-SR9E, DX-SR9T Service manual

DX-SR9 T / E

Service Manual

CONTENTS

SPECIFICATIONS

General.................................................................... 2

Transmitter .............................................................. 2

Receiver .................................................................. 2

CIRCUIT DESCRIPTION

1) Receiver System..............................................3,4

2) Transmitter System..........................................5,6

3) Peripheral Circuits............................................7,8

4) PLL Synthesizer Circuits.....................................9

5) R5F2L3ACANFP#U1 (XA1400 / XA1442) ...10-12

SEMICONDUCTOR DATA

1) NJM4558M (XA0097)........................................ 12

2) BD1754HFN (XA1403)...................................... 12

3) NJM78M05DL1A (XA1118)............................... 12

4) NJM7808FA (XA1106)......................................13

5) TC4S66F (XA0115)........................................... 13

6) BU4052BCF (XA0236)......................................13

7) BU4001BF (XA0299) ........................................ 13

8) TA75S01F (XA0332).........................................13

9) LA4425A (XA0410) ........................................... 13

10) TC74HC74AF (XA0459) ................................. 14

11) NJM3357M (XA0742)...................................... 14

12) NJM7805FA (XA0812)....................................14

13) UPC2710TB (XA0968)....................................14

14) NJM2594V (XA0995) ...................................... 14

15) TC74HC390AF (XA1001) ............................... 14

16) MB15A01PFV1 (XA1010) ............................... 15

17) LM2904PWR (XA1103)................................... 15

18) LM2902PWR (XA1106)................................... 15

19) S80845CLNB (XA1120) .................................15

20) TC4SU11F (XA1396)......................................15

21) TC74VHC393FT (XA1397) ............................. 16

22) XC9504B092AR (XA1398).............................. 16

23) AD9833BRMA (XA1399)................................. 16

24) R1EX24256ASAS0A#S0 (XA1401) ................ 16

25) M61545AFP#DF0R (XA1402)......................... 17

26) NJM2068V (XA1404) ...................................... 17

27) TC7WB66FK (XA1407)...................................17

28) LM2904PWR (XA1103)................................... 17

29) NJM2783V (XA1525) ...................................... 17

30) Transistor, Diode and LED Outline Drawing ... 18

31) LCD Connection (EL0064)..............................18

EXPLODED VIEW

1) Front View....................................................19,20

2) Main Side .....................................................21-23

PARTS LIST

FRONT Unit........................................................... 24

LCD Unit................................................................24

PA Unit ............................................................. 25,26

MAIN Unit.........................................................27-38

Mechanical Unit.....................................................38

Packing Unit .......................................................... 38

ADJUSTMENT

1) Required Test Equipment ................................. 39

2) Adjustment Spot................................................40

3) PA Unit Adjustment...........................................41

4) MAIN Unit Adjustment..................................41,42

5) RX Test Specification........................................43

6) TX Test Specification ................................... 44,45

7) Test Specification.........................................45,46

PC BOARD VIEW

FRONT Unit Side A...............................................47

FRONT Unit Side B...............................................48

MAIN Side A..........................................................49

MAIN Side A No.1 ................................................. 50

MAIN Side A No.2 ................................................. 51

MAIN Side B..........................................................52

MAIN Side B No.1 ................................................. 53

MAIN Side B No.2 ................................................. 54

PA Side A..............................................................55

SCHEMATIC DIAGRAM

FRONT Unit........................................................... 56

MAIN Unit (MAIN CPU).........................................57

MAIN Unit (MAIN 1)............................................... 58

MAIN Unit (MAIN 2)............................................... 59

MAIN Unit (MAIN 3)............................................... 60

MAIN Unit (PLL) .................................................... 61

MAIN Unit (SDR)...................................................62

PA Unit (PA)..........................................................63

PA Unit (FILTER) .................................................. 64

BLOCK DIAGRAM.........................................65

, INC.

2

SPECIFICATIONS

General DX-SR9 T / E

Operating mode J3E (USB, LSB),A3E (AM), A1A (CW), F3E (FM)
Number of memory channels 600 channels simplex
Antenna impedance 50Ω unbalanced
Frequency stability ±1ppm
Power requirement 13.8V DC±15% (11.7 to 15.8V)
Ground method Negative ground
100W

Receive 1.0A (max.) 0.7A (Squelched)
50W
Current drain
100W 20A (max.)
Transmit
50W 15A (max.)

Operating temperature -10ºC to 60ºC (+14ºF to +140ºF)
240 (w) x 94 (h) x255 (d) mm (Projections not included)
(9.45’’(w) x 3.7’’(h) x 10’’(d))

Dimensions
240 (w) x 100 (h) x 293 (d) mm

(9.45’’(w) x 3.94’’ (h) x 11.54’’(d))
Weight Approx. 4.1kg (9 pounds)

Transmitter

100W 100W (Hi) Approx.10W (LOW) Approx. 1W (S-LOW)
SSB,CW,FM
50W 50W (Hi) Approx.10W (LOW) Approx. 1W (S-LOW)
Power output
100W 40W (Hi) Approx. 4W (LOW) Approx. 0.4W (S-LOW)
AM
50W 20W (Hi) Approx. 4W (LOW) Approx. 0.4W (S-LOW)

SSB Balanced modulation
Modulation system
FM Reactance modulation
Spurious emissions Less than -50 dB (Less than -45dB in 30 m band)
Carrier suppression More than 40 dB
Unwanted sideband More than 50dB (1 kHz)
Maximum FM deviation ±2.5 kHz

Receiver

Receiver type Double conversion superheterodyne
SSB (0.15 to 1.8MHz) 0dBu (1uV)
CW ( 1.8 to 30 MHz) -12dBu (10uV)
Sensitivity (0.15 to 1.8MHz) +20dBu (10uV)

AM
( 1.8 to 30 MHz) +6dBu (2uV)

FM ( 28 to 30 MHz) -6dBu (0.5uV)
Intermediate frequency 1

Selectivity
AM, FM 9kHz / -6dB 20 kHz / -50dB
Spurious and image rejection ratio More than 70dB
Audio output power More than 2.0W (8Ω, 10%THD)
RIT variable range ±1.2 kHz

AM Low power modulation

st

CW,SSB (narrow) 1
SSB,AM (narrow)

71.75MHz 2nd 455kHz

.0kHz / -6dB 3.0kHz / -60dB

2.4kHz / -6dB 4.5kHz / -60dB

DX-SR9T DX-SR9E

Microphone impedance 300Ω 300Ω
160m band (1.8M) 1.80000 - 1.99999MHz 1.80000 - 1.99999MHz
80m band (3.5M) 3.50000 - 3.99999MHz 3.40000 - 3.99999MHz
*60m band (5.3M) 5.25000 - 5.45000MHz ­ 40m band ( 7 M) 7.00000 - 7.29999MHz 6.90000 - 7.49999MHz
Transmit Frequency 30m band (10M) 10.10000 - 10.14999MHz 9.90000 - 10.49999MHz
coverage 20m band (14M) 14.00000 - 14.34999MHz 13.90000 - 14.49999MHz
17m band (18M) 18.06800 - 18.16799MHz 17.90000 - 18.49999MHz
15m band (21M) 21.00000 - 21.49999MHz 20.90000 - 21.49999MHz
12m band (24M) 24.89000 - 24.98999MHz 24.40000 - 25.09999MHz
10m band (28M) 28.00000 - 29.69999MHz 28.00000 - 29.99999MHz
Receiver Frequency coverage 135kHz - 29.99999MHz 135kHz - 29.99999MHz

CIRCUIT DESCRIPTION

1) Receiver System

1. PA Unit

2. Main Unit

a. Front End

3

SA901 and R903 are installed in the input part of antenna terminal as the
countermeasure against the thunder. The electric charge of antenna is
discharged at R903, and when the voltage becomes over about 300V, the gap
of SA901 is discharged so that the receiving input circuit is protected.
The input signal from antenna is passed through the Tx/Rx selecting relay
(RL903) and passes thru the attenuator of about 20dB (RL906 ON or OFF).
The followings are prevented in LPF consisting of L904, L905, C913, C914,
and C915: 2m band image receiving, passing through the First IF (71.75MHz)
and leaking of the first local oscillating frequency (71.88654~106.75153) to the
antenna terminal.

The receiving signal output from PA Unit is fed to Main unit through CN108.
HPF, consisting of L122, L123, C154, C156, C158, C160, C167, and C168,
eliminates the strong radio signal of MW band of 1.6MHz or below. In case of
receiving the signal of 1.6MHz or below, the received signal is passed through
the low pass Filter (L118, L119, C155, C162, and C163). BPF consists of 8
filters. Each filter covers the following frequency range. The frequency of

2.5MHz or more consists of Chebyshev BPF, and under 2.5MHz frequency
band is LPF.

Range For amateur band

-1.6MHz BPF1

1.6 -2.5MHz BPF2 1.8MHz

2.5 -4.5MHz BPF3 3.5MHz

4.5 -7.5MHz BPF4 7MHz

7.5 -10.5MHz BPF1 10MHz

10.5 -14.5MHz BPF2 14MHz

14.5 -21.5MHz BPF3 18,21MHz

21.5 -30MHz BPF4 24,28MHz
50 -54MHz BPF5 50MHz

Passing through BPF, the signal turns ON/OFF in the switching diode, D120
and D121. This preamplifier is the parallel grounded gate operation of Q128
and Q130 ( 2SK2539 ), so the unit can obtain a good performance at a high
level input signal with low NF.
The wide range frequency from about 1MHz to 60MHz is amplified about 10dB.
This 10dB preamplifier and 20dB attenuator in the PA unit are combined, then
by pressing RF gain switch on the front panel, one of four steps, -20, -10, 0, or
+ 10dB is selected.
The LPF consisting of L146, L147, C235, C236, C252 and C253, prevents the
following first receiving mixer from the local oscillation leaking, and also
prevents the first IF and image of the spurious receiving.
The first receiving mixer consisting of Q128 and Q130 is the balanced mixer, in
which the local oscillating signal is led to the gate of 2SK2539. The 3rd
intercept point is about 20dBm, and local oscillator of about 2V P-P is led to the
gate. The receiving signal is converted into the first IF of 71.75MHz.

b. The First IF Amplifier Circuit

XF102 and XF103 are the crystal filters of 71.75MHz. By the combination of
two filters, the unit has the characteristics of the band width of 15kHz or more
3dB and the value of guaranteed attenuation of 70dB or more. Here the image
ratio is determined 70dB or more (approx. 80dB). The first IF amplifier circuit of
Q124 located between the crystal filters to prevent the loss in the front-end and
mutual interference.
The first IF amplifier circuit Q124 decides the sensitivity after passing the
mixer. AGC voltage is applied to the second gate.

c. The Second Mixer Circuit, The Second Amplifier Circuit

DBM (Double Balanced Mixer) consists of L114, D111 and L115. The signal is
passed in the opposite direction while receiving or transmitting in this DBM.
Approximately 0dBm is fed as the second local oscillating level, and the third
IP is approximately 10dBm.
The receiving signal (71.75MHz) and the second local oscillating frequency
(71.295MHz) is mixed, and unwanted signal is eliminated in LPF consisting of
L101, L102 and C119, then the signal of 455kHz is generated. After passing
through the switching diode D108, the signal is amplified in Q110. The source
of Q110 is controlled by the output of the noise blanker circuit.

d. IF Filter

After passing through the transmission/reception switching diode D110, the
signal is led to one of three ceramic filters of 455kHz. The selectivity is decided
here except CW narrow.

SSB, AM-NARROW FL3(CFJ455K5) 2.4kHz/-6dB 4.5kHz/-60dB
SSB-NARROW, CW FL2(CFJ455KB) 1.0kHz/-6dB 3.0kHz/-60dB
FM, AM FL4(CFW455G) 9kHz/-6dB 20kHz/-50dB

There are two switching diodes for input and output of each filter (D129 to
D150), securing isolation. The isolation required is more than the guaranteed
attenuation for each filter (about 70dB). The filters not used are shorted by
diodes parallel to the filters and cut by the diodes in series, therefore the
combination achieves high level of isolation from the signal. The filter switching
is done by the Q141, Q142, Q143, Q145, D128, D145, D146 and D151, and
the switching configuration depends on the mode, Tx/Rx, and Wide/Narrow
status.

e. Second I.F. Amp

After the filter, passing thru a Tx/Rx switching diode (D128), the signal is
amplified by the Q138 and Q139, and buffered by the Q137. The second gates
of the Q110, Q138 and Q139 are controlled by the AGC circuit. The level of the
received signal for which AGC is applied is of high amplitude and constant at
the output of the Q137.
This output is used for demodulation of SSB, AM, and CW modes besides
used for AGC detection. In the FM mode, the signal having amplified by the
Q138 is partly input to the IC110 (MC3357) thru the C353 and is amplified and
demodulated. The demodulated signal is amplified by an op-amp inside the
IC110. A feedback resistor (R351) has a parallel capacitor (C365) for
de-emphasis. The Q110, Q138 and Q139 are also operational during the FM
mode and the AGC is effected.

4

f. Demodulator

When in SSB or CW mode, the local oscillation signal mentioned below from
DDS circuit is input to the balanced mixer of the IC104. The received signal is
input to pin No.5, the local signal at 5V p-p to pin No.7. The Q610 is amplifier
that amplifies the local signal to 5V p-p.

Local Osc : USB 456.5kHz + IF SHIFT
LSB 453.5kHz + IF SHIFT
CWU 455.0kHz + (sidetone freq) + IF SHIFT
CWL 455.0kHz - (sidetone freq) + IF SHIFT

g. CW Audio Filter

The IC4 is an active filter combined of high pass and low pass filters by
op-amps, which has a passband of about 600Hz (-6dB) with its centre at about
800Hz.

h. AF Switching/AGC Time-Constant Switching

The IC107 is an analogue multiplexer with two channels and four contacts,
which switches the demodulated output and AGC time-constant dependent on
mode. The mode voltage is made by combination of the D139 and D140, which
is input to pin No.9 and 10, thereby switching CW audio filter output and
demodulated output of (SSB), FM, and AM. While transmitting, 8V is imposed
to pin No.6 (inhibit) turning the demodulated output off.

i. AF Amplifier

The AF signal, after passing thru an analogue switch, is amplified by about
50dB with the IC113:A. The output of pin No.1 of the IC113A is fed to AF Gain
potentiometer for audio output control. The potentiometer output is voltage­divided with the R383 and R392 and is fed to the IC112, an AF amp. By said
voltage division, input level is adjusted at the same time the input impedance is
lowered for the IC112 therefore residue noise is lowered
The IC112 is an AF power amp, while the Q147 and C393 form ripple filter.
Over 2W output is obtained at 8 ohm load and 10% distortion. This output is
used as the terminal of packet RTTY, SSTV, etc.

j. AGC

The AGC is affecting to one stage in the first IF circuit, and three stages in the
second IF circuit, a total of four stages. Each amplifier stage is made of
3SK293 with AGC on the second gate. The bias on the first gate of 3SK293,
and the source resistor and voltage at the second gate have been determined
their operational level so that the gain is lowered linearly against the voltage
lowering at the second gate. (The source resistor: 470 ohm; the first gate about

3.7). The D144 is for signal detection and the Q140 is for DC amplification. The
anode of the D135 is set at 4.1V by the R321, D135, R280 and R292. Since
little current flows through the IC106C feedback resistor the VR104, input
resistor R290 and D135 to R321, the voltage of AGC line is about 4.2V. When
there is detection voltage on the D144 due to receiver input signal, the Q140
attempts to lower the AGC voltage. When AGC is set FAST in SSB or CW,
there is the C336 between AGC line and the power supply. The raise in
receiver input signal is AGC controlled dependent on the time-constant which
is determined by R326 and C336 hence the transient response is set.
Discharging is determined by the C336 and R290 and the resulting characteris­tic is of fast-attack/slow delay type.

When the AGC is set to SLOW, an analogue switch in the IC108 turns ON and
the R333 and C351 comes in parallel, and R333 with C351 makes discharge
time longer without affecting the attack time.When in AM mode, the C325 is
further added in parallel, which delays the attack time and the AGC response
becomes of average-value type. The D135 are for temperature compensation.
If the received signal delays with a narrow filter before AGC detection followed
by AGC-detection and amplification further delaying for AGC-detection, it
would cause amplifying with more gain and this loop would start hunting
effects. For anti-hunting purpose in this regard, the AGC has more CR
time-constant and slower operation as applicable stage comes closer to the
antenna input. The final stage of I.F. varies its amplification immediately by the
AGC detection voltage resulting in uniform level received signal, dependent on
the transient response. That is, if the received signal suddenly increases, the
received output would first be controlled for uniform output by the I.F. final
stage, then step by step the AGC is applied to earlier stages, finally affecting
the AGC on the final stage to be smaller. For AM reception, there is already
AGC voltage due to carrier, and the AGC is averaged independent of the
modulation level.

k. S-meter, Squelch

TThe output of IC106C is sent to the CPU to display the S-meter. The output
signal of IC106C is fed to pin IC106D. The voltage of pin No.13 of IC106D is
determined by the squelch VR of front unit. Comparing with this voltage, the
squelch is opened or closed. During the check operation the CPU output
decreases the voltage of squelch VR in front side to open the squelch deliber­ately. The squelch output controls the IC106C, at the same time it is provided
to the front unit to light RX LED.

l. Noise Blanker

This circuit eliminates the pulse noise of a car, etc. Because the noise emitting
time is short, in this duration the operation of receiver is stopped to prevent the
unit from emitting a noise. The pulse noise is delayed when it is passed through
the narrow band filter, and the emitting time becomes longer. It makes difficult
to eliminate the noise, so it is necessary to eliminate the noise in the earlier
stage. A part of the second mixer output, whose band width is limited, is
amplified in Q118, Q114, Q115, and Q116. The signal is detected in D115 and
D118, and the AGC voltage is applied to Q115, Q114 and Q116.
The charge time constant of this AGC is determined by R192 and C201, and
also the discharge constant is determined by R191+R192, C201. The voltage
of AGC does not rise suddenly because of the charge constant, so that this
voltage is not applied to almost all the short signals such as pulse noise, but is
applied to the continuous signals such as receiving signal and amplifier gain is
decreased.nal.

2) Transmitter

1. MAIN Unit

a. Mic Amp

b. Balanced Mixer

c. IF filter

d. IF Amp, Second Mixer

5

The input signal from microphone goes thru mic-gain pot the VR117 and is fed
to a low noise amp the Q180. At the mic terminal there is an 5V bias thru the
R109 for providing voltage to certain type of mics. The IC119A has the gain
(about 20dB) which is determined by the R492 and R512. When in FM mode,
the gain increases by about 35dB due to the R494 parallel to the R512 thru the
Q175, and by the C465 the lower cut-off frequency is increased thereby
activating pre-emphasis and limiter. When in SSB or AM, if the speech
compressor is turned ON, the gain increases by about 35dB due to the C460,
R487, and Q172, and the IC119:A works as a limiter. The C460 cuts off lower
spectrum portion and the audio quality becomes suitable for speech compres­sion. The in FM, the gain is adequately obtained and there is no effect of
speech compression. If the FM sub-tone is activated, the output of the IC119:A
pin No.1 is voltage divided by the R499 and R509, and the sub-tone fed thru
the R509. The IC119:B is a low pass filter which works as a splatter filter when
in FM and a low pass filter when speech compressor is in use. The output is
either fed to PLL circuit for FM modulating, or to the IC105 for balanced
modulation. The output of the IC105 is muted by the Q178 when in CW or FM.

IC105 is the balanced mixer, and the carrier is suppressed in SSB mode. To
get more ratio or carrier suppression, the balance adjustment of VR102 and
VR103 are applied. The carrier is necessary in CW/FM/AM mode, so the input
of Pin7 is made unbalanced by applying the DC voltage to obtain the carrier.
By applying the DC in AM/FM mode, or by keying in CW mode, the balance is
broken to obtain the carrier wave. VR115 is used for the adjustment or carrier
level in AM/FM mode. VR118 is used for the adjustment of carrier level in CW
mode. In the AM mode, the DC and modulation is added simultaneously. In
SSB mode, the modulation is added by R488. In AM mode, D174 is DC-biased
and turned ON. Then the attenuator consisting of R488 and R443 or R523
limits the modulation.

The output of the IC105 goes thru a temperature compensating thermistor
TH101 and the D128 and is fed to bandwidth limiting I.F. filter. Pulling up
cathode of the D128 when in Tx (and L when in Rx) makes Tx/Rx isolation
better. When in SSB mode, the signal becomes DSB without the carrier.
Switching of the filters is done by the diode switching mentioned before. For
each respective mode, filters are used as follows.

SSB, CW, AM-NARROW FL102 (CFJ455K5) 2.4KHz/-6dB 4.5KHz/-60dB
CW-NARROW FL101 (CFJ455K8) 1.0KHz/-6dB 3.0KHz/-60dB
FM, AM FL103 (CFW455G) 9.0KHz/-6dB 20KHz/-50dB

Having passed the filter, the signal passes thru a switching diode (D110), amp
(Q104), and the D108, and thru the second mixer in reverse direction of Rx,
making 71.75 MHz signal. The Q107 depends on CW keying that improves
isolation when CW key is up. An ALC voltage is applied on the second gate of
the Q104. Signals from 71.295MHz local oscillator and reverse heterodyne are
filtered by the XF102. The signal is amplified by the Q614 and is input to a
balanced mixer. (D111).

e. Transmitter First Mixer

The first transmit mixer comprising of the Q103, Q108, L104 and L117 is a
balanced type mixer and input about 3dBm of local oscillator
(71.75MHz+TxFreq) to obtain the wanted frequency. The signal converted to
the wanted frequency by the first Tx mixer is passed thru an LPF to filter out the
local frequency and image components before it is input to the Tx preamp.

f. Tx Pre AMP

The Q105 is a wide band amplifier. It can put out high power with saturating
output of about + 13dBm and more than 20dB gain. Inserting attenuators on
both the input and output make it widen its range with more stability. The output
at the Transmitter First Mixer is about 0dBm when the transmitter power is
100W.

g. CW Keying Circuit

By keying, the Q165 is turned on to the base of the Q162 in the main unit is
pulled to Low which causes the collector to output a voltage. This output
controls all the circuit which operates by CW keying. The output of the Q162
collector goes thru the D180, IC105, VR103, and D126 and by applying a DC
voltage to the balanced mixer it unbalances the mixer and generates a carrier.
VR118 determines the CW waveform of rising edges and falling edges by
adjusting the carrier level in R525 and C488. At the same time, the Q159 is
turned ON to turn OFF the Q107 isolating in keying. The C428 makes the Q107
OFF duration longer than keying duration to avoid effects to the output
waveform. By the D180 a voltage is input to pin No.10 of the IC119:C, and by
the output from pin NO.8 the Q161 is turned ON and the D171 pulling the PTT
line down to Low brings the transmitter ON. The capacitors at the input of pin
No.10 of the IC119:C (C246, C247) determines transmit time delay after stop
of keying. The BK1, BK2, and BK3 are 3 bit break-in time constant voltages
which are combined by the combination of the R469, R470 and R471 as D/A
for obtaining 8 levels of voltage. When all of the BK1, BK2, and BK3 are low,
the status if full-break-in, when more than one of the BK1, BK2, and BK3 have
voltage the status is semi-break-in and the break-in time fastest when all of
them have voltage. When in full-break-in, each of the BK1, BK2, and BK3,
voltages are low hence the Q164 is OFF, making a very fast discharge
time-constant with the C431 alone. When either of several of the BK1, BK2, or
BK3 has voltage, the Q164 would turn ON and the C434 would be added
parallel to the C431 making the time-constant longer which determines the
delay time for semi-break-in. There are 7 levels of semi-break-in voltages out
of the BK1, BK2, and BK3, that is fed to the IC119:C as comparative voltage to
change the discharge time constant. Thus the time constant is the shortest if all
of the BK1, BK2 ,BK3 outputs voltage. When in AUTO-break-in, the output is
from BK1 only, and the comparative voltage for the IC119:C is controlled with
the output voltage of the IC119:D. The keying output when in AUTO mode is
output with each keying using the one-shot multi-vibrator comprising of the
IC120:A and B. Hence the average value of the IC120:A output voltage would
be proportional to average speed of keying. To obtain average voltage, the
R463 and C432, etc. are used for integrating, and the output is DC amplified by
the IC119:D whose output is used as comparative voltage for keying. The
D182 is for turning OFF when in AUTO mode; when AUTO is low, the voltage
charging the C432 is shorted and AUTO is stopped.

6

The D179 and R457 help to follow speeding up the keying, while the D176 and
R458 determine the discharging time constant in transmission and elongate
the time constant in reception so that it compensates the time constant
recovery during the reception. By doing this, the circuit can follow the keying
speed; transmission can continue between letters; and reception can take
place between words. The circuit is good typically between 30 characters per
minute to 200 characters per minute.

h. Power Control/ALC Circuit

The forward voltage obtained in the PA unit correspondent with transmit power
is input to the IC118:A for invert amplification. At the non-inverting input there
is a voltage, and the output voltage is shifted by the non-inverted input voltage.
There is already about 4.0V on the ALC line which is applied to the second gate
of amplification stage that is under ALC control. When a forward voltage is
applied, the output voltage of the IC118:A goes down, and when becomes
lower than about 3V, the D160 lowers the voltage of the ALC line. The VR112
is for adjusting the Tx output to 100W (High power). The VR119 is for adjusting
the Tx output to 10W (Low power). The VR120 is for adjusting the Tx output to
1W (super Low power). By I is soldering, Q166 turns ON and by having the
VR114 in parallel the voltage is brought down to result in 50W. When in AM,
the R448 comes in parallel to lower the output to 40W. When in Low power, the
LOW line brings the R528 and VR119 in parallel to lower the voltage. When in
super Low power, the slow line brings the R529 and VR120 in parallel to lower
the voltage. The Q158 and VR113 are for making the (antenna matcher) TUNE
output to 10W output. Necessary output, however, may be different depending
on the automatic tuner. When the SWR is high, reflected voltage turns on the
Q158 lowering the power. The Q158 is activated from SWR 3 approximately.

i. Overcurrent Protection

The voltage difference detected in the PA unit by the final collector current us
differentially amplified by the IC118:B. The output voltage lowers as current
increases and at some point the ALC line is pulled down thru the D160 lowering
the output power. The operating point is determined by the VR110.

2. PA Unit

a. Power Amp

The signal input is amplified by the Q803 to about 100mW. By having the idling
current of about 100mA the amplification is A-class. With the feedback the
frequency response is compensated, and with a capacitor parallel to the
emitter resistor the frequency is compensated totally. Then the signal is
amplified to about 5 watt with the Q801 and Q805 (RD16HHF1) where the
idling current is 800mA (adjusted with the VR804) in push-pull configuration.
The D804 and D805 is thermally contacting the Q801 and Q805 to compensate
idling temperature.

b. Final Power Amp

There is about 1.6A of idling current in the final amp circuit consisting of the
Q802 and Q804 (RD100HHF1). The D801 and D802 are thermally conducting
with the Q802 and Q804 for temperature compensation. Feedbacks exist thru
the R804 and R822 from collector side averaging the gain in a wide range. The
output of 100W goes to the filter circuit. The collector current of the Q802/Q804
is detected due to the voltage drop caused by resistance of the FB803 and
L801, and is output to the main unit.

c. Cooling Fan Control

The fan is controlled under the temperature of the Q802 and Q804 which is
sensed by a thermistor (TH801). While transmitting, due to temperature rise,
the resistance of the TH801 goes down and voltage of inverted input for the Pin
No.1 of IC101 (MAIN UNIT) goes down. The IC101 (Pin No.1) input is applied
a voltage corresponding to its voltage thus is compared. When the temperature
is over 50 degrees Celsius approximately, the inverted-input voltage would go
down with comparative voltage, and by the comparator output voltage of the
Pin No.74 of IC101, the Q183 is turned ON and the fan starts running.

d. Protection Circuit

As a protection for the final power amp, power down circuits detecting SWR
excessive current, and temperature rise have been installed.

j. RF meter circuit, ALC indication

The forward voltage is amplified by the IC118:D for driving the meter. The
D164, R433 and C419 are for instant peak-holding to show the meter more
visible. The D163 and D136 switch to S-meter. The ALC voltage is invert
amplified by the IC118:C. The output voltage is divided from 8V thereby
lowering the feedback resistance so that tolerance caused by bias-leakage is
minimized; further this feedback resistor lets some current to the R423 to
obtain 4.0V to the ALC line. The output is fed to the base of the Q150, leading
to the front unit tell the CPU to switch Tx and Rx besides illuminating the Tx
LED.

3) Peripheral Circuits

1. Beep and Sidetone Circuit

Sidetone is output by the STON line at pin No.24 of the CPU (MAIM UNIT) in
square wave. Beep is output by the beep line at pin No.16 of the CPU (MAIN
UNIT) in square wave. The sidetone frequency is switchable in the range of
400Hz to 1kHz. The VR1 is the volume control put which leads to the AP amp.

5. Low Pass Filter

The output from the final power amp goes through the low pass filter removing
the harmonics. The input/output for this filter is switched with a relay, and the
filters not used are shorted to ground thru relays. The LPF control utilizes the
control voltage for the BPF in the main unit. Each LPF is made of 5 pole Cheby­shev filters, attenuating the second and higher order harmonics by more than
40dB.

2. Tune Circuit

At the start of the tuning, the TUNE voltage comes out by which the one-shot
multi-vibrator operates and by the Q168 approximately 8V is output to
command the external auto tuner as a starting signal. Separately, an output
which goes low while tuning is created by the Q169 using the TUNE voltage.
When the starting signal is received by the external auto tuner (e.g. EDX-2),
the tuner outputs the said (low) output at TKEY terminal. The radio’s CPU
monitors the TKEY terminal and while the voltage is at low level the radio is put
to the TUNE mode. If the TKEY terminal is low for more than 20 seconds, the
CPU releases the TUNE mode. During the TUNE mode the radio transmits in
AM mode besides microphone is muted and the carrier is suppressed at 10W
(adjustable).

3. Regulated Power Supply

The IC115 is a regulated power supply of 8V output. The voltage necessary for
transmission, namely T8V is created by the Q149, and for reception R8V by the
Q152. The IC117, Q151 and Q155 are Tx/Rx control. When PTT line is
grounded at the output of the Q161 by mic’s PTT or CW keying, a High level is
output from the IC117:C, and buffered by the Q150 the output is sent to the
CPU in the front unit for Tx/Rx switching. The IC117:C, having delayed the
rising of reception with the R413, C408, and D158, controls Q149 with Q151.
When transmitting, the current flows from 13.8V thru the R410 and D156, and
since the Q149’s base voltage is higher by one diode difference than 8V, the
emitter output will be just 8V. When transmitting, the Q151 is turned ON thus
the Q149’s base voltage will be 0V, resulting no output on T8V line. When
receiving, the T8V line is shorted by the D157 to discharge remaining charges
in the capacitors on T8V line. The Q152 while receiving, similarly as T8V line,
has currents coming thru the D167 and R432 from the 13.8V line, and since the
base voltage of the Q152 is higher by one diode voltage than 8V, the base
voltage of the Q152 will be 0V hence no output on R8V line. When transmitting,
the R8V line is shorted by the D168 to discharge remaining charges in the
capacitors on R8V line. The input to the IC117:D, which goes low when
reception is started, is delayed with the R421 and C412, then inverted by the
IC117:B, followed by the Q155 to control R8V. If a voltage is applied to pin No.8
of IC117:C, the output at pin No.10 would vary with PTT going Low, hence a
PTT Lock is activated.

L0 ~2.5MHz BPF0, BPF1 1.8MHz band
L1 2.5MHz~4.0MHz BPF2 3.5MHz band
L2 4.0MHz~7.5MHz BPF3 7MHz band
L3 7.5MHz~14.5MHz BPF4, BPF5 10,14MHz band
L4 14.5MHz~21.5MHz BPF6 18,21MHz band
L5 21.5MHz~30.0MHz BPF7 24,28MHz band

The transmitting signal, having removed spurious contents by the LPF goes
thru the power detection circuit and
Tx/Rx switching relay.

6. Power Detection Circuit

The L901 is made by bifilar winding on a toroidal core in 10 turns. Hence the
two sides will have 20 turns with a center tap. When the jumper wire goes thru
the hole of the core, this itself is considered one turn having 1:20 transformer.
Since there are the R902 and R904 in parallel, it effectively means 50 ohm load
existing on both ends. For the jumper wire, it is equivalent to having 50Ω/
(20*20)=0.125Ω resistor existing in series. Hence when outputting 100W, the
voltage applied to ends of the said quasi-resistor is:

0.125/(50+0.125)* (100*50) =0.176V

Since the turn ratio is 20:1, the voltage between the L901 is [0.176*20=3.52V]

The center tap of the coil has the voltage a half of the above therefore the
current will flow reversely to that in the jumper wire. A voltage divided by the
TC901 and C904 is applied to the center tap, the voltage being in phase with
that in the jumper wire. If the voltage is adjusted with the TC901 to be equal to
the enter tap voltage, the R908 would have the voltages in phase adding each
other, and the R909 would have inverted phase canceling each other. If the
antenna impedance changes, there would be a differential voltage on the R909
without having cancellation due to phase or voltage difference hence having a
DC voltage after passing thru the D902. In this way, the voltage applied on the
R913 is proportional to the output power (forward voltage) and on the R914 is
to the reflected power (reflected voltage). Thus the output and reflected powers
are detected and in the main unit the power is controlled.

4. Mode Voltage Functions Control, BPF/LPF Switching

The CPU (MAIN UNIT) is controlling the mode voltage, preamp On/Off, Attenu­ator, Power, BPF/LPF switching, AGC, break-in, and PTT-Lock. For each
mode, the Q167, Q170, Q171, Q177, Q179, Q181 and Q182 are turned on
providing 8V.

7

7. Power Switch

Pressing the SW1 turns the RL801 contact ON and 13.8V is supplied. At the
same time, the Q101 is turned onand 5V is supplied.

8

8. Power Supply and Resetting

The IC102, resetting IC for resetting the CPU, turns on and off at 4.5V. When
OFF (0V) the CPU resets. Then the IC1004’s reset signal goes Low and the
CPU stops. The IC116 is the power supply for the CPU, which is made
separate in order for the voltage to sustain 5V until the data is written to the
EEPROM and resetting signal is input.

9. Dimmer

A regulated power supply of 8V is made of the IC115. The voltage of 8V is
supplied to D3, D4, D5 and D6. The CPU’s EN output is a pulse, which current
value from D3 to D6 is set. When the illumination is at the highest intensity, the
EN output is constant at 5V.

10. LCD

The CPU turns ON the LCD via segment and common terminals with 1/4 the
duty and 1/3 the bias, at the frame frequency of 125Hz.

11. Tone

The CPU (IC101) is equipped with an internal tone encoder. The tone signal
(67.0 to 250.3Hz) is output from pin 45 of CPU. The output of the CPU leading
to the mic amp LPF having mixed with audio signal. The tone is output only
when in FM mode.

12. Electronic Keye

The CPU (IC101) is activated by input to pin No.68 for dots, and pin No.69 for
dash. When ElecKey is ON, the electronic keyer in ON, and when Eleckey is
OFF the keying is of semi-automatic (the “bug key”) operation.

13. Cloning

The pin 58 of CPU is clone data transmission, and the pin 57 of CPU is
receiving data. Each data is of one line, and input/output is done thru JK2 on
the front unit.

15. SDR Mode

In SDR receiving, 26th pin(SDR) of CPU (IC101) becomes H. Through the
analog switch IC1014 , the received signal of 455KHz, which is amplified by
Q110 then amplified again by Q1002.
On the other hand, BFO (1.82MHz) signal generated by IC604 is divided into
1/4 and in-phase and quadrature signals of 455KHz. This standard signal and
receiving signal amplified by Q1002 are mixed at IC1003 and output as I/Q
signal to JK1003.
In SDR transmitting, the 27th pin(SDT) of the CPU (IC101) becomes H. The I/Q
mixture signal with ±12KHｚ carrier frequencies input through the center
terminal of JK1004 goes through IC1017 internal amp circuit and IC1004 buffer
amp. This signal is mixed with a signal of 467KHz came from BFO in a mixer
circuit of Q1016, then finally output as IF signal of 455KHz.
Such 455KHz signal will be output through the same circuit and transmitted
through the 455KHz IF filter of each modes. In SDR operation, when the mode
is changed, the CPU generates appropriate mode signal accordingly.

16. VOX Circuit

After amplification in IC123 operational amplifier, the signal from the
microphone is rectified to a DC voltage at D1007, D191.
The rectified voltage that is applied to the CPU 81 pin analog input, transmits
with microphone sensitivity determined by the voltage value.

17. DATA VOX circuit

The data signal input through the center terminal of JK1004 is amplified by
IC1018 then goes through the IC1007 and IC119 microphone amp, passes the
same modulation line as a voice signal and transmitted as a PSK signal.

To transmit, the data signal is rectified by D1002 and D1004, then the rectified
signal toggles Q1011 and inputs L to the 77th pin of the CPU

14. Miscellaneous

The X1 is a ceramic resonator of 8MHz carefully chosen on its harmonics not
interfering on amateur bands. For the front panel switches, the Y0, Y1, Y2 and
Y3 with regard to the DB0~DB5 are monitored to determine which key is
pressed. On the terminals of RIT and IF-Shift pots, 5V is applied and the
voltage at the input of A/D determines the positions of these pots. The Q1 is for
transmit detection whose output from the main unit and illuminating the Tx
LED. For this reason it cannot be directly input to the CPU therefore the change
is only either on or off. The Q2 is the squelch output from the main unit which
illuminates the Rx LED.

4) PLL Synthesizer circuits

1. Reference frequency oscillator circuit

The reference oscillation frequency for the PLL of the second local oscillator
reference and DDS clock, etc. is set at 16.777216MHz. The signal is oscillated
by the X601, Q609, and Q611 buffered with the Q608. It is used for the DDS
clock for BFO oscillation. It is further divided 1/2064 with the IC606 to

8.128496KHz for the second local oscillator PLL (IC606) reference frequency.

2. First Local Oscillator

The Q605 is a Hartley oscillator with the Q605 gate grounded which works as
VCO with the oscillation frequency range of 71.75 to 106.75MHz. The Q601
eliminates ripples for stabilizing the power supply, while the Q604 is a buffer
circuit. The output is divided 1/8 with the IC610 and divided 1/5 with the IC611,
hence 1/4 of the first local oscillator frequency (about 1.8 to 2.5MHz) is input to
the phase comparator IC607. Meanwhile the DDS in the IC603 can output in

0.25Hz step, and with a D/A converter of 10bit and LPF, a sinusoidal wave that
is 1/40 of the first local frequency can be obtained. This output, with the phase
comparator will control the signal. The oscillator output frequency will be 10Hz
patch (0.25*40), The IC607 output goes thru a loop filter which is made of high
response, low noise op-amp inside the IC601A; controlling the D602, the
oscillation frequency is controlled. To widen the lock range, some voltages are
supplied to cathodes of the D602. The locking voltage applicable to the anode
of the D602 is in a wide range of 2V to +6V. The IC602 and the Q603 are the
necessary negative voltage, and about -6.5V is attained.

3. Second Local Oscillator

The reference oscillation frequency input to the IC606 is 8.388608MHz which
is divided 1/2064 inside, and the comparison frequency is about 8.128496KHz.
The Q615 is a VCO with 71.295 MHz which is buffered with Q616. The output
is amplified by the amplifier Q620, and dividing it 1/8771 in the IC606, it is fed
to a phase comparator and thru a loop filter, the oscillation frequency is output,
controlled by the D605. Also, this output is amplified by the amplifier Q614 and
fed to the second mixer circuit. When transmitting FM, the anode of the D605
will be superimposed by the modulating signal from the microphone, modulat­ing into FM signal. When in FM mode, the C697 is added to a loop filter by the
Q618, having the time constant larger and the control under the modulation is
unable, a modulated signal is created thru the VCO. The IC605 is an analog
switch which enables frequency modulation on the VCO only when in FM
mode.

4. I.F. Shifting (∆IF)

9

When in SSB or CW, by varying the first local and BFO interlocked, it is
possible to change the relative receiving bandwidth without changing the
receiving frequency. The range for the I.F. shifting for DX-SR8 is ＋/-1.5kHz in
50Hz pitch.

10

LCD segment signal

Rotary encoder input

Key matrix input

Key matrix input

5) R5F2L3ACANFP#U1 (XA1400 / XA1442)
FRONT / MAIN CPU

Terminal Connection
(TOP VIEW)

P1_3/SEG11/AN15
P1_2/SEG10/AN14

P1_1/SEG9/AN13
P1_0/SEG8/AN12
P0_7/SEG7/AN11
P0_6/SEG6/AN10

P0_5/SEG5/AN9
P0_4/SEG4/AN8
P0_3/SEG3/AN7
P0_2/SEG2/AN6
P0_1/SEG1/AN5
P0_0/SEG0/AN4

P13_7/AN19/TRGCLKB

P13_6/AN18/TRGIOB

P13_5/AN17/TRGCLKA

P13_4/AN16/TRGIOA

P1_6/SEG14
P1_5/SEG13
P1_4/SEG12

VL1
VL2

VL3
CL2/P12_3
CL1/P12_2

VL4

76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99

100

P1_7/SEG15

P2_0/SEG16/KI0

P2_1/SEG17/KI1

P2_2/SEG18/KI2

75

74

73

72

71

4

5

3

1

2

P13_0/AN0/DA0/WKUP1

P13_3/AN3/CLK0/LVCMP2

P13_2/AN2/RXD0/LVCMP1

P13_1/AN1/DA1/TXD0/LVREF

P2_3/SEG19/KI3

P2_4/SEG20/KI4

P2_5/SEG21/KI5

P2_6/SEG22/KI6

P2_7/SEG23/KI7

P3_0/SEG24/INT0

70

69

68

67

66

10

9

8

7

6

XCIN

VREF

MOVE

RESET

XCOUT

WKUP0

P3_1/SEG25/INT1

P3_2/SEG26/INT2

P3_3/SEG27/INT3

P3_4/SEG28/INT4

P3_5/SEG29/INT5

65

64

63

62

61

60

16

15

14

13

12

11

P12_0/XIN

VSS/AVSS

VCC/AVCC

P12_1/XOUT

P11_7/TREO/(INT7/ADTRG)

P3_6/SEG30/INT6

P3_7/SEG31/INT7/ADTRG/TRCTRG

P4_0/SEG32/TXD1

P4_1/SEG33/RXD1

P4_2/SEG34/CLK1

P4_3/SEG35/TRCCLK/TRCTRG

P4_4/SEG36/TRCIOA/TRCTRG

P4_5/SEG37/TRCIOB

P4_6/SEG38/TRCIOC/TRCIOB

P4_7/SEG39/TRCIOD/TRCIOB

59

58

57

56

55

54

53

52

51

50

P5_0/SEG40

49

P5_1/SEG41

48

P5_2/SEG42

47

P5_3/SEG43

46

P6_0/SEG44/TRDIOA0/TRDCLK

45

P6_1/SEG45/TRDIOB0

44

P6_2/SEG46/TRDIOC0

43

P6_3/SEG47/TRDIOD0

42

P6_4/SEG48/TRDIOA1

41

P6_5/SEG49/TRDIOB1

40

P6_6/SEG50/TRDIOC1

39

P6_7/SEG51/TRDIOD1

38

P7_0/SEG52/COM7

37

P7_1/SEG53/COM6

36

P7_2/SEG54/COM5

35

P7_3/SEG55/COM4

34

P7_4/COM3

33

P7_5/COM2

32

P7_6/COM1

31

P7_7/COM0

30

P10_0/(TRDIOA0/TRDCLK/KI0)

29

P10_1/(TRDIOB0/KI1)

28

P10_2/(TRDIOC0/KI2)

27

P10_3/(TRDIOD0/KI3)

26

P10_4/(TRDIOA1/KI4)

25

24

23

22

21

20

19

18

17

P11_5/TRAO/(INT5)

P11_6/TRBO/(INT6)

P11_4/TRAIO/(INT4/RXD0)

P11_3/SCS/(CTS2/RTS2/INT3)/IVCMP3

P11_2/SDA/SSO/(RXD2/SCL2/TXD2/SDA2/INT2)/IVREF3

P10_5/(TRDIOB1/KI5)

P10_6/(TRDIOC1/KI6)

P10_7/(TRDIOD1/KI7)

P11_0/SCL/SSCK/(CLK2/INT0)/IVREF1/LVCOUT1

P11_1/SSI/(RXD2/SCL2/TXD2/SDA2/INT1)/IVCMP1/LVCOUT2

FRONT CPU (XA1400)

No. Terminal Signal I/O Description

1 P13 UP I UP Key input
2 P13/RXD0 RXD I UART data reception input
3 P13/TXD0 TXD O UART data transmission output
4 P13 ­5WKUP GND - GND
6VREF 5V - 5V
7MODE 5V - 5V
8XCIN -

9XCOUT ­10 RESET RESET I Reset input
11 XOUT XOUT O Main clock output
12 VSS GND - CPU GND
13 XIN XIN I Main clock input
14 VCC 5V - CPU power terminal
15 P11 EN O LCD Dimmer
16 INT6 PTT I PTT input
17 P11 DOWN I DOWN Key input
18 INT4 DIAL1 I
19 INT3 DIAL2 I
20 P11 Y0 O
21 P11 Y1 O
22 P11 Y2 O
23 P11 Y3 O
24 KI6 DB0 I
25 KI5 DB1 I
26 KI4 DB2 I
27 KI3 DB3 I
28 KI2 DB4 I
29 KI1 DB5 I
30 P10 MUTE O Microphone mute
31 COM0 COM0 O LCD COM0 output
32 COM1 COM1 O LCD COM1 output
33 COM2 COM2 O LCD COM2 output
34 COM3 COM3 O LCD COM3 output
35 SEG55 SEG55 O
36 SEG54 SEG54 O
37 SEG53 SEG53 O
38 SEG52 SEG52 O
39 SEG51 SEG51 O
40 SEG50 SEG50 O
41 SEG49 SEG49 O
42 SEG48 SEG48 O
43 SEG47 SEG47 O
44 SEG46 SEG46 O
45 SEG45 SEG45 O
46 SEG44 SEG44 O
47 SEG43 SEG43 O
48 SEG42 SEG42 O
49 SEG41 SEG41 O
50 SEG40 SEG40 O
51 SEG39 SEG39 O
52 SEG38 SEG38 O
53 SEG37 SEG37 O
54 SEG36 SEG36 O
55 SEG35 SEG35 O
56 SEG34 SEG34 O

FRONT CPU (XA1400)

LCD segment signal

LCD power supply

Break-in

No. Terminal Signal I/O Description

57 SEG33 SEG33 O
58 SEG32 SEG32 O
59 SEG31 SEG31 O
60 SEG30 SEG30 O
61 SEG29 SEG29 O
62 SEG28 SEG28 O
63 SEG27 SEG27 O
64 SEG26 SEG26 O
65 SEG25 SEG25 O
66 SEG24 SEG24 O
67 SEG23 SEG23 O
68 SEG22 SEG22 O
69 SEG21 SEG21 O
70 SEG20 SEG20 O
71 SEG19 SEG19 O
72 SEG18 SEG18 O
73 SEG17 SEG17 O
74 SEG16 SEG16 O
75 SEG15 SEG15 O
76 SEG14 SEG14 O
77 SEG13 SEG13 O
78 SEG12 SEG12 O
79 SEG11 SEG11 O
80 SEG10 SEG10 O
81 SEG9 SEG9 O
82 SEG8 SEG8 O
83 SEG7 SEG7 O
84 SEG6 SEG6 O
85 SEG5 SEG5 O
86 SEG4 SEG4 O
87 SEG3 SEG3 O
88 SEG2 SEG2 O
89 SEG1 SEG1 O
90 SEG0 SEG0
91 VL1 VL1 ­92 VL2 VL2 ­93 VL3 VL3 ­94 P12 RXLED O RX Lamp
95 P12 TXLED O TX Lamp
96 VL4 VL4 - LCD power supply
97 AN19 VOL I Volume input
98 AN18 SQL I
99 AN17 SHIFT I SHIFT Volume input

100 AN16 RIT I RIT Volume input

11

O

SQL Volume input

MAIN CPU (XA1442)

No. Terminal Signal I/O Description

1 P13/AN3 TEMP I Temperature detection of transmission AMP

2 P13/RXD0 RXD I UART data reception input

3 P13/TXD0 TXD O UART data transmission output

4 P13/DA0 SQV O Output of voltage for squelch

5 WKUP0 GND - GND

6VREF5V -5V

7MODE5V -5V

8XCIN - -

9XCOUT - ­10 RESET RESET I Reset input
11 XOUT XOUT O Main clock output
12 VSS GND - CPU GND
13 XIN XIN I Main clock input
14 VCC 5V - CPU power terminal
15 P11 BU I Backup signal detection input
16 TRBO BEEP O Beep tone output
17 INT5 ULK I PLL unlock signal input
18 P11 5VC O 5V power ON/OFF output
19 P11 O ­20 SDA EDAT I/O Serial data for EEPROM
21 SCL2 CLK O Serial clock output for PLL
22 SCL ECLK O
23 P10 DAT O
24 TRDIOC1 STON O Side Tone Output
25 P10 STB O Strobe signal output for PLL
26 P10 O
27 P10 O
28 P10 O ­29 P10 PSW I Power switch input
30 P10 PON O Unit power ON/OFF
31 P7 USB O USB mode setting
32 P7 LSB O LSB mode setting
33 P7 CWU O CWU mode setting
34 P7 CWL O CWL mode setting
35 P7 AM O AM mode setting
36 P7 FM O FM mode setting
37 P7 TUN O Output of Voltage for antenna tuner
38 P7 NRW O Narrow mode setting
39 P6 NBS O Noise Brounker setting
40 P6 AGCS O AGC setting
41 P6 LOW O Tx power LOW
42 P6 SLOW O Tx power SLOW
43 P6 MUTE O
44 TRDIOCO - ­45 TRDIOBO TONE O
46 TRDIOAO - ­47 P5 ATT O
48 P5 BK1 O
49 P5 BK2 O
50 P5 BK3 O
51 P4 AUTO O
52 P4 PTT O PTT Output
53 P4 PTTL O PTT Lock
54 P4 50W O Tx Power 50W
55 P4 VDAT O EVR control data output
56 CLK1 VCLK O Clock output for EVR

SDR
SDT

Serial clock output for EEPROM
Serial data output for PLL

SDR receive mode signal
SDR transmission mode signal

Microphone mute
CTCSS tone output
Attenuator ON/OFF

12

MAIN CPU (XA1442)

No. Terminal Signal I/O Description

57 RXD1 CRX I
58 TXD1 CTX O
59 P3 BPF0 O
60 P3 BPF1 O
61 P3 BPF2 O
62 P3 BPF3 O
63 P3 BPF4 O
64 P3 BPF5 O
65 P3 BPF6 O
66 P3 BPF7 O
67 P2 PRE O
68 P2 DOT I
69 P2 DASH I
70 P2 CWK O
71 P2 TXS I
72 P2 SQS I
73 P2 50I I
74 P2 FAN O
75 P1 TKEY I
76 P1 COMP O
77 P1
78 P1

PTTD

DVOX O
79 AN15 SRF I S-meter input/RF meter input
80 P1
81 P1

ALC

VDET
82 P1 - ­83 P0 JP1 I
84 P0 JP2 I
85 P0 JP3 I
86 P0 JP4 I
87 P0 JP5 I
88 P0 JP6 I
89 P0 JP7 I
90 P0 JP8 I
91 VL1 - ­92 VL2 - ­93 VL3 - ­94 P12 - ­95 P12 - ­96 VL4 - ­97 P13 SCLK O Serial clock output for DDS
98 P13 SDAT O
99 P13 FSY1 O 1st LO data for DDS

100 P13 FSYB O BFO data for DDS

Clone data reception input
Clone data transmission output

1.6MHz BAND

1.9MHz BAND

3.5MHz BAND
7MHz BAND
10MHz BAND
14MHz BAND, 18MHz BAND
21MHz BAND, 24MHz BAND
28MHz BAND, 29MHz BAND
PRE AMP ON/OFF
CW DOT input
CW DASH input
Transmission control in CW mode
Detection of transmission
squelch Open/Close
Tx Power 50W setting
Fan Motor control
Detection of Antenna tuner operation

I

PTT detection of DVOX mode
DVOX mode setting

IIALC voltage input

VOX voltage input
Band plan 1

Band plan 2
Band plan 3
Band plan 4
Band plan 5
Band plan 6
Band plan 7
Band plan 8

Serial data output for DDS

SEMICONDUCTOR DATA

1) NJM4558M (XA0097)

Operation Amplifiers

2) BD1754HFN (XA1403)

LED Driver Series

85

B1D

745

14

3) NJM78M05DL1A (XA1118)

5V Voltage Regulator

PIN

1
2
3
4
5
6
7
8

Pin Name

EN
GND
ISET

VIN

L1
L2
L3
L4

VIN

L1 L2 L3 L4

UPIC

EN

6

Current

DAC

GND

ISET

123

1.INPUT

2.GND

3.OUTPUT

4) NJM7808FA (XA1106)

8V Voltage Regulator

Pin Assignment

1. OUTPUT

2. COMMON

3. INPUT

7) BU4001BF (XA0299)

Quad 2-input NOR GATE

1A1

2B1

3O1

4O2

5B2

6A2

7VSS

14 VDD

13 A4

12 B4

11 O4

10 O3

9B3

8A3

5) TC4S66F (XA0115)

Bilateral Switch

C9

6) BU4052BCF (XA0236)

Analog Switch

14 8

BU4052BCF

1 7

VDD

INHIBIT

VSS
VEE

X0
X1
X2
X3
Y0
Y1
Y2
Y3

A
B

LEVEL

CONVERTER

13

123

BINARY TO 1 of 4 DECODER

WITH INHIBIT

IN/OUT

OUT/IN 2

V

SS

COMMON

COMMON

1

3

X

Y

Y0 1

Y2 2

COMMON Y 3

Y3 4

Y1 5

INHIBIT 6

VEE 7

VSS 8

5

4

V

DD

CONT

2Y
Y OUT/IN
3Y
1Y
INH
VEE

DV

OUT/IN X

B

8) TA75S01F (XA0332)

Single Operational Amplifiers

V

CC

5

4

5

OUT

4

+

S A

3

2

SP

IN(+) IN(-)V

4Ω

1

EE

LA4425

1 2 3

45

3

2

1

9) LA4425A (XA0410)

5W Audio Power Amplifiers

VDD16

2X
1X

0X
3X

X215

X114

COMMON X13

X012

X311

A

A10

B9

Test Circuit

+

Input

2.2μF
1

+

5

1000μF

+

2

4

1000μF

3

Vcc=13.2V RL=4Ω Po-5W Gain=45dB

Vcc

13.2V

14

10) TC74HC74AF (XA0459)

Dual D-type Flip Flop

11) NJM3357M (XA0742)

Low Powe FM IC

1CLR 1

1D 2
1CK 3
1PR 4

1Q 5

1Q 6

GND 7

1
2
3
4
5
6
7
8

CK D

QQ

CK D

QQ

Mixer

Oscillator

Limiter Amp

Demodulator

14 V
13 2CLR
12 2D
11 2CK
10 2PR
9 2Q
8 2Q

with Hysteresis

Squelch Trigger

Active
Filter
Amp

2V

13) UPC2710TB (XA0968)

Wide Band Amp

CC

3
2
1

C1F

4
5
6

PIN

Pin Name

INPUT

1

GND

2

GND

3

OUTPUT

4

GND

5

V

6

CC

14) NJM2594V (XA0995)

Balanced Mixer

16
15
14
13
12
11
10
9

CARRIER

INPUT BYPASS

8NC7 6 5

1 2

OUTPUT13OUTPUT24GND

SIGNAL

INPUT

12) NJM7805FA (XA0812)

5V Voltage Regulator

Pin Assignment

123

1. OUTPUT

2. COMMON

3. INPUT

15) TC74HC390AF (XA1001)

CMOS Dual Decade Counter

1CKA 1
1CLR 2

1QA 3

1CKB 4

1QB 5
1QC 6
1QD 7

GND 8

16 V

CC

15 2CKA
14 2CLR
13 2QA
12 2CKB
11 2QB
10 2QC
9 2QD

1.15

CKA QA

CLR

CKB QC

BINARY

COUNTER

2.14

4.12

QUINARY

COUNTER

VCC=16, GND=8

3.13

3.13

6.10

7.9

QB

QD

16) MB15A01PFV1 (XA1010)

PLL Synthesizer

18) LM2902PWR (XA1106)

Quad Operational Amplifiers

OSC IN

OSC OUT

LE

Data

Clock

fin

VCC

GND

Crystal

Oscillator

Control

1bitlatch

Prescaler

15A01

64/64

128/129

910111213141516

****

***

87654321

Programmablereferencedivider

SW

LE

DATA

LE

SW

1. OSC IN

2. OSC OUT

3. Vp

4. Vcc

5. Do

6. GND

7. LD

8. fin

Binary14-bit

referencecounter

15-bitlatch

15-bitlatch

19-bitshiftregister

19-bitshiftregister

18-bitlatch

11-bitlatch7-bitlatch

Programmabledivider

Binaly7-bit

swallo programmable

counter

MC

Binary11-bit

counter

Control Circuit

9. Clock

10. Data

11. LE

12. FC

13. N. C.

14. fout

15.

φP

16.

φR

fr

fp

fp

fr
fp

Monitor

frequency

switching

circuit

Digitallock

comparator

FC

Chargepump

detector

Phase

LD

LD

19) S80845CLNB (XA1120)

C-MOS Voltage Detector

φP

φR

FC

fout

Vp

Do

34

Pin No.

1
2
3
4

*1. The NC pin is electrically open.

21

The NC pin can be connected to VDD or VSS.

Pin name Pin description

OUT
VDD
NC*

VSS

Voltage detection output pin
Voltage input pin

1

No connection
GND pin

20) TC4SU11F (XA1396)

2 Input NAND GATE

17) LM2904PWR (XA1103)

Dual Operational Amplifiers

15

C7

IN B

IN A 2

GND

V

1

3

5

4

DD

OUT X

16

21) TC74VHC393FT (XA1397)

Dual Binary Counter

D

CK

CLR

1/13

2/12

CK Q

R

3/11

QA

22) XC9504B092AR (XA1398)

2ch. Step-up/Inverting DC/DC Converter

EXT1

1B0
92xx

VDD

1 1CK
2 1CLR
3 1QA
4 1QB
5 1QC
6 1QD
7 GND

D

CK Q

R

4/10

QB

8 2QD
9 2QC
10 2QB
11 2QA
12 2CLR
13 2CK
14 VCC

D

CK Q

R

5/9

PWM/PFM
Controller1

QC

D

CK Q

PWM

Comparator1

R

6/8

QD

PWM/PFM

Controller2

PWM

Comparator2

EXT2/

GND

23) AD9833BRMZ (XA1399)

Programmable Waveform Generator

COMP 1 VOUT10

VDD 2 AGND9

MCLK

AD9833

DGND VDD

AGND

AVDD/
DVDD

FREQ0 REG

FREQ1 REG

FSYNC SCLK SDATA

MUX

SERIAL INTERFACE

AND

CONTROL LOGIC

REGULATOR

2.5V

PHASE

ACCUMULATOR

(28-BIT)

PHASE0 REG
PHASE1 REG

CONTROL REGISTER

CAP/2.5V 3 FSYNC8

DGND 4 SCLK7

MCLK 5 SDATA6

CAP/2.5V

MUX

ON-BOARD

AEFERENCE

12

DIVIDE

BY 2

SIN

ROM

MUX

∑

MUX

FULL-SCALE

CONTROL

10-BITDAC

MSB

200Ω

COMP

VOUT

R

1pin

PIN No.

1
2
3
4
5
6
7
8
9

10

Pin Name

EXT1

VDD

FB1

PWM1

EN1
EN2

PWM2

FB2

GND

EXT2

FB1

Error Amp1

PWM1

Vref1=0.9V

EN1

with Soft Start1.

EN1

EN1 to
internal circuit

FUNCTION

External Transistor Connection 1

Supply Voltage

Output Voltage Monitor Feedback Pin 1

PWM / PFM Switching Pin 1

Enable 1
Enable 2

PWM / PFM Switching Pin 2

Output Voltage Monitor Feedback Pin 2

Ground

External Transistor Connection 2

Ramp Wave

Generator1

OSC

Generator

Ramp Wave

Generator2

internal circuit

EN2 to

Error Amp2

Vref2=0.9V

EN2

FB2

PWM2

EN2

24) R1EX24256ASAS0A#S0 (XA1401)

256K bits CMOS Serial EEPROM

Pin

Number

1
2
3
4
5
6

7

8

Remark See Dimensions for details of the package drawings.

GND

1

A0
A1
A2

8

VCC

2

7

WP
3
4

SCL

6

SDA

5

Pin

Name

A0

Slave address input

A1

Slave address input

A2

Slave address input

GND

Groudd

SDA

Serial data input / output

SCL

Serial clock input

Function

Write protection input

WP

Connected to Vcc: Protection valid
Connected to GND: Protection invalid

VCC

Power supply

25) M61545AFP#DF0R (XA1402)

G

T

V

Electronic Volume

VIN11

VOUT12

GND 3

DATA 4

M62429P/FP

VIN28
VOUT27
VCC16
CLOCK5

VR 2

VR 1

VIN2

28) LM2904PWR (XA1103)

Dual Operational Amplifiers

VOUT2

8

7

+
–

VOL AMP 2

VOL AMP 1

REF AMP

–
+

VCC

6

+

Vref

–

CLOCK

5

LOGIC

CONTROL

1OUT

1IN−
1IN+

GND

≈6- Aμ

Current

1
2
3
4

V

8

CC

2OU

7

2IN−

6

2IN+

5

IN−

Regulator

≈6- Aμ

Current

Regulator

≈100- Aμ
Current

Regulator

CC+

OUT

26) NJM2068V (XA1404)

Dual Operational Amplifiers

27) TC7WB66FK (XA1407)

Dual Bus Switch (analog)

B2

OE1

7 6 5

W B

6 6

B1 OE2

A2

ND

V

CC

8

1 2 3 4

A1

A1

OE1

VIN1

1

2

VOUT1

GND

3

4

DATA

IN+

≈50- Aμ
Current

Regulator

GND (or V

CC−

ToOther Amplifier

)

29) NJM2783V (XA1525)

Monaural Microphone Amplifier with ALC

IN

1

2

3

4

5

6

7 8

14

13

12

11

10

100k

9

VCR

Detector Bias

0dB/+20dB

DET

noitcnuF lobmyS .oN

1 GAIN1 Microphone Amp Gain Setting 1
2 GAIN2 Microphone Amp Gain Setting 2

B1 A2

B2

3 DET Detector Input
4 OUT Microphone Amp Output
5 BUFFIN Buffer Input

OE2

6 BUFFGAIN Buffer Gain Setting
7 BUFFOUT Buffer Output
8 GND Ground

9 V+ Power Supply
10 VREF Reference Voltage
11 SENSE Limit Level Setting
12 INT Recovery Time Setting
13 GAIN SW Gain Setting
14 IN Microphone Input

V+ GNDVREFSENSEINTGAIN SW

reifilpmA reffuBreifirpmA enohporciM Additional Gai n

100k

TUOFFUBNIAGFFUBNIFFUB1NIAGOUTGAIN2

17

18

30) Transistor, Diode and LED outline Drawings

Top View

VRPG3312X

XL0051

RED

GR

K

1SS356
XD0272

VDZT2R5.1B

XD0402

A2

TLWK1100C

XL0133

2SK210GR

XE0006

YG

DSG

2SA1036K

XT0110

1SS133
XD0038

1SV262
XD0300

TD

L709CER

XD0430

3SK293
XE0053

G2 G1

UF

DS

2SC3419-Y

XT0127

DA204U

XD0130

K N

HSB88WSTR

XD0302

RB715WTL

XD0433

3D 3E

RD06HHF1

XE0054

RD06
HHF1

2SD1664

XT0136

DAN202U

XD0230

DAN235E

XD0320

M

015A3.0
XE0071

30

RD100HHF1

XE0055

HHF1

2SC4915-0

XT0178

DAP202U

XD0231

RLS-73

XD0363

RB717F

XD0453

RD16HHF1

XE0056

2SC6026MFV

XT0210

RD16
HHF1RD100

31) LCD Connection (EL0064)

1SS355
XD0254

P

A

UDZS 6.2B

XD0388

E2

1SS405
XD0482

A7

2SC3357RE

XT0048

RE

BCE

2SC4738F-GR

XT0224

DAP236
XD0266

X

CRG01

XD0391

G1

FCQS30A065

XD0493

2SA1576A

XT0094

FR

BCE

2SB1412

T0299

SEGMENT

HQ

BCE

RN1107FV

XU0210

XH

BCE

Rb=10kohm
Rbe=47kohm

CBE

RN2107FV

XU0211

YH

BCE

Rb=10kohm
Rbe=47kohm

DA

BCCE

RN1104FV

XU0219

XD

BCE

Rb=47kohm
Rbe=47kohm

QO

BCE

EMD9T2R

XU0236

654

123

1

R2

2

R1

3

R1=10kohm
R2=47kohm

HG

BCE

6

R1

5

R2

4

LG

BCE

B1412
H

COMMON

EXPLODED VIEW

1) Front View
a.LCD

DG0050

TL0037

EL0064

XL0051

TL0041

RV0051

FG0499

RV0053

UR0029

b.Front View

DP0222

UE0035Y

YX0053

ST0103

UJ0072

HF TRANSCEIVER 

UJ0073

DX-SR9

(UR0029)

(UE0035Y)

SP0022

NK0084

NK0085NK0086

19

KZ0249

HF TRANSCEIVER 

DX-SR9

XL0051

ES0035A

FP0328

FG0481A

FG0518

FM0347

UJ0045

AP0021 x3

KB0130

AP0017 x7

20

c.Rear View

2) MAIN SIDE
a.Top View

DF0009
DF0008

FM0162

AA0085 x8

DF0007 x2

KS0107

AZ0054 x2

TZ0066

UJ0045

ET0014A

AA0043 x16

AA0084 x2

QB0036

UE0602

UX1423

UJ0032

UJ0030

SS0113A

UX1421

UE0041

UX1422

21

b.Bottom View

AA0085 x9

FM0220 x4

UX1424

UX1421

UE0603

AA0043 x17

UX1422

TZ0066

UJ0032

UJ0030

SP0008

UE0258

22

DD0019

AD0005

AA0005 x2

DD0023

UX1423

FP0151

UJ0030

c.Front View

AA0085 x2

UX1412

HF  TRANSCEIVER

 DX-SR9

FG0506 x2

23

PARTS LIST

C1 CU3535 Chip C GRM36B102K50PT R7 RK3557 Chip R 1005 1/16W 39K OHM J

C2 CS0424 Chip Tantalum TMCMA1C106MTR R8 RK3550 Chip R 1005 1/16W 10K OHM J

C3 CU3535 Chip C GRM36B102K50PT R9 RK3538 Chip R 1005 1/16W 1.0K OHMJ

C4 CS0424 Chip Tantalum TMCMA1C106MTR R10 RK3538 Chip R 1005 1/16W 1.0K OHMJ

C5 CU3523 Chip C GRM1552C1H101JZ01D R11 RK3538 Chip R 1005 1/16W 1.0K OHMJ

C6 CU3559 Chip C GRM155B30J105KE18D R12 RK3543 Chip R 1005 1/16W 2.7K OHMJ

C7 CU3551 Chip C GRM155B11C223KA01D R13 RK3550 Chip R 1005 1/16W 10K OHM J

C8 CU3559 Chip C GRM155B30J105KE18D R14 RK3550 Chip R 1005 1/16W 10K OHM J

C9 CU3547 Chip C GRM155B11C103KA01D R15 RK3538 Chip R 1005 1/16W 1.0K OHMJ

C10 CU3535 Chip C GRM36B102K50PT R16 RK3550 Chip R 1005 1/16W 10K OHM J

C11 CU3547 Chip C GRM155B11C103KA01D R17 RK3538 Chip R 1005 1/16W 1.0K OHMJ

C12 CU3554 Chip C GRM155B11A104KA01D R18 RK3550 Chip R 1005 1/16W 10K OHM J

C13 CU3547 Chip C GRM155B11C103KA01D R19 RK3538 Chip R 1005 1/16W 1.0K OHMJ

C14 CU3535 Chip C GRM36B102K50PT R20 RK3550 Chip R 1005 1/16W 10K OHM J

C15 CU0118 Chip C GRM21BB31C475KA87L R21 RK3550 Chip R 1005 1/16W 10K OHM J

C16 CU3547 Chip C GRM155B11C103KA01D R22 RK3538 Chip R 1005 1/16W 1.0K OHMJ

C17 CU3523 Chip C GRM1552C1H101JZ01D R23 RK3550 Chip R 1005 1/16W 10K OHM J

C18 CU3523 Chip C GRM1552C1H101JZ01D R24 RK3550 Chip R 1005 1/16W 10K OHM J

C19 CU0118 Chip C GRM21BB31C475KA87L R25 RK3550 Chip R 1005 1/16W 10K OHM J

C20 CU3547 Chip C GRM155B11C103KA01D R26 RK3548 Chip R 1005 1/16W 6.8K OHMJ

C21 CU3547 Chip C GRM155B11C103KA01D R27 RK3538 Chip R 1005 1/16W 1.0K OHMJ

C22 CU3547 Chip C GRM155B11C103KA01D R28 RK3538 Chip R 1005 1/16W 1.0K OHMJ

C23 CU3547 Chip C GRM155B11C103KA01D R33 RK3550 Chip R 1005 1/16W 10K OHM J

C24 CU3547 Chip C GRM155B11C103KA01D R34 RK3550 Chip R 1005 1/16W 10K OHM J

C25 CU3551 Chip C GRM155B11C223KA01D R35 RK3550 Chip R 1005 1/16W 10K OHM J

C26 CU3547 Chip C GRM155B11C103KA01D R36 RK3550 Chip R 1005 1/16W 10K OHM J

C27 CU3547 Chip C GRM155B11C103KA01D R37 RK3550 Chip R 1005 1/16W 10K OHM J

C30 CU3547 Chip C GRM155B11C103KA01D R38 RK3550 Chip R 1005 1/16W 10K OHM J

C31 CS0470 Chip Tantalum TMCMC1C107MTRF R39 RK3550 Chip R 1005 1/16W 10K OHM J

C32 CS0424 Chip Tantalum TMCMA1C106MTR R40 RK3570 Chip R 1005 1/16W 470K OHMJ

C33 CU3547 Chip C GRM155B11C103KA01D R42 RK3550 Chip R 1005 1/16W 10K OHM J

C34 CU3535 Chip C GRM36B102K50PT R43 RK3550 Chip R 1005 1/16W 10K OHM J

C35 CU3535 Chip C GRM36B102K50PT R45 RK3550 Chip R 1005 1/16W 10K OHM J

C36 CU3535 Chip C GRM36B102K50PT R46 RK3550 Chip R 1005 1/16W 10K OHM J

C37 CU3535 Chip C GRM36B102K50PT R47 RK3538 Chip R 1005 1/16W 1.0K OHMJ

C38 CU3535 Chip C GRM36B102K50PT R48 RK3538 Chip R 1005 1/16W 1.0K OHMJ

C39 CU3547 Chip C GRM155B11C103KA01D R49 RK3530 Chip R 1005 1/16W 220 OHM J

CN1 UE0035Y Connector MIC FM214-8SMPY(Y) R50 RK3530 Chip R 1005 1/16W 220 OHM J

CN2 NC R51 RK3530 Chip R 1005 1/16W 220 OHM J

CN3 UJ0045 Connector HJC0282-010022 R52 RK3530 Chip R 1005 1/16W 220 OHM J

CN4 UE0043 Connector PI22A02M R53 RK3564 Chip R 1005 1/16W 150K OHMJ

D1 XL0051 LED VRPG3321X R54 RK3038 Chip R 1608 1/10W 1.0KOHM J

D2 XD0254 Diode 1SS355 R55 RK3038 Chip R 1608 1/10W 1.0KOHM J

D7 XD0254 Diode 1SS355 R56 RK3550 Chip R 1005 1/16W 10K OHM J

D8 XD0230 Diode DAN202U RE1 UR0029 ENCODER RES16B50-201-C

D9 XD0230 Diode DAN202U VR1 RV0051 Trimmer R RK09D1130C2P(10KB)

D10 XD0230 Diode DAN202U VR2 RV0051 Trimmer R RK09D1130C2P(10KB)

D11 XD0230 Diode DAN202U VR3 RV0053 Trimmer R RK09D1130C3C(10KB)

D12 XD0230 Diode DAN202U VR4 RV0053 Trimmer R RK09D1130C3C(10KB)

D13 XD0230 Diode DAN202U X1 XB0032 CERAMIC CSTCE8M00G52-R0

D14 XD0230 Diode DAN202U FM0034 MIC GND PLATE

D15 XD0230 Diode DAN202U UP0653 PCB DXSR8 FRONT INTEG

D16 XD0230 Diode DAN202U DG0050 LCD LIGHT DXSR8

D17 XD0230 Diode DAN202U FP0328 LED SPACER

D18 XD0230 Diode DAN202U FP0034 MIC SPACER DR110

D19 XD0230 Diode DAN202U FG0499 LCD RUBBER CONNECTOR

D20 XD0482 Diode 1SS405(TPH3,F) TL0041 REFLECTION SHEET

D21 XD0402 Diode VDZT2R 5.1B TL0037 DIFFUSSION SHEET

D22 XD0402 Diode VDZT2R 5.1B ST0103 LCD HOLDER DXSR8

IC1 XA1400 CPU R5F2L3ACANFP#U1

IC2 XA0097 IC IC NJM4558M

IC3 XA1403 IC BD1754HFN-TR

IC4 XA0947 IC NJM78M05DL1A-TE1

JK1 UJ0073 Jack HSJ2630-010070

JK2 UJ0072 Jack HSJ1406-01-030

L1 QC0086 Chip Inductor 3225 100 UH D3 XL0133 Chip LED TLWK1100C(T11)

L2 QC0086 Chip Inductor 3225 100 UH D4 XL0133 Chip LED TLWK1100C(T11)

LCD1 EL0064 LCD LCD DXSR8 D5 XL0133 Chip LED TLWK1100C(T11)

Q1 XU0236 Transistor EMD9T2R D6 XL0133 Chip LED TLWK1100C(T11)

Q2 XU0236 Transistor EMD9T2R R29 RK3031 Chip R 1608 1/10W 270 OHM J

Q3 XT0210 Transistor 2SC6026MFV-GR R30 RK3031 Chip R 1608 1/10W 270 OHM J

R1 RK3032 Chip R 1608 1/10W 330 OHM J R31 RK3031 Chip R 1608 1/10W 270 OHM J

R2 RK3032 Chip R 1608 1/10W 330 OHM J R32 RK3031 Chip R 1608 1/10W 270 OHM J

R3 RK3550 Chip R 1005 1/16W 10K OHM J

R4 RK3522 Chip R 1005 1/16W 47 OHM J

R5 RK3551 Chip R 1005 1/16W 12K OHM J

R6 RK3566 Chip R 1005 1/16W 220K OHMJ

Version

Ref.
No.

Parts No.

Description

Parts Name

Ref.
No.

Ref.
No.

Parts No.

Description

Parts Name

Version

Parts No.

Description

Parts Name

Version

FRONT Unit

LCD Unit

24

PA Unit

C801 CU0142 Chip C 2012 B 50V 0.1UF K C926 CU3047 Chip C 1608 B 50V 0.010UF

C802 CU0095 Chip C 2012 B 50V 0.022UF C927 CU4027 Chip C GRM42-6X7R331K500PT

C803 CU0095 Chip C 2012 B 50V 0.022UF C928 CU4051 Chip C GRM31A7U2J471JW31D

C804 CU0142 Chip C 2012 B 50V 0.1UF K C929 CU4050 Chip C GRM31A7U2J391JW31D

C805 CU0095 Chip C 2012 B 50V 0.022UF C930 CU4046 Chip C GRM31A7U2J181JW31D

C806 CU3111 Chip C 1608 B 25V 0.1UF C931 CU3111 Chip C 1608 B 25V 0.1UF

C807 CU0095 Chip C 2012 B 50V 0.022UF C932 CU3111 Chip C 1608 B 25V 0.1UF

C808 NC C933 CU4021 Chip C GRM42-6CH680J500PT

C809 CU0142 Chip C 2012 B 50V 0.1UF K C934 CU4023 Chip C GRM42-6CH101J500PT

C810 NC C935 CU3547 Chip C GRM155B11C103KA01D

C811 NC C936 CU3547 Chip C GRM155B11C103KA01D

C812 CU4017 Chip C GRM42-6CH330J500PT C937 CU3047 Chip C 1608 B 50V 0.010UF

C813 CU0095 Chip C 2012 B 50V 0.022UF C938 CU3547 Chip C GRM155B11C103KA01D

C814 CU7057 Chip C UC342H4700J-T C939 CU3111 Chip C 1608 B 25V 0.1UF

C815 NC C940 CU3047 Chip C 1608 B 50V 0.010UF

C818 NC C941 CU4049 Chip C GRM31A7U2J271JW31D

C819 NC C942 CU4052 Chip C GRM31A7U2J681JW31D

C820 CU3011 Chip C 1608 CH 50V 10PF C C943 CU4051 Chip C GRM31A7U2J471JW31D

C821 CU3006 Chip C 1608 CH 50V 5PF C C944 CU3547 Chip C GRM155B11C103KA01D

C822 CU0142 Chip C 2012 B 50V 0.1UF K C945 CU4015 Chip C GRM42-6CH220J500PT

C823 CU0095 Chip C 2012 B 50V 0.022UF C946 CU4021 Chip C GRM42-6CH680J500PT

C824 CU0095 Chip C 2012 B 50V 0.022UF C947 CU3047 Chip C 1608 B 50V 0.010UF

C825 CU3111 Chip C 1608 B 25V 0.1UF C948 CU3047 Chip C 1608 B 50V 0.010UF

C826 CU0142 Chip C 2012 B 50V 0.1UF K C949 CU4045 Chip C GRM31A7U2J151JW31D

C827 CU3035 Chip C 1608 B 50V 0.001UF C950 CU4027 Chip C GRM42-6X7R331K500PT

C828 CU0095 Chip C 2012 B 50V 0.022UF C951 CU4023 Chip C GRM42-6CH101J500PT

C829 CU3022 Chip C 1608 CH 50V 82PF J C952 CU3547 Chip C GRM155B11C103KA01D

C830 CU3025 Chip C 1608 CH 50V 150PF J C953 CU3547 Chip C GRM155B11C103KA01D

C831 CU3021 Chip C 1608 CH 50V 68PF J C954 CU4014 Chip C GRM42-6CH180J500PT

C832 CU3111 Chip C 1608 B 25V 0.1UF C955 CU4018 Chip C GRM42-6CH390J500PT

C833 CU0142 Chip C 2012 B 50V 0.1UF K C956 CU3047 Chip C 1608 B 50V 0.010UF

C834 CU3035 Chip C 1608 B 50V 0.001UF C957 CU3047 Chip C 1608 B 50V 0.010UF

C835 CU3035 Chip C 1608 B 50V 0.001UF C958 CU4021 Chip C GRM42-6CH680J500PT

C836 CU3111 Chip C 1608 B 25V 0.1UF C959 CU4048 Chip C GRM31A7U2J221JW31D

C837 CU3047 Chip C 1608 B 50V 0.010UF C960 CU4022 Chip C GRM42-6CH820J500PT

C838 CE0350 Electrolytic C 16V 100UF C961 CU3547 Chip C GRM155B11C103KA01D

C839 CU0142 Chip C 2012 B 50V 0.1UF K C962 CU4018 Chip C GRM42-6CH390J500PT

C840 CU3035 Chip C 1608 B 50V 0.001UF C963 CU4015 Chip C GRM42-6CH220J500PT

C841 CU0142 Chip C 2012 B 50V 0.1UF K C964 CU3547 Chip C GRM155B11C103KA01D

C842 CE0353 Electrolytic C 16V 470UF C965 CU3047 Chip C 1608 B 50V 0.010UF

C843 CU0142 Chip C 2012 B 50V 0.1UF K C966 CU3047 Chip C 1608 B 50V 0.010UF

C844 CU3047 Chip C 1608 B 50V 0.010UF C967 CU4013 Chip C GRM42-6CH150J500PT

C845 CU3035 Chip C 1608 B 50V 0.001UF C968 CU4024 Chip C 3216 CH 500V 120PF

C846 CE0343 Electrolytic C 16V 1000UF C969 NC

C847 CU3047 Chip C 1608 B 50V 0.010UF C970 CU4016 Chip C GRM42-6CH270J500PT

C848 CU3047 Chip C 1608 B 50V 0.010UF CN801 UE0650 Connector SJ050010

C849 CU3047 Chip C 1608 B 50V 0.010UF CN802 UX1424 Connector WIRE POWER

C850 CU3035 Chip C 1608 B 50V 0.001UF CN803 UE0650 Connector SJ050010

C851 CU3047 Chip C 1608 B 50V 0.010UF CN902 UE0603 Connector B10B-PH-K-S(LF)(SN)

C852 CU3047 Chip C 1608 B 50V 0.010UF CN903 UE0603 Connector B10B-PH-K-S(LF)(SN)

C860 CU7058 Chip C UC552H6800J-T CN904 UE0650 Connector SJ050010

C861 NC D801 XD0363 Diode RLS-73TE-11

C901 CU4051 Chip C GRM31A7U2J471JW31D D802 XD0363 Diode RLS-73TE-11

C902 CU4045 Chip C GRM31A7U2J151JW31D D803 XD0493 Diode FCQS30A065

C903 NC D804 XD0038 Diode 1SS133

C904 CU3027 Chip C 1608 CH 50V 220PF J D805 XD0038 Diode 1SS133

C905 CU3047 Chip C 1608 B 50V 0.010UF D806 XD0391 Diode CRG01(TE85L,Q)

C906 CU3047 Chip C 1608 B 50V 0.010UF D901 XD0391 Diode CRG01(TE85L,Q)

C907 CU4051 Chip C GRM31A7U2J471JW31D D902 XD0453 Diode RB717F

C908 CU4053 Chip C GRM31A7U2J102JW31D D903 XD0535 Diode L8103R

C909 CU4054 Chip C GRM32A7U2J222JW31D D904 XD0535 Diode L8103R

C910 CU4051 Chip C GRM31A7U2J471JW31D D905 XD0535 Diode L8103R

C911 CU4052 Chip C GRM31A7U2J681JW31D D906 XD0535 Diode L8103R

C912 CU3029 Chip C 1608 B 50V 330PF K D907 XD0391 Diode CRG01(TE85L,Q)

C913 CU3019 Chip C 1608 CH 50V 47PF J D908 XD0391 Diode CRG01(TE85L,Q)

C914 CU3026 Chip C 1608 CH 50V 180PF J D909 XD0391 Diode CRG01(TE85L,Q)

C915 CU3019 Chip C 1608 CH 50V 47PF J D910 XD0391 Diode CRG01(TE85L,Q)

C916 CU4049 Chip C GRM31A7U2J271JW31D D911 XD0391 Diode CRG01(TE85L,Q)

C917 CU4022 Chip C GRM42-6CH820J500PT D912 XD0391 Diode CRG01(TE85L,Q)

C918 CU3111 Chip C 1608 B 25V 0.1UF D913 XD0391 Diode CRG01(TE85L,Q)

C919 CU3031 Chip C 1608 B 50V 470PF K F801 EF0011 FUSE FGMB125V-5A PBF

C920 CU3031 Chip C 1608 B 50V 470PF K FB801 QB0008 Ferrite Bead FB HF30ACB201209

C921 CU3047 Chip C 1608 B 50V 0.010UF FB802 QB0070 Ferrite Bead BL02RN2R1M2B

C922 CU3111 Chip C 1608 B 25V 0.1UF FB803 QB0070 Ferrite Bead BL02RN2R1M2B

C923 NC FB804 QB0070 Ferrite Bead BL02RN2R1M2B

C924 NC FB901 QB0070 Ferrite Bead BL02RN2R1M2B

C925 NC FH801 UH0014 Fuse Holder PFC5000-0301

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

25

PA Unit

FH802 UH0014 Fuse Holder PFC5000-0301 R832 RK0031 Chip R 2125 1/8W 680 OHM J

L801 QR0024 Transformer RF TRANS QR0024 R833 RK3038 Chip R 1608 1/10W 1.0KOHM J

L802 QR0014C Transformer RF TRANSF.QR0014C R834 RK0039 Chip R 2125 1/8W 2.2KOHM J

L803 QR0025 Transformer RF TRANS QR0025 R835 RK0005 Chip R 2125 1/8W 22 OHM J

L804 QC0043 Chip Inductor 3225 2.2 UH R836 RK3062 Chip R 1608 1/10W 100KOHM J

L805 QC0129 Chip Inductor 3225 .39 UH R837 RK0107 Chip R 2125 1/8W 0OHM

L806 QC0129 Chip Inductor 3225 .39 UH R901 RK3001 Chip R 1608 0 OHM

L807 QR0012 Troidal Coil TROIDAL COIL QR0012 R902 RK4029 Chip R 4532 1/2W 180 OHM J

L808 QR0012 Troidal Coil TROIDAL COIL QR0012 R903 RK0065 Chip R 2125 1/8W 68K OHM J

L809 QR0012 Troidal Coil TROIDAL COIL QR0012 R904 RK4024 Chip R 4532 1/2W 68 OHM J

L901 QR0013A Troidal Coil TROIDAL COIL QR0013A R905 RK0107 Chip R 2125 1/8W 0OHM

L902 QR0021 Troidal Coil TROIDAL COIL QR0021 R906 RK3001 Chip R 1608 0 OHM

L903 QR0004 Troidal Coil TROIDAL COIL QR4 R907 NC

L904 QC0126 Chip Inductor 3225 .22 UH R908 RK3050 Chip R 1608 1/10W 10K OHM J

L905 QC0126 Chip Inductor 3225 .22 UH R909 RK3050 Chip R 1608 1/10W 10K OHM J

L906 QC0087 Chip Inductor 3225 120 UH R910 RK3034 Chip R 1608 1/10W 470 OHM J

L907 QR0006 Troidal Coil TROIDAL COIL QR0006 R911 RK3052 Chip R 1608 1/10W 15K OHM J

L908 QR0007 Troidal Coil TROIDAL COIL QR0007 R912 RK3052 Chip R 1608 1/10W 15K OHM J

L909 QC0087 Chip Inductor 3225 120 UH R913 RK3062 Chip R 1608 1/10W 100KOHM J

L910 QR0009A Troidal Coil TROIDAL COIL QR0009A R914 RK3062 Chip R 1608 1/10W 100KOHM J

L911 QR0008 Troidal Coil TROIDAL COIL QR0008 R915 RK3538 Chip R 1005 1/16W 1.0K OHMJ

L912 QC0087 Chip Inductor 3225 120 UH R916 RK3538 Chip R 1005 1/16W 1.0K OHMJ

L914 QR0011 Troidal Coil TROIDAL COIL QR0011 R917 RK3023 Chip R 1608 1/10W 56 OHM J

L915 QR0010 Troidal Coil TROIDAL COIL QR0010 R918 RK0008 Chip R 2125 1/8W 33 OHM J

L916 QC0048 Chip Inductor 3225 10 UH R919 RK3538 Chip R 1005 1/16W 1.0K OHMJ

L917 QKA75H Air Core Coil MR10.0 7.5T 1.0 R920 RK3538 Chip R 1005 1/16W 1.0K OHMJ

L918 QKA65H Air Core Coil MR10.0 6.5T 1.0 R921 RK3538 Chip R 1005 1/16W 1.0K OHMJ

L919 QC0048 Chip Inductor 3225 10 UH R922 RK3538 Chip R 1005 1/16W 1.0K OHMJ

L920 QKA45H Air Core Coil MR10.0 4.5T 1.0 R923 RK3538 Chip R 1005 1/16W 1.0K OHMJ

L921 QKA55H Air Core Coil MR10.0 5.5T 1.0 RL801 UL0029 Relay G5NB-1A DC12V

L922 QC0048 Chip Inductor 3225 10 UH RL901 UL0006 Relay AG201344

L923 RD1013 Resistor 1/4 W TYPE 0 OHM RL902 UL0006 Relay AG201344

Q801 XE0056 FET RD16HHF1-101 RL903 UL0006 Relay AG201344

Q802 XE0055 FET RD100HHF1-01 RL904 UL0006 Relay AG201344

Q803 XE0054 FET RD06HHF1-01 RL905 UL0006 Relay AG201344

Q804 XE0055 FET RD100HHF1-01 RL906 UL0006 Relay AG201344

Q805 XE0056 FET RD16HHF1-101 RL907 UL0006 Relay AG201344

Q806 XU0210 Transistor RN1107FV RL908 UL0006 Relay AG201344

Q901 XU0210 Transistor RN1107FV RL909 UL0006 Relay AG201344

Q902 XU0210 Transistor RN1107FV RL910 UL0006 Relay AG201344

Q903 XU0236 Transistor EMD9T2R RL911 UL0006 Relay AG201344

Q904 XU0236 Transistor EMD9T2R RL912 UL0006 Relay AG201344

Q905 XU0236 Transistor EMD9T2R RL913 UL0006 Relay AG201344

Q906 XU0236 Transistor EMD9T2R RL914 UL0006 Relay AG201344

Q907 XU0236 Transistor EMD9T2R SA901 EU0002 Surge SA05CT52A301N

Q908 XU0236 Transistor EMD9T2R TC901 CT0059 Trimmer CV05D2001C

R801 RK3038 Chip R 1608 1/10W 1.0KOHM J TH801 XS0063 Thermistor GA13-3H103JB

R802 RK3038 Chip R 1608 1/10W 1.0KOHM J TP801 NC

R803 RK4028 Chip R 4532 1/2W 150 OHM J TP802 UE0047 Connector ROUND PIN R9X10

R804 RE0046 Resistor MOS3CT521A180J TP803 UE0047 Connector ROUND PIN R9X10

R805 RK4095 Chip R RK73B2ETTD102J TP804 UE0047 Connector ROUND PIN R9X10

R806 RK0001 Chip R 2125 1/8W 10 OHM J TP805 NC

R807 RK3044 Chip R 1608 1/10W 3.3KOHM J TP806 UE0047 Connector ROUND PIN R9X10

R808 RK0052 Chip R 2125 1/8W 10K OHM J TP807 NC

R809 RK0056 Chip R 2125 1/8W 22K OHM J TP808 UE0047 Connector ROUND PIN R9X10

R810 RK3015 Chip R 1608 1/10W 12 OHM J TP809 UE0047 Connector ROUND PIN R9X10

R811 RK4095 Chip R RK73B2ETTD102J TP810 UE0047 Connector ROUND PIN R9X10

R812 RK6026 Chip R 6432 1W 100 OHM J TP811 NC

R813 NC TP901 NC

R814 RK0052 Chip R 2125 1/8W 10K OHM J VR801 RH0276 Trimmer R VZ067TL1B222

R815 RK0056 Chip R 2125 1/8W 22K OHM J VR802 RH0206 Trimmer R PVA2A102A01R00

R816 RK0001 Chip R 2125 1/8W 10 OHM J VR803 RH0276 Trimmer R VZ067TL1B222

R817 RK3033 Chip R 1608 1/10W 390 OHM J VR804 RH0206 Trimmer R PVA2A102A01R00

R818 RK3033 Chip R 1608 1/10W 390 OHM J VR805 NC

R819 RK3023 Chip R 1608 1/10W 56 OHM J VR806 NC

R820 RK4085 Chip R 3225 1/4W 8.2 OHM J W801 RD0108 Resistor 1/6W TYPE 0 OHM

R821 RK4095 Chip R RK73B2ETTD102J W901 RD0108 Resistor 1/6W TYPE 0 OHM

R822 RE0046 Resistor MOS3CT521A180J QB0069 HF70RH10X20X5

R823 RK4028 Chip R 4532 1/2W 150 OHM J TZ0066 ACC.FOR 2SC1971/01

R824 RK0018 Chip R 2125 1/8W 100 OHM J UP0655 PCB DXSR8 PA INTEGRATED

R825 RK0035 Chip R 2125 1/8W 1 K OHM J UP0318 DXSR8 QR0024F TRANS

R826 RK0039 Chip R 2125 1/8W 2.2KOHM J TT1001 0.7X1MM

R827 RK4051 Chip R 3225 1/4W 100 OHM J FM0220 GROUND PLATE DR620

R828 RK4051 Chip R 3225 1/4W 100 OHM J YZ0042 CEMENT G17 / 1G

R829 RK3038 Chip R 1608 1/10W 1.0KOHM J

R830 RE0045 Resistor MOSX3CT521A4R7J

R831 RK1025 Chip R 3216 1/8 W 330 OHM J

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

26

MAIN Unit

C101 CU3547 Chip C GRM155B11C103KA01D C178 CU3101 Chip C 1608 B 50V 0.047UF K

C102 CU3547 Chip C GRM155B11C103KA01D C179 CU3038 Chip C 1608 B 50V 0.0018UF

C103 CU3111 Chip C 1608 B 25V 0.1UF C180 CU3037 Chip C 1608 B 50V 0.0015UF

C104 CU3111 Chip C 1608 B 25V 0.1UF C181 CU3547 Chip C GRM155B11C103KA01D

C105 CU3547 Chip C GRM155B11C103KA01D C182 CU3547 Chip C GRM155B11C103KA01D

C106 CU3554 Chip C GRM155B11A104KA01D C183 CU3547 Chip C GRM155B11C103KA01D

C107 CU3523 Chip C GRM1552C1H101JZ01D C184 CU3547 Chip C GRM155B11C103KA01D

C108 CU3523 Chip C GRM1552C1H101JZ01D C185 CU3547 Chip C GRM155B11C103KA01D

C109 CU3559 Chip C GRM155B30J105KE18D C186 CU3547 Chip C GRM155B11C103KA01D

C110 CU3517 Chip C GRM36CH330J50PT C187 CU3547 Chip C GRM155B11C103KA01D

C111 CU3517 Chip C GRM36CH330J50PT C188 CU3547 Chip C GRM155B11C103KA01D

C112 CU3547 Chip C GRM155B11C103KA01D C189 CU3037 Chip C 1608 B 50V 0.0015UF

C113 CU3504 Chip C GRM36CJ030C50PT C190 CU3035 Chip C 1608 B 50V 0.001UF

C114 CU3543 Chip C GRM155B11E472KA01D C191 CS0436 Chip Tantalum TMCMB1C336M

C115 CU3543 Chip C GRM155B11E472KA01D C192 CU3553 Chip C GRM36B473K10PT

C116 CU3565 Chip C GJM1552C1H5R0FB01D C193 CU3553 Chip C GRM36B473K10PT

C117 CU3553 Chip C GRM36B473K10PT C194 CU3535 Chip C GRM36B102K50PT

C118 CU3553 Chip C GRM36B473K10PT C195 CU3553 Chip C GRM36B473K10PT

C119 CU3545 Chip C 1005 B 25V 0.0068UFK C196 CU3553 Chip C GRM36B473K10PT

C120 CU3547 Chip C GRM155B11C103KA01D C197 CU3547 Chip C GRM155B11C103KA01D

C121 CU3511 Chip C GRM36CH100D50PT C198 CU3553 Chip C GRM36B473K10PT

C122 CU3547 Chip C GRM155B11C103KA01D C199 CU3553 Chip C GRM36B473K10PT

C123 CU3554 Chip C GRM155B11A104KA01D C200 CU3024 Chip C 1608 CH 50V 120PF J

C124 CU3535 Chip C GRM36B102K50PT C201 CU3582 Chip C GRM155B31A154KE18D

C125 CU3518 Chip C GRM36CH390J50PT C202 CU3553 Chip C GRM36B473K10PT

C126 CU3513 Chip C GRM36CH150J50PT C203 CU3553 Chip C GRM36B473K10PT

C127 CU3509 Chip C GRM36CH080D50PT C204 CU3101 Chip C 1608 B 50V 0.047UF K

C128 CU3531 Chip C GRM36B471K50PT C205 CU3110 Chip C 1608 B 50V0.0012UF

C129 CU3525 Chip C GRM1552C1H151JD01D C206 CU3035 Chip C 1608 B 50V 0.001UF

C130 CU3553 Chip C GRM36B473K10PT C207 CU3047 Chip C 1608 B 50V 0.010UF

C131 CU3512 Chip C GRM36CH120J50PT C208 CU3101 Chip C 1608 B 50V 0.047UF K

C132 CU3512 Chip C GRM36CH120J50PT C209 CE0364 Electrolytic C 16V 47UF

C133 CU3508 Chip C 1005 CH 50V 7PF D C210 CU3553 Chip C GRM36B473K10PT

C134 CU3524 Chip C GRM1552C1H121JA01D C211 CU3047 Chip C 1608 B 50V 0.010UF

C135 CU3527 Chip C GRM1552C1E221JD01D C212 CU3547 Chip C GRM155B11C103KA01D

C136 CU3547 Chip C GRM155B11C103KA01D C213 CU3033 Chip C 1608 B 50V 680PF K

C137 CU3512 Chip C GRM36CH120J50PT C214 CU3032 Chip C 1608 B 50V 560PF K

C138 CU3553 Chip C GRM36B473K10PT C215 CU3535 Chip C GRM36B102K50PT

C139 CU3554 Chip C GRM155B11A104KA01D C216 CU3513 Chip C GRM36CH150J50PT

C140 CU3585 Chip C GRM155B31A474KE14D C217 CU3022 Chip C 1608 CH 50V 82PF J

C141 CU3553 Chip C GRM36B473K10PT C218 CU3547 Chip C GRM155B11C103KA01D

C142 CU3553 Chip C GRM36B473K10PT C219 CU3535 Chip C GRM36B102K50PT

C143 CU3547 Chip C GRM155B11C103KA01D C220 CU3518 Chip C GRM36CH390J50PT

C144 CU3547 Chip C GRM155B11C103KA01D C221 CU3518 Chip C GRM36CH390J50PT

C145 CU3547 Chip C GRM155B11C103KA01D C222 CU3101 Chip C 1608 B 50V 0.047UF K

C146 CU3553 Chip C GRM36B473K10PT C223 CU3032 Chip C 1608 B 50V 560PF K

C147 CU3553 Chip C GRM36B473K10PT C224 CU3031 Chip C 1608 B 50V 470PF K

C148 CU3547 Chip C GRM155B11C103KA01D C225 CU3044 Chip C 1608 B 50V 0.0056UF

C149 CU3553 Chip C GRM36B473K10PT C226 CU3101 Chip C 1608 B 50V 0.047UF K

C150 CU3535 Chip C GRM36B102K50PT C227 CU3554 Chip C GRM155B11A104KA01D

C151 CU3551 Chip C GRM155B11C223KA01D C228 CU3031 Chip C 1608 B 50V 470PF K

C152 CU3111 Chip C 1608 B 25V 0.1UF C229 CU3030 Chip C 1608 B 50V 390PF K

C153 CU3547 Chip C GRM155B11C103KA01D C230 CU3554 Chip C GRM155B11A104KA01D

C154 CU3041 Chip C 1608 B 50V 0.0033UF C231 CU3510 Chip C 1005 CH 50V 9PF D

C155 CU3023 Chip C 1608 CH 50V 100PF J C232 CU3535 Chip C GRM36B102K50PT

C156 CU3038 Chip C 1608 B 50V 0.0018UF C233 CU3019 Chip C 1608 CH 50V 47PF J

C157 CU3528 Chip C GRM1552C1E271JD01D C234 CU3522 Chip C GRM1552C1H820JD01D

C158 CU3111 Chip C 1608 B 25V 0.1UF C235 CU3513 Chip C GRM36CH150J50PT

C159 CU3553 Chip C GRM36B473K10PT C236 CU3519 Chip C GRM36CH470J50PT

C160 CU3037 Chip C 1608 B 50V 0.0015UF C237 CU3512 Chip C GRM36CH120J50PT

C161 CU3111 Chip C 1608 B 25V 0.1UF C238 CU3505 Chip C GRM36CH040C50PT

C162 CU3035 Chip C 1608 B 50V 0.001UF C239 CU3510 Chip C 1005 CH 50V 9PF D

C163 CU3035 Chip C 1608 B 50V 0.001UF C240 CU3512 Chip C GRM36CH120J50PT

C164 CU3531 Chip C GRM36B471K50PT C241 CU3547 Chip C GRM155B11C103KA01D

C165 CU3553 Chip C GRM36B473K10PT C242 CU3554 Chip C GRM155B11A104KA01D

C166 CU3553 Chip C GRM36B473K10PT C243 CU3547 Chip C GRM155B11C103KA01D

C167 CU3038 Chip C 1608 B 50V 0.0018UF C244 CU3547 Chip C GRM155B11C103KA01D

C168 CU3051 Chip C 1608 B 50V 0.022UF C245 CU3101 Chip C 1608 B 50V 0.047UF K

C169 CU3547 Chip C GRM155B11C103KA01D C246 CU3031 Chip C 1608 B 50V 470PF K

C170 CU3554 Chip C GRM155B11A104KA01D C247 CU3029 Chip C 1608 B 50V 330PF K

C171 CU3553 Chip C GRM36B473K10PT C248 CU3040 Chip C 1608 B 50V 0.0027UF

C172 CU3515 Chip C GRM36CH220J50PT C249 CU3101 Chip C 1608 B 50V 0.047UF K

C173 CU3547 Chip C GRM155B11C103KA01D C250 CU3554 Chip C GRM155B11A104KA01D

C174 CU3027 Chip C 1608 CH 50V 220PF J C251 CU3554 Chip C GRM155B11A104KA01D

C175 CU3531 Chip C GRM36B471K50PT C252 CU3523 Chip C GRM1552C1H101JZ01D

C176 CU3531 Chip C GRM36B471K50PT C253 CU3522 Chip C GRM1552C1H820JD01D

C177 CU3531 Chip C GRM36B471K50PT C254 CU3554 Chip C GRM155B11A104KA01D

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

27

MAIN Unit

C255 CU3554 Chip C GRM155B11A104KA01D C332 CU3553 Chip C GRM36B473K10PT

C256 CU3029 Chip C 1608 B 50V 330PF K C333 CU3553 Chip C GRM36B473K10PT

C257 CU3028 Chip C 1608 CH 50V 270PF J C334 CU3547 Chip C GRM155B11C103KA01D

C258 CU3553 Chip C GRM36B473K10PT C335 CU3553 Chip C GRM36B473K10PT

C259 CU3554 Chip C GRM155B11A104KA01D C336 CU3583 Chip C GRM155B31A224KE18D

C260 CU3535 Chip C GRM36B102K50PT C337 CU3553 Chip C GRM36B473K10PT

C261 CU3547 Chip C GRM155B11C103KA01D C338 CU3551 Chip C GRM155B11C223KA01D

C262 CU3017 Chip C 1608 CH 50V 33PF J C339 CU3553 Chip C GRM36B473K10PT

C263 CU3554 Chip C GRM155B11A104KA01D C340 CU3553 Chip C GRM36B473K10PT

C264 CU3554 Chip C GRM155B11A104KA01D C341 CU3523 Chip C GRM1552C1H101JZ01D

C265 CU3101 Chip C 1608 B 50V 0.047UF K C342 CU3554 Chip C GRM155B11A104KA01D

C266 CU3029 Chip C 1608 B 50V 330PF K C343 CU3553 Chip C GRM36B473K10PT

C267 CU3027 Chip C 1608 CH 50V 220PF J C344 CU3553 Chip C GRM36B473K10PT

C268 CU3038 Chip C 1608 B 50V 0.0018UF C345 CU3554 Chip C GRM155B11A104KA01D

C269 CU3101 Chip C 1608 B 50V 0.047UF K C346 CU3554 Chip C GRM155B11A104KA01D

C270 CU3547 Chip C GRM155B11C103KA01D C347 CU3553 Chip C GRM36B473K10PT

C271 CU3027 Chip C 1608 CH 50V 220PF J C348 CU3553 Chip C GRM36B473K10PT

C272 CU3025 Chip C 1608 CH 50V 150PF J C349 CU3547 Chip C GRM155B11C103KA01D

C273 CU3016 Chip C 1608 CH 50V 27PF J C350 CU3525 Chip C GRM1552C1H151JD01D

C274 CU3521 Chip C GRM1552C1H680JZ01D C351 CS0424 Chip Tantalum TMCMA1C106MTR

C275 CU3101 Chip C 1608 B 50V 0.047UF K C352 NC

C276 CU3027 Chip C 1608 CH 50V 220PF J C353 CU3517 Chip C GRM36CH330J50PT

C277 CU3025 Chip C 1608 CH 50V 150PF J C354 CU3529 Chip C GRM155B11H331KD01D

C278 CU3110 Chip C 1608 B 50V0.0012UF C355 CU3553 Chip C GRM36B473K10PT

C279 CU3101 Chip C 1608 B 50V 0.047UF K C356 CU3553 Chip C GRM36B473K10PT

C280 CU3025 Chip C 1608 CH 50V 150PF J C357 CU3554 Chip C GRM155B11A104KA01D

C281 CU3023 Chip C 1608 CH 50V 100PF J C358 CU3554 Chip C GRM155B11A104KA01D

C282 CU3014 Chip C 1608 CH 50V 18PF J C359 CS0424 Chip Tantalum TMCMA1C106MTR

C283 CU3101 Chip C 1608 B 50V 0.047UF K C360 CU3554 Chip C GRM155B11A104KA01D

C284 CU3025 Chip C 1608 CH 50V 150PF J C361 CU3554 Chip C GRM155B11A104KA01D

C285 CU3024 Chip C 1608 CH 50V 120PF J C362 CU3554 Chip C GRM155B11A104KA01D

C286 CU3034 Chip C 1608 B 50V 820PF K C363 CU3137 Chip C GRM188B31C105KA92D

C287 CU3101 Chip C 1608 B 50V 0.047UF K C364 CU3554 Chip C GRM155B11A104KA01D

C288 CU3101 Chip C 1608 B 50V 0.047UF K C365 CU3551 Chip C GRM155B11C223KA01D

C289 CU3547 Chip C GRM155B11C103KA01D C366 CU3547 Chip C GRM155B11C103KA01D

C290 CU3547 Chip C GRM155B11C103KA01D C367 CU3521 Chip C GRM1552C1H680JZ01D

C291 CS0424 Chip Tantalum TMCMA1C106MTR C368 CU3559 Chip C GRM155B30J105KE18D

C292 CU3554 Chip C GRM155B11A104KA01D C369 CU3535 Chip C GRM36B102K50PT

C293 CS0424 Chip Tantalum TMCMA1C106MTR C370 CU0118 Chip C GRM21BB31C475KA87L

C294 CU3552 Chip C GRM36B333K10PT C371 CS0424 Chip Tantalum TMCMA1C106MTR

C295 CU3553 Chip C GRM36B473K10PT C372 CU3553 Chip C GRM36B473K10PT

C296 CU3547 Chip C GRM155B11C103KA01D C373 CU3553 Chip C GRM36B473K10PT

C297 CS0424 Chip Tantalum TMCMA1C106MTR C374 CU3553 Chip C GRM36B473K10PT

C298 CU3137 Chip C GRM188B31C105KA92D C375 CU3535 Chip C GRM36B102K50PT

C299 CU3554 Chip C GRM155B11A104KA01D C376 CU3535 Chip C GRM36B102K50PT

C300 CU3547 Chip C GRM155B11C103KA01D C377 CU3137 Chip C GRM188B31C105KA92D

C301 CU3547 Chip C GRM155B11C103KA01D C378 CU3541 Chip C GRM36B332K50PT

C302 CU3553 Chip C GRM36B473K10PT C379 CU3541 Chip C GRM36B332K50PT

C303 CU3553 Chip C GRM36B473K10PT C380 CU3535 Chip C GRM36B102K50PT

C304 CU3547 Chip C GRM155B11C103KA01D C381 CS0424 Chip Tantalum TMCMA1C106MTR

C305 CU3547 Chip C GRM155B11C103KA01D C382 CU3547 Chip C GRM155B11C103KA01D

C306 CU3545 Chip C 1005 B 25V 0.0068UFK C383 CU3543 Chip C GRM155B11E472KA01D

C307 CU3529 Chip C GRM155B11H331KD01D C384 CU3553 Chip C GRM36B473K10PT

C308 CU3584 Chip C GRM155B31A334KE14D C385 CU3553 Chip C GRM36B473K10PT

C309 CU3553 Chip C GRM36B473K10PT C386 CU3554 Chip C GRM155B11A104KA01D

C310 CU3553 Chip C GRM36B473K10PT C387 CE0353 Electrolytic C 16V 470UF

C311 CU3553 Chip C GRM36B473K10PT C388 CE0352 Electrolytic C 16V 330UF

C312 CU3553 Chip C GRM36B473K10PT C389 CU3585 Chip C GRM155B31A474KE14D

C313 CU3551 Chip C GRM155B11C223KA01D C390 CU3554 Chip C GRM155B11A104KA01D

C314 CU3547 Chip C GRM155B11C103KA01D C391 CU3526 Chip C GRM1552C1E181JD01D

C315 CS0424 Chip Tantalum TMCMA1C106MTR C392 CU3538 Chip C GRM36B182K50PT

C316 CU3547 Chip C GRM155B11C103KA01D C393 CE0351 Electrolytic C 16V 220UF

C317 CU3553 Chip C GRM36B473K10PT C394 CU3554 Chip C GRM155B11A104KA01D

C318 CU3554 Chip C GRM155B11A104KA01D C395 CS0367 Chip Tantalum 6.3V 10UF

C319 CU3554 Chip C GRM155B11A104KA01D C396 CU3554 Chip C GRM155B11A104KA01D

C320 CU3553 Chip C GRM36B473K10PT C397 CU3559 Chip C GRM155B30J105KE18D

C321 CU3553 Chip C GRM36B473K10PT C398 CU3027 Chip C 1608 CH 50V 220PF J

C322 CU3539 Chip C GRM36B222K50PT C399 CE0339 Electrolytic C 16V 10UF

C323 CU3527 Chip C GRM1552C1E221JD01D C400 CU3047 Chip C 1608 B 50V 0.010UF

C324 CU3539 Chip C GRM36B222K50PT C401 CE0364 Electrolytic C 16V 47UF

C325 CU3137 Chip C GRM188B31C105KA92D C402 CU3047 Chip C 1608 B 50V 0.010UF

C326 CU3553 Chip C GRM36B473K10PT C403 CU3047 Chip C 1608 B 50V 0.010UF

C327 CU3531 Chip C GRM36B471K50PT C404 CE0339 Electrolytic C 16V 10UF

C328 CU3553 Chip C GRM36B473K10PT C405 CU3047 Chip C 1608 B 50V 0.010UF

C329 CU3553 Chip C GRM36B473K10PT C406 CS0424 Chip Tantalum TMCMA1C106MTR

C330 CU3553 Chip C GRM36B473K10PT C407 CU3547 Chip C GRM155B11C103KA01D

C331 CU3531 Chip C GRM36B471K50PT C408 CU3547 Chip C GRM155B11C103KA01D

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

28

MAIN Unit

C409 CU3137 Chip C GRM188B31C105KA92D C486 CS0424 Chip Tantalum TMCMA1C106MTR

C410 CU3547 Chip C GRM155B11C103KA01D C487 CU0118 Chip C GRM21BB31C475KA87L

C411 CU3547 Chip C GRM155B11C103KA01D C488 CU3138 Chip C GRM188B31C225KE14D

C412 CU3547 Chip C GRM155B11C103KA01D C489 CU3554 Chip C GRM155B11A104KA01D

C413 CU3047 Chip C 1608 B 50V 0.010UF C490 CU3554 Chip C GRM155B11A104KA01D

C414 CU3554 Chip C GRM155B11A104KA01D C491 CS0426 Chip Tantalum F931A103MAA

C415 CU3047 Chip C 1608 B 50V 0.010UF C492 CU3551 Chip C GRM155B11C223KA01D

C416 CU3047 Chip C 1608 B 50V 0.010UF C493 CU3535 Chip C GRM36B102K50PT

C417 CU3137 Chip C GRM188B31C105KA92D C494 CU3547 Chip C GRM155B11C103KA01D

C418 CU3547 Chip C GRM155B11C103KA01D C495 CU3554 Chip C GRM155B11A104KA01D

C419 CS0424 Chip Tantalum TMCMA1C106MTR C496 CU3554 Chip C GRM155B11A104KA01D

C420 CU3137 Chip C GRM188B31C105KA92D C497 CU3547 Chip C GRM155B11C103KA01D

C421 CU0123 Chip C GRM21BB31E155KA87L C498 CU3551 Chip C GRM155B11C223KA01D

C422 CU3547 Chip C GRM155B11C103KA01D C499 CU3527 Chip C GRM1552C1E221JD01D

C423 CU3547 Chip C GRM155B11C103KA01D C500 CU3527 Chip C GRM1552C1E221JD01D

C424 CU3547 Chip C GRM155B11C103KA01D C501 CU3547 Chip C GRM155B11C103KA01D

C425 CU3138 Chip C GRM188B31C225KE14D C601 CS0225 Chip Tantalum 20V 1.5UF

C426 CU3547 Chip C GRM155B11C103KA01D C602 CS0225 Chip Tantalum 20V 1.5UF

C427 CU3137 Chip C GRM188B31C105KA92D C603 CU3547 Chip C GRM155B11C103KA01D

C428 CU3147 Chip C GRM188B31A335KE15D C604 CS0229 Chip Tantalum 25V 0.68UF

C429 CU3535 Chip C GRM36B102K50PT C605 CU3547 Chip C GRM155B11C103KA01D

C430 CU3138 Chip C GRM188B31C225KE14D C606 CE0350 Electrolytic C 16V 100UF

C431 CU3541 Chip C GRM36B332K50PT C607 CU3547 Chip C GRM155B11C103KA01D

C432 CS0424 Chip Tantalum TMCMA1C106MTR C608 CE0350 Electrolytic C 16V 100UF

C433 CU3535 Chip C GRM36B102K50PT C609 CU3547 Chip C GRM155B11C103KA01D

C434 CU3137 Chip C GRM188B31C105KA92D C610 CU3547 Chip C GRM155B11C103KA01D

C435 CU3554 Chip C GRM155B11A104KA01D C611 CU3547 Chip C GRM155B11C103KA01D

C436 CU3554 Chip C GRM155B11A104KA01D C612 CS0424 Chip Tantalum TMCMA1C106MTR

C437 CU3547 Chip C GRM155B11C103KA01D C613 CU3535 Chip C GRM36B102K50PT

C438 CU3547 Chip C GRM155B11C103KA01D C614 CE0350 Electrolytic C 16V 100UF

C439 CU3547 Chip C GRM155B11C103KA01D C615 CU3523 Chip C GRM1552C1H101JZ01D

C440 CU3553 Chip C GRM36B473K10PT C616 CU3554 Chip C GRM155B11A104KA01D

C441 CU3547 Chip C GRM155B11C103KA01D C617 CU3547 Chip C GRM155B11C103KA01D

C442 CU3535 Chip C GRM36B102K50PT C618 CU3531 Chip C GRM36B471K50PT

C443 CU3547 Chip C GRM155B11C103KA01D C619 CU3547 Chip C GRM155B11C103KA01D

C444 CU3547 Chip C GRM155B11C103KA01D C620 CU3520 Chip C GRM1552C1H560JD01D

C445 CU3547 Chip C GRM155B11C103KA01D C621 CU3520 Chip C GRM1552C1H560JD01D

C446 CU3547 Chip C GRM155B11C103KA01D C622 CU3551 Chip C GRM155B11C223KA01D

C447 CU3137 Chip C GRM188B31C105KA92D C623 CU3503 Chip C GRM36CK020C50PT

C448 CU3047 Chip C 1608 B 50V 0.010UF C624 CU3554 Chip C GRM155B11A104KA01D

C449 CU3047 Chip C 1608 B 50V 0.010UF C625 CU3547 Chip C GRM155B11C103KA01D

C450 CU3047 Chip C 1608 B 50V 0.010UF C626 CU3504 Chip C GRM36CJ030C50PT

C451 CU3547 Chip C GRM155B11C103KA01D C627 CU3547 Chip C GRM155B11C103KA01D

C452 CU3547 Chip C GRM155B11C103KA01D C628 CU3547 Chip C GRM155B11C103KA01D

C453 CU3547 Chip C GRM155B11C103KA01D C629 CU3514 Chip C GRM36CH180J50PT

C454 CU3554 Chip C GRM155B11A104KA01D C630 CU3554 Chip C GRM155B11A104KA01D

C455 CU3559 Chip C GRM155B30J105KE18D C631 CU3547 Chip C GRM155B11C103KA01D

C456 CU3543 Chip C GRM155B11E472KA01D C632 NC

C457 CU3547 Chip C GRM155B11C103KA01D C633 CS0424 Chip Tantalum TMCMA1C106MTR

C458 CU3547 Chip C GRM155B11C103KA01D C634 CU3547 Chip C GRM155B11C103KA01D

C459 CS0424 Chip Tantalum TMCMA1C106MTR C635 CU3554 Chip C GRM155B11A104KA01D

C460 CU3544 Chip C GRM36B562K25PT C636 CE0364 Electrolytic C 16V 47UF

C461 CU3554 Chip C GRM155B11A104KA01D C637 CU3516 Chip C GRM36CH270J50PT

C462 CU3547 Chip C GRM155B11C103KA01D C638 CU3516 Chip C GRM36CH270J50PT

C463 CU3554 Chip C GRM155B11A104KA01D C639 CU3547 Chip C GRM155B11C103KA01D

C464 CU3585 Chip C GRM155B31A474KE14D C640 CU3525 Chip C GRM1552C1H151JD01D

C465 CU3551 Chip C GRM155B11C223KA01D C641 CU3554 Chip C GRM155B11A104KA01D

C466 CU3554 Chip C GRM155B11A104KA01D C642 CU3554 Chip C GRM155B11A104KA01D

C467 CU3137 Chip C GRM188B31C105KA92D C643 CU3547 Chip C GRM155B11C103KA01D

C468 CU3547 Chip C GRM155B11C103KA01D C644 CS0424 Chip Tantalum TMCMA1C106MTR

C469 CU3547 Chip C GRM155B11C103KA01D C645 CU3547 Chip C GRM155B11C103KA01D

C470 CU3547 Chip C GRM155B11C103KA01D C646 CU3554 Chip C GRM155B11A104KA01D

C471 CU3526 Chip C GRM1552C1E181JD01D C647 CU3554 Chip C GRM155B11A104KA01D

C472 CU3539 Chip C GRM36B222K50PT C648 CU3514 Chip C GRM36CH180J50PT

C473 CU3547 Chip C GRM155B11C103KA01D C649 CU3554 Chip C GRM155B11A104KA01D

C474 CU3554 Chip C GRM155B11A104KA01D C650 CU3523 Chip C GRM1552C1H101JZ01D

C475 CU3547 Chip C GRM155B11C103KA01D C651 CU3517 Chip C GRM36CH330J50PT

C476 CU3547 Chip C GRM155B11C103KA01D C652 CU3547 Chip C GRM155B11C103KA01D

C477 CU3547 Chip C GRM155B11C103KA01D C653 CU3554 Chip C GRM155B11A104KA01D

C478 CU3547 Chip C GRM155B11C103KA01D C654 CU3554 Chip C GRM155B11A104KA01D

C479 CU3035 Chip C 1608 B 50V 0.001UF C655 CU3547 Chip C GRM155B11C103KA01D

C480 CE0339 Electrolytic C 16V 10UF C656 CS0424 Chip Tantalum TMCMA1C106MTR

C481 CU3547 Chip C GRM155B11C103KA01D C657 CU3547 Chip C GRM155B11C103KA01D

C482 CU3547 Chip C GRM155B11C103KA01D C658 CU3554 Chip C GRM155B11A104KA01D

C483 CU3111 Chip C 1608 B 25V 0.1UF C659 CU3554 Chip C GRM155B11A104KA01D

C484 CU3547 Chip C GRM155B11C103KA01D C660 CU3547 Chip C GRM155B11C103KA01D

C485 CS0424 Chip Tantalum TMCMA1C106MTR C661 NC

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

29

MAIN Unit

C662 CU3541 Chip C GRM36B332K50PT C1047 CU3554 Chip C GRM155B11A104KA01D

C663 CU3521 Chip C GRM1552C1H680JZ01D C1048 NC

C664 CU3521 Chip C GRM1552C1H680JZ01D C1049 CU3554 Chip C GRM155B11A104KA01D

C665 CU3520 Chip C GRM1552C1H560JD01D C1050 CS0424 Chip Tantalum TMCMA1C106MTR

C668 CU3554 Chip C GRM155B11A104KA01D C1051 CU3547 Chip C GRM155B11C103KA01D

C669 CU3547 Chip C GRM155B11C103KA01D C1052 CU3533 Chip C GRM36B681K50PT

C670 CS0424 Chip Tantalum TMCMA1C106MTR C1053 CU3524 Chip C GRM1552C1H121JA01D

C671 CU3547 Chip C GRM155B11C103KA01D C1054 CU3554 Chip C GRM155B11A104KA01D

C672 CS0424 Chip Tantalum TMCMA1C106MTR C1055 CU3554 Chip C GRM155B11A104KA01D

C673 CU3547 Chip C GRM155B11C103KA01D C1056 CU3524 Chip C GRM1552C1H121JA01D

C674 CU3523 Chip C GRM1552C1H101JZ01D C1057 NC

C675 CU3523 Chip C GRM1552C1H101JZ01D C1058 NC

C676 CU3523 Chip C GRM1552C1H101JZ01D C1059 NC

C679 CU3137 Chip C GRM188B31C105KA92D C1060 CU3554 Chip C GRM155B11A104KA01D

C680 CU3547 Chip C GRM155B11C103KA01D C1061 CU3531 Chip C GRM36B471K50PT

C681 CS0432 Chip Tantalum TMCMA1A226MTR C1062 CU3535 Chip C GRM36B102K50PT

C682 CS0432 Chip Tantalum TMCMA1A226MTR C1063 NC

C683 CU3547 Chip C GRM155B11C103KA01D C1064 NC

C684 CU3543 Chip C GRM155B11E472KA01D C1065 NC

C685 CE0350 Electrolytic C 16V 100UF C1066 NC

C686 CU3547 Chip C GRM155B11C103KA01D C1067 NC

C687 CU3547 Chip C GRM155B11C103KA01D C1068 CU3554 Chip C GRM155B11A104KA01D

C688 CU3547 Chip C GRM155B11C103KA01D C1069 CU3536 Chip C GRM36B122K50PT

C689 CU3547 Chip C GRM155B11C103KA01D C1070 CU3559 Chip C GRM155B30J105KE18D

C690 CU3547 Chip C GRM155B11C103KA01D C1071 CU3559 Chip C GRM155B30J105KE18D

C691 CU3520 Chip C GRM1552C1H560JD01D C1072 CU3559 Chip C GRM155B30J105KE18D

C692 CU3520 Chip C GRM1552C1H560JD01D C1073 CU0118 Chip C GRM21BB31C475KA87L

C693 CU3531 Chip C GRM36B471K50PT C1074 CU3553 Chip C GRM36B473K10PT

C694 CU3512 Chip C GRM36CH120J50PT C1075 NC

C695 CU3502 Chip C GRM36CK010C50PT C1076 NC

C696 CU3551 Chip C GRM155B11C223KA01D C1077 NC

C697 CS0229 Chip Tantalum 25V 0.68UF C1078 CU3554 Chip C GRM155B11A104KA01D

C698 CU3554 Chip C GRM155B11A104KA01D C1079 CU3547 Chip C GRM155B11C103KA01D

C699 NC C1080 CS0424 Chip Tantalum TMCMA1C106MTR

C700 CU3518 Chip C GRM36CH390J50PT C1081 CU3554 Chip C GRM155B11A104KA01D

C701 CU3535 Chip C GRM36B102K50PT C1082 CU3559 Chip C GRM155B30J105KE18D

C702 CU3547 Chip C GRM155B11C103KA01D C1083 CU3554 Chip C GRM155B11A104KA01D

C703 CU3512 Chip C GRM36CH120J50PT C1084 CU3554 Chip C GRM155B11A104KA01D

C704 CU3547 Chip C GRM155B11C103KA01D C1085 CU3554 Chip C GRM155B11A104KA01D

C705 CU3547 Chip C GRM155B11C103KA01D C1086 CU3554 Chip C GRM155B11A104KA01D

C706 CU3547 Chip C GRM155B11C103KA01D C1087 CS0423 Chip Tantalum TMCMB1C226MTR

C707 CU3547 Chip C GRM155B11C103KA01D C1088 CS0423 Chip Tantalum TMCMB1C226MTR

C708 CU3138 Chip C GRM188B31C225KE14D C1089 CU0126 Chip C GRM21BB31A106KE18L

C709 CU3547 Chip C GRM155B11C103KA01D C1090 CU3559 Chip C GRM155B30J105KE18D

C710 CU3523 Chip C GRM1552C1H101JZ01D C1091 CU0126 Chip C GRM21BB31A106KE18L

C711 CU3584 Chip C GRM155B31A334KE14D C1092 CU3559 Chip C GRM155B30J105KE18D

C712 CU3547 Chip C GRM155B11C103KA01D C1093 CU3559 Chip C GRM155B30J105KE18D

C713 CU3531 Chip C GRM36B471K50PT C1094 CU3100 Chip C 1608 B 50V 0.039UF K

C714 CU3547 Chip C GRM155B11C103KA01D C1095 CU3546 Chip C GRM36B822K16PT

C715 CU3547 Chip C GRM155B11C103KA01D C1096 CU3546 Chip C GRM36B822K16PT

C716 CU3547 Chip C GRM155B11C103KA01D C1097 CU3553 Chip C GRM36B473K10PT

C717 CU3554 Chip C GRM155B11A104KA01D C1098 CU3554 Chip C GRM155B11A104KA01D

C718 CS0424 Chip Tantalum TMCMA1C106MTR C1099 CS0424 Chip Tantalum TMCMA1C106MTR

C719 CS0424 Chip Tantalum TMCMA1C106MTR C1100 CU3547 Chip C GRM155B11C103KA01D

C720 CU3505 Chip C GRM36CH040C50PT C1101 CU3554 Chip C GRM155B11A104KA01D

C721 CU3559 Chip C GRM155B30J105KE18D C1102 CU3559 Chip C GRM155B30J105KE18D

C722 CU3554 Chip C GRM155B11A104KA01D C1103 CU3559 Chip C GRM155B30J105KE18D

C1002 CS0424 Chip Tantalum TMCMA1C106MTR C1104 CU3554 Chip C GRM155B11A104KA01D

C1003 CU3547 Chip C GRM155B11C103KA01D CN101 UJ0045 Connector HJC0282-010022

C1004 CU3526 Chip C GRM1552C1E181JD01D CN102 NC

C1005 CU3559 Chip C GRM155B30J105KE18D CN103 UE0650 Connector SJ050010

C1006 CU3526 Chip C GRM1552C1E181JD01D CN104 UX1421 Connector WIRE MAIN-PA

C1007 CU3554 Chip C GRM155B11A104KA01D CN105 UX1421 Connector WIRE MAIN-PA

C1008 CU3559 Chip C GRM155B30J105KE18D CN106 UE0602 Connector B5B-PH-K-S(LF)(SN)

C1009 CU3554 Chip C GRM155B11A104KA01D CN107 UE0226 Connector B2B-PH-K-S(FL)(SN)

C1011 CU3554 Chip C GRM155B11A104KA01D CN108 UE0650 Connector SJ050010

C1013 CU3519 Chip C GRM36CH470J50PT CN109 UE0214 Connector AXN420C530P

C1014 CU3519 Chip C GRM36CH470J50PT CN110 UE0214 Connector AXN420C530P

C1036 CU3547 Chip C GRM155B11C103KA01D D101 XD0402 Diode VDZT2R 5.1B

C1037 CU3523 Chip C GRM1552C1H101JZ01D D102 XD0402 Diode VDZT2R 5.1B

C1038 CU3523 Chip C GRM1552C1H101JZ01D D103 XD0482 Diode 1SS405(TPH3,F)

C1039 CU3554 Chip C GRM155B11A104KA01D D104 XD0402 Diode VDZT2R 5.1B

C1040 CU3554 Chip C GRM155B11A104KA01D D105 XD0482 Diode 1SS405(TPH3,F)

C1041 CU3554 Chip C GRM155B11A104KA01D D106 XD0402 Diode VDZT2R 5.1B

C1044 CU3559 Chip C GRM155B30J105KE18D D107 XD0402 Diode VDZT2R 5.1B

C1045 CU3554 Chip C GRM155B11A104KA01D D108 XD0320 Diode DAN235E-TL

C1046 CU3553 Chip C GRM36B473K10PT D109 XD0320 Diode DAN235E-TL

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

30

D110 XD0320 Diode DAN235E-TL D187 XD0482 Diode 1SS405(TPH3,F)

D111 XD0302 Diode HSB88WSTR D188 XD0231 Diode DAP202U

D112 XD0266 Diode DAP236UT106 D189 XD0482 Diode 1SS405(TPH3,F)

D113 XD0272 Diode D 1SS356 D190 XD0254 Diode 1SS355

D114 XD0230 Diode DAN202U D191 XD0482 Diode 1SS405(TPH3,F)

D115 XD0482 Diode 1SS405(TPH3,F) D192 XD0402 Diode VDZT2R 5.1B

D116 XD0266 Diode DAP236UT106 D193 XD0482 Diode 1SS405(TPH3,F)

D117 XD0266 Diode DAP236UT106 D194 XD0482 Diode 1SS405(TPH3,F)

D118 XD0482 Diode 1SS405(TPH3,F) D601 XD0254 Diode 1SS355

D119 XD0266 Diode DAP236UT106 D602 XD0300 Diode 1SV262TPH2

D120 XD0320 Diode DAN235E-TL D604 XD0518 Diode

D121 XD0320 Diode DAN235E-TL D605 XD0300 Diode 1SV262TPH2

D122 XD0266 Diode DAP236UT106 D1001 NC

D123 XD0230 Diode DAN202U D1002 XD0482 Diode 1SS405(TPH3,F)

D124 XD0266 Diode DAP236UT106 D1003 NC

D125 XD0266 Diode DAP236UT106 D1004 XD0482 Diode 1SS405(TPH3,F)

D126 XD0272 Diode D 1SS356 D1005 NC

D127 NC D1006 NC

D128 XD0320 Diode DAN235E-TL D1007 XD0482 Diode 1SS405(TPH3,F)

D129 XD0272 Diode D 1SS356 FB101 QB0070 Ferrite Bead BL02RN2R1M2B

D130 XD0272 Diode D 1SS356 FL101 XC0012 Filter CERAMIC CFJ455K8

D131 XD0482 Diode 1SS405(TPH3,F) FL102 XC0011 Filter CERAMIC CFJ455K5

D132 XD0272 Diode D 1SS356 FL103 XC0043 Filter CFWM455G

D133 XD0272 Diode D 1SS356 IC101 XA1617 CPU R5F2L3ACANFP

D134 XD0482 Diode 1SS405(TPH3,F) IC102 XA1120 IC S80845CLNB-B66-T2G

D135 XD0433 Diode RB715WTL IC103 XA1401 IC R1EX24256ASAS0A#S0

D136 XD0231 Diode DAP202U IC104 XA0995 IC NJM2594V TE1

D137 XD0272 Diode D 1SS356 IC105 XA0995 IC NJM2594V TE1

D138 XD0272 Diode D 1SS356 IC106 XA1106 IC LM2902PWR

D139 XD0230 Diode DAN202U IC107 XA0236 IC IC BU4052BCF-E2

D140 XD0230 Diode DAN202U IC108 XA0115 IC IC TC4S66F

D141 XD0482 Diode 1SS405(TPH3,F) IC109 XA0115 IC IC TC4S66F

D142 XD0272 Diode D 1SS356 IC110 XA0742 IC NJM3357M-TE1

D143 XD0272 Diode D 1SS356 IC111 XA1103 IC LM2904PWR

D144 XD0482 Diode 1SS405(TPH3,F) IC112 XA0410 IC LA4425A

D145 XD0254 Diode 1SS355 IC113 XA0097 IC IC NJM4558M

D146 XD0230 Diode DAN202U IC114 XA1402 IC M61545AFP#DF0R

D147 XD0272 Diode D 1SS356 IC115 XA0102 IC NJM7808FA

D148 XD0272 Diode D 1SS356 IC116 XA0812 IC NJM7805FA

D149 XD0272 Diode D 1SS356 IC117 XA0299 IC BU4001BF-E2

D150 XD0272 Diode D 1SS356 IC118 XA1106 IC LM2902PWR

D151 XD0230 Diode DAN202U IC119 XA1106 IC LM2902PWR

D152 XD0254 Diode 1SS355 IC120 XA0299 IC BU4001BF-E2

D153 XD0130 Diode DA204U IC121 XA0332 IC TA75S01F(TE85L)

D154 XD0254 Diode 1SS355 IC122 XA0115 IC IC TC4S66F

D155 XD0482 Diode 1SS405(TPH3,F) IC123 XA0332 IC TA75S01F(TE85L)

D156 XD0231 Diode DAP202U IC601 XA1404 IC NJM2068V-TE1

D157 XD0254 Diode 1SS355 IC602 XA1398 IC XC9504B092AR

D158 XD0230 Diode DAN202U IC603 XA1399 IC AD9833BRMZ-REEL7

D159 XD0230 Diode DAN202U IC604 XA1399 IC AD9833BRMZ-REEL7

D160 XD0231 Diode DAP202U IC605 XA0115 IC IC TC4S66F

D161 XD0254 Diode 1SS355 IC606 XA1010 IC MB15A01PFV1-G-BND-EF

D162 XD0391 Diode CRG01(TE85L,Q) IC607 XA0459 IC TC74HC74AF(EL)

D163 XD0231 Diode DAP202U IC608 XA0968 IC UPC2710TB-T1

D164 XD0254 Diode 1SS355 IC609 XA1396 IC TC4SU11F(TE85L,F)

D165 XD0388 Diode UDZSTE-17 6.2B IC610 XA1397 IC TC74VHC393FT(EL,K)

D166 XD0254 Diode 1SS355 IC611 XA1001 IC TC74HC390AF

D167 XD0254 Diode 1SS355 IC1001 XA1103 IC LM2904PWR

D168 XD0254 Diode 1SS355 IC1002 XA0459 IC TC74HC74AF(EL)

D169 XD0231 Diode DAP202U IC1003 XA1407 IC TC7WB66FK

D170 XD0231 Diode DAP202U IC1004 XA1103 IC LM2904PWR

D171 XD0231 Diode DAP202U IC1005 XA0332 IC TA75S01F(TE85L)

D172 XD0230 Diode DAN202U IC1006 XA0115 IC IC TC4S66F

D173 XD0254 Diode 1SS355 IC1007 XA0115 IC IC TC4S66F

D174 XD0231 Diode DAP202U IC1008 XA0115 IC IC TC4S66F

D175 XD0254 Diode 1SS355 IC1009 XA0115 IC IC TC4S66F

D176 XD0254 Diode 1SS355 IC1010 XA0115 IC IC TC4S66F

D177 XD0231 Diode DAP202U IC1011 XA0115 IC IC TC4S66F

D178 XD0254 Diode 1SS355 IC1012 XA0115 IC IC TC4S66F

D179 XD0254 Diode 1SS355 IC1013 XA0115 IC IC TC4S66F

D180 XD0231 Diode DAP202U IC1014 XA0115 IC IC TC4S66F

D181 XD0254 Diode 1SS355 IC1015 XA0115 IC IC TC4S66F

D182 XD0254 Diode 1SS355 IC1016 XA0115 IC IC TC4S66F

D183 XD0230 Diode DAN202U IC1017 XA1525 IC NJM2783V-TE1

D184 XD0231 Diode DAP202U IC1018 XA0332 IC TA75S01F(TE85L)

D185 XD0230 Diode DAN202U JK101 UJ0032 Jack HSJ1332-01-040

D186 XD0254 Diode 1SS355 JK102 UJ0030 Jack JPJ2545-01-510

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

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Parts No.

MAIN Unit

31

MAIN Unit

JK103 UJ0030 Jack JPJ2545-01-510 L174 QC0086 Chip Inductor 3225 100 UH

JK1003 UJ0066 Jack HSJ1453-01-010 L175 QC0128 Chip Inductor 3225 .33 UH

JK1004 UJ0066 Jack HSJ1453-01-010 L176 QC0128 Chip Inductor 3225 .33 UH

JK1005 UJ0032 Jack HSJ1332-01-040 L177 QC0717 Chip Inductor NLV32T-471JPF

L101 QC0078 Chip Inductor 3225 22 UH L178 QC0086 Chip Inductor 3225 100 UH

L102 QC0078 Chip Inductor 3225 22 UH L179 QA0119 Coil BOBBIN

L103 QR0017 Transformer RF TRANSF. L180 QA0119 Coil BOBBIN

L104 QA0108 Coil BOBBIN L601 QC0538 Chip Inductor LQN21AR10J04

L105 QA0107 Coil BOBBIN L602 QC0047 Chip Inductor 3225 4.7 UH

L106 QC0288 Chip Inductor 2520 1.0 UH L603 QA0132 657AN-1372BKF=P3

L107 QC0044 Chip Inductor 3225 2.7 UH L604 QC0080 Chip Inductor 3225 33 UH

L108 QC0126 Chip Inductor 3225 .22 UH L606 QC0596 Chip Inductor LQW1608AR10J00T1

L109 QC0127 Chip Inductor 3225 .27 UH L607 QA0110 Coil BOBBIN

L110 QR0017 Transformer RF TRANSF. L608 QC0047 Chip Inductor 3225 4.7 UH

L111 QA0107 Coil BOBBIN L609 QC0048 Chip Inductor 3225 10 UH

L112 QA0119 Coil BOBBIN L610 QC0064 Chip Inductor 3225 56 NH

L113 QA0107 Coil BOBBIN L611 QC0717 Chip Inductor NLV32T-471JPF

L114 QR0017 Transformer RF TRANSF. L612 QC0048 Chip Inductor 3225 10 UH

L115 QR0017 Transformer RF TRANSF. L613 QC0123 Chip Inductor 3225 .12 UH

L116 QA0107 Coil BOBBIN L614 QC0088 Chip Inductor 3225 150 UH

L117 QR0017 Transformer RF TRANSF. L615 QC0048 Chip Inductor 3225 10 UH

L118 QC0079 Chip Inductor 3225 27 UH L616 QC0083 Chip Inductor 3225 56 UH

L119 QC0078 Chip Inductor 3225 22 UH L617 QC0083 Chip Inductor 3225 56 UH

L120 QA0119 Coil BOBBIN L618 QC0085 Chip Inductor 3225 82 UH

L121 QC0493 Chip Inductor LQH4N471K04 L1001 QC0497 Chip Inductor LQH4N102K04

L122 QC0074 Chip Inductor 3225 8.2 UH L1003 NC

L123 QC0072 Chip Inductor 3225 5.6 UH L1004 QC0076 Chip Inductor 3225 15 UH

L124 QC0046 Chip Inductor 3225 3.9 UH L1005 QC0045 Chip Inductor 3225 3.3 UH

L125 QC0046 Chip Inductor 3225 3.9 UH L1006 NC

L126 QA0119 Coil BOBBIN L1007 NC

L127 QA0119 Coil BOBBIN L1008 QC0086 Chip Inductor 3225 100 UH

L128 QA0119 Coil BOBBIN L1010 NC

L129 QC0497 Chip Inductor LQH4N102K04 Q101 XT0229 Transistor 2SB1412

L130 QC0043 Chip Inductor 3225 2.2 UH Q102 XU0210 Transistor RN1107FV

L131 QC0043 Chip Inductor 3225 2.2 UH Q103 XE0053 FET 3SK293TE85L

L132 QC0086 Chip Inductor 3225 100 UH Q104 XE0053 FET 3SK293TE85L

L133 QC0044 Chip Inductor 3225 2.7 UH Q105 XT0048 Transistor 2SC3357RE

L134 QC0044 Chip Inductor 3225 2.7 UH Q106 XE0053 FET 3SK293TE85L

L135 QC0047 Chip Inductor 3225 4.7 UH Q107 XU0210 Transistor RN1107FV

L136 QC0062 Chip Inductor 3225 39 NH Q108 XE0053 FET 3SK293TE85L

L137 QC0041 Chip Inductor 3225 1.5 UH Q109 XU0236 Transistor EMD9T2R

L138 QC0041 Chip Inductor 3225 1.5 UH Q110 XE0053 FET 3SK293TE85L

L139 QC0123 Chip Inductor 3225 .12 UH Q111 XU0210 Transistor RN1107FV

L140 QC0086 Chip Inductor 3225 100 UH Q112 XU0210 Transistor RN1107FV

L141 QC0041 Chip Inductor 3225 1.5 UH Q113 XT0210 Transistor 2SC6026MFV-GR

L142 QC0041 Chip Inductor 3225 1.5 UH Q114 XT0210 Transistor 2SC6026MFV-GR

L143 QA0107 Coil BOBIN Q115 XT0210 Transistor 2SC6026MFV-GR

L144 QC0288 Chip Inductor 2520 1.0 UH Q116 XT0210 Transistor 2SC6026MFV-GR

L145 QC0288 Chip Inductor 2520 1.0 UH Q117 XU0210 Transistor RN1107FV

L146 QC0124 Chip Inductor 3225 .15 UH Q118 XE0053 FET 3SK293TE85L

L147 QC0067 Chip Inductor 3225 .10 UH Q119 XU0210 Transistor RN1107FV

L148 QR0017 Transformer RF TRANSF. Q120 XU0210 Transistor RN1107FV

L149 QA0108 Coil BOBBIN Q121 XU0210 Transistor RN1107FV

L150 QA0107 Coil BOBBIN Q122 XU0210 Transistor RN1107FV

L151 QC0288 Chip Inductor 2520 1.0 UH Q123 XT0048 Transistor 2SC3357RE

L152 QC0086 Chip Inductor 3225 100 UH Q124 XE0053 FET 3SK293TE85L

L153 QC0133 Chip Inductor 3225 .82 UH Q125 XE0066 FET 2SK2539-TB-E

L154 QC0133 Chip Inductor 3225 .82 UH Q126 XU0210 Transistor RN1107FV

L155 QC0493 Chip Inductor LQH4N471K04 Q127 XE0066 FET 2SK2539-TB-E

L156 QA0107 Coil BOBBIN Q128 XE0066 FET 2SK2539-TB-E

L157 QC0048 Chip Inductor 3225 10 UH Q129 XU0210 Transistor RN1107FV

L158 QC0072 Chip Inductor 3225 5.6 UH Q130 XE0066 FET 2SK2539-TB-E

L159 QC0132 Chip Inductor 3225 .68 UH Q131 XU0210 Transistor RN1107FV

L160 QC0132 Chip Inductor 3225 .68 UH Q132 XU0210 Transistor RN1107FV

L161 QR0017 Transformer RF TRANSF. Q133 XU0210 Transistor RN1107FV

L162 QC0493 Chip Inductor LQH4N471K04 Q134 XT0210 Transistor 2SC6026MFV-GR

L163 QC0086 Chip Inductor 3225 100 UH Q135 XU0236 Transistor EMD9T2R

L164 QC0131 Chip Inductor 3225 .56 UH Q136 XU0236 Transistor EMD9T2R

L165 QC0131 Chip Inductor 3225 .56 UH Q137 XT0210 Transistor 2SC6026MFV-GR

L166 QC0493 Chip Inductor LQH4N471K04 Q138 XE0053 FET 3SK293TE85L

L167 QC0130 Chip Inductor 3225 .47 UH Q139 XE0053 FET 3SK293TE85L

L168 QC0130 Chip Inductor 3225 .47 UH Q140 XT0210 Transistor 2SC6026MFV-GR

L169 QC0086 Chip Inductor 3225 100 UH Q141 XT0210 Transistor 2SC6026MFV-GR

L170 QC0130 Chip Inductor 3225 .47 UH Q142 XU0211 Transistor RN2107FV

L171 QC0130 Chip Inductor 3225 .47 UH Q143 XT0210 Transistor 2SC6026MFV-GR

L172 QC0128 Chip Inductor 3225 .33 UH Q144 XU0219 Transistor RN1104FV

L173 QC0128 Chip Inductor 3225 .33 UH Q145 XU0210 Transistor RN1107FV

Description

Parts Name

Version

Ref.
No.

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Description

Parts Name

Version

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32

MAIN Unit

Q146 XT0210 Transistor 2SC6026MFV-GR Q1013 NC

Q147 XT0127 Transistor 2SC3419-Y Q1014 NC

Q148 XU0210 Transistor RN1107FV Q1015 NC

Q149 XT0136 Transistor 2SD1664 T101 Q Q1016 XE0053 FET 3SK293TE85L

Q150 XT0210 Transistor 2SC6026MFV-GR Q1017 NC

Q151 XU0210 Transistor RN1107FV Q1018 NC

Q152 XT0136 Transistor 2SD1664 T101 Q Q1019 NC

Q153 XU0210 Transistor RN1107FV Q1020 XU0211 Transistor RN2107FV

Q154 XT0094 Transistor 2SA1576A Q1021 NC

Q155 XU0210 Transistor RN1107FV Q1022 NC

Q156 XU0210 Transistor RN1107FV Q1023 XU0210 Transistor RN1107FV

Q157 XT0210 Transistor 2SC6026MFV-GR Q1024 XU0210 Transistor RN1107FV

Q158 XU0210 Transistor RN1107FV Q1025 NC

Q159 XU0210 Transistor RN1107FV Q1026 NC

Q160 XU0210 Transistor RN1107FV Q1027 NC

Q161 XU0210 Transistor RN1107FV Q1028 NC

Q162 XT0094 Transistor 2SA1576A Q1029 NC

Q163 XU0210 Transistor RN1107FV Q1030 NC

Q164 XT0210 Transistor 2SC6026MFV-GR R101 RK3558 Chip R 1005 1/16W 47K OHM J

Q165 XU0210 Transistor RN1107FV R102 RK3558 Chip R 1005 1/16W 47K OHM J

Q166 XU0210 Transistor RN1107FV R103 RK3550 Chip R 1005 1/16W 10K OHM J

Q167 XU0236 Transistor EMD9T2R R104 RK3550 Chip R 1005 1/16W 10K OHM J

Q168 XU0210 Transistor RN1107FV R105 RK3538 Chip R 1005 1/16W 1.0K OHMJ

Q169 XU0210 Transistor RN1107FV R106 RK3538 Chip R 1005 1/16W 1.0K OHMJ

Q170 XU0236 Transistor EMD9T2R R107 RK3562 Chip R 1005 1/16W 100K OHMJ

Q171 XU0236 Transistor EMD9T2R R108 RK3550 Chip R 1005 1/16W 10K OHM J

Q172 XU0210 Transistor RN1107FV R109 RK3562 Chip R 1005 1/16W 100K OHMJ

Q173 XT0210 Transistor 2SC6026MFV-GR R110 RK3550 Chip R 1005 1/16W 10K OHM J

Q174 XU0211 Transistor RN2107FV R111 RK3550 Chip R 1005 1/16W 10K OHM J

Q175 XU0210 Transistor RN1107FV R112 RK3562 Chip R 1005 1/16W 100K OHMJ

Q176 XU0236 Transistor EMD9T2R R113 RK3562 Chip R 1005 1/16W 100K OHMJ

Q177 XU0236 Transistor EMD9T2R R114 RK3562 Chip R 1005 1/16W 100K OHMJ

Q178 XT0210 Transistor 2SC6026MFV-GR R115 RK3562 Chip R 1005 1/16W 100K OHMJ

Q179 XU0236 Transistor EMD9T2R R116 RK3562 Chip R 1005 1/16W 100K OHMJ

Q180 XT0210 Transistor 2SC6026MFV-GR R117 RK3562 Chip R 1005 1/16W 100K OHMJ

Q181 XU0236 Transistor EMD9T2R R118 RK3562 Chip R 1005 1/16W 100K OHMJ

Q182 XU0236 Transistor EMD9T2R R119 RK3562 Chip R 1005 1/16W 100K OHMJ

Q183 XT0210 Transistor 2SC6026MFV-GR R120 RK3038 Chip R 1608 1/10W 1.0KOHM J

Q194 XU0210 Transistor RN1107FV R121 RK3038 Chip R 1608 1/10W 1.0KOHM J

Q195 XT0210 Transistor 2SC6026MFV-GR R122 RK3538 Chip R 1005 1/16W 1.0K OHMJ

Q196 XU0210 Transistor RN1107FV R123 RK3550 Chip R 1005 1/16W 10K OHM J

Q197 XU0210 Transistor RN1107FV R124 RK3562 Chip R 1005 1/16W 100K OHMJ

Q198 XT0178 Transistor 2SC4915-O(TE85L) R125 RK3574 Chip R 1005 1/16W 1.0M OHMJ

Q199 XU0210 Transistor RN1107FV R126 RK3050 Chip R 1608 1/10W 10K OHM J

Q200 XU0210 Transistor RN1107FV R127 RK3574 Chip R 1005 1/16W 1.0M OHMJ

Q201 XU0210 Transistor RN1107FV R128 RK3566 Chip R 1005 1/16W 220K OHMJ

Q601 XT0210 Transistor 2SC6026MFV-GR R129 RK3534 Chip R 1005 1/16W 470 OHM J

Q602 XT0178 Transistor 2SC4915-O(TE85L) R130 RK3032 Chip R 1608 1/10W 330 OHM J

Q603 XT0110 Transistor 2SA1036K R131 RK3550 Chip R 1005 1/16W 10K OHM J

Q604 XT0178 Transistor 2SC4915-O(TE85L) R132 RK3558 Chip R 1005 1/16W 47K OHM J

Q605 XE0066 FET 2SK2539-TB-E R133 RK3501 Chip R 1005 1/16W 0 OHM J

Q606 XT0178 Transistor 2SC4915-O(TE85L) R134 RK3530 Chip R 1005 1/16W 220 OHM J

Q607 XT0178 Transistor 2SC4915-O(TE85L) R135 RK3531 Chip R 1005 1/16W 270 OHM J

Q608 XT0178 Transistor 2SC4915-O(TE85L) R136 RK3566 Chip R 1005 1/16W 220K OHMJ

Q609 XT0178 Transistor 2SC4915-O(TE85L) R137 RK3526 Chip R 1005 1/16W 100 OHM J

Q610 XT0178 Transistor 2SC4915-O(TE85L) R138 RK3018 Chip R 1608 1/10W 22 OHM J

Q611 XT0178 Transistor 2SC4915-O(TE85L) R139 RK3526 Chip R 1005 1/16W 100 OHM J

Q612 XU0219 Transistor RN1104FV R140 RK3518 Chip R 1005 1/16W 22 OHM J

Q613 XT0224 Transistor 2SC4738F-GR(T5L,F) R141 RK3530 Chip R 1005 1/16W 220 OHM J

Q614 XT0178 Transistor 2SC4915-O(TE85L) R142 RK3538 Chip R 1005 1/16W 1.0K OHMJ

Q615 XE0006 FET FET 2SK210GR R143 RK3558 Chip R 1005 1/16W 47K OHM J

Q616 XT0178 Transistor 2SC4915-O(TE85L) R144 RK3536 Chip R 1005 1/16W 680 OHM J

Q617 XT0224 Transistor 2SC4738F-GR(T5L,F) R145 RK3550 Chip R 1005 1/16W 10K OHM J

Q618 XU0210 Transistor RN1107FV R146 RK3526 Chip R 1005 1/16W 100 OHM J

Q619 XT0094 Transistor 2SA1576A R147 RK3538 Chip R 1005 1/16W 1.0K OHMJ

Q620 XT0178 Transistor 2SC4915-O(TE85L) R148 RK3562 Chip R 1005 1/16W 100K OHMJ

Q1002 XT0210 Transistor 2SC6026MFV-GR R149 RK3526 Chip R 1005 1/16W 100 OHM J

Q1003 XU0211 Transistor RN2107FV R150 RK3542 Chip R 1005 1/16W 2.2K OHMJ

Q1004 XU0210 Transistor RN1107FV R151 RK3550 Chip R 1005 1/16W 10K OHM J

Q1005 XU0210 Transistor RN1107FV R152 RK3526 Chip R 1005 1/16W 100 OHM J

Q1006 XU0211 Transistor RN2107FV R153 RK3026 Chip R 1608 1/10W 100 OHM J

Q1007 XU0211 Transistor RN2107FV R154 RK3518 Chip R 1005 1/16W 22 OHM J

Q1008 XU0211 Transistor RN2107FV R155 RK3562 Chip R 1005 1/16W 100K OHMJ

Q1009 XU0211 Transistor RN2107FV R156 RK3560 Chip R 1005 1/16W 68K OHM J

Q1010 XU0211 Transistor RN2107FV R157 RK3526 Chip R 1005 1/16W 100 OHM J

Q1011 XT0210 Transistor 2SC6026MFV-GR R158 RK3558 Chip R 1005 1/16W 47K OHM J

Q1012 NC R159 RK3560 Chip R 1005 1/16W 68K OHM J

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

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No.

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33

R160 RK3534 Chip R 1005 1/16W 470 OHM J R237 RK3522 Chip R 1005 1/16W 47 OHM J

R161 RK3561 Chip R 1005 1/16W 82K OHM J R238 RK3028 Chip R 1608 1/10W 150 OHM J

R162 RK3546 Chip R 1005 1/16W 4.7K OHMJ R239 RK3521 Chip R 1005 1/16W 39 OHM J

R163 RK3534 Chip R 1005 1/16W 470 OHM J R240 RK3531 Chip R 1005 1/16W 270 OHM J

R164 RK3564 Chip R 1005 1/16W 150K OHMJ R241 RK3028 Chip R 1608 1/10W 150 OHM J

R165 RK3515 Chip R 1005 1/16W 12 OHM J R242 RK3028 Chip R 1608 1/10W 150 OHM J

R166 RK3538 Chip R 1005 1/16W 1.0K OHMJ R243 RK3518 Chip R 1005 1/16W 22 OHM J

R167 RK3530 Chip R 1005 1/16W 220 OHM J R244 RK3028 Chip R 1608 1/10W 150 OHM J

R168 RK3570 Chip R 1005 1/16W 470K OHMJ R245 RK3028 Chip R 1608 1/10W 150 OHM J

R169 RK3533 Chip R 1005 1/16W 390 OHM J R246 RK3028 Chip R 1608 1/10W 150 OHM J

R170 RK3533 Chip R 1005 1/16W 390 OHM J R247 RK3028 Chip R 1608 1/10W 150 OHM J

R171 RK3518 Chip R 1005 1/16W 22 OHM J R248 RK3032 Chip R 1608 1/10W 330 OHM J

R172 RK3534 Chip R 1005 1/16W 470 OHM J R249 RK3031 Chip R 1608 1/10W 270 OHM J

R173 RK3562 Chip R 1005 1/16W 100K OHMJ R250 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R174 RK3526 Chip R 1005 1/16W 100 OHM J R251 RK3550 Chip R 1005 1/16W 10K OHM J

R175 RK3023 Chip R 1608 1/10W 56 OHM J R252 RK3530 Chip R 1005 1/16W 220 OHM J

R176 RK3015 Chip R 1608 1/10W 12 OHM J R253 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R177 RK3562 Chip R 1005 1/16W 100K OHMJ R254 RK3526 Chip R 1005 1/16W 100 OHM J

R178 RK3550 Chip R 1005 1/16W 10K OHM J R255 RK3544 Chip R 1005 1/16W 3.3K OHMJ

R179 RK3526 Chip R 1005 1/16W 100 OHM J R256 RK3550 Chip R 1005 1/16W 10K OHM J

R180 RK3031 Chip R 1608 1/10W 270 OHM J R257 RK3551 Chip R 1005 1/16W 12K OHM J

R181 RK3542 Chip R 1005 1/16W 2.2K OHMJ R258 RK3568 Chip R 1005 1/16W 330K OHMJ

R182 RK3561 Chip R 1005 1/16W 82K OHM J R259 RK3566 Chip R 1005 1/16W 220K OHMJ

R183 RK3538 Chip R 1005 1/16W 1.0K OHMJ R260 RK3558 Chip R 1005 1/16W 47K OHM J

R184 RK3534 Chip R 1005 1/16W 470 OHM J R261 RK3558 Chip R 1005 1/16W 47K OHM J

R185 RK3550 Chip R 1005 1/16W 10K OHM J R262 RK3558 Chip R 1005 1/16W 47K OHM J

R186 RK3031 Chip R 1608 1/10W 270 OHM J R263 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R187 RK3553 Chip R 1005 1/16W 18K OHM J R264 RK3566 Chip R 1005 1/16W 220K OHMJ

R188 RK3028 Chip R 1608 1/10W 150 OHM J R265 RK3501 Chip R 1005 1/16W 0 OHM J

R189 RK3538 Chip R 1005 1/16W 1.0K OHMJ R266 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R190 RK3554 Chip R 1005 1/16W 22K OHM J R267 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R191 RK3558 Chip R 1005 1/16W 47K OHM J R268 RK3550 Chip R 1005 1/16W 10K OHM J

R192 RK3552 Chip R 1005 1/16W 15K OHM J R269 RK3550 Chip R 1005 1/16W 10K OHM J

R193 RK3562 Chip R 1005 1/16W 100K OHMJ R270 RK3562 Chip R 1005 1/16W 100K OHMJ

R194 RK3526 Chip R 1005 1/16W 100 OHM J R271 RK3544 Chip R 1005 1/16W 3.3K OHMJ

R195 RK3562 Chip R 1005 1/16W 100K OHMJ R272 RK3548 Chip R 1005 1/16W 6.8K OHMJ

R196 RK3526 Chip R 1005 1/16W 100 OHM J R273 RK3552 Chip R 1005 1/16W 15K OHM J

R197 RK3542 Chip R 1005 1/16W 2.2K OHMJ R274 RK3542 Chip R 1005 1/16W 2.2K OHMJ

R198 RK3550 Chip R 1005 1/16W 10K OHM J R275 RK3524 Chip R 1005 1/16W 68 OHM J

R199 RK3534 Chip R 1005 1/16W 470 OHM J R276 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R200 RK3550 Chip R 1005 1/16W 10K OHM J R277 RK3526 Chip R 1005 1/16W 100 OHM J

R201 RK3562 Chip R 1005 1/16W 100K OHMJ R278 RK3545 Chip R 1005 1/16W 3.9K OHMJ

R202 RK3532 Chip R 1005 1/16W 330 OHM J R279 RK3542 Chip R 1005 1/16W 2.2K OHMJ

R203 RK3542 Chip R 1005 1/16W 2.2K OHMJ R280 RK3570 Chip R 1005 1/16W 470K OHMJ

R204 RK3554 Chip R 1005 1/16W 22K OHM J R281 NC

R205 RK3526 Chip R 1005 1/16W 100 OHM J R282 NC

R206 RK3522 Chip R 1005 1/16W 47 OHM J R283 RK3550 Chip R 1005 1/16W 10K OHM J

R207 RK3578 Chip R 1005 1/16W 2.2M OHMJ R284 RK3550 Chip R 1005 1/16W 10K OHM J

R208 RK0008 Chip R 2125 1/8W 33 OHM J R285 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R209 RK3028 Chip R 1608 1/10W 150 OHM J R286 RK3532 Chip R 1005 1/16W 330 OHM J

R210 RK3028 Chip R 1608 1/10W 150 OHM J R287 RK3526 Chip R 1005 1/16W 100 OHM J

R211 RK3522 Chip R 1005 1/16W 47 OHM J R288 RK3559 Chip R 1005 1/16W 56K OHM J

R212 RK3546 Chip R 1005 1/16W 4.7K OHMJ R289 RK3570 Chip R 1005 1/16W 470K OHMJ

R213 RK3550 Chip R 1005 1/16W 10K OHM J R290 RK3574 Chip R 1005 1/16W 1.0M OHMJ

R214 RK3540 Chip R 1005 1/16W 1.5K OHMJ R291 RK3553 Chip R 1005 1/16W 18K OHM J

R215 RK3530 Chip R 1005 1/16W 220 OHM J R292 RK3548 Chip R 1005 1/16W 6.8K OHMJ

R216 RK3574 Chip R 1005 1/16W 1.0M OHMJ R293 RK3526 Chip R 1005 1/16W 100 OHM J

R217 RK3544 Chip R 1005 1/16W 3.3K OHMJ R294 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R218 RK3015 Chip R 1608 1/10W 12 OHM J R295 RK3550 Chip R 1005 1/16W 10K OHM J

R219 RK3028 Chip R 1608 1/10W 150 OHM J R296 RK3551 Chip R 1005 1/16W 12K OHM J

R220 RK3028 Chip R 1608 1/10W 150 OHM J R297 RK3551 Chip R 1005 1/16W 12K OHM J

R221 RK3501 Chip R 1005 1/16W 0 OHM J R298 RK3550 Chip R 1005 1/16W 10K OHM J

R222 RK3535 Chip R 1005 1/16W 560 OHM J R299 RK3541 Chip R 1005 1/16W 1.8K OHMJ

R223 RK3526 Chip R 1005 1/16W 100 OHM J R300 RK3552 Chip R 1005 1/16W 15K OHM J

R224 RK3562 Chip R 1005 1/16W 100K OHMJ R301 RK3567 Chip R 1005 1/16W 270K OHMJ

R225 RK3543 Chip R 1005 1/16W 2.7K OHMJ R302 RK3546 Chip R 1005 1/16W 4.7K OHMJ

R226 RK3544 Chip R 1005 1/16W 3.3K OHMJ R303 RK3546 Chip R 1005 1/16W 4.7K OHMJ

R227 RK3528 Chip R 1005 1/16W 150 OHM J R304 RK3546 Chip R 1005 1/16W 4.7K OHMJ

R228 RK3528 Chip R 1005 1/16W 150 OHM J R305 RK3530 Chip R 1005 1/16W 220 OHM J

R229 RK3536 Chip R 1005 1/16W 680 OHM J R306 RK3550 Chip R 1005 1/16W 10K OHM J

R230 RK3554 Chip R 1005 1/16W 22K OHM J R307 RK3562 Chip R 1005 1/16W 100K OHMJ

R231 RK3561 Chip R 1005 1/16W 82K OHM J R308 RK3554 Chip R 1005 1/16W 22K OHM J

R232 RK3526 Chip R 1005 1/16W 100 OHM J R309 RK3546 Chip R 1005 1/16W 4.7K OHMJ

R233 RK3550 Chip R 1005 1/16W 10K OHM J R310 RK3562 Chip R 1005 1/16W 100K OHMJ

R234 RK3535 Chip R 1005 1/16W 560 OHM J R311 RK3558 Chip R 1005 1/16W 47K OHM J

R235 RK3534 Chip R 1005 1/16W 470 OHM J R312 RK3564 Chip R 1005 1/16W 150K OHMJ

R236 RK3028 Chip R 1608 1/10W 150 OHM J R313 RK3530 Chip R 1005 1/16W 220 OHM J

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

MAIN Unit

34

R314 RK3571 Chip R 1005 1/16W 560K OHMJ R392 RK3542 Chip R 1005 1/16W 2.2K OHMJ

R315 RK3562 Chip R 1005 1/16W 100K OHMJ R393 NC

R316 RK3542 Chip R 1005 1/16W 2.2K OHMJ R394 RK3551 Chip R 1005 1/16W 12K OHM J

R318 RK3562 Chip R 1005 1/16W 100K OHMJ R395 RK3562 Chip R 1005 1/16W 100K OHMJ

R319 RK3542 Chip R 1005 1/16W 2.2K OHMJ R396 RK3562 Chip R 1005 1/16W 100K OHMJ

R320 RK3501 Chip R 1005 1/16W 0 OHM J R397 RK3026 Chip R 1608 1/10W 100 OHM J

R321 RK3549 Chip R 1005 1/16W 8.2K OHMJ R398 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R322 RK3542 Chip R 1005 1/16W 2.2K OHMJ R399 RK3562 Chip R 1005 1/16W 100K OHMJ

R323 RK3558 Chip R 1005 1/16W 47K OHM J R400 RK4082 Chip R 3225 1/4W 4.7 OHM J

R324 RK3534 Chip R 1005 1/16W 470 OHM J R401 RK3568 Chip R 1005 1/16W 330K OHMJ

R325 RK3526 Chip R 1005 1/16W 100 OHM J R402 RK3542 Chip R 1005 1/16W 2.2K OHMJ

R326 RK3534 Chip R 1005 1/16W 470 OHM J R403 RK3558 Chip R 1005 1/16W 47K OHM J

R327 RK3562 Chip R 1005 1/16W 100K OHMJ R404 RK3574 Chip R 1005 1/16W 1.0M OHMJ

R328 RK3534 Chip R 1005 1/16W 470 OHM J R405 RK3553 Chip R 1005 1/16W 18K OHM J

R329 RK3550 Chip R 1005 1/16W 10K OHM J R406 RK3542 Chip R 1005 1/16W 2.2K OHMJ

R330 RK3526 Chip R 1005 1/16W 100 OHM J R407 RK3549 Chip R 1005 1/16W 8.2K OHMJ

R331 RK3546 Chip R 1005 1/16W 4.7K OHMJ R408 RK3570 Chip R 1005 1/16W 470K OHMJ

R332 RK3558 Chip R 1005 1/16W 47K OHM J R409 RK3575 Chip R 1005 1/16W 1.2M OHMJ

R333 RK3544 Chip R 1005 1/16W 3.3K OHMJ R410 RK0035 Chip R 2125 1/8W 1 K OHM J

R334 RK3546 Chip R 1005 1/16W 4.7K OHMJ R411 RK3548 Chip R 1005 1/16W 6.8K OHMJ

R335 RK3558 Chip R 1005 1/16W 47K OHM J R412 RK3558 Chip R 1005 1/16W 47K OHM J

R336 RK3546 Chip R 1005 1/16W 4.7K OHMJ R413 RK3570 Chip R 1005 1/16W 470K OHMJ

R337 RK3530 Chip R 1005 1/16W 220 OHM J R414 RK3556 Chip R 1005 1/16W 33K OHM J

R338 RK3558 Chip R 1005 1/16W 47K OHM J R415 RK3556 Chip R 1005 1/16W 33K OHM J

R339 RK3574 Chip R 1005 1/16W 1.0M OHMJ R416 RK3549 Chip R 1005 1/16W 8.2K OHMJ

R340 RK3530 Chip R 1005 1/16W 220 OHM J R417 RK0005 Chip R 2125 1/8W 22 OHM J

R341 RK3550 Chip R 1005 1/16W 10K OHM J R418 RK3574 Chip R 1005 1/16W 1.0M OHMJ

R342 RK3542 Chip R 1005 1/16W 2.2K OHMJ R419 RK3574 Chip R 1005 1/16W 1.0M OHMJ

R343 RK3501 Chip R 1005 1/16W 0 OHM J R420 RK3574 Chip R 1005 1/16W 1.0M OHMJ

R344 RK3526 Chip R 1005 1/16W 100 OHM J R421 RK3570 Chip R 1005 1/16W 470K OHMJ

R345 RK3534 Chip R 1005 1/16W 470 OHM J R422 RK3547 Chip R 1005 1/16W 5.6K OHMJ

R346 RK3544 Chip R 1005 1/16W 3.3K OHMJ R423 RK3549 Chip R 1005 1/16W 8.2K OHMJ

R347 RK3550 Chip R 1005 1/16W 10K OHM J R424 RK3550 Chip R 1005 1/16W 10K OHM J

R348 RK3530 Chip R 1005 1/16W 220 OHM J R425 RK3562 Chip R 1005 1/16W 100K OHMJ

R349 RK3558 Chip R 1005 1/16W 47K OHM J R426 RK4082 Chip R 3225 1/4W 4.7 OHM J

R350 RK3550 Chip R 1005 1/16W 10K OHM J R427 RK3550 Chip R 1005 1/16W 10K OHM J

R351 RK3554 Chip R 1005 1/16W 22K OHM J R428 RK3574 Chip R 1005 1/16W 1.0M OHMJ

R352 RK3558 Chip R 1005 1/16W 47K OHM J R429 RK3532 Chip R 1005 1/16W 330 OHM J

R353 RK3550 Chip R 1005 1/16W 10K OHM J R430 RK3562 Chip R 1005 1/16W 100K OHMJ

R354 RK3547 Chip R 1005 1/16W 5.6K OHMJ R431 RK3574 Chip R 1005 1/16W 1.0M OHMJ

R355 RK3552 Chip R 1005 1/16W 15K OHM J R432 RK0035 Chip R 2125 1/8W 1 K OHM J

R356 RK3546 Chip R 1005 1/16W 4.7K OHMJ R433 RK3534 Chip R 1005 1/16W 470 OHM J

R357 RK3546 Chip R 1005 1/16W 4.7K OHMJ R434 RK3550 Chip R 1005 1/16W 10K OHM J

R358 RK3530 Chip R 1005 1/16W 220 OHM J R435 RK3530 Chip R 1005 1/16W 220 OHM J

R359 RK3540 Chip R 1005 1/16W 1.5K OHMJ R436 RK3563 Chip R 1005 1/16W 120K OHMJ

R360 RK3550 Chip R 1005 1/16W 10K OHM J R437 RK3554 Chip R 1005 1/16W 22K OHM J

R361 RK3538 Chip R 1005 1/16W 1.0K OHMJ R438 RK3568 Chip R 1005 1/16W 330K OHMJ

R362 RK3551 Chip R 1005 1/16W 12K OHM J R439 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R363 RK3554 Chip R 1005 1/16W 22K OHM J R440 RK3546 Chip R 1005 1/16W 4.7K OHMJ

R364 RK3544 Chip R 1005 1/16W 3.3K OHMJ R441 RK3560 Chip R 1005 1/16W 68K OHM J

R365 RK3530 Chip R 1005 1/16W 220 OHM J R442 RK3549 Chip R 1005 1/16W 8.2K OHMJ

R366 RK3550 Chip R 1005 1/16W 10K OHM J R443 RK3542 Chip R 1005 1/16W 2.2K OHMJ

R367 RK3550 Chip R 1005 1/16W 10K OHM J R444 RK3542 Chip R 1005 1/16W 2.2K OHMJ

R368 RK3573 Chip R 1005 1/16W 820K OHMJ R445 RK3535 Chip R 1005 1/16W 560 OHM J

R369 RK3542 Chip R 1005 1/16W 2.2K OHMJ R446 NC

R370 RK3554 Chip R 1005 1/16W 22K OHM J R447 NC

R371 RK3538 Chip R 1005 1/16W 1.0K OHMJ R448 RK3564 Chip R 1005 1/16W 150K OHMJ

R372 RK3560 Chip R 1005 1/16W 68K OHM J R449 RK3567 Chip R 1005 1/16W 270K OHMJ

R373 RK3526 Chip R 1005 1/16W 100 OHM J R450 RK3554 Chip R 1005 1/16W 22K OHM J

R374 RK3538 Chip R 1005 1/16W 1.0K OHMJ R451 RK3570 Chip R 1005 1/16W 470K OHMJ

R375 RK3534 Chip R 1005 1/16W 470 OHM J R452 RK3558 Chip R 1005 1/16W 47K OHM J

R376 RK3538 Chip R 1005 1/16W 1.0K OHMJ R453 RK3574 Chip R 1005 1/16W 1.0M OHMJ

R377 RK3568 Chip R 1005 1/16W 330K OHMJ R454 RK3562 Chip R 1005 1/16W 100K OHMJ

R378 RK3550 Chip R 1005 1/16W 10K OHM J R455 RK3542 Chip R 1005 1/16W 2.2K OHMJ

R379 RK3560 Chip R 1005 1/16W 68K OHM J R456 RK3550 Chip R 1005 1/16W 10K OHM J

R380 RK3557 Chip R 1005 1/16W 39K OHM J R457 RK3566 Chip R 1005 1/16W 220K OHMJ

R381 RK3566 Chip R 1005 1/16W 220K OHMJ R458 RK3580 Chip R 1005 1/16W 3.3M OHMJ

R382 RK3501 Chip R 1005 1/16W 0 OHM J R459 RK3550 Chip R 1005 1/16W 10K OHM J

R383 RK3548 Chip R 1005 1/16W 6.8K OHMJ R460 RK3570 Chip R 1005 1/16W 470K OHMJ

R384 RK3557 Chip R 1005 1/16W 39K OHM J R461 RK3522 Chip R 1005 1/16W 47 OHM J

R385 RK3554 Chip R 1005 1/16W 22K OHM J R462 RK3567 Chip R 1005 1/16W 270K OHMJ

R386 RK3557 Chip R 1005 1/16W 39K OHM J R463 RK3580 Chip R 1005 1/16W 3.3M OHMJ

R387 RK3546 Chip R 1005 1/16W 4.7K OHMJ R464 RK3574 Chip R 1005 1/16W 1.0M OHMJ

R388 RK3030 Chip R 1608 1/10W 220 OHM J R465 RK3574 Chip R 1005 1/16W 1.0M OHMJ

R389 RK3030 Chip R 1608 1/10W 220 OHM J R466 RK3550 Chip R 1005 1/16W 10K OHM J

R390 RK3562 Chip R 1005 1/16W 100K OHMJ R467 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R391 RK3550 Chip R 1005 1/16W 10K OHM J R468 RK3548 Chip R 1005 1/16W 6.8K OHMJ

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

MAIN Unit

35

MAIN Unit

R469 RK3558 Chip R 1005 1/16W 47K OHM J R603 RK3534 Chip R 1005 1/16W 470 OHM J

R470 RK3554 Chip R 1005 1/16W 22K OHM J R604 RK3522 Chip R 1005 1/16W 47 OHM J

R471 RK3550 Chip R 1005 1/16W 10K OHM J R605 RK3526 Chip R 1005 1/16W 100 OHM J

R472 RK3558 Chip R 1005 1/16W 47K OHM J R606 RK3545 Chip R 1005 1/16W 3.9K OHMJ

R473 RK3558 Chip R 1005 1/16W 47K OHM J R607 RK3558 Chip R 1005 1/16W 47K OHM J

R474 RK3558 Chip R 1005 1/16W 47K OHM J R608 RK3558 Chip R 1005 1/16W 47K OHM J

R475 RK1018 Chip R 3216 1/8 W 100 OHM J R609 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R476 RK1018 Chip R 3216 1/8 W 100 OHM J R610 RK3534 Chip R 1005 1/16W 470 OHM J

R477 RK3554 Chip R 1005 1/16W 22K OHM J R611 RK3550 Chip R 1005 1/16W 10K OHM J

R478 RK1018 Chip R 3216 1/8 W 100 OHM J R612 RK3534 Chip R 1005 1/16W 470 OHM J

R479 RK3550 Chip R 1005 1/16W 10K OHM J R613 RK3540 Chip R 1005 1/16W 1.5K OHMJ

R480 RK3574 Chip R 1005 1/16W 1.0M OHMJ R614 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R481 RK3534 Chip R 1005 1/16W 470 OHM J R615 RK3526 Chip R 1005 1/16W 100 OHM J

R482 RK3550 Chip R 1005 1/16W 10K OHM J R616 RK3522 Chip R 1005 1/16W 47 OHM J

R483 RK3554 Chip R 1005 1/16W 22K OHM J R617 RK3519 Chip R 1005 1/16W 27 OHM J

R484 RK3518 Chip R 1005 1/16W 22 OHM J R618 RK3546 Chip R 1005 1/16W 4.7K OHMJ

R485 RK3558 Chip R 1005 1/16W 47K OHM J R619 RK3530 Chip R 1005 1/16W 220 OHM J

R486 RK3554 Chip R 1005 1/16W 22K OHM J R620 RK3522 Chip R 1005 1/16W 47 OHM J

R487 RK3554 Chip R 1005 1/16W 22K OHM J R621 RK3540 Chip R 1005 1/16W 1.5K OHMJ

R488 RK3534 Chip R 1005 1/16W 470 OHM J R622 RK3550 Chip R 1005 1/16W 10K OHM J

R489 RK3538 Chip R 1005 1/16W 1.0K OHMJ R623 RK3549 Chip R 1005 1/16W 8.2K OHMJ

R490 RK3526 Chip R 1005 1/16W 100 OHM J R624 RK3535 Chip R 1005 1/16W 560 OHM J

R491 RK3554 Chip R 1005 1/16W 22K OHM J R625 RK3501 Chip R 1005 1/16W 0 OHM J

R492 RK3574 Chip R 1005 1/16W 1.0M OHMJ R626 RK3552 Chip R 1005 1/16W 15K OHM J

R493 RK3554 Chip R 1005 1/16W 22K OHM J R627 RK3526 Chip R 1005 1/16W 100 OHM J

R494 RK3554 Chip R 1005 1/16W 22K OHM J R628 RK3558 Chip R 1005 1/16W 47K OHM J

R495 RK3538 Chip R 1005 1/16W 1.0K OHMJ R629 RK3536 Chip R 1005 1/16W 680 OHM J

R496 RK3538 Chip R 1005 1/16W 1.0K OHMJ R630 RK3562 Chip R 1005 1/16W 100K OHMJ

R497 RK3557 Chip R 1005 1/16W 39K OHM J R631 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R498 RK3556 Chip R 1005 1/16W 33K OHM J R632 RK3548 Chip R 1005 1/16W 6.8K OHMJ

R499 RK3550 Chip R 1005 1/16W 10K OHM J R633 RK3558 Chip R 1005 1/16W 47K OHM J

R500 RK3554 Chip R 1005 1/16W 22K OHM J R634 RK3526 Chip R 1005 1/16W 100 OHM J

R501 RK3558 Chip R 1005 1/16W 47K OHM J R635 RK3558 Chip R 1005 1/16W 47K OHM J

R502 RK3558 Chip R 1005 1/16W 47K OHM J R636 RK3536 Chip R 1005 1/16W 680 OHM J

R503 RK3557 Chip R 1005 1/16W 39K OHM J R637 RK3522 Chip R 1005 1/16W 47 OHM J

R504 RK3566 Chip R 1005 1/16W 220K OHMJ R638 RK3548 Chip R 1005 1/16W 6.8K OHMJ

R505 RK3562 Chip R 1005 1/16W 100K OHMJ R639 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R506 RK3538 Chip R 1005 1/16W 1.0K OHMJ R640 RK3558 Chip R 1005 1/16W 47K OHM J

R507 RK3546 Chip R 1005 1/16W 4.7K OHMJ R641 RK3526 Chip R 1005 1/16W 100 OHM J

R508 RK3554 Chip R 1005 1/16W 22K OHM J R642 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R509 RK3554 Chip R 1005 1/16W 22K OHM J R643 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R510 RK3558 Chip R 1005 1/16W 47K OHM J R644 RK3532 Chip R 1005 1/16W 330 OHM J

R511 RK3555 Chip R 1005 1/16W 27K OHM J R645 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R512 RK3562 Chip R 1005 1/16W 100K OHMJ R646 RK3550 Chip R 1005 1/16W 10K OHM J

R513 RK3538 Chip R 1005 1/16W 1.0K OHMJ R647 RK3550 Chip R 1005 1/16W 10K OHM J

R514 NC R648 RK3562 Chip R 1005 1/16W 100K OHMJ

R515 RK3546 Chip R 1005 1/16W 4.7K OHMJ R649 NC

R516 RK3554 Chip R 1005 1/16W 22K OHM J R650 RK3530 Chip R 1005 1/16W 220 OHM J

R517 RK3558 Chip R 1005 1/16W 47K OHM J R651 RK3526 Chip R 1005 1/16W 100 OHM J

R518 RK3558 Chip R 1005 1/16W 47K OHM J R652 RK3550 Chip R 1005 1/16W 10K OHM J

R519 RK3560 Chip R 1005 1/16W 68K OHM J R654 RK3522 Chip R 1005 1/16W 47 OHM J

R520 RK3538 Chip R 1005 1/16W 1.0K OHMJ R655 RK3554 Chip R 1005 1/16W 22K OHM J

R521 RK3538 Chip R 1005 1/16W 1.0K OHMJ R656 RK3554 Chip R 1005 1/16W 22K OHM J

R522 RK3549 Chip R 1005 1/16W 8.2K OHMJ R658 RK3550 Chip R 1005 1/16W 10K OHM J

R523 RK3542 Chip R 1005 1/16W 2.2K OHMJ R659 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R524 RK3542 Chip R 1005 1/16W 2.2K OHMJ R663 RK3526 Chip R 1005 1/16W 100 OHM J

R525 RK3538 Chip R 1005 1/16W 1.0K OHMJ R664 RK3530 Chip R 1005 1/16W 220 OHM J

R526 RK3542 Chip R 1005 1/16W 2.2K OHMJ R665 RK3526 Chip R 1005 1/16W 100 OHM J

R527 RK3550 Chip R 1005 1/16W 10K OHM J R666 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R528 RK3501 Chip R 1005 1/16W 0 OHM J R667 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R529 RK3501 Chip R 1005 1/16W 0 OHM J R668 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R530 RK3550 Chip R 1005 1/16W 10K OHM J R670 RK3554 Chip R 1005 1/16W 22K OHM J

R531 RK3550 Chip R 1005 1/16W 10K OHM J R672 RK3564 Chip R 1005 1/16W 150K OHMJ

R532 RK3550 Chip R 1005 1/16W 10K OHM J R673 RK3554 Chip R 1005 1/16W 22K OHM J

R533 RK3538 Chip R 1005 1/16W 1.0K OHMJ R674 RK3562 Chip R 1005 1/16W 100K OHMJ

R534 RK3558 Chip R 1005 1/16W 47K OHM J R675 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R535 RK3534 Chip R 1005 1/16W 470 OHM J R676 RK3568 Chip R 1005 1/16W 330K OHMJ

R536 RK3526 Chip R 1005 1/16W 100 OHM J R677 RK3558 Chip R 1005 1/16W 47K OHM J

R537 RK3552 Chip R 1005 1/16W 15K OHM J R678 RK3546 Chip R 1005 1/16W 4.7K OHMJ

R538 RK3544 Chip R 1005 1/16W 3.3K OHMJ R679 RK3554 Chip R 1005 1/16W 22K OHM J

R539 RK3501 Chip R 1005 1/16W 0 OHM J R680 RK3526 Chip R 1005 1/16W 100 OHM J

R540 RK3554 Chip R 1005 1/16W 22K OHM J R681 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R541 RK3561 Chip R 1005 1/16W 82K OHM J R682 RK3530 Chip R 1005 1/16W 220 OHM J

R542 RK3543 Chip R 1005 1/16W 2.7K OHMJ R683 RK3526 Chip R 1005 1/16W 100 OHM J

R543 RK3550 Chip R 1005 1/16W 10K OHM J R684 RK3545 Chip R 1005 1/16W 3.9K OHMJ

R601 RK3540 Chip R 1005 1/16W 1.5K OHMJ R685 RK3546 Chip R 1005 1/16W 4.7K OHMJ

R602 RK3526 Chip R 1005 1/16W 100 OHM J R686 RK3562 Chip R 1005 1/16W 100K OHMJ

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

36

MAIN Unit

R687 RK3539 Chip R 1005 1/16W 1.2K OHMJ R1047 RK3550 Chip R 1005 1/16W 10K OHM J

R688 RK3534 Chip R 1005 1/16W 470 OHM J R1048 RK3501 Chip R 1005 1/16W 0 OHM J

R689 RK3550 Chip R 1005 1/16W 10K OHM J R1049 RK3550 Chip R 1005 1/16W 10K OHM J

R690 RK3546 Chip R 1005 1/16W 4.7K OHMJ R1050 NC

R691 RK3550 Chip R 1005 1/16W 10K OHM J R1051 NC

R692 RK3546 Chip R 1005 1/16W 4.7K OHMJ R1052 RK3551 Chip R 1005 1/16W 12K OHM J

R693 RK3538 Chip R 1005 1/16W 1.0K OHMJ R1053 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R694 RK3526 Chip R 1005 1/16W 100 OHM J R1054 RK3562 Chip R 1005 1/16W 100K OHMJ

R695 RK3562 Chip R 1005 1/16W 100K OHMJ R1055 NC

R696 RK3549 Chip R 1005 1/16W 8.2K OHMJ R1056 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R697 RK3534 Chip R 1005 1/16W 470 OHM J R1057 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R698 RK3522 Chip R 1005 1/16W 47 OHM J R1058 RK3557 Chip R 1005 1/16W 39K OHM J

R699 RK3501 Chip R 1005 1/16W 0 OHM J R1059 RK3526 Chip R 1005 1/16W 100 OHM J

R700 RK3531 Chip R 1005 1/16W 270 OHM J R1060 RK3548 Chip R 1005 1/16W 6.8K OHMJ

R701 RK3526 Chip R 1005 1/16W 100 OHM J R1061 RK3557 Chip R 1005 1/16W 39K OHM J

R702 RK3550 Chip R 1005 1/16W 10K OHM J R1062 RK3550 Chip R 1005 1/16W 10K OHM J

R703 RK3550 Chip R 1005 1/16W 10K OHM J R1063 RK3553 Chip R 1005 1/16W 18K OHM J

R704 RK3550 Chip R 1005 1/16W 10K OHM J R1064 RK3548 Chip R 1005 1/16W 6.8K OHMJ

R705 RK3546 Chip R 1005 1/16W 4.7K OHMJ R1065 RK3550 Chip R 1005 1/16W 10K OHM J

R706 RK3534 Chip R 1005 1/16W 470 OHM J R1066 RK3553 Chip R 1005 1/16W 18K OHM J

R707 RK3554 Chip R 1005 1/16W 22K OHM J R1067 NC

R708 RK3562 Chip R 1005 1/16W 100K OHMJ R1068 RK3550 Chip R 1005 1/16W 10K OHM J

R709 RK3552 Chip R 1005 1/16W 15K OHM J R1069 NC

R710 RK3552 Chip R 1005 1/16W 15K OHM J R1070 NC

R711 RK3552 Chip R 1005 1/16W 15K OHM J R1071 NC

R712 RK3552 Chip R 1005 1/16W 15K OHM J R1072 NC

R713 RK3534 Chip R 1005 1/16W 470 OHM J R1073 RK3562 Chip R 1005 1/16W 100K OHMJ

R714 RK3538 Chip R 1005 1/16W 1.0K OHMJ R1074 RK3561 Chip R 1005 1/16W 82K OHM J

R715 RK3542 Chip R 1005 1/16W 2.2K OHMJ R1075 RK3562 Chip R 1005 1/16W 100K OHMJ

R716 RK3533 Chip R 1005 1/16W 390 OHM J R1076 RK3566 Chip R 1005 1/16W 220K OHMJ

R717 RK3001 Chip R 1608 0 OHM R1077 RK3522 Chip R 1005 1/16W 47 OHM J

R718 RK3001 Chip R 1608 0 OHM R1078 NC

R719 RK3001 Chip R 1608 0 OHM R1079 NC

R720 RK3001 Chip R 1608 0 OHM R1080 NC

R721 RK3001 Chip R 1608 0 OHM R1081 NC

R722 RK3001 Chip R 1608 0 OHM R1082 NC

R723 RK3562 Chip R 1005 1/16W 100K OHMJ R1083 RK3553 Chip R 1005 1/16W 18K OHM J

R725 RK3562 Chip R 1005 1/16W 100K OHMJ R1084 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R726 RK3550 Chip R 1005 1/16W 10K OHM J R1085 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R727 RK3538 Chip R 1005 1/16W 1.0K OHMJ R1086 RK3562 Chip R 1005 1/16W 100K OHMJ

R728 RK3562 Chip R 1005 1/16W 100K OHMJ R1087 RK3562 Chip R 1005 1/16W 100K OHMJ

R729 RK3562 Chip R 1005 1/16W 100K OHMJ R1088 NC

R730 RK3550 Chip R 1005 1/16W 10K OHM J R1089 NC

R731 RK3562 Chip R 1005 1/16W 100K OHMJ R1090 NC

R732 RK3562 Chip R 1005 1/16W 100K OHMJ R1091 NC

R733 RK3562 Chip R 1005 1/16W 100K OHMJ R1092 NC

R734 RK3562 Chip R 1005 1/16W 100K OHMJ R1093 NC

R735 RK3001 Chip R 1608 0 OHM R1095 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R1001 RK3538 Chip R 1005 1/16W 1.0K OHMJ R1096 NC

R1002 RK3526 Chip R 1005 1/16W 100 OHM J R1097 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R1003 RK3550 Chip R 1005 1/16W 10K OHM J R1098 NC

R1004 RK3550 Chip R 1005 1/16W 10K OHM J R1099 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R1005 RK3548 Chip R 1005 1/16W 6.8K OHMJ R1100 RK3542 Chip R 1005 1/16W 2.2K OHMJ

R1007 RK3518 Chip R 1005 1/16W 22 OHM J R1101 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R1008 RK3518 Chip R 1005 1/16W 22 OHM J R1102 RK3550 Chip R 1005 1/16W 10K OHM J

R1010 RK3550 Chip R 1005 1/16W 10K OHM J R1103 RK3550 Chip R 1005 1/16W 10K OHM J

R1011 RK3550 Chip R 1005 1/16W 10K OHM J R1104 RK3526 Chip R 1005 1/16W 100 OHM J

R1013 RK3538 Chip R 1005 1/16W 1.0K OHMJ R1105 RK3550 Chip R 1005 1/16W 10K OHM J

R1015 RK3518 Chip R 1005 1/16W 22 OHM J R1106 NC

R1017 RK3548 Chip R 1005 1/16W 6.8K OHMJ R1107 RK3551 Chip R 1005 1/16W 12K OHM J

R1020 RK3518 Chip R 1005 1/16W 22 OHM J R1108 RK3562 Chip R 1005 1/16W 100K OHMJ

R1031 RK3551 Chip R 1005 1/16W 12K OHM J R1109 NC

R1032 RK3542 Chip R 1005 1/16W 2.2K OHMJ R1110 NC

R1033 RK3531 Chip R 1005 1/16W 270 OHM J R1111 NC

R1034 RK3518 Chip R 1005 1/16W 22 OHM J R1112 NC

R1035 RK3562 Chip R 1005 1/16W 100K OHMJ R1113 NC

R1036 RK3562 Chip R 1005 1/16W 100K OHMJ R1114 NC

R1037 RK3562 Chip R 1005 1/16W 100K OHMJ R1115 NC

R1038 RK3562 Chip R 1005 1/16W 100K OHMJ R1116 RK3501 Chip R 1005 1/16W 0 OHM J

R1039 RK3562 Chip R 1005 1/16W 100K OHMJ R1117 NC

R1040 NC R1118 RK3562 Chip R 1005 1/16W 100K OHMJ

R1041 RK3547 Chip R 1005 1/16W 5.6K OHMJ R1119 NC

R1042 RK3538 Chip R 1005 1/16W 1.0K OHMJ R1120 RK3501 Chip R 1005 1/16W 0 OHM J

R1043 NC R1121 RK3501 Chip R 1005 1/16W 0 OHM J

R1044 NC R1122 RK3501 Chip R 1005 1/16W 0 OHM J

R1045 RK3526 Chip R 1005 1/16W 100 OHM J R1123 RK3538 Chip R 1005 1/16W 1.0K OHMJ

R1046 RK3550 Chip R 1005 1/16W 10K OHM J R1124 NC

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

37

MAIN Unit

R1125 NC DP0222 LCD PANEL SR9

R1126 RK3558 Chip R 1005 1/16W 47K OHM J ES0035A 57-8BC-35 2.0T

R1127 RK3550 Chip R 1005 1/16W 10K OHM J ET0014A FAN AD812MB-C70(TP)

R1128 RK3526 Chip R 1005 1/16W 100 OHM J FG0481A KEY BOARD

R1129 RK3550 Chip R 1005 1/16W 10K OHM J FG0506 CUSHION

R1130 RK3550 Chip R 1005 1/16W 10K OHM J FG0518 KEYBOAD

R1131 RK3501 Chip R 1005 1/16W 0 OHM J FM0162 STAND XM669

R1132 RK3546 Chip R 1005 1/16W 4.7K OHMJ FM0333 STEEL PIPE DXSR8

R1133 NC FM0347 GND. PLATE DXSR8

R1134 RK3562 Chip R 1005 1/16W 100K OHMJ FP0151 REAR PANEL DR135

R1135 RK3562 Chip R 1005 1/16W 100K OHMJ FP0351 NET A DXSR8E

SR9E

R1136 RK3562 Chip R 1005 1/16W 100K OHMJ FP0352 NET B DXSR8E

SR9E

R1137 RK3550 Chip R 1005 1/16W 10K OHM J FP0357 NET C DXSR8E

SR9E

R1138 RK3574 Chip R 1005 1/16W 1.0M OHMJ FP0358 NET D DXSR8E

SR9E

R1139 RK3562 Chip R 1005 1/16W 100K OHMJ FP0359 NET E DXSR8E

SR9E

RL101 UL0006 Relay AG201344 KB0130 REAR CASE DXSR8

SH601 TS0172 SHIELD CASE VCO CASE DR620 KS0107 BOTTOM COVER DXSR8

SH602 TS0172 SHIELD CASE VCO CASE DR620 KU0167 UPPER COVER DXSR8

SH603 TS0190 SHIELD CASE SHIELD CASE DXSR8 KZ0249 FRONT ASSY SR9

TH101 XS0036 Thermistor NTCG164BH222KT NK0084 MAIN DIAL SR8

TH102 XS0071 Thermistor ERTJ1VR472J NK0085 KONB A SR8

TH1001 XS0036 Thermistor NTCG164BH222KT NK0086 KNOB B SR8

VR101 RH0243 Trimmer R PVA2A101A01R00 PR0610 N-10X49SEAL(YELLOW)

VR102 RH0208 Trimmer R PVA2A103A01R00 PR0673 TERMINAL SEAL

VR103 RH0208 Trimmer R PVA2A103A01R00 QB0036 BP53RB120070060M

VR104 RH0212 Trimmer R PVA2A105A01R00 QB0069 HF70RH10X20X5

VR105 RH0208 Trimmer R PVA2A103A01R00 SP0008 GND TERM XM601

VR106 RH0207 Trimmer R PVA2A472A01R00 SP0022 KNOB SPRING #5000

VR107 NC SS0113B CHASSIS DXSR8

VR108 NC UE0258Y FM-M.D.R-4(Y)

VR109 RH0208 Trimmer R PVA2A103A01R00 UX1047 WIRE DR130

VR110 RH0208 Trimmer R PVA2A103A01R00 UX1412 CABLE DXSR8

VR111 RH0208 Trimmer R PVA2A103A01R00 UX1422 CABLE PA

VR112 RH0210 Trimmer R PVA2A473A01R00 UX1423 WIRE ACC

VR113 RH0257 Trimmer R PVA2A224A01R00 YA0004 DIAL BOND(DX748)

VR114 RH0259 Trimmer R PVA2A474A01R00 YX0053 LCD TAPE DXSR8

VR115 RH0250 Trimmer R PVA2A222A01R00 YZ0001 SI.GREASEG746 1GRAM

VR116 RH0208 Trimmer R PVA2A103A01R00

VR117 RH0208 Trimmer R PVA2A103A01R00

VR118 RH0250 Trimmer R PVA2A222A01R00

VR119 RH0211 Trimmer R PVA2A104A01R00

VR120 RH0209 Trimmer R PVA2A223A01R00

VR601 RH0211 Trimmer R PVA2A104A01R00

VR1001 RH0209 Trimmer R PVA2A223A01R00 AJ0025 PH T3.5+10 FE/N 1

VR1002 RH0209 Trimmer R PVA2A223A01R00 DS0446 NITTO MODEL PLATE(S)

VR1003 RH0208 Trimmer R PVA2A103A01R00 EHM64A ｶﾝｾｲﾋﾝ EHM64A

VR1004 NC FD0004 CD-R SDR

VR1005 RH0208 Trimmer R PVA2A103A01R00 FM0114Z MIC HANGER

X101 XQ0228 Crystal SMD49 8.000MHZ HH0081 AIR CAP BAG#402

X102 XK0002 Discriminator CDBM455C7 HK0760 INDIVIDAL BOX INDIVIDUAL BOX SR9T

X601 XQ0229 Crystal TTS18VSE 16.777216M HM0264 2-CARTON BOX

XF101 XF0084 MCF MF71.7R 71.75000MHZ HP0016 5X75X90

XF102 XF0084 MCF MF71.7R 71.75000MHZ HP0048 5X400X500

XF103 XF0084 MCF MF71.7R 71.75000MHZ HU0250 INNER 10 INNER DJX30

YZ0170 ﾌｨﾗﾒﾝT #9510 25X50M HU0275 INNER SIDE DXSR8

TZ0066 ACC.FOR 2SC1971/01 HU0276 INNER PAD INNER PAD

UP0757 PCB DXSR9 MAIN INTEG HU0277 INNER BOX INNER BOX DXSR8

PH0010C ﾎｼｮｳｼｮ(ｺｸﾅｲ)

PH0015 WARRANTY CEAT EXPORT

SR9T

PK0133 SCHEMATIC DXSR9

PR0478 SERIAL SEAL

SR9E

PR0513 NITTO 13X13 LABEL(W)

PR0514 EPSON 10X49 LABEL(W)

AA0005 SCREW PH M2.6+6 FE/N PR0515 NITTO 25X40 LABEL(W)

SR9T

AA0043 SCREW PH M3+6 FE/N PR0679 100X50 SEAL(W)

AA0084 SCREW PH M4+25FN PR0714 20X80 LABEL

AA0085 SCREW TH M3+6FE/BZN PS0667 MANUAL INSTRUCTION DXSR9

AD0005 SCREW PH/D M4+10 FE/ZN UA0083A POWER CABLE 30A

AP0017 SCREW PH P2.6+10 FE/B.ZN YZ0138 TAPE ﾘｮｳﾒﾝﾃｰﾌﾟ EBC7

AP0021 SCREW PH P2.6+6 FE/3B.ZN

AZ0054 WASHER SW4.0 SUS

DD0019 BLIND SHEET B

DD0023 BLIND SHEET DXSR8

DD0031 BLIND SHEET DXSR9

DF0007 RUBBER FOOT XM601

DF0008 RUBBER FOOT L/XM601

DF0009 RUBBER FOOT R/XM601

Version

Ref.
No.

Parts No.

Description

Parts Name

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

Description

Parts Name

Version

Ref.
No.

Parts No.

Mechanical Unit

Packing Unit

38

Adjustments

1) Required Test Equipment

The following items are required to adjust radio parameters

1.DC Regulated power supply
Supply voltage: 13.8V or more
Current: 30A or more

2.Digital multimeter
Voltage range: FS = Approx. 20V
Current: 10A or more
Input resistance: High impedance

3.Oscilloscope
Measurable frequency: Audio frequency

4.Audio dummy load
Impedance: 8Ω
Dissipation: 3W or more
Jack: 3.5mmΦ

5.SSG
Output frequency: 100MHz or more
Impedance: 50Ω, unbalanced
Modulation: FM/AM

6.Spectrum Analyzer
Measurable frequency: 100MHz or more
Impedance: 50Ω, unbalanced

7.Power meter
Measurable frequency: 1.6MHz to 30MHz
Impedance: 50Ω, unbalanced
Measuring range: 0.1W-150W

8.Audio volmeter
Measurable frequency: Up to 100kHz
Sensitivity: 1mV to 10V

9.Audio generator
Output frequency: 100Hz to 10kHz
Output impedance: 600Ω, unbalanced

10.Distortion meter/SINAD meter
Measurable frequency: 1kHz
Input level: Up to 40dB
Distortion: 1%-100%

11.Frequency counter
Measurable frequency: 1.6MHz to 30MHz
Measurable stability: Approx. ±0.1ppm

12.Linear detector
Measurable frequency: 1.6MHz to 30MHz
Characteristics: Flat
CN: 60dB or more

13. DC Ammeter
Current: 30A or more

14. Personal Computer

PC requirements :
OS : Windows Vista, 7 or 8
CPU : Intel Core i5 2.4 GHz equivalent or faster
Memory : 2GByte or more
Display : 1024×768 pixel, color 32bit or better
Sound card : 48kHz 16bit sampling Stereo replay and
record

＊Creative brand “Sound Blaster” serise tested and recommended.
＊Mouse : Center wheel and high-speed scrolling required.

Note:
(1). SSG initial setting
Modulation Frequency:1kHz
Modulation Level:3.5kHz
(3). Reference sensitivity(FM): 12dB SINAD
(4). Specified audio output level: 2W at 8Ω
(5). Standard audio output level: 50mW at 8Ω
(6). Use an RF cable ( 5D2V:1M ) for test equipment.
(7). Attach a fuse to the RF test equipment.
(8). All SSG outputs are indicated by EMF
(9). Supply voltage for the transceiver:13.8VDC

39

40

2) Adjustment Spot

PA Unit Adjustment Spot

CP806( - )

JP802

JP801

CP808( +)

VR804

CP804( - )

VR801VR803

VR802

TC901

CN904

MAIN Unit Adjustment Spot

VR113

VR110

CN10 6

VR119

VR112

CN101

VR114

VR11 7

VR115

VR116

L150

L149

L156

VR108

VR11 1VR109

L179

VR103

VR102VR1 18

L111

L105

L104

L180

L116L143

VR106

VR10 1

VR105

VR104

L113

L112

VR107

L120

L128

L127

CN10 3

L126

TP603

L607

L603

CN10 7

TP601

VR601

TP602

CN102

JP109

VR120

CN901

REV(CP901)

CN90 2

CN104 CN105

CN10 8

CN801

3) PA Unit Adjustment

Idling Current Adjustment Setting

DC power supply

DC current meter

30A

DXSR9

Adjustment the idle current without
input signal.

4) MAIN Unit Adjustment

(a) RX Adjustment

Oscilloscope

SWR Detection Adjustment Setting

DC power supply

SG or Signal

generator tool

ITEM

Pre-Drive
Idling Current

CONDITION

SSG : OFF
Mode : USB

Adjustment

Drive
Idling Current

SSG : OFF
Mode : USB

Adjustment

Final
Idling Current

SSG : OFF
Mode : USB

Adjustment

SWR Detection

1.9000MHz
Mode : USB
SG output -14dBm
into CN801.

41

(Range of current
meter:30A)

DC current meter

3A

DC current meter

1A

DXSR9 PA unit Power meter

UNIT

PA

PA

PA

DXSR9 PA unit
adjustment tool

DXSR9 PA unit
adjustment tool

DC voltage

meter

ADJ.SPOT

VR802

VR804

VR801
VR803

PA

TC901

Adjust SWR at approximately 50W.

ADJUSTING METHOD

The cable of CN801 is removed.
VR801,VR803 : Minimum (Turn left.)
Connect the current meter between
CP808 (+) and CP804 (-), then adjust
VR802 to 100mA in transmission mode.
Connect JP801 by soldering after
adjustment.
Connect the current meter between
CP808 (+) and CP806 (-), then adjust
VR804 to 700mA in transmission mode.
Connect JP802 by soldering after
adjustment.
Turn VR801 and VR803
counterclockwise fully, check the total
current in transmission mode.
Turn VR801 clockwise slowly so that
the total current increases 400mA.
Then turn VR803 clockwise slowly so
that the total current increases 400mA.
As a result, the total current increases
800mA.
Adjust the output power to 50W, then
adjust the TC901 so that REV (CP901)
voltage minimum.

ITEM

TCXO

Interstage
Tuning

FM Sensitivity

Total Gain

S Meter

Noise Blanker

SG

ANT SP OUT

CONDITION

14.1000MHz
MODE : USB
RF : +10dB
SG : 0dBu
Mod：OFF

14.1000MHz
MODE : FM
RF : +10dB
SG : 0dBu
1KHz 1.75KHz/DEV

14.1000MHz
MODE : USB
RF : 0dB
SG : 40dBu

14.1000MHz
MODE : USB
RF : 0dB
SG : 20dBu
SG : 40dBu

14.1000MHz
MODE : USB
RF : +10dB
SG : 40dBu
FM MOD 20Hz
100KHz/DEV

Noise Blanker ON
(FUNC → 9 key)

DXSR9

UNIT

MAIN

MAIN

MAIN

MAIN

MAIN

MAIN

MAIN

Distortion meter

ADJ.SPOT

VR601

L149
L150
L156
L143
L116
L113
L120
L179
L180
L150
L156
L143
L116
L113
VR106

VR105

VR104

L128
L126
L127

Audio volmeter

ADJUSTING METHOD

Adjust it so that the TP601 output
becomes 16.777216MHz ± 5Hz at a
frequency counter.
Adjust every following group
repeatedly to obtain the maximum AF
output level.

L149, L150, L156
L143, L116, L113
L120
L179, L180

Adjust repeatedly to obtain the
maximum SINAD.
SINAD should be 13dB or more.

Adjust SP output by setting the AF
gain to about 1V. The output level
should be 0dB.
Adjust only the noise output to -28dB
by turning OFF SG output.
The indicator between first and
second digits is flashing.

The 9th digit flashing.
Adjust VR105 and VR104 repeatedly.
Adjust it so that noise level becomes
minimum. Then the S meter
disappears.

42

4) MAIN Unit Adjustment

(b) TX Adjustment

MIC ANT

PTT CW key

ITEM

TX Output
Power

Current Limit

100W
Power 100W

FAN MOTOR
Confirmation

LOW Power

Supper LOW
Power

AF signal
generator

AF voltage

meter

CONDITION

14.1000MHz
MODE : FM

1.9000MHz
MODE : FM
Mod : OFF

14.1000MHz
MODE : FM
Mod : OFF
FAN MOTOR

14.1000MHz
MODE : FM
LOW POWER
(FANC → 0 key)
Mod : OFF

14.1000MHz
MODE : FM
SLOW POWER
(FANC → 0 key)
Mod : OFF

DXSR8 Power meter Oscilloscope

Current meter

30A

DC power

supply

UNIT

MAIN

ADJ.SPOT

L112
L111
L105
L104

ADJUSTING METHOD

CN103 is connected with spectrum
analyzer.
Adjust it so that the CN 103 output
becomes maximum power at a

Linear detector

Spectrum

analyzer

spectrum analyzer.

MAIN

VR110

CN103 is connected with CN801(PA
UNIT).
Adjust it in VR112 so that power
becomes maximum.
After adjust to 20.0±0.1 A (It is
adjusted that the current reaches the
maximum value when the maximum
value of the current is 20A or less).
Be careful not to run much current for
short time.

MAIN

Confirm

VR112

Confirm

Adjust to 100.0±1.0 W.

The fan must turn when the temperature
rises while transmitting.
Clatter doesn’t come out when the FAN
motor turns.

MAIN

MAIN

VR119

VR120

Adjust to 10.0±1.0 W.

Adjust to 1.0±0.1 W.

ITEM

50W
Power 50W

FM
Modulation
Level

Carrier Balance

AM Wave Form

CW Carrier

TUNE Power

CONDITION

14.1000MHz
MODE : FM
Mod : OFF

28.1000MHz
MODE : FM
1KHz -35dBm
LPF:OFF
HPF:OFF

14.1000MHz
MODE : USB
Mod : OFF

14.1000MHz
MODE : AM
1KHz -43dBm

14.1000MHz
MODE : CW-L,
CW-U

14.1000MHz
FUNC｣ + ｢.

｢

｣

UNIT

MAIN

MAIN

MAIN

MAIN

MAIN

MAIN

ADJ.SPOT

VR114

VR116

VR102
VR103

VR115

VR118

VR113

ADJUSTING METHOD

Connect JP109 by soldering before
adjustment.
Adjust to 50.0±1.0 W.
Remove the solder of JP109 after
adjustment.
Adjust to 2.3±0.1 KHz/DEV

Adjust VR102 and VR103 so that the
carrier suppression is 50dB or below at
100W.
Make sure of the wave form.
The wave form becomes modulation
100%.

Make sure of the wave form. The wave
form of rise and fall should be
symmetry. The inclination is approx.
3mS. The side tone of CW is should be
heard speaker.
It is confirmed that the transmission
output is 90W or more.

3mS

The JIG (diode) is installed as the
figure.
After ｢FUNC｣ → ｢.

｣

Adjust to 10.0±0.1W.

5) RX Test Specification

TEST ITEM

RX Sensitivity
SSB

RX Sensitivity
AM

RX Sensitivity
FM

RX Distortion
FM

S Meter

CONDITION

1.0000MHz LSB

1.9000MHz LSB

3.6000MHz LSB

7.1000 MHz LSB

10.1000 MHz USB

14.1000 MHz USB

18.1000 MHz USB

21.1000 MHz USB

24.9000 MHz USB

28.1000 MHz USB
RF : +10dBu

1.0000MHz

14.1000MHz
MOD 1KHz 30%
RF : +10dBu

28.1000MHz
MOD 1KHz

1.75KHz/DEV
RF : +10dBu

28.1000MHz
MOD:1KHz

1.75KHz/DEV
RF : +10dBu

14.1000MHz
MODE : USB
RF : 0dB

TEST STANDARD

Less than +6dBu
Less than -6dBu
Less than -6dBu
Less than -6dBu
Less than -6dBu
Less than -6dBu

­Less than -6dBu

­Less than -6dBu

Less than +26dBu
Less than +12dBu

Less than 0dBu

Less than 5%

Disappear

NOTE

S/N is 10dB or more

The test standard nothing entry is
omitted so that confirmation in same
BPF is made.

S/N is 10dB or more

SINAD is 12dB or more

SSG Output 40dBu

Decrease SSG level and decrease
S Meter level

TEST ITEM

AGC

RF GAIN

FILTER Switching

CONDITION

14.1000MHz
MODE : USB
RF : +10dBu
SG：+40dBu

Switch AGC-F/S
(FUNC → MHz key)

14.1000MHz
MODE : USB
SG：+40dBu

14.1000MHz
MODE : CW, AM
SG：OFF

Switch the FILTER
(FUNC → RF key)

TEST STANDARD

Confirm

Confirm

Confirm

NOTE

Switch AGC-S. When SG is turned
OFF, the meter moves slowly.
Switch AGC-F. When SG is turned
OFF, the meter moves fast.

Change RF GAIN, and the
oscillation of the S meter change.

Switch the FILTER in every mode,
the noise sound should be changed.

43

Squelch SSB

Noise Blanker

SG : OFF
SG : 20dBu
SG : 40dBu

14.1000MHz
MODE : USB
RF : 0dB

SG : OFF
SG : 30dBu
SQL VOL: MAX

14.1000MHz
MODE : USB
RF : +10dBu
SG：40dBu
MOD 20Hz
100KHz/DEV

Noise Blanker ON
(FUNC → 9 key)

S 1〜2
S 8〜9.5
When the position of
squelch volume is
about 9 to 11,
Squelch Close.

Squelch Close

Confirm

The noise is reduced in Noise
Blanker SW ON, and there is not S
meter indication.

44

6) TX Test Specification

TEST ITEM

Frequency
Deviation
TX Output

HI POWER
MODE : FM
MOD : OFF

TX Output

HI POWER
MODE : AM
MOD : OFF

Total Current

HI POWER
MODE : FM
MOD : OFF

TX Output

Lo POWER
MODE : FM
MOD : OFF
TX Output

Supper Lo POWER
MODE : FM
MOD : OFF
TX Output

CONDITION

14.1000MHz
MODE : AM

1.9MHz BAND

3.5MHz BAND
7MHz BAND
10MHz BAND
14MHz BAND
18MHz BAND
21MHz BAND
24MHz BAND
28MHz BAND

1.9MHz BAND

3.5MHz BAND
7MHz BAND
10MHz BAND
14MHz BAND
18MHz BAND
21MHz BAND
24MHz BAND
28MHz BAND

1.9MHz BAND

3.5MHz BAND
7MHz BAND
10MHz BAND
14MHz BAND
18MHz BAND
21MHz BAND
24MHz BAND
28MHz BAND

14.1000MHz

14.1000MHz

14.1000MHz

TEST STANDARD

Within±50Hz

90〜115W

30〜55W

Less than 20A

7〜15W

0.5〜2W

50 ± 5W

NOTE

The initial value of each band.

The initial value of each band.

The initial value of each band.

TEST ITEM

TONE(88.5Hz)

CW Wave Form

FM
Spurious

Carrier Balance
SSB

MOD : OFF
Confirm
Modulation

MODE : SSB AM FM

AM 100%
Modulation

VOX
Set mode 25
SVOX-07
DATA VOX
Set mode 26
DVOX-ON

CONDITION

28.1000MHz
MODE : FM
MOD : OFF

TONE ON
(FUNC → 4 key)

14.1000MHz
MODE : CW

1.9MHz BAND

3.5MHz BAND
7MHz BAND
10MHz BAND
14MHz BAND
18MHz BAND
21MHz BAND
24MHz BAND
28MHz BAND
14MHz BAND

FM on 28MHz
Other mode on any
band.
SPEECH ON
MODE : USB

14.1000MHz
MODE : AM
MOD : 1KHz

-43dBm
HPF:0.3kHz
LPF:3kHz

14.1000MHz
MODE : USB

TEST STANDARD

0.3〜0.7KHz/DEV

Leading edge
2〜6mS
Less than -50dB
Less than -50dB
Less than -50dB
Less than -40dB
Less than -50dB
Less than -50dB
Less than -50dB
Less than -50dB
Less than -48dB
Less than -45dB

Confirm

Confirm

80% or more

Confirm

NOTE

3KHz LPF ON

Low and Slow standard power is
also the same as of Hi power level

MODE : USB / LSB

Make sure the modulation sound in
every mode.

See modulation goes up. Power
meter swings more.

Transmit when speaking without
pushing PTT.

50W POWER
MODE:FM
MOD:OFF
TUNE POWER
Modulation Level

14.1000MHz

28.1000MHz FM
1KHz-35dBm

10.0±2.0W

2.3±0.2 KHz/DEV

6) TX Test Specification 7) Test Specification

TEST ITEM

DATA VOX
Set mode 26
DVOX-ON

SDR RX

CONDITION

14.1000MHz
MODE : USB

Press the TX(F12)button

TEST STANDARD

Confirm

NOTE

Transmission

TEST ITEM

SDR RX

CONDITION
UNIT:

MODE : SDR
(FM MODE → FUNC
→ MODE key)

SG:

14.1000MHz
Modulation :FM
Mod 1KHz 1.75kHz
20dBu

TRX SDR:

Freauency:14.1000M
HZ
Mode:FM
RF GAIN:+10dB
IF BW=12KHz
AF FIL=3kHz

TRX SDR Setting

TEST STANDARD

Check if can hear
the sound of the 1

NOTE

Transmission

45

46

7) Test Specification

TEST ITEM

SDR TX

UNIT:

MODE : SDR
(FM MODE → FUNC
→ MODE key)

TRX SDR:

Freauency:14.1000M
Hz
Mode:FM
TX PWR:High

TRX SDR
CONTROLLER:TX

TRX SDR Setting

TEST STANDARD

TX Power: More
than 90W.

NOTECONDITION

PC BOARD VIEW

FRONT SIDE A

47

FRONT SIDE B

48

MAIN SIDE A

MAIN UNIT SIDE A No.2
MAIN UNIT SIDE A No.1

49

MAIN SIDE A No.1

50

MAIN SIDE A No.2

51

MAIN SIDE B

MAIN UNIT SIDE B No.2
MAIN UNIT SIDE B No.1

52

MAIN SIDE B No.1

53

MAIN SIDE B No.2

54

PA SIDE A

L801

55

1

2

SCHEMATIC DIAGRAM

FRONT Unit

3

4

5

6

7

8

A

SW10
SW12

SW14
SW16

SW18
SW20

SW22

8V

SW4

SW6
SW8

123456789

SEG0

SEG1

SEG14
SEG13
SEG12
SEG11
SEG10
SEG9
SEG8
SEG7
SEG6
SEG5
SEG4
SEG3
SEG2
SEG1
SEG0

10KR20

100

D8

DAN202U

D10

DAN202U

D12

DAN202U

D14

DAN202U

D16

DAN202U

D18

DAN202U

SEG2

76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99

8V

Q1
EMD9

3

4

2

5

1

5V

47

R4

R3

2.7V

10K

C1

C2

C3

C4

R5

12K

0.001
10/16V

C5

C6

R9

1K

R12

2.7K

C10

0.001

L1

DOWN

UP

JK1

JK2

5

CN2

NC

CN3

CN4

PI22A02M

1
7
6
3
2
4
5

1
3
4
2

MIC
MICG
PTT
GND
AFO
DOWN
UP
5V

CLN

MIC

SP

SPG

100u

5V

0.001

C14

SW2

SW3

5V

5V

R37

1KR54

1KR55

0.001

0.001

CN1

EXTPHONE

EXTSP

SP

FRASH

TOMAIN
(CN101)

1

2

3

UE0035Y

HSJ2630-010070

HSJ1406-01-030

SP1

876

4

5V
GND
RESET
MODE

TXD

RXD

8V

CLN

MIC

GND

SP

SPG

HJC0282-010024

B

C

D

1

Q3
2SC6026MFV

R14

10K

5V

10K

R16

L2

100u

5V

R21

C17

5V

5V

10K

R38

R39

10K

C39

0.001

C38

NC

C40NCC41

R49
R50
R51
R52

0.001

C34

0.001

C35

C36

C37

10K

1SS355

100P

0.1

C12

D2

C18

100P

10K

TXD
RXD

0.01

8V

0.01

C30

C31

220
220
220
220

100P

R17

1K

100/16V

39K

6

­B

5

+

IC2B

NJM4558M

0.01

C13

C21

D21

VDZ5.1B

D20

1SS405

IN1OUT

G

2

IC4
NJM78M05DL1A

R7

5V

10K

R24

0.01

R6

220K

R8

10K

7

C8

1

10K

R13

5V

10K

R25

R27

1K

R28

1K

0.01

C22

0.01

C23

D22

VDZ5.1B

5V

3

0.01

C33

C32

10/16V

0.001
10/16V

2

-

3

+

C24

A

4 8

0.01

IC2A

NJM4558M

C7

1

0.022

MUTE

PTT

UP

DOWN

PWSW

R10

SW1

1K

IFSHIFT

UP
DOWN
PTT
RESET
MODE
TXD
RXD
MUTE MUTE

MIC

6

5V

R11

1K

VR1

VOL

10K

1

5V

R15

1K

VR2

SQL

10K

1

5V

R19

1K

VR3

10K

1

5V

R26

6.8K

VR4

RIT

10K

1

R1

RED
1

D1

VRPG3312X

TXLED

C9

0.01

0.01

C11

4.7

0.01

C16

C15

4.7

C20

C19

0.01

Q2

EMD9

4

3
2

5
6

1

R2

330

330

GREEN
3

2

RXLED

R18
10K

5V

R22 10KR23

1K

Y0

Y1

JP1

JP2

RIT

FUNC

0

.

8

7

5

4

2

1

101112131415161718192021222324252627282930313233343536373839404142434445464748495051525354555657585960

SEG3

SEG4

SEG5

SEG6

SEG7

SEG8

SEG9

SEG10

SEG11

SEG12

SEG13

SEG14

SEG15

SEG15

SEG16

SEG17

SEG18

SEG19

SEG20

SEG21

75

73

SEG16(SEG16)74SEG15(SEG15)

SEG14(SEG14)
SEG13(SEG13)
SEG12(SEG12)
SEG11(SEG11)
SEG10(SEG10)
SEG9(SEG9)
SEG8(SEG8)
SEG7(SEG7)
SEG6(SEG6)
SEG5(SEG5)
SEG4(SEG4)
SEG3(SEG3)
SEG2(SEG2)
SEG1(SEG1)
SEG0(SEG0)
VL1
VL2
VL3
P125(RXLED)
P124(TXLED)
VL4
AN19(VOL)
AN18(SQL)
AN17(SHIFT)
AN16(RIT)

P133(UP)

RXD0(RXD)

TXD0(TXD)

DA0(DIM)

WKUP(GND)

VREF(5V)

MODE(5V)

123456789

R40

5V

470K

D7

1SS355

C25

0.022

DB0

DB1

DB2

DB3

DB4

DB5

D9

DAN202U

D11

DAN202U

D13

DAN202U

D15

DAN202U

D17

DAN202U

D19

DAN202U

LCD1
EL0064

SEG16

SEG17

SEG18

SEG19

SEG20

SEG21

SEG22

SEG23

SEG24

SEG25

SEG26

SEG22

SEG23

SEG24

SEG25

SEG26

SEG27

SEG28

SEG29

SEG30

SEG31

SEG32

IC1

R5F2L3ACANFP#U1

XCI

XCO

RESET(RESET)

XOUT(XOUT)

VSS(GND)

XIN(XIN)

VCC(5V)

P117(EN)

INT(PTT)

P115(DOWN)

INT4(DIAL 1)

101112131415161718192021222324

X1

8.000MHz

Y2

Y3

JP3

JP4

SW5

MULTI

LOCK

SW7
SW9

RF

ENT

SW11
SW13

M/KHz

9

SW15

SW17

V/M

6

SW19
SW21

MODE

3

SW23

SEG27

SEG33

INT(DIAL2 )

SEG28

SEG29

SEG34

SEG35

P112(Y0)

Y0Y1Y2

SEG30

SEG36

P111(Y1)

SEG31

SEG32

SEG37

SEG38

52

SEG37(SEG37)53SEG36(SEG36)54SEG35(SEG35)55SEG34(SEG34)56SEG33(SEG33)57SEG32(SEG32)58SEG31(SEG31)59SEG30(SEG30)60SEG29(SEG29)61SEG28(SEG28)62SEG27(SEG27)63SEG26(SEG26)64SEG25(SEG25)65SEG24(SEG24)66SEG23(SEG23)67SEG22(SEG22)68SEG21(SEG21)69SEG20(SEG20)70SEG19(SEG19)71SEG18(SEG18)72SEG17(SEG17)

SEG42(SEG42 )
SEG43(SEG43 )
SEG44(SEG44 )
SEG45(SEG45 )
SEG46(SEG46 )
SEG47(SEG47 )
SEG48(SEG48 )
SEG49(SEG49 )
SEG50(SEG50 )
SEG51(SEG51 )
SEG52(SEG52 )
SEG53(SEG53 )
SEG54(SEG54 )
SEG55(SEG55 )

P110(Y2)

P107(Y3)

DB0

Y3

SEG33

SEG34

SEG35

SEG39

SEG39(SEG39)51SEG38(SEG38)

SEG40(SEG40 )
SEG41(SEG41 )

COM3(COM3)
COM2(COM2)
COM1(COM1)
COM0(COM0)
P100(MUTE)

KI1(DB5)
KI2(DB4)
KI3(DB3)
KI4(DB2)

KI6(DB0)

KI5(DB1)

25

R43

DB1

SEG36

SEG37

SEG38

SEG39

SEG40

SEG41

SEG42

SEG43

SEG44

SEG45

SEG46

SEG47

SEG48

SEG49

SEG50

SEG51

SEG52

SEG53

SEG54

SEG55

COM0

COM1

COM2

COM3

50

SEG40
SEG41

49

SEG42

48
47

SEG43

46

SEG44

45

SEG45

44

SEG46

43

SEG47

42

SEG48

41

SEG49

40

SEG50

39

SEG51

38

SEG52

37

SEG53

36

SEG54

35

SEG55

34

COM3

33

COM2

32

COM1

31

COM0
30
29

DB5

DB4

28
27

DB3
26

DB2

10KR33

10K

10K

10K

R34

R35

5V

10KR42

10K

R36

5V

IC3

1

EN

EN

L4

2

GND

L3

3

ISET

L2

4

10k

R56

VIN L1

BD1754HFN

R53

150k

DIAL1
DIAL2

C26

0.01

C27

0.01

8V

8
7
6
5

R47

1K

R48

1K

LEDUnit

TP1 TP11
TP2
TP3
TP4
TP5
TP6
TP7
TP8

5V

10K

R45

TP12
TP13
TP14
TP15
TP16
TP17
TP18

R46

10K

8V 8V8V8V 8V

270

R30

R29

D4

D3

TLWK1100C

RE1
6
5
4
3
2
1

RES16B50-201C

270

TLWK1100C

MAINDIAL

270

270

R32

R31

D6

D5

TLWK1100C

TLWK1100C

A

B

C

D

56

1

2

3

4

5

6

7

8

1

R5F2L3

ACAN

U

1

(

)

TTT

TTT

T

0

1

A2

SSSD

SCL

W

P

C

C

2

3

4

5

6

7

8

SCHEMATIC DIAGRAM

JK1005

R102

0.1

CP1001
CP1002
CP1003
CP1010

47K

0.01

C102

2

3
1

HSJ1332-01-040

2

3
1

HSJ1332-01-040

CN1 01
HJC0282-010024

1

2

3

4

5

6

7

8

100P

C108

JK101

TXD

RX D

8V

CLN

MIC

GND

SP

SPG

CWK

TO FRONT

(CN3)

SW 1001

NC

MAIN Unit (MAIN CPU)

A A

A

B

C

D

E

F

G

(JP101)

(JP102)

(JP103)

(JP104)

(JP105)

(JP106)

(JP107)
DXSR8
DXSR8T
DXSR8E

Solder

NC
NC

Solder

NC
NC

NC

NC

Solder

NC

Solder

NC

NC

NC

Solder

NC
NC
NC

(JP108)

NC

NC

NC

NC

NC

NC

5V

H

NC

D1006

ALCMAIN1[8A], MAIN3[3A]

NC

R1092

R1119

NC

D187

SRFMAIN2[8B], MAIN3[1A]

B B

5V

CO MPMAIN3[7C]

PT TDSDR [4D]

100K

100K

100K

100K

R114

R 113

R112

A

C C

JP101

R115

B

J P102CJP103DJP104

CN102

5V
GND

FR ASH

RESET
MODE

100K

R 116

E

5VS

JP105FJP106

100K

R 117

100K

R118

G

JP107HJ P108

100K

R119

DVOXSDR [5C]

VDETMAIN3[5D]

5V

R107

100K

R105

P102
P103
P104

5VS

1K

50
49
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26

I

JP109

5V

5V

MAIN3[7D ]

MAIN3[7C ]

MAIN3[5A ]

10K

R 108

1SS405

0.01

C105

22K

R 516

R1122
0

76

P16(COMP)

77

P15(PT TD)

78

P14(D VOX)

79

AN15 (SRF)

80

P12

81

P11(VD ET )

82

P10

83

P07 (JP1)

84

P06 (JP2)

85

P05 (JP3)

86

P04 (JP4)

87

P03 (JP5)

88

P02 (JP6)

89

P01 (JP7)

90

P00 (JP8)

91

VL1

92

VL2

93

VL3

94

P123

95

P122

96

VL4

97

10K

5V

100

98
99

P137 (SC LK)
P136 (SD AT)
P135 (FSY 1)
P134 (FSY B)

R122

1K

SCLKPLL[4C]

SDAT APLL[4C]

FSY 1PLL[4B]
FSY BPLL[4C]

5VS

R123

MAIN2[8B ]

TXS

FAN

SQS

TKEY

74

73

72

71

75

P21(50I)

17(TK EY )

P2 3(TXS)

P20(FAN)

P22(SQS)

P

G

R XD0(R XD)

TXD0(TX D)

AN3(T E MP)

DA0(S QV)

WKUP(GND)

4

3

1

2

5

MAIN3[8B]

CWK

68

70

69

P26(DOT)

P24(CWK)

P25(DAS H)

VRE F(5V)

MODE (5V)

XCI

6

7

8

MAIN1[2D ]

MAIN1[2D ]

MAIN1[2C ]

MAIN1[2 C]

MAIN1[4D ]

PRE

67

P2 7(P RE )

MAIN1[2C ]

BPF 7

BPF6

BPF4

BPF5

BPF3

65

64

63

66

62

P3 4(BPF3 )

P3 1(B PF6)

P3 3(BPF4)

P30(BPF7)

P32(BPF5)

IC101
R5F2L3ACAN FP#U1

( XA1442 )

XCO

9

VCC(5V)

VSS (GND)

XIN

RESET(RESET)10XO UT(X OUT )

11

12

13

14

MAIN2[4C]

MAIN1[2B ]

MAIN1[2B]

MAIN1[2B]

BPF1

BPF2

BPF0

61

P37(BPF0)59P36(BPF1)60P35(BPF2)

FP#

TRAO (B EE P )

INT5(ULK )17P114(5VS)

P117(BU)

16

15

MAIN3[2B]

MAIN3[5B]

MAIN3[4A]

MAIN2[4C ]

MAIN3[4B]

PT T

50W

PTTL

VCLK

VDAT

AUTO

54

51

53

52

56

58

57

55

P46(PTT)

P4 4(50W)

TX D1(CT X)

RXD1(CRX)

P45(PTTL)

P43(VDAT)

CLK1(VCLK)

P113

S DA(E DAT )

19

18

20

TRDIOBO  (TONE)

TRDIOB1(TONE)

S CL(EC LK)22P107(DAT)

SCL2(CLK)

23

21

24

P47 (AUTO)

P50 (BK3)
P51 (BK2)
P52 (BK1)
P53 (ATT )

TRDIOAO

TRDIOC O

P63 (MUTE)

P64 (SLO W)

P65 (LOW )

P66 (AGC S)

P67 (NBS)

P70 (NRW )

P71 (TUN)

P72 (FM)
P73 (AM)

P74 (CW L)

P75 (CW U)

P76 (LSB)

P77 (USB)

P100 (PO N)

P101  (PSW)

P1 05(STB)

25

5V

R530

10K

D103

1SS405

D105

1S S405

BK3 MAIN3[4B]
BK2 MAIN3[4B]
BK1 MAIN3[4B]
ATT MAIN1[1B]

TONE MAIN3[6D]

MUTE MAIN3[5A]
SLO W MAIN3[2B]

LOW MAIN3[2B]

AGCS MAIN2[8B]

NBS MAIN1[5B]

NR W MAIN2[3C ], MAIN3[4C]

TUN MAIN3[2D]

FM MAIN3[2C ]

AM MAIN3[2D]
CW L MAIN3[2C]
CW U MAIN3[2C]

LSB MAIN3[2C ]
USB MAIN3[2C]

PO N MAIN3[2B]

0R1120

R1121

SDT MAIN2[3B], SDR[6C]

0

SDR MAIN2[2B], SDR[6B]

D104

R103

R104

R106

1K

VDZ5.1B

D101

220P

C499

VDZ5.1B

C500

220P

D102

VDZ5.1B

8V

5VS

R109

100K

R110

10K

0.01

C501

MICMAIN3[8C]

SPMAIN2[2C ]

5VS

R531

10K

0.001

C493

R521

10K

R532

0.01
D106

VDZ5.1B

C494

R1110

NC

NC

C112

R126

10K

2SB1412

0.01

Q101

R 130

0.1

C490

330

Q102
RN 1107MFV

5V5VS

C491

10/10V

R124
100K

1

1M

R127

220K

R128

C109

SQV

TEMP

C489

5VS

2

1

I

IC102

S80845CLN B

D D

O
G

3

4

MAIN2[8B ]

MAIN3[2B]

5VS

0.1

R129

33P

C110

R125

1M

470

33P

C111

X101
8MHz

1

A0

VCC

A

2

A1

WP

A

3

A2

SCL

VSS4SDA

V

IC103

R1EX 24256ASAS0A

ULK

BEE P

PLL[4D]

MAIN2[4D ]

5VS
8
7
6
5

STB

CLK

DATA

S TON

]

PLL[4D]

PLL[4D

PL L[4 D]

MAIN2[5D]

5VS

R131

10K

47K

R 132

5V

47K

R101

10K

10K

0.01

C101

FB101

BL02RN 2R1M2B

0.1

R111

10K

C104

C106

0.1

C103

1K

R120

R121

D107

VDZ5.1B

5VS

5VS

NC

R1090

R1089

R1091

NC

1K

1K

C107

100P

NC

1

2

3

4

5

6

7

8

57

1

2

3

4

5

6

7

8

100

R 139

0.047

C149

470

R184

9P

C231

R8

0.01

R136

220K

C 120

47K

R158

10K

270P

R178

C157

C159

0.047

Q119
RN1107MFV

1

100

R232

0.01

150KR164

R226

3.3K

C122

0.01

TP 101

R 183

C169

3.9V(TX:FMMODE)

1.9V(TX:FMMODE)

R 151

10K

220R167

C146

L121

470u

R179

100

1K

Q111
RN 1107MFV

0.01

L143
QA0107

C241

0.01

ALC MAIN3[3A],MAINCP U[1B]

D110

AMAIN2[1B]

DAN235E

0.047

2LO P LL[6C]

AGC MAIN2[6B]

R8

BMAIN2[3B]

TP102

AGC

C113

3P

R135

270

E

L107

7R

2.7u

220

R141

Q105

2S C335

0.047

100

C 138

Q109

3
2
1

EMD9

0.01

0.01

C187

C 188

0.1

C 139

L0

BPF2

L1

BPF3

L2

L3

BPF6

L4

L5

B

PF7

4
5
6

R153

14S

100

L0

BPF2

L1

BPF3

L2

L3

BPF6

L4

L5

BPF7

0

R 144

68

5V(1.6MHzBAND)

5V(1.9MHzBAND)

5V(3.5MHzBAND)

5V(7MHzBAND)

5V(10MHzBAND)

5V(14MHz,18MHzBAND)

5V(21MHz,24MHzBAND)

5V(28MHz,29MHzBAND)

0.047

C117

C123

0.1

C 134

4.7V(TX:FMMODE)

4.0V(TX:FMMODE)

BPF0MAINCP U[4B ]

D114

DAN202U

BPF1MAINCP U[4B ]

BPF2MAINCP U[4B ]

BPF3MAINCP U[4B ]

BPF4MAINCP U[4B ]

D123

DAN202U

BPF5MAINCP U[4B ]

BPF6MAINCP U[4B ]

BPF7MAINCP U[4B ]

L108

0.22u

C125

39P

120P

RN 1107MFV

RN 1107MFV

RN 1107MFV

RN 1107MFV

RN 1107MFV

RN 1107MFV

RN 1107MFV

Q112

Q122

Q126

Q129

Q131

C 173

C 197

C 261

C270

Q132

Q133

L109

L110

QR 0017

0.27u

C126

15P

C129

150P

220P

C135

C 147

R171

T8

22

R175

RX

56

C156

L122

0.0018

8.2u

C160

L123

0.0015

5.6u

C167

0.0018

BB0

0.01

0.01

0.01

0.01

R188

150

BB1

D116

DAP236U

Q12 0

R N1107MFV

R210

BB2

150

R219

150

BB3

D122

DAP236U

R238

BB4

150

R241
150

BB5

D125

DAP236U

R245

BB6

150

R246

BB7

150

L177

470u

TOPA
(C N801)

CN103

SJ050010

R138

22

L103

QR 0017

A A

152
R

T8

R517

47K

CN108

SJ 050010
TOPA
(C N904)

CN104
UX1421

1

GND

2

GND

3

ATT

4

L0

5

L1

6

L2

7

L3

8

B B

L4

L5

T8

TOFILTER

(C N902)

9

T8

10

C181

0.01

0.01C182

ATT MAINCP U[5B]

0.01

0.01

183
C

C184

0.0 1

0.01

C 185

C 186

C C

D D

Q103
3SK 293

R140

C118

22

0.047
10K

VR101

1

100

C130

100

R149

0.0 47
3SK 293

C 485

L118

27u

C154

0.0033

C158

0.1

C168

0.022

D113

1SS356

C 178

100u

L132

0.047

C204

L137

1.5u

100u

L140

C222

0.047

L152

100u

0.047

C245

L159

0.68u

100u

L163

0.047

C265

L169

100u

0.047

C275

L172

0.33u

100u

L174

0.047

C 283

R248

330

C288

0.047

Q108

3.0V

10/16V

(TX:FMMODE)

L119

22u

C155

100P

C 162

0.001

R186

270

L129

1m

0.047

L130

L131

2.2u

2.2u
C200

120P

C205

R209
150

L138

1.5u
C217

82P

560P

C 223

R220

150

L1441uL145

1u

C233

C246

R236

L160

0.68u
C262

33P

330P

C266

R242

150

L167

L168

0.47u

0.47u
C273

C276

R244

L173

0.33u
C282

18P

C284

150P

R247

150

R249

270

R8

0.047

R154

C 163

0.0012

C 224

47P

470P

150

C267

27P

220P

150

C 285

R145

22

68KR159

C150

0.001

0K
10

R 173

C152

0.1

C161

0.001

L124

3.9u

018

C179

0.0

C189

0.0015

C206

0.001

C213
680P

41
L1

225
C

470P

C228
470P

0P
33

C 247

C256
330P

L164

268

220P

C

C271
220P

C277

150P

C280
150P

L175

120P

C286

Q135

3
265
1

EMD9

3.0V(TX:FMMODE)

L104

L105

QA0108

QA0107

1

8P

1

C 127

C136

100K

R 155

R172

R176

12

270

R 180

0.1

L125

3.9u

C174
220P

C180

C190

0.001

L134

2.7u

L133

0.01

C 208

C207

C214
560P

1.5u

1.5u

L142

0.0056

0.047

C 226

C229
390P

L154

0.82u

L153

C248

0.0027

C 249

C257
270P

0.56u

0.56u

L165

0.047

C269

0.0018

C272
150P

L171

0.47u

L170

C278

C 279

0.0012

C281
100P

0.33u

0.33u

L176

820P

0.047

C 287

14S

4

4
5
6

C121

R146

T8 T8

100

68K

R 156

0.01

L117
QR 0017

470

D112

DAP236U

0.0015

D117

DAP236U

2.7u

0.047

D119

D120

DAP236U

DAN235E

0.82u

0.047

0.1

C263

D124

DAP236U

0.47u

68P

C274

0.047

Q136

3

R250

2
1

EMD9

XF101

71.75MHz
1 4

10P

C 486

10/16V

L162

R240

R 243

1K

R133

L106

C116

R143
47K

0.01

C143

1LOPLL[8A]

8.2V(PREAMP:OFF)

C255

470u

270

22

Q134

2SC 6026MFV

0.01

C289

0

1u

R137

5P

Q106
3SK 293

R148

100K

470

R160

0.01

C144

R208

14S

33

C211

0.01

0.01C 218

C219

0.001

R 217

R227

L155
470u

0.1

C251

0.1

39

R 239

L166

470u

7.8V(PREAMP:ON)

PRE MAINCPU[4B]

5.0V(PREAMP:ON)
0V(PREAMP:OFF)

100

C124

0.001

R 161

L135

4.7u

R212

4.7K

10K

R213

Q123

2SC 3357RE

3.3K

Q128

2SK 2539

C 115

82K

R 218

C 234

Q130
2SK 2539

0.0047

82P

R134

220

4.0V(TX:FMMODE)

L111

1

12P

C 145

C137

3.3V(TX:FMMODE)

C215

0.001

C220

12

D121

DAN235E

R228150

150
C250

0.1

L158

5.6u

L161

QR0017

L136

C216

15P

39P

R150

2.2K

0.01

39n

D109

DAN235E

85.851540MHz
(RX:14.1MHz(USBMODE))

R 214

39P

C221

0.1

C264

R162

R211

1.5K

L146

0.15u

C235

15P

47

4.7K

R 191

R215

C252

L116QA0107

QA0107

C201

0.15

220

L147

0.1u

C236

47P

100P

71.75MHz

1

1 4

C131

0.01

C148

6.0V(NoiseBlanker:ON)

Q117

RN 1107MFV

47K

15K

R 192

TP116

0.12u

L139

P
82

C253

14S

XF102

12P

191
C

R233

C114

L101

L102

0.0047

22u

L114

L113

QR 0017

QA0107

12P

C132

1

Q113

2SC 6026MFV

C171

330

202
R

Q121

L148

QR0017

0
56

C 259

C212

R237

0.1

D115

1SS 405

10KR200

0.01

0.1

C242

47

C260

0.047

0.001C194
118
D

NBS MAINCPU[5B]

5.0V(NoiseBlanker:ON)

R221

0

0.001

R189

1K

33/16V

RN 1107MFV

10K

R234

L157

10u

3.7V(NoiseBlanker:ON)

7.4V(NoiseBlanker:ON)

L127

QA0119

1

5

S40

0.047

C192

1S

C227

0.1
R222

560

R229

680

0.1C254

D111

1

8

2

7

3

6

4

5

HS B88WS

Q116 2SC 6026MFV

K

2SC 6026MFV

22

470P

190
R

C 177

K

2.2

10K

100

0.047

197

196

C 195

R 198

R

R

Q125
2SK 2539

1u

L151

4P

C238

Q127
2SK 2539

L115

QR0017

100K

R201

22K

R230

QA0119

0.047C 196

TP118

C 119

C133

TP117

390R169

7.4V(NoiseBlanker:ON)

L126

1

C 193

3.6V(NoiseBlanker:ON)

QA0108

9P

1

C239

0.047

C 258

22u

1K

R142

0.0068

7P

R165

12

390

R170

Q114

2SC 6026MFV

175
C

470P

0.047

100

R 194

L150

L149 Q A0107

D108

DAN235E

2.2KR203

C209

1

Q115

22KR204

47/16V

C210

C237

RN 1107MFV

C140

L128

QA0119

1

0.047

C 198

0.047

XF103

71.75MHz

1 4

12P

7

0.4

KEYM MAIN3[8B]

QA0119

Q107

1K

0.047

C141

R 166

4.0V(RX)

3.0V(RX)

QA0119

R181

R8

2.2K

C 165

10K1R185

3.9V
(NoiseBlanker:ON)

C176

470P

R193

100K

0
10

0.047
R 199

R205

C202

8V

R206

47

1

L156

C240

QA0107

3.3V(RX)

L112

L120

12P

470

R207

2.2M

1

1

0.047

Q118
3SK 293

R 14710 0

R 157

T8

470p

C164

0.047

C 199

0.1C230

C232

0.001

R231

1K

470P

C128

C142

0.047

R 174

0.022

C151

3SK 293

C153

0.01

82K

R182

22P

C 172

3.5V(NoiseBlanker:ON)

R 195

100K

0.047

C203

1MR216

100

R 223

Q124
3SK 293

R224
100K

82K

R235

470

Q110

C170

C243

470

R163

100

R177

100K

0.047

C 166

0.1

0.01

Q104
3SK 293

R168

470K

R187

18K

3.9V(RX)

2.7K

R 225

C 244

SCHEMATIC DIAGRAM

MAIN Unit (MAIN 1)

58

1

2

3

4

5

6

7

8

1

Y0Y

2

C

M

Y

Y3Y1INH

IBITVEE

V

A

X3X

0

C

O

M

X

X

1

X2V

D

D

O

s

c

1

O

s

c

2

M

.Ou

t

V+L.I

nCA

P

L

.Ou

t

Q

uad

I

nDE

T

F

.

n

F

.Ou

t

S

Q

LIn

S

c

a

n

M

u

t

e

G

N

D

RFI

o

u

t

G

N

D

D

ATACL

O

C

K

V

c

c

V

o

u

t

2

+

O

u

1

O

u

t

2GN

D

S

ign

a

I

n

B

y

p

a

ssCarri

rIn

N

C

V

+

O

u

1

O

u

t

2GN

D

S

ign

a

y

p

s

s

Carri

InN

C

2

3

4

5

6

7

8

SCHEMATIC DIAGRAM

8V

0. 047

C 295

R343

0
Q143
2SC 6026MFV

1S S 35 5

FM

R382

0

0. 47

C 389

R253

R 256

10 K

TH101

2.2K

R274

2.2K

IC 1015

TC 4S66F
3 4
2
1 5

Q1023

RN1107MFV

C 324

0. 0022

Q138
3SK 293

C332

0.047

10 0K

R 318

D145

1SS 355

R 349

R383

6.8K

R 392

27 p

C 200 1

27 p

C 200 3

27 p

C 200 5

1K

L1 78

C304

0.01

IC101 6

R307

100K

47 0

R 324

47 K

D151
DAN202U

10 K

FL2001

NC

FL2002

NC

FL2003

NC

R 254

10 0

10 0u

R 276

Vc

2

34

TC4S66F

R1099

10 0

R287

Q142

RN 2107MFV

IC113B
NJM4558M

7

IN1OUT

G

3

IN1OUT

G

3

IN1OUT

G

3

0. 01

C 290

IC 105

1

V+

V

2

Out1

t

3

Out2
GND4S ignal In

NJM2594

1K

1K

R 109 7

8V

R1096

NC

15

Vc

8V

1K

4.2V(RX)

47 0PC 327

1

0. 047C343

0. 047

C 344

R329

10K

C352

NC

CW MAIN3[8B]

SSB MAIN3[4C]

Q145
RN1104MFV

6

-

B

5

+

18 0P

C 391

2

C 200 2

2

C 200 4

2

C 200 6

C 291

C321

0.047

L1 79

R330

100

D152
1SS 355

R370

22K
56K

27 p

27 p

27 p

C arrie rIn

MAIN Unit (MAIN 2)

A A

R266

D126

T8

1SS 356

1K

309

0. 047

10 K

C320

0.047

12 K

R 298

R 297

3.7V(RX)

7.2V(CW-NARROWMODE)

6.1V(SSB:CWMODE)

Q141

2SC 6026MFV

R 341

DAN202U

Q144
RN 1104MFV

IC 112

LA4425A

G ND2GND3OUT4Vcc

1

C 387

47 0/16 V

CN 2001
20
19
18
17
16
15
14
13
12
11

C

NC

R 109 8

D128

DAN235E

10 K

8V

10 K
D146

D154

IN

C385

0.047

SP MAINCPU[6B]

10

9
8
7
6
5
4
3
2
1

SDRR SDR[3B]

IC 1014

TC4S66F
3 4
2

NC

1 5

R 109 3

A

MAIN1[8A]

C317

B B

0.047

10 K

R 295

Vc

8V

8V 8V

10 K

R 283

D129

1SS 356

12 K

R 296

D132

1SS 356

D137

1SS 356

D143

1SS 356

C 355

R 345

47 0

D147

1SS 356

D150

1SS 356

0. 047

C 340

R1136

100k

Q1020

RN 2107

R717
0

R719
0

R721
0

FL101

CFJ455K8

1

IN

3

R 316

2. 2K

FL102

CFJ455K5

1

IN

2. 2K

R 342

FL103

CFWM455G

1

IN

3

2. 2K

R 369

G

G3G

G

SDR MAINCPU[5C],SDR[6B]

C319

0.1

2

OUT

G

G

R718
0

5

4

OUT

5

4

OUT

G

5

4

R 302

R313
220

C 337

C346

0.1

2

G

R720
0

R334

R340
220

C 356

2

G

C361

R722

0.1

0

R 356

R365
220

C 373

R 284

D130

1SS356

D133

1SS356

4. 7K
R305

220

0. 047

0. 047

C 339

D138

1SS356

D142

1SS356

4. 7K

R337

220

0. 047

D148

1SS356

D149

1SS356

R358

4. 7K

220

0. 047

R1095

1K

C318

0.1

4. 7K

R 304

0. 047

C 335

C345

0.1

R336

4. 7K

0. 047

C360

0.1

4. 7K

R 357

0. 047

C 372

C C

CN110
10
9
8
7
6
5
4
3
2
1

AXN420C 530P

CN109
10
9
8
7
6
5
4
3
2
1

AXN420C530P

20
19
18
17
16
15
14
13
12
11

20
19
18
17
16
15
14
13
12
11

R 388

13V

Q147

14S

2SC 3419Y

5

22 0

R 389

22 0

C 388

33 0/16 V

C 393

22 0/16 V

D D

RSWMAIN4[5B],PLL[6C]

TSWMA IN4[5B],PLL[6C ]

0. 1

C 292

10 /16V

VR102

VR103

10K

10K

1

1

R264

22 0K

8

NC

7

e

6

Bypass

5

l

C 312

0. 047

T8

R 110 1

TH1001

2.2K

R1100

2.2K

SDT MAINCPU[5C],SDR[6C]

Q1024
RN 1107MFV

3.7V(RX)

4. 7KTH102

22 KR308

Q139

3SK 293

C333

0.047

QA0119

1

VR106

4.7K

R8

BMAIN1[8B]

33 P

C 353

8V(CWMODE)

8V(SSBMODE)

C 363

R8

NRW MAINCPU[5B],MAIN3[4C]

5V(NROWBAND)

C383

0.0047

R386

39K

R384
39K

R 380

C 392

0. 0018

C 395

CN 2002
10
9
8
7
6
5
4
3
2
1

Q196

RN1107MFV

Q197

RN1107MFV

22 0K

R 259

R265

0

MOD MAIN3[5C]

0. 022

C 313

1K

10 0u

L1 00 8

R 110 2

AGC

10 0

R 293

R310

100K

10 0KR327

47 0R 328

47 KR 352

1

R359

1.5K

R381
220K

NC

R 393 39 K

10 /7V

20
19
18
17
16
15
14
13
12
11

10 K

0. 1

C 357

C 390

C302

0.047

0. 047

C 107 4

SDRT SDR[3C]

4.2V(RX)

47 0P

C 331

0. 047

C347

R346

3.3K

0. 1

C 364

C367
68P

R379
68K

R387

4.7K

0. 1

R395

100K

R396

100K

C323
220P

0. 047

10 0

R 325

C 348

X102

5

CLOCK

6

Vcc

7

Vout2

8

IN2

C394

VR109

1

10K

C397

VR111

1

10K

C303

0.047

68

R 275

7.5V(RX)

QA01191L1 80

3.3V(RX)

3.3V(RX)

1

Osc1

2

Osc2

3

M.Out

4

V+

5

L.In

6

CAP

7

L.Out
QuadIn8DET

NJM3357M

C DB M 455 C 7

DATA

Vout1

V

IC 114
M61545AFP

0.1

MAINCP U[4D]

1

IC 110

GND

8V

IC 122

R723

100k

C 107 7

R288

56K

R 311

IN1

NC

R267

47 K

R 319

1KR374

1

BEEP

8V

Vc

15
2
34

TC4S66F

NC

C 107 6

IC104

5

GND

S ignal In

lIn

6

Out2

Bypass

B

a

7

Out1

C arrie rIn

t

er

8

V+

NC

NJM2594

R277

0. 047

C 311

8V

100

0. 01

C 314

47 0K

R 289

C329

D134

1SS 405

0.047

2. 2KR 322

47 K

341
C

R 323

D141

R331

1SS 405

4.7K

1M

R 339

33 0P

C 354

0. 1

16
15
14
13
12
11
10
9

1K

C386

0.1

TP 301

DSPOUT

0. 1

C 359

C 358

R 351

0. 022

C 365

R360

C368

10K

1

VCLK MAINCPU[4B]

VDAT MAINCPU[4B] 8V

0. 01

C 381

C 382

10 /16V

R385

IC113A

22K

NJM4558M

0R735

TP302

DSPIN

R542

2.7K

IC121

34
2
15

TA75S01F

1K

R 278

2. 2K

C 350

D144

SQLIn

F.Out

RFIn
GND
Mute
Scan

F.In

R536

4
3
2
1

100

L1010

0. 047C 310

3. 9K

15 0P

1S S 40 5

C722

0.1

NC

Q137
2SC 6026MFV

n

I

376
R

C 496

BFO MAIN4[5B],PLL[6C]

4
3
2
1

R271

C 315

10 /16V

R286

C 328

0. 047
R533

R309

C330

4.7K

0.047

10 0P

338
C

Q140
2SC 6026MFV

R344
100

10 /16V

R347
10K

353

22 K

R

1K

R 361

0. 047

C 374

R377

330K

-

1

A

+

4 8

R537

15K

0. 01

C 497

R251
10K

0. 01C 296

12 KR 257

33 0K

10 /16VC 297

R255

3.3K

R 258

C378

C305

IC 106A

0.01
LM2902PWR

1

Y0

2

Y2

3

COMY

4

Y3

5

Y1

6

INH IBIT

7

VEE
VSS8B

S S B

BU4052BCF

4. 7
R 362

C 370

R367
10K

C379

0.0033

TP304
DSPGND

108 0
C

C1097

0.047

2

3

IC 107

O

COMX

12 K

10 /16V

R1103 NC

10K

0. 1C 107 8

C299

R263
1K

C308

3. 3K

8V

330

1K

22
0

0.

R326

470

366
C

10 K

VR108
NC

R520

2

1K

3

R391
10K

0. 1

C 396

R543

0. 022

C 498

R538

3.3K

R 534

0. 01

10K

0. 33

C362

0.1

47 K

0.1

1

R 272

Q195

2SC 6026MFV

R 535

R 354

R373

100

R 378

R 394

(S IDE T ON E )

C300

C301

0.01

R 273

6. 8K

R303

T8

C495

4.7K

0.1

C 492

47 0

AMAM
FM

5. 6K

0. 001

C 369

TP303
DSP8V

10 K

C384

0.047

10 0K

R 390

12 K

STON MAINCPU[5D]

0.01

15 K

4V(RX)

0. 022

0.0033

C 293

­A

+

VDD

X2
X1

X0
X3

A

DAN202U

47 K

R 335

R 363

2

3

8V

10 0

R 110 4

C 107 9

0. 01

NCR110 9

10 /16V

4

11

R350
10K

22 K

D139

R252

16
15
14
13
12
11
10
9

-

+

12 KR 110 7 10 KR 110 5

8V

220

R260
47K

1

10 K

R268

8V

C336

0.22

R 348

1

A

IC 111A
LM2904PWR

4 8

R1106

3 4
2
1 5

IC 1005

TA75S01F

C 306

C325

C326

0.047

D140

DAN202U

22 0

VR1005
10K

R320

R371

1

0

1K

VR107

R261

R262

47K

47K

307
C

0. 0068

AGC MAIN1[8A]

D135

R B 71 5W

0. 1

C 342

47 K

R338

CWN MAIN3[4C]

AM MAIN3[8B]
FM MAIN3[8A],PLL[3C]

5V(FMMODE)

C 371

10 /16V

R540

C376

0.001

22K

1

82 K

R 541

NC

0. 1

C 108 1

C294

0.033

6

5

33 0P

8V

R 292

1 2

10 0K

R 110 8

­B

+

IC106B

LM2902PWR

6. 8K

8. 2K

R 321

R368
820K

0. 001

C 380

C1082

1

7

10 K

R269

8V

3 4
2
1 5

R333

3.3K

R 364

C375

0.001

Q146

2SC 6026MFV

0

R 375 3. 3K

47

AFOUT S DR[6A]

C298

1

R 270

R290

R301

270K

R 314

IC 108

TC 4S66F

Vc

4.3V(FMMODE)

10 0K

R280

470K

10

C351
10/16V

R518
47K

D153

DA204U

9

56 0K

VR104

1M

1

C322

0.0022

­C

+

IC 106C

LM2902PWR

5V

8V

R 279

2. 2K

10 K

V R 10 5

1

18KR 291

R299

8

1.8K

D136

DA P 202U

01

0.

47 K

C349

R332

5V

68 K

R 519

6

R366
10K

5

372

1

68 K

R

C 377

R300

15K

IC 109

Vc

TC4S66F

­B

+

R 312

IC 111B

LM2904PWR

R 281

NC

15 0K

R8

15
2
34

R 355

7

8V T8

D127
NC

13

-

12

+

IC 106D

LM2902PWR

15 K

NC

R 282

C316

0.01

R285

1K

R2941M

14

D

1K

10 K

R 306

R 315

D131

1SS 405

10 0K

5V

0. 01

C 334

D/A

SQV MAINCPU[4D]

SQS MAINCPU[4B]

A/DIN

SR F MAINCPU[2B],MAIN3[1A]

AGC S MAINCPU[5B]

1

2

3

4

5

6

7

8

59

­B

33K

C410

0.01

D165
UDZS6.2B

R431
1M

18 0K

R 448

R459

R401
330K

IC118B

LM2902PWR

1

R 441

68K

1

270K

22KR450

47KR452

10K

3

ALCMAIN1[8A],MAINCP U[1B]

8V 8V

R406

7

2.2K

D160

DAP202U

8V

R428

1M

VR112

1

­A

+

47K

VR113

220K

D181

1SS 355

IC118A
LM2902PWR

11 4

D177
DAP202U

R434

10K

1

C 423

Q158
RN1107MFV

0.01

2

3

D173

C417

C420

R408

R407

0.1

C 414

1

1

1S S355

1.2M

R 409

470K

D159

DAN202U

8.2K

R423 8.2K

R429

8V

330

Q154

2S A1576 A

4.7K

R440

4

D155

5V

1SS 405

8V

8V

R 435

R411

6.8K

PTTLMAIN CP U[5B ]

0.01C411

100KR425

220

Q161
RN 1107MFV

8

9

355

D166

1S S

DAP202U

8

IC1 19C

LM2902PWR

TXC

Q150

2SC 6026MFV

D158

DAN202U

IC1 17C

C

BU4001B F

2.2K

R 402

R404

R4051M

18K

9

­8

C

10

IC1 18C

+

LM2902PWR

R418

1M

5V

R424

10K

D171

TUN

R 3991KR 398

R416

8.2K

10

Q156
RN 1107MFV

C424

-

C

+

BK1MA INCP U[5B ]

BK2MA INCP U[5B ]

BK3MA INCP U[5B ]

TXS MAINCPU[4B]

100K

12

R421

13

470K

PTT MAINCPU[5B]

0.01
8V

R454

1M

R453

100K

9

10

R462
270K

1M

R 464

47K

R 469

C 408

R413

470K

0.01

C412

D

IC1 17D
BU4001BF

0.75V
(SEMIBreak-in1)

10K

22KR470

R471

1

JK 102 100

TOFILTER

(CN 903)

ALC

JPJ2545-01-510

CN105

14S

14S

REV

FWD

IC-

IC+

PON

14V

TEMP

GND

UX1421

A A

B B

R397

2

1

SRFMAINC PU [2B], MAIN2[8B ]

14S

1

C422

2

0.01

3

4

5

6

7

14V

8

9

10

0.1C 435

0.1

C 436

0.01C437

C 398

IC+

IC-

DAP202U

0.01

0.01C438

C 439

220P

D163T8

R422

5.6K

PON MAINCPU[5C]

TEMP MAINCPU[3D]

2

R403
47K

R412
47K

R419
1M

D164

1SS 355

14

IC1 18D

LM2902PWR

470

R433

C419

10/16V

REV

R438
330K

FWD

5V(TX:SLOW)

5V(TX:LOW)

5V(TX:50W)

-

D

+

8V

R436

120K

Q157

2SC 6026MFV

R449

SLOWMAINC PU[5B ]

LOWMAIN CP U[5B ]

50WMAIN CP U[5B]

13

12

0K
27

R420
1M

R430
100K

22K

R437

Q160

RN 1107MFV

429

0.001

C

0.001

C433

442
C

DAP202U

47K1VR 12 0

0

R529

Q163

RN 1107MFV

0.001

D169

NC

R 446

VR110
10K

D190

1SS 355

NC

R447

Q166

RN 1107MFV

R528

R414

D161

1SS 355

100K1VR119

33K

D170

DAP202U

1

0

6

5

+

R 415

1

470K

VR114

MUT EMAIN CP U[5B]

5V

0.01

1

2

11

D178

1SS 355

C 431

0.0033

R472

R473

R474

0V(AUTOBreak-in)

IC1 17A

A

BU4001BF

7 14

5

6

C426

14

C434

47K

47K

47K

5

C 407

IC1 17B

B

BU4001BF

IC1 19D
LM2902PWR

1

3

D

AUTOMA INCP U[5B ]

Q148

RN1107MFV

0.01

RN 1107MFV

4

0.01

470KR451

13

-

12

+

Q164

2S C602 6MFV

Q151

D182

R460
470K

02U
2
P

D156

A
D

176
D

458
R

1S S35 5

R8

1S S35 5

D179

3.3M
1SS 355

R463

3.3M

C432

Q194
RN 1107MFV

14S8V

4.7

R 400

410
R

409
C

Q155

RN 1107MFV

10/16V

IC1 20A

BU4001BF

Q149

2SD1 664Q

1K

1

T8

R442

8.2K

T8

R522

8.2K

R457
220K

3

AG201344

3.3

C 428

R 461

0.01

7

14V 5VS

0.01

0.01

C403

C402

RL101

+

-

0.01

C413

D162

C RG01

Q153

0.01

C416

D175

1SS 355

10K

R 456

C430

2.2

Q165

RN1107MFV

R468

6.8K

0.01

C443

C 404

R417

C 418

22

NJM7805FA

10/16V

14S

0.01

D189

1SS 405

IC1 16

IN1OUT

G

2

R427R N1107MFV

10K

110
P
J

3

0.01

C 405

T8

FM MAIN2[6C],PLL[3C]

AM MAIN2[6C]

KEYM MAIN1[6A]

CW MAIN2[3C]

CWK MAINCPU[4B]

6

IC1 15

TP103 TP104 TP105TP 106 TP107

NJM7808FA

14S 8V

16V

/

C400

1

R455

1

R526

B

IC1 20B

BU4001BF

RELAY

R439
1K

2.2K

VR 11 5

2.2K
R525
1K

2.2K

VR118

2.2K

5

6

C 399

10

JK 103

JP J2545-01-510

2.2

C425

2.2

C 488

DAP202U

D172
DAN202U

D180

TP108

T8

D157

1S S355

14S

R8

TP 109

Q152

4.7

R 426

8V

2SD1 664Q

1K

R466

10K

D168

1S S355

1.5

R444

R443

2.2K

2.2K

1

C427

R524

R523

2.2K

2.2K

4.7

C 487

8V

R 465

1M

C440

4

0.047

D167

R432

1S S35 5

C421

D174

DAP202U

D188

DAP202U

MOD

8V

1

A

2

7 14

0.01

IN1OUT

2

1

R445

560

RN1107MFV

Q159

G

2

C415

2SA1576A

Q162

3

C 401

0.01

47/16V

C 4411KR 467 47

8

C 406

10/16V

D184

DAP202U

8V

Q167

4
5
6

EMD9

Q170

4
5
6

EMD9

Q171

4
5
6

EMD9

Q174

RN2107MFV

Q177

4
5
6

EMD9

Q179

4
5
6

EMD9

Q181

4
5
6

EMD9

Q182

4
5
6

EMD9

C721

TKEYTKEY
CW
AM
FM

TKEYMAIN CP U[3B]

0.01

0.01

0.01C448

C 449

C450

8V

100

R 490

1K

3.9V

R 496

R500

22K

C466

R504

0.1

R506

C467

220K

1K

R511

27K

Q180

2S C602 6MFV

1

1

MIC GAIN

14V

C 473

0.01

FANMAINC PU [3B]

R475

R476

1

R539

R514

CN106

B5B-PH-K-S

100

TUN1

100

TUN2

100R478

TKEY

14S

GND

R495

1K

MIC MAINCPU[6B],MAIN4[6D]

1

C469

0.0

C 480

10/16V

0.01

C 484

Q183
2SC 6026MFV

ACC

CN107

B2B-PH-K-S

483
C

FAN

0.1

14S

C464

0.47

10K

VR117

0

NC

0.001

C 479

R515

4.7K

3
2
1

3
2
1

3
2
1

3
2
1

3
2
1

3
2
1

3
2
1

22K

C 445

R477

0.01

0.01

C451

R483

22K

22K

0.01

C453

R486

0.0 1

22K

R491

C457

22K

C 470

R 508

0.01

C 476

0.01

0.01

C478

0.01

C482

TP114

SSB MAIN2[3C]

D183
DAN202U

TP113

TP115

3

4
5
6

Q176
EMD9

CWN MAIN2[6C]

2

NRW MAINCPU[5B],MAIN2[3C]

1

0.01

C 462

TP111

TP110

TP112

TUN

CW
AM

Q169

RN1107MFV

IC120D

C456

0.0047

B

IC1 19B

LM2902PWR

VDZ5.1B

12

13

MOD MAIN 2[3B]

6

-

R503

39K

5

+

C471

4.0V

1M

R 1138

D

180P

C 1104

TUN

CW

FM

D185

DAN202U

R501

R8

FM

AM

TUN

47K

R510

47K

Q173

2S C602 6MF V

S 355

D186

1S

C 461

R502

47K

Q178

2SC 6026MFV

R485 22

47K

0.1
R493

R507

R481

470

R484

8V

0.1

C454

R488

C455

1

470

R 489

1K

C463

22K

0.1
7

4.7K

10K1

VR116

1K

R513

FMOD PLL[3C] TONE MAINCPU[5B]

VDETMAINC PU [3B]

D192

8V

R 480

1M

11

R482

C447

1

10K

R497

R498

39K

33K

R 509

C472

0.0022

C474

D1007

1SS 405

0.1

1S S405

D191

RN1107MFV

IC1 20CBU4001BF
BU4001B F

8

9

DMOD S DR[5D]

0.01

C458

R499
10K

22K

R 527

0.1

R1137

10K

C459

Q168

R492

1

C

1M

10K

C1103

10/16V

1

MOD

10

4

A

IC1 19A

11

LM2902PWR

10K

R 479

COMP

MAINC PU [2B]

Q175

RN1107MFV

R494
22K

R505

100K

100K

34
2
15

R726

R727
1k

FM

10k

Q172
RN1107MFV

R487

C460 22K

0.0056

C465

2

-

0.022

3

+

R512

R725

100k

IC1 23
TA75S 01F

5V(USBMODE)

USBMAINC PU [5C]

0.01

5V(LSBMODE)

5V(CWUMODE)

C C

5V(CWLMODE)

5V(FMMODE)

5V(AMMODE)

5V(AntennaTuner)

D D

C 444

LSBMAIN CP U[5C ]

0.01

C446

CWUMAINC PU [5C]

0.01

C452

CWLMAIN CP U[5C ]

0.01

C 468

FMMAIN CP U[5B ]

C 475

0.01

AMMAIN CP U[5C ]

0.0 1

C477

TUNMAINC PU [5B]

C481

0.01

SCHEMATIC DIAGRAM

MAIN Unit (MAIN 3)

1

60

2

3

4

5

6

7

8

1

O

S

C

i

n

O

S

C

o

u

t

VpV

C

C

D

o

G

N

DLD

finCl

o

c

k

D

ata

LEFCNCf

o

u

t

PhiPPhi

R

C

O

M

P

V

D

D

C

A

P/2

.

V

D

G

N

D

MCL

K

S

D

ATA

S

C

L

K

FSY

N

C

AGN

D

V

O

U

T

C

O

MPV

D

D

C

A

P/2

.

5

V

D

G

NDMCL

K

S

D

ATA

S

C

L

K

FSY

NCAGNDV

O

U

T

C

L

D

1

C

1PR

1Q1

Q

G

ND2Q2Q2PR

2CK

2D2CLRV

C

C

1

C

A

1CLR1QA

1CKB1

Q

B

1

Q

C

G

N

D

1

Q

D

2

Q

D

2

Q

C

2

Q

B

2CKB2QA

2CR

1CK

1CLR1QA

1

Q

B

1

Q

C

1

Q

D

G

ND2

Q

D

2

Q

C

2

Q

B

2QA

2CLR2CK

C

C

EXT1V

D

D

FB1PWM1EN1EN2PWM2

FB2GNDEXT

2

2

3

4

5

6

7

8

SCHEMATIC DIAGRAM

MAIN Unit (PLL)

A A

8V

10u

L6 09

6.8V

47

R 620

1

100/ 16V

R713

470

EXT1

2

VDD

3

FB1

4

PWM1
EN15EN2

IC 602

XC9504B092A

5V

1

0. 0

C 645

R640

C658

0.1

NC

C661

8V

220

R 682

6.7V

0. 01
R686

100K

Q 615

C694

12P

4.7 u

L6 08

R 695

C703

100K

47

R 698

R708

100K
C712

0.01

C606

5V

R627

100

R 629

1.4V

R632

33K

0.7V

5V

0. 1

VOUT

AGND

SCLK

AD9833

C681
22/10V

10
9
8
7
6

VOUT

AGND

FSYNC

5

SCLK

Vc

IC605

22K

TC 4S66F

Q613

2SC 4738FG R

1. 2K

4. 7K

C 701

1

OSCin

2

OSCout

3

Vp

4

VCC

5

Do

6

GND

7

LD
fin8Clock

C682
22/10V

0.0 01

IC 606

MB15A01

C 641

C 632

10
9
8
7
6

34
2
15

8V

R 681

PhiR
PhiP

fout

NC
FC
LE

Data

47

2S C 4915O

FMODMA IN3[5D]

C 644

0. 01

FMMAIN2[6C],MAIN3[8A]

5V

C 706

C 711

C715

10/16V

R641
100

1.3V

C654

Q612
RN1104MFV

0.0 1

0. 33

0.0 1

C630

0.1

0V

R 616

0. 1

C642

C 670

C668

0.1

R665
100

T8

C705

0.01

R700
270

R705

4.7K

Q619

2SA157 6A

1K

R714

C 631

1
2
3
4

0. 1

10/16V

0. 01

C 707

0.0 1
IC 603

COMP
VDD
CAP/2.5V
DGND
MCL K5SDATA

AD9833

R654
47

C660

0. 01

1
2
3
4

R672
150K

C 680

C689

C 696

R699

0

C708

R709

15K

FSYNC

5V

IC 604

COMP
VDD
CAP/2.5V
DGND
MCL K5SDATA

0.0 1

R 679

R 687

0.0 1

R 692

0. 022

2.2

5.0V

0. 01

C714

Vcont

GND

X601

R647

10K

OUT

5V

330

R 644

4

Vcc

5A Z3.0-X

D604

01

3

5V

650
R

220

0. 1

C 649

R 655

22K

C657

0.01

22K

2.1V

R 656

R 659

5V

220

R 664

R 670

22K

C673

0.01

22K

R 673

2.1V

R 675

0. 01

C655

Q609
2SC 4915O

1K

1.7V

0.0 1

C671

Q611
2SC 4915O

1K

C 656

C669

0.01

C 672

5V

47

R 637

1K

C 652

R 639

10/16V

R 648

100 K

Q608

NC

R 649

0.6V

TP601

C716

0.01

10/16V

1.6V

1.1V(RX:14.1MHz(USBMODE))

B B

VR601

R646

100K

1

10K

1

2

16.777216MHz

C C

D D

R628

680

C635

0.1

R 633

Q606

2SC 4617

NC

100P

1KR642
1KR643
1KR645

C 650

1KR666
1KR667
1KR668

8V8V

100K

R 674

R676

330K

R 677

47K

4V(RX:14.1MHz(USBMODE))

1K

1

R 685

0.0

C 687

TP 603

PD2

R689

10K

GR

C 697

0. 68/25 V

8F

Q617

2S C 473

Q618
RN1107MFV

16
15
14
13
12
11
10
9

R 710

47K

C 634

0. 01

47K

100 P

C674

100P

C679

1

4.7 K

R 678

4.7 K

C684

R690

4.7K

0.1

C698

R711

15K

15K

IC 607

TC74HC74AF

1

1CL R

1

2

1D

1

3

1CK

K

4

1PR

5

1Q

6

1Q
GND72Q

IC 609

TC4SU11F

FSY1 MAINCPU[3C]

100 P

C676

100 P

C 675

V 262

0. 0047
D605

1S

C691

56P

NC

C699

10KR702
10KR703
10KR704

R 712

15K

14

VCC

R

13

2CL R

12

2D

11

2CK

10

2PR

9

2Q

8

34
2
15

FSYB MAINCPU[3C]
SCLK MAINCPU[3C]

SDAT A MAINCPU [3C]

4P

C720

C700

C 710

100P

C686

C 685

100/ 16V

C692

56P

L6 07

39P

1.4V

Q A0110

L604
33u

6

­7

B

5

+

IC601B

NJM2068V

R601

1.5K

R607

47K

2

-

3

R 613

C604

5V

L6 15

C 643

C647

100

390

0. 1

100

470

Q616

2SC 4915O

470

22K

C713

470P

2.2 K

+

1. 5K
V

Q603

2SA103 6KQ

0. 68/25

0.01

R624
560

10u

0. 01

L616

56u

C648

0.1

18P

C 663

68P

C653

0.1

C659

0.1

100R663

1

0.0

C 704

0.0 1

C 709

R608
47K

4.8V

C605

10

EXT2

9

GND

8

FB2

7

PWM2

6

100R 634

R 635

680

47K

R636

R638

C646

6.8K

0.1

47K

Q607

1.7V

2SC 4915O

8V

R652

R 651

10K

R 716

Q610

2SC 4915O

10K

C662

R 658

0. 0033

C 717

8V

R 683

R 688

0.0 1

C 690

691

10K

R

3.0V

C695

2S K 210G R

1P

12P

696

R 697

8.2KR

8V

100

R 701

470

R 706

R 707

5O

Q620

2S C491

R 715

-4V(RX:14.1MHz(USBMODE))

C601

C602

1.5/20V

1.5/20V

8

1

A

IC 601A

NJM2068V

4

0. 01

R 622

C607

10K

0. 1

15K

C 624

R 626

0K
10

R 630

L617

56u

C651

33P

P
68

C 664

BFO MAIN2[4A],MAIN4[5B]

0.0 1

C683

C693

470P

1SS 355

636
C

47/16V

L618

82u

56P

C 665

8V

R680

3. 9K

R 6841K

1.3V

R 693

100

R 694

TP602

PD1

R610

R609

470

-8V

C603

0.01

D601

100

0.1 u

L6 06

C688

0.01

Q614
2SC 4915O

C702

1K

0. 022

C 622

3P

C 626

R621

1.5K

L6 141KR 631

150u

1

1CK A

K

VCC

2

1CL R

2CK A

3

1QA

2CR

4

1CK B

2QA

5

1QB

2CK B

6

1QC

2QB

7

1QD

2QC

8

GND

2QD

IC611 T C74VH C393F T

TC 74HC 390AF

2LO MAIN1[8A]

0.0 1

C612

SH602
TS 0172

1

R 623

C 619

0.0

10/16V

16
15
14
13
12
11
10
9

D602

8.2 K

C615

1
2
3
4
5
6

C608

262

1S V

R 617

R625

0

1CK
1CL R
1QA
1QB
1QC
1QD
GND72QD

IC 610

Q601

2SC 6026MFV

R603

47

R 604

C 609

0. 01

L6 02

C627

L610

C629

18P

27P

V

100/ 16

C613

4. 7u

0. 001

C 614

6.6V

Q605QA0132
2SK 2539

31

0.5V

0. 01
2

C620

C621

56n

56P

56P

L6 13

0. 12u

27P

C638

C640

150P

14
13
12
11
10
9
8

100/ 16V

C616100P

0.1

L603

27

C 637

VCC

V

2CK

2CL R

2QA
2QB

2QC

R 605

470

1

C617

0. 0

C623

2P

2.0V

100

C 718

10/16V

470

R612

10K

R611

4. 7K

R618

L611
470u

4

C719

10/16V

C618

220

C628

5V

10u

L6 12

16V

C633

10/

C639

1

0.01

IC 608

uPC 2710TB

SH603
TS0190

470P

0. 01

Q604
2SC 4915O

R619

6

523

8V8V

100

R 602

L6 01

C 610

0. 01

R614

SH601
TS 0172

0. 1u

3. 9K

R 6061K

C611

1LO MAIN1[4B]

0.01

Q602
2SC 4915O

100

R615

C625

0.0 1

STB MAINCPU[5D]

DATA MAINCPU[5D]

CLK MAINCPU[4D]
ULK MAINCPU[4D]

1

2

3

4

5

6

7

8

61

1

1BE

2GNDA

2B2

V

C

C

1CL

RD1CK1PR1Q1

Q

G

ND2Q2Q2PR

2CK

D

C

V

C

C

G

AIN

1

G

D

E

T

O

U

B

FFI

N

U

F

FGA

B

UOU

G

D

V

C

C

VREF

S

INTGAINSWIN

2

SCHEMATIC DIAGRAM

3

4

5

6

7

8

5V

-

+

-

+

C1043

C1041

C1096

2

3

IC1004A

R1065

6

5

0.1

L1001

R 1083

R8

AFO UTMAI N2[6 D]

100

R 1002

0.01

C1003

10/16V

C1002

C1004

180p

8

R1 003

6.8K

10K

R 1005

R1 010
10K

NC

0.1C1011

6.8K

R 1017

100K

R 1035100 K

1m

R 1036

R1 050

0.1

C1039

NC

R1004
10K

2

-

1

A

3

+

IC1001A

LM2904PWR

4

C1006

180p

R1011
10K

6

-

B

5

+

IC1001B

LM2904PWR

Q1005
RN 1107MFV

100K

R 1037

7

0K
10

R1038

5V

C1005

1

C1008

1

R8

R1039

100K

100K

R 729

C1045

0.1

8V

IC1012

Vc

15
2
34

TC 4S66F

100k

1K

Q1006

R 1053

R732

RN 2107

L1004

15u

0.0082

0.0082

C1095

8V

IC1013

Vc

15
2
34

TC 4S66F

1K

100k

R 1056

R 733

Q1008

RN2107

R1 129

10K

T8

100

R 1059

/16 V

0.01
10

C1050

C1051

18K

R 1060

VR1004

6.8K

R1058

C1049

39K

C1089

R 1131

NC

0.1

C1091

10/10V

0

10K

R 1130

10/10V

C1090

C1092

1

1

2

1

3

4

5

6

C1093

1

680p

C1052

10K

0.1C 1055

NCR 106

6.8K

7

R 1064

R1063
18K

C1069

0.1

1054
C

0.0012

1132

4.7K

R

DMODMAIN3 [5D]

5V

8V

100k

R 1139

PTTDMAIN C PU [3B ]

1

C1072

Q1011

NC

2SC 6026MFV

D1005

15Vc2

R8

IC 1010

15Vc2

R8

IC 1011

1K

R 1042

D193

1SS 405

BFO MAIN2[4A],PLL[6C]

IC1017
NJM2783

GAIN1

GAIN2

GAINSW

AIN2

DET

OUT

BUFFIN

U

BUFFGAIN

B

IN

BUFFOUT7GND

IC1007
TC 4S66F

1

2

34

V
c

5

R1085

1K

6

100K

R 108

C1073

R1 043
NC

34

R1 040

NC

3

4

SENSE

VREF

C1071

1

1SS405

4.7/16V

Q1007
RN2107

IN

INT

S

VCC

D1004

4S 66F
TC

4S66F
TC

DVOXMA INC P U[3 B]

R1124

NC

100k

R 731

8V

Q1009
RN 2107

R1123

1K

R1118

100K

R N1107MFV

Q199

C1085

0.1

47K

NC

R 1125

R 1126

14

13

12

11

10

9

8

1

22K

VR 1002

0.1C1086

10KR1127

22/16VC1087

C1088

22/16V

100

R 1128

T8

C1070

1

100K

R 1134

1

C1102

R1084

1k

100K

D1002

R 1135

1SS 405

R1048

0

R1 046

R1 047

10K

10K

1

K

5.6

R1041

R1044

8V

1K

R 1057

22K

1101

0.1

C

VR 10011C1044

22K

8V

IC1009

TC4S66F

R1 117
NC

0

N1107MF V

Q20

R

1107MFV
N

Q201

R

NC

IC1008

Vc

TC4S66F

R 734

Q1010

RN2107

1

VR1003

10K

R1 133

NC

34
2
15

IC1018
TA75S 01F

Vc

15
2
34

SDR MAIN2[2B],MAINCPU[5C]

SDT MAIN2[3B],MAINCPU[5C]

R1 055

NC

C1084

IC10068V
TC4S66F

Vc

0.1

100K

R 1054

15
2
34

100K

8V

0
10

R 1045

0.01

10/16V

C1099

C1100

C1083

R1 001

1k

12KR 1052 10KR1049

NC

0.1C 1098

R 1051

NC

R 1111

JK 1003

2

3
1

HS J1453-01-010

IQOUT

2

3
1

JK 1004
HS J1453-01-010

R 1115

NC

15
2
34

IQINP UT

0.1

MAIN Unit (SDR)

A A

Q1003

D194

1088
R

RN 2107

NC

R 1013

R 1019

R730

10k

Q198
2SC 4915O

22

1007
R

0.1

C1009

1k

NC

1
2
3
4
5
6

IC1002

TC74HC74AF

1CL R
1D

1CK
1PR
1Q
1Q
GND72Q

VCC

2CL R

14
13
12

2D

2

11

2CK

10

2PR

9

2Q

8

R1020

SDRRMA IN2[ 1A]

5V

1SS 405

B B

R1015
22

22

R8

Q1004
RN1107MFV

100KR1087

R 728

100K

0.1

R1008

C1040

IC1003

1

A1

2

B1

3

E2
GND4A2

NC

TC 7WB66F K

C1042

47P

47P

C1014

C1013

0.01

C1036

C1038

100P

C1007

0.1

22

VCC8A

7

E1

6

B2

5

R1 034

22

270

R1033

12K

R 1031

C1037

100p
Q1002
2SC 6026MFV

R 1032

2.2K

RSWMAIN4[5B ],P LL[6C ]

TSWMAIN4[5B], PLL [6C]

C C

T8

NC

R 1080

R1114

C1067

NC

L1007

NC

R1 116

NC

C1068

0.1

SDRTMAIN 2[4B ]

D D

C
N

NC

R 1081

C1064

Q1017

NC

NC

C1066

NC

R 1082

C1062

0.001

L1006

NC

R 1078

NC

R1113

NC

NC

NC

C1063

NC

R 1079

C1065

0

T8

47

R 1077

470P

C1061

0K

0.047

10

C1094

0.039

C1060

0.1

Q1016
3SK 293

3.3u

L1005

100K

C1046

R 1075

R 1073

220K

R 1076

82K

R 1074

C1059

NC

Q1015

T8

NC

R 1071

NC

NC

R 1072

NC

NC

1048
C

C1058

NC

R1069

C1057
NC

C

1070

N

R

NC

R1112

C1047

0.1

C1053

39K

R 1061

120p

1

A

4 8

10K

LM2904PWR

R 1062

18K

R 1066

C1056

120p

7

B

IC1004B

LM2904PWR

10K

R 1068

1

2

3

4

5

6

7

8

62

1

2

3

4

5

6

7

8

SCHEMATIC DIAGRAM

PA Unit (PA)

33P

L808

JP802

FB804

T8V

R8012.2K

VR801

1K

R802

L803

QR0025

0.1

QR0012

C833

TP806
UE0047

BL02RN2R1M2B

1K

1

VR805
NC

R812

0.001C834

TP808
UE0047

0.1

C801

1

0.022

C803

0.022

C805

0.022C807

NC

0.022

C813
C823

0.022

C824

0.022

T8V

1K

R829

2.2K

VR803

VR806

1K

NC

R833

D801

R803

R823

D802

RLS73

150(1/2W)

18(3W)

4V

C808

C819

4V

18(3W)

150(1/2W)

RLS73

0.1

C841

14S

TP801

R804

NC

NC

R822

TP805

R809

R815

Q802

RD100HHF1

22K

22K

Q804

RD100HHF1

L809

QR0012

C842

470/16V

RL801

G5NB

C843

C849

0.1

0.01

C810

R830

C844

14V

D806

NC

TP802
UE0047

0

W801

TP803
UE0047

4.7(3W)
FB803

BL02RN2R1M2B

0.001

C845

0.01

F801

5A

FH801 FH802

CRG01

R835

22

13V

L807

13V

UH0014UH0014

QR0012

Q806
RN1107MFV

470P

C814NCC815

C846

upside : C860
downside : C861

R826

C847

1000/16V

R834

NCC860

2.2K

FCQS30A065

2.2K

L801

QR0024

680P

C861

0.001

C835

D803

0.01

C850

0.001

PON FILTER[7C]

CN803

TMP-J01X-V6

R837

0

IC- FILTER[7C]

CN802
UX1424

12
3
5

4
6

IC+ FILTER[7C]

RF FILTER[1A]

POWER CONNECTOR

A A

L802

QR0014C

L804

CN801

TMP-J01X-V6

TO MAIN

B B

(CN103)

C829

L805

0.39u
C820

10P

82P

C830

L806

0.39u
C821

5P

150P

C831

68P

R817

R810

390

12

R818

C809

390

2.2u

0.1

FB801
HF30ACB

R819

R824

R807

3.3K

56

100

R825

T8V

VR802
1K

C806

0.1

5.3V

R820

1K

C832

Q803
RD06HHF1

8.2

C8250.1

0.1

C811

14S

13V

C826

NC

R811

0.1

JP801

FB802

1K(1/2W)

C827

0.001

TP804
UE0047

R813

C836

NC

0.1

R831

NCC818

330

C804

0.1

C822

0.1

R827

C837

0.022

100

0.01

R828

R832

1K(1/2W)

R808

R814

C828

0.022

100

680

TP807

BL02RN2R1M2B

T8V

C802

VR804
1K

C C

C848

0.01

TP809
UE0047

R805

R806

4.2V

10

10K

10K

R816

4.2V

10

R821

1K(1/2W)

D804

1SS133

D805

1SS133

Q801
RD16HHF1

13V

13V

Q805

RD16HHF1

0.1

100/16V

C839

C838

14S

C812

0.001

C840

0.01

C851

TEMP FILTER[7C]

0.01

R836

100K

TP810
UE0047

10K

TH801

C852

TP811

D D

1

2

3

4

5

6

7

8

63

1

2

RFPA[7B]

3

4

L923

0

5

6

7

8

5A05CT52A301N

TMP-J01X-V6

L0
L1
L2
L3
L4
L5

T8V

14S

REV
FWD

14V

CN901

0

ATT

CN904

CN902
B10B-PH-K-S

GND
GND
ATT
L0
L1
L2
L3
L4
L5
T8V

CN903
B10B-PH-K-S

14S
14S
REV
FWD
IC­IC+
PON
14V
TEMP
GND

TO MAIN
(CN108)

TO MAIN
(CN104)

TO MAIN
(CN105)

A A

RL902

+

L906

120u

C906

0.01

-

AG201344

RL905

+

L909

120u

C926

0.01

-

AG201344

B B

RL908

+

L912

120u

C940

0.01

-

AG201344

RL910

+

L916

10u

C948

0.01

-

AG201344

C C

RL912

+

L919

10u

C957

0.01

-

AG201344

RL914

+

-

0.01

10u

L922

C966

AG201344

D D

C907

C927

C941

C949

C958

C967

L902

QR0021

470P

C908

L907

QR0006

C916
270P

330P

L910

QR0009A

C933

68P

270P

L914

QR0011

C945
22P

150P

L917

QKA75H

C954
18P

68P

L920

QKA45H

C962

39P

15P

C901

C902

470P

150P

0.001

C909

0.0022

470P

C928

C929

680P

C942

330P

C950

220P

C959

120P

C968NCC969

L903

QR0004

C910

L908

QR0007

C917

82P

390P

L911

QR0008

C934

100P

L915

QR0010

C946
68P

L918

QKA65H

C955
39P

L921

QKA55H

C963

22P

470P

C911

C930

C943

C951

C960

C970

680P

180P

470P

100P

82P

27P

RL901

+

-

AG201344

RL904

+

-

AG201344

RL907

+

-

AG201344

RL909

+

-

AG201344

RL911

+

-

AG201344

RL913

+

-

AG201344

0.01

C905

D901

CRG01

1.8M
13V

(1.9MHz BAND)

D907

0.01

C921

C937

CRG01

3.5M

0.01

D910

13V

CRG01

(3.5MHz BAND)

7M

13V

(7MHz BAND)

D911

0.01

C947

(10MHz, 14MHz BAND)

C956

(18MHz, 21MHz BAND)

C965

(24MHz, 28MHz BAND)

0.01

0.01

10, 14M

D912

18, 21M

D913

24, 28M

CRG01

13V

CRG01

13V

CRG01

13V

4
5
6

4
5
6

4
5
6

4
5
6

4
5
6

4
5
6

C903

Q903

EMD9

Q904

EMD9

Q905

EMD9

Q906

EMD9

Q907

EMD9

Q908

EMD9

R901

0

NC

TC901

20P

L901
QR0013A

R902

R908

R911

FWD

R916

1K

0.01

R919

1K

0.01

R920

1K

0.01

R921

1K

0.01

R922

1K

0.01

R923

1K

0.01

R904

68(1/2W)

RB717F

10K

C919
470P

15K

R913
100K

L0

L0

L1

L1

L2

L2

L3

L3

L4

L4

L5

L5

180(1/2W)

D902

R905

C920
470P

R914
100K

R903

68K

C936

C925

0.01

SA901

RX

NC

ATT

RL903

0

330P

C912

10K

R909

R912

15K

TP901

REV

-

+

AG201344

C922

0.1
D908

CRG01

C931

D903

D905

0.1

D904

L709CER

D906

L709CER

Q901
RN1107MFV

C935

C913

L709CER

L709CER

R915

1K

0.01

L904

0.22u

47P

T8V

C914

L905

0.22u

180P

R917

C915

RL906

56

AG201344

R906

0

47P

R907

C918

C923

D909

R918

NC

CRG01

33

NC

C924

0.1

NC

Q902
RN1107MFV

R910

470

­C932

0.1

+

0.1

C939

FB901

BL02RN2R1M2B

IC-PA[7B]
IC+PA[7C]
PONPA[7C]

TEMPPA[7D]

220P

C904

3
2
1

C938

3
2
1

C944

3
2
1

C952

3
2
1

C953

3
2
1

C961

3
2
1

C964

SCHEMATIC DIAGRAM

64

PA Unit (FILTER)

1

2

3

4

5

6

7

8

BLOCK DIAGRAM

IQ IN

TX REG

Q149

8V REG

8V REG

5V REG

IC115

RX REG

IC115

IC116

SDR TSW

IC1008

MODE CONTROL

D139,D140

MODE

Q152

R8VT8V

8V14V

AF MODE SELECT

V5V41

IQ AMP
IC1017

IC107

SQL

IC106D

SQUELCH CONTROL

ANALOG SW

IC109

AF PA

IC112

AMP

IC1004

FM DET

AM DET

D134

SSB DET

MIC AMP

Q180

IC110

IC104

SMETER

AF AMP

IC113B

BUFF

Q137

AGC SW

IC106C

SMETER AMP

MIC AMP

IC119A

Q175

MIX

Q1016

SDR TSW

IC1013

AGC

IC108

AGC AMP

Q140

AF VR

IC114

Q139

SDR TSW

AMP

HPF

AF LPF

IC113A

LPF

IC119B

GAIN CONTROL

IC1016

Q138

1.6M

AMP

AGCAGC

SSB TX B.M

IC105

NB GATE CONTROL

FILTER SELECT

Q141,142,143,144,145

SDR RSW

NB AGC

Q117

DVOX SW

IC1006

Q121

FILTER

FL101

FILTER

FL102

FILTER

FL103

IC1012

NB GATE CONTROL

Q113,Q119

NOISE DET

D115,D118

AMP

IC1018

SDR RSW

IC1014

1/4

IC1002

NOISE AMP

Q116

SDR

2ND IF AMP

ALC

AGC

NOISE AMP
Q14,115

DMOD SW

Q104

2ND IF AMP

Q110

IC1007

PTT DET

Q1011

BUFF AMP

Q1002

2ND MIX

D111

BPF

71.3M

NOISE AMP

Q118

DMOD

71.75M
XF102

IQ DET
IC1003

Q124

IF AMP

AGC

AMP

IC1010

LPF

130M

IQ OUT

THROUGH

PRE AMP

Q128

Q130

PRE AMP

LPF

30M

1ST LO AMP

Q13

SDR RSW

1ST MIX

Q125

1ST MIX

Q127

1st MIX

Q103

1st MIX

Q108

AMP

IC1001

71.75M
XF101

71.75M

XL103

Q5

PRE DRIVE

Q105

LPF

1.5M

LPF

2.5M

BPF

2.5-4.0M

BPF

4.0-7.5M

BPF

7.5-10.5M

BPF

10.5-14.5M

BPF

14.5-21.5M

BPF

21.5-35.0M

HPF

ALC

1.6M

HPF

1.6M

DRIVE
Q803

FAN MOTOR

FAN SW

Q183

DRIVE
Q801

DRIVE
Q805

PA
Q803

PA
Q802

ATT SW

R910

ATT 20dB

LPF

1.8M

LPF

3.5M

LPF

7M

LPF

10.14M

LPF

21M

LPF

28M

POWER DET

D902

ANT

LPF

70M

RX

TX

PA FILTER UNIT

Q154

PA CURRENT CONTROL

IC118B

RF POWER CONTROL

IC118A

RF METER CONTROL

IC118D

SMETER

EXT TUNER CONTROL

IC120

MAIN CPU

IC101

EEPROM

AM ALC DELAY

IC103

X601

TCXO 16.777216MHz

REF OSC

BUFF

BUFF

Q611

Q609

1/2064

BUFF AMP

Q608

1/8771

DDS

IC603

DDS

IC604

MAIN UNIT

ANALOG SW

IC109

1OCV606CI

OSC

PLL

LPF

BUFF AMP

Q615

VCO2

IC611

IC607

BUFF

PD

1/5

Q610

LPF

IC610

1/8

Q616

OSC

Q605

BUFF

Q614

BUFF AMP

Q604

BUFF

Q602

8V 8V

RX LED CONT

Q2

TX LED CONT

Q1

REDGREEN

D119

X1

8MHz

5V

KEY INPUT

RISET 5V REG

IC4

123

MULTI

456
789

・

8V

0ENT

FUNC

RIT

FRONT CPU

IC1

PWR
MODE

V/M

M/kHz

RF
UP

DOWNLOCK

DIMMER CONT

IC3

LCD1

LCD DISPLAY

DIMMER

D3,D4,D5,D6

MIC AMP

IC2B

VOX AMP

IC123

DMOD

MIC AMP

IC2B

MIC MUTE

Q54

EXT SP

EXT SP

+

-

SP

MIC

PLL UNIT

65

ALINCO,INC.

Head Office:Yodoyabashi-Dai building 13th Floor

4-9, 4-Chome, Koraibashi, Chuo-ku, Osaka 541-0043, JAPAN
Phone:[phone] Fax:[phone]
http://www.alinco.com
E-mail:[e-mail]

Dealer/Distributor

Copyright Alinco, Inc. Osaka Japan
Printed in Japan

PM0110

FNEH-NI