Channel Spacing:25 kHz
Frequency Stability:±5 ppm (–4 °F to +140 °F [–20 °C to +60 °C])
Emission Type:16K0G3E
Antenna Impedance:50 Ω
Supply Voltage:7.4V DC, Negative Ground (Battery Terminal)
Current Consumption:320 mA (Receive, Typical at AF MAX.)
50 mA (Standby)
1.6 A / 0.7 A (TX: 5 W / 1W)
Operating Temperature:–4 °F to +140 °F (–20 °C to +60 °C)
Case Size (W x H x D):2.20” x 5.24” x 1.08” (56 x 133 x 27.5 mm) w/o knob & antenna
Weight (Approx.):10.9 oz (310 g) w/FNB-V105LI, Belt Clip, & Antenna
Transmitter
RF Power Output:5 W / 1 W (@7.4 V )
Modulation Type:Variable Reactance
Maximum Deviation:±5 kHz
Spurious Emission:–75 dBc typical
Microphone Impedance:2 kΩ
Receiver
Circuit Type:Double-Conversion Superheterodyne
Intermediate Frequencies:1st: 21.7 MHz, 2nd: 450 kHz
Adjacent Channel Selectivity: 70 dB typical
Intermodulation:68 dB typical
Hum & Noise Ratio:40 dB typical
Sensitivity:0.25 μV for 12 dB SINAD
Selectivity:25 kHz (–70 dB)
AF Output (Internal SP):700 mW @16 Ω for 10 % THD (@7.4 V)
Performance specifications are nominal, unless otherwise indicated, and are subject to change without notice.
Measured in accordance with TIA/EIA-603.
Important Note
The HX280S and HX280E was assembled using Pb (lead) free solder, based on the RoHS specification.
Only lead-free solder (Alloy Composition: Sn-3.0Ag-0.5Cu) should be used for repairs performed on this apparatus. The solder stated above utilizes the alloy composition required for compliance with the lead-free specification,
and any solder with the above alloy composition may be used.
2
Page 3
Specifications (HX280E)
General
Frequency Ranges:156.025 MHz - 162.000 MHz
Channel Spacing:25 kHz
Frequency Stability:±5 ppm (–20 °C to +60 °C)
Emission Type:16K0G3E
Antenna Impedance:50 Ω
Supply Voltage:7.4V DC, Negative Ground (Battery Terminal)
Current Consumption:320 mA (Receive, Typical at AF MAX.)
50 mA (Standby)
1.6 A / 0.7 A (TX: 5 W / 1W)
Operating Temperature:–20 °C to +60 °C
Case Size (W x H x D):56 x 133 x 27.5 mm (w/o knob & antenna)
Weight (Approx.):310 g (w/FNB-V105LI, Belt Clip, & Antenna)
Transmitter
RF Power Output:5 W / 1 W (@7.4 V )
Modulation Type:Variable Reactance
Maximum Deviation:±5 kHz
Spurious Emission:Less than 0.25 μW
Microphone Impedance:2 kΩ
Receiver
Circuit Type:Double-Conversion Superheterodyne
Intermediate Frequencies:1st: 21.7 MHz, 2nd: 450 kHz
Adjacent Channel Selectivity: 70 dB
Intermodulation:68 dB
Hum & Noise Ratio:40 dB
Sensitivity:1 μV for 20 dB SINAD
Selectivity:25 kHz (–70 dB)
AF Output (Internal SP):700 mW @16 Ω for 10 % THD (@7.4 V)
Performance specifications are nominal, unless otherwise indicated, and are subject to change without notice.
Measured in accordance with EN301 178-2, EN300 698-3, EN301 843-2, EN60950-1
Non-designated parts are available only
as part of a designated assembly.
DESCRIPTION
SEMS SCREWSM3X10SUS
BIND HEAD TAPTITE-B M2X6SUS
PAN HEAD TAPTITE-B M2X4NI#3
QTY.
1
2
13
Page 5
Block Diagram
5
Page 6
Note
6
Page 7
Circuit Description
1. Receive Signal Path
Incoming RF from the antenna jack passes through a lowpass filter consisting of coils L1001, L1002, & L1004, capacitors C1005, C1014, C1015, & C1019, and antenna
switching diode D1004 (RLS135).
Signals within the frequency range of the transceiver enter a band-pass filter consisting of coils L1013 and L1016,
capacitors C1060, C1064, and C1067, then amplified by
Q1015 and enter a Varactor-tuned band-pass filter consisting of coils L1021 & L1022, capacitors C1106, C1107,
C1108, C1120, & C1221, and diodes D1025 & D1026 (both
HVC355B), before first mixing by Q1022 (3SK318).
Buffered output from the VCO is amplified by Q1007
(2SC5006) to provide a pure first local signal between
134.35 and 141.575 MHz for injection to the first mixer
Q1022 (3SK318).
The 21.7 MHz first mixer product then passes through
monolithic crystal filter XF1001/XF1002 to strip away all
but the desired signal, which is then amplified by Q1024
(2SC4915). The amplified first IF signal is applied to FM
IF subsystem IC Q1026 (BA4116FV), which contains the
second mixer, second local oscillator, limited amplifier,
noise amplifier, and RSSI amplifier.
A second local signal is produced from the PLL reference/
second local oscillator of X1001 (21.25 MHz). The 21.25
MHz reference signal is delivered to mixer section of FM
IF subsystem IC Q1026 (BA4116FV) which produce the
450 kHz second IF mixed with the first IF signal.
The second IF then passes through the ceramic filter
CF1001 to strip away unwanted mixer products, and is
then applied to the limited amplifier in the FM IF subsystem IC Q1026 (BA4116FV), which removes amplitude
variations in the 450kHz IF, before detection of the speech
by the ceramic discriminator CD1001.
2. Audio Amplifier
The demodulated audio signal from the Q1026
(BA4116FV) passes through a band-pass filter and Highpass filter, then applied to the de-emphasis of Q1005
(LM2902PWR). Then passes through the audio mute
switch Q1034 (SN74LVC1G66DCKR), the audio volume
VR1004 and the audio power amplifier Q1032 (TDA2822)
pin 7, providing up to 700 mW of audio power to the 16ohm loudspeaker.
3. Squelch Control
The squelch circuitry consists of a noise amplifier and
band-pass filter and noise detector within Q1026
(BA4116FV). When no carrier received, noise at the output of the detector stage in Q1026 (BA4116FV) is ampli-
fied and band-pass filtered by the noise amplifier section
of Q1026 (BA4116FV) and the network between pins 7
and 8, and then rectified by detection circuit in Q1026
(BA4116FV).
The resulting DC squelch control voltage is passed to pin
64 of the microprocessor Q1025 (UPD78F0484GK). If no
carrier is received, this signal causes pin 38 of Q1025
(UPD78F0484GK) to go low and pin 67 to go high. Pin 67
signals of Q1025 (UPD78F0484GK) to disable the supply
voltage to the audio amplifier Q1032 (TDA2822).
Thus, the microprocessor blocks output from the audio
amplifier, and silences the receiver, while no signal is being received (and during transmission, as well).
4. Transmit Signal Path
The speech input from the microphone MC1001 passes
through the audio amplifier Q1003 (NJM12902V), which
is adjusted the microphone gain. The speech signal passes through pre-emphasis circuit to Q1003 (NJM12902V),
which contains the IDC, and low-pass filter. Then passes
through VR1001 which allows manual adjustment of the
transmitter deviation level.
The filtered audio signal is applied to varactor diode
D1014 (HVC306B), which frequency modulates the VCO
Q1008 (2SC5006).
The modulated signal from the VCO Q1008 (2SC5006) is
buffered by Q1007 (2SC5006). The low-level transmit sig-
nal is then passes through the TX switching diode D1017
(DAN235E) to the buffer amplifier Q1016 (2SC5226),
driver amplifier Q1013 (RQA0004PXDQS), then amplified transmit signal is applied to the final amplifier Q1009
(RQA0011DNS) up to 5.0 watts output power.
The transmit signal then passes through the antenna
switch D1003 (RLS135) and is low-pass filtered to suppress harmonic spurious radiation before delivery to the
antenna.
7
Page 8
Circuit Description
4-1 Automatic Transmit Power Control
Current from the final amplifier is sampled by C1011 &
C1022, and R1004 & R1008, and is rectified by D1002
(RB715F). The resulting DC is fed back through Q1004
(LM2904PWR) to the drive amplifier Q1013
(RQA0004PXDQS) and final amplifier Q1009
(RQA0011DNS), for control of the power output.
When the microprocessor selects “High” or “Low” power levels, pin 66 of Q1025 (UPD78F0484GK) to go low at
“High” power selected or pin 66 of Q1025
(UPD78F0484GK) to go high at “Low” power selected.
5. PLL Frequency Synthesizer
The PLL circuitry on the Main Unit consists of VCO Q1008
(2SC5006), VCO buffer Q1007 (2SC5006), PLL subsystem IC Q1021 (LV2105V), which contains a reference
divider, serial-to-parallel data latch, programmable divider, phase comparator and charge pump, and crystal X1001
which frequency stability is ±5 ppm @ –20 °C to +60 °C.
While receiving, VCO Q1008 (2SC5006) oscillates between 134.35 and 141.575 MHz according to the transceiver version and the programmed receiving frequency.
The VCO output is buffered by Q1007 (2SC5006), then
applied to the prescaler section of Q1021 (LV2105V). There
the VCO signal is divided by 64 or 65, according to a control signal from the data latch section of Q1021 (LV2105V),
before being sent to the programmable divider section of
Q1021 (LV2105V).
The data latch section of Q1021 (LV2105V) also receives
serial dividing data from the microprocessor Q1025, which
causes the pre-divided VCO signal to be further divided
in the programmable divider section, depending upon the
desired receive frequency, so as to produce a 25.0 kHz
derivative of the current VCO frequency.
Meanwhile, the reference divider sections of Q1021
(LV2105V) divides the 21.25 MHz crystal reference from
the reference oscillator section ofQ1021 (LV2105V), by 850
to produce the 25.0 kHz loops reference.
The 25.0 kHz signal from the programmable divider (derived from the VCO) and that derived from the reference
oscillator are applied to the phase detector section of
Q1021 (LV2105V), which produces a pulsed output with
pulse duration depending on the phase difference between
the input signals.
This pulse train is filtered to DC and returned to the Varactor D1011 and D1012 (both HVC350B).
Changes in the level of the DC voltage applied to the Varactor, affecting the reference in the tank circuit of the VCO
according to the phase difference between the signals
derived from the VCO and the crystal reference oscillator.
The VCO is thus phase-locked to the crystal reference oscillator. The output of the VCO Q1008 (2SC5006) after
buffering by Q1007 (2SC5006) is applied to the first mix-
er as described previously.
For transmission, the VCO Q1008 (2SC5006) oscillates
between 156.025 and 157.425 MHz according to the model version and programmed transmit frequency. The remainder of the PLL circuitry is shared with the receiver.
However, the dividing data from the microprocessor is
such that the VCO frequency is at the actual transmit frequency (rather than offset for IFs, as in the receiving case).
Also, the VCO is modulated by the speech audio applied
to D1014 (HVC306B), as described previously.
6. Miscellaneous Circuits
Push-To-Talk Transmit Activation
When the PTT switch on the Main Unit is closed, pin 72 of
Q1025 (UPD78F0484GK) goes low. This signal disables
the receiver by disabling the 5 V supply bus at Q1011
(UMD5N) to the front-end, FM IF subsystem IC Q1026
(BA4116FV).
At the same time, Q1010 (UMD5N) activate the transmit 5
V supply line to enable the transmitter.
8
Page 9
Alignment
The HX280S/E has been carefully aligned at the factory
for the specified performance across the marine band.
Realignment should therefore not be necessary except in
the event of a component failure.
All component replacement and service should be performed only by an authorized STANDARD HORIZON
representative, or the warranty policy may be voided.
The following procedures cover the sometimes critical and
tedious adjustments that are not normally required once
the transceiver has left the factory. However, if damage
occurs and some parts are replaced, realignment may be
required. If a sudden problem occurs during normal operation, it is likely due to component failure; realignment
should not be done until after the faulty component has
been replaced.
We recommend that servicing be performed only by authorized STANDARD HORIZON service technicians who
are experienced with the circuitry and fully equipped for
repair and alignment. Therefore, if a fault is suspected,
contact the dealer from whom the transceiver was purchased for instructions regarding repair. Authorized
STANDARD HORIZON service technicians realign all circuits and make complete performance checks to ensure
compliance with factory specifications after replacing any
faulty components. Those who do undertake any of the
following alignments are cautioned to proceed at their
own risk.
Problems caused by unauthorized attempts at realignment
are not covered by the warranty policy. Also, STANDARD
HORIZON must reserve the right to change circuits and
alignment procedures in the interest of improved performance, without notifying owners. Under no circumstances
should any alignment be attempted unless the normal
function and operation of the transceiver are clearly understood, the cause of the malfunction has been clearly
pinpointed and any faulty components replaced, and the
need for realignment determined to be absolutely necessary. The following test equipment (and thorough familiarity with its correct use) is necessary for complete realignment. Correction of problems caused by misalignment resulting from use of improper test equipment is
not covered under the warranty policy. While most steps
do not require all of the equipment listed, the interactions
of some adjustments may require that more complex adjustments be performed afterwards. Do not attempt to
perform only a single step unless it is clearly isolated electrically from all other steps. Have all test equipment ready
before beginning, and follow all of the steps in a section
in the order presented.
Required Test Equipment
RF Signal Generator with calibrated output level at
200 MHz
Frequency Counter: >0.1 ppm accuracy at 200 MHz
AF Signal Generator
Deviation Meter (linear detector)
VHF Sampling Coupler
Inline Wattmeter with 5% accuracy at 200 MHz
50-ohm Non-reactive Dummy Load: 10W at 200 MHz
7.4 VDC, 2A Regulated DC Power Supply
IBM® PC/compatible computer with Microsoft® Win-
dows® 2000, XP, or Vista
Standard Horizon HX280 Service Flag Controller and
Alignment Jig.
Alignment Preparation & Precautions
A dummy load and inline wattmeter must be connected
to the main antenna jack in all procedures that call for
transmission, except where specified otherwise. Correct
alignment is not possible with an antenna. After completing one step, read the following step to determine whether the same test equipment will be required. If not, remove the test equipment (except dummy load and wattmeter, if connected) before proceeding.
Correct alignment requires that the ambient temperature
be the same as that of the transceiver and test equipment,
and that this temperature be held constant between 20 °C
and 30 °C (68 °F ~ 86 °F). When the transceiver is brought
into the shop from hot or cold air it should be allowed
some time for thermal equalization with the environment
before alignment. If possible, alignments should be made
with oscillator shields and circuit boards firmly affixed
in place. Also, the test equipment must be thoroughly
warmed up before beginning.
Note: Signal levels in dB referred to in this procedure are
based on 0 dBμ = 0.5 μV(closed circuit).
9
Page 10
Alignment
Before Alignment
Install the HX280 Service Flag Controller Program to
your computer.
Remove the Front Panel from the transceiver accord-
ing to the following procedures:
1) Disconnect the antenna from the transceiver.
2) Remove the VOL knob and Battery Pack from the
transceiver
3) Remove the two screws which located at the bottom side on the battery compartment.
4) Carefully pull out the chassis from the Front Panel.
Refer to the “Exploded View“ on the page 4.
Set up the test equipment as shown below, and set the
DC Power Supply voltage to 7.4 V.
Execute the HX280 Service Flag Controller Program.
Select the COM port number which is connected to
the HX280 Alignment Jig.
Press and hold in the [PRESET] key
while turning the transceiver on to
enter the Alignment Mode.
Select “Alignment ON” Radio But-
ton of the HX280 Service Flag Controller Program.
Click the left mouse button on the
[
SET] button of the HX280 Service
Flag Controller Program.
Main Reference Frequency Adjustment
Turn the Antenna switch to the “TX Alignment” side.
Remove the solder jumper JP1001.
Set the channel to CH16.
Use the [H/L] key to set the transceiver to “LOW”
power.
With the PTT switch pressed, adjust TC1001 so the
Frequency Counter reading is 156.800 MHz ± 100 Hz.
Transmit Power Adjustment
Turn the Antenna switch to the “TX Alignment” side.
Set the channel to CH16.
Increase the DC Power Supply voltage to 8.0 V.
Use the [H/L] key to set the transceiver to “HI” power.
With the PTT switch pressed, adjust VR1003 so that
RF output power is 5.0 W ± 0.1 W.
Release the PTT switch, then set the transceiver to
“LOW” power by the [H/L] key.
With the PTT switch pressed, adjust VR1002 so that
RF output power is 0.8 W ± 0.1 W.
Release the PTT switch.
Return the DC Power Supply voltage to 7.4 V.
Inline
Wattmeter
50
Dummy Load
Frequency
Counter
10
Ω
Power Supply
RF Sampling
Coupler
Regulated
( ) :
( ) :
( ) :
( ) :
VR1002
VR1003
VR1001
RED
RED
BLACK
BLACK
Antenna Switch
“RX” Alignment“TX” Alignment
HX280 Alignment Jig
RF Signal
Generator
Attention!
The HX280’s Audio output is BTL output.
16 1 W
Ω
Resistor
AF Signal
Generator
JP1001
TC1001
VR1005
TP1018
D-SUB 9-pin Jack
Page 11
Alignment
TX Deviation Adjustment
Turn the Antenna switch to the “TX Alignment” side.
Confirm that the solder jumper JP1001 is removed.
Set the AF Signal Generator output to 200 mVrms at 1
kHz.
Set the channel to CH16.
With the PTT switch pressed, adjust VR1001 so that
the maximum deviation is 4.4 kHz ± 0.1 kHz.
Release the PTT switch.
Solder the jumper JP1001.
Squelch Level Adjustment
Turn the Antenna switch to the “RX Alignment” side.
Set the channel to CH16.
Set the RF Signal Generator output to 156.800 MHz,
at a level of +0 dBμ (HX280S) or +3 dBμ (HX280E),
±3.0 kHz deviation with a 1 kHz audio tone.
Connect the DC voltmeter to TP1018, adjust VR1005
so that DC voltmeter reading is 0.2 V ± 0.02 V (HX280S)
or 0.45 V ± 0.02 V (HX280E).
Software Alignment/Confirmation Mode
Overview of Software Alignment Mode
The “Software Alignment Mode” has been build in
the microprocessor in order to adjust and confirm the
performance of transceiver.
The purpose is to adjust transceiver simply and to con-
firm the performance of transceiver smoothly.
Starting Software Alignment Mode
Set the channel to CH16, then turn the VOL knob
counter clockwise to turn off the radio.
Turn the Antenna switch to the “RX Alignment” side.
Turn the VOL knob clockwise to
turn on the radio while press and
holding the [PRESET] keys. The
LCD will be shown the Alignment
mode “
Press the [SCAN] key. Then the LCD
will be shown the Alignment Item
(1st Item is Threshold “
Set the RF Signal Generator output
to 156.800 MHz, at a level of –8 dBμ (HX280S) or
–6 dBμ (HX280E), ±3.0 kHz deviation with a 1 kHz
audio tone.
Press the [PRESET] key to record a
threshold level.
Press the [MEM] key to save the new
setting.
ALAL
AL”.
ALAL
tHtH
tH”).
tHtH
Press the [SCAN] key to recall the
Alignment Item “
Set the RF Signal Generator output
to 156.800 MHz, at a level of +0 dBμ
(HX280S) or +3 dBμ (HX280E), ±3.0 kHz deviation
with a 1 kHz audio tone.
Press the [PRESET] key to record a
tight level.
Press the [MEM] key to save the new
setting.
This completes the Software Alignment Mode. To save
all settings and exit, press and hold the [16/9] key for one
second. Then turn off the transceiver.
tI tI
tI (TIGHT)”.
tI tI
After Alignment
Execute the HX280 Service Flag Controller Program
again.
Select the COM port number which is connected to
the HX280 Alignment Jig.
Press and hold in the [PRESET] key while turning
the transceiver on to enter the Alignment Mode.
Select “Alignment OFF” Radio But-
ton of HX280 Service Flag Controller Program.
Click the left mouse button on the
[
SET] button of the HX280 Service
Flag Controller Program.
Turn off the transceiver.
Assemble the transceiver while being carefully so that
Rubber Packing does not protrude from a Front Case.
Important Note: To ensure the radio is water proof,
make sure the gasket is installed on the chassis correctly and is not pinched when inserted into the front
case.
NOTICE
Do not touch the Alignment Item “
dCdC
dC”.
dCdC
11
Page 12
Note
12
Page 13
MAIN Unit
RX: 0 V
TX: 0.82 V
RX: 0 V
TX: 1.66 V
3.11 V
RX: 3.53 V
TX: 0 V
RX: 2.48 V
TX: 0 V
RX: 0 V
TX: 1.13 V
RF AMP
Q1015
RX: 4.18 V
TX: 0 V
RX: 0 V
TX: 0.91 V
RX: 1.09 V
TX: 0 V
RX: 0 V
TX: 2.83 V
BPF “LOW”: 0.01 V
BPF “HIGH”: 1.56 V
RX: 0 V
TX: 1.41 V
BPF “LOW”: 3.29 V
BPF “HIGH”: 0 V
RX: 2.54 V
TX: 0 V
RX: 2.33 V
TX: 0 V
VCO Input
1st Mixer
Q1022
RX: 0 V
TX: 2.21 V
RX: 4.67 V
TX: 0 V
RX: 3.92 V
TX: 0 V
IF AMP
Q1024
RX: 1.82 V
TX: 0 V
RX SIGNAL “Non”: 1.15 V
RX SIGNAL “40 dBμ”: 0.02 V
PCB with Components (No adjustment. Requires the adjustment for use.)CB4645001HX280S
CB4645002HX280E
Printed Circuit BoardFR019200C1C 1001CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bh3
C 1004CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bh3
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C 1021CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bg1
C 1022CHIP CAP.0.5pF50VCKUMK105CK0R5CV-FK221782471- Bg3
C 1024CHIP CAP.18pF50VCHGRM1552C1H180JZ01DK221782181- Bg3
C 1025CHIP CAP.18pF50VCHGRM1552C1H180JZ01DK221782181- Bf3
C 1026CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bg2
C 1027CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bg1
C 1028CHIP CAP.56pF50VCHGRM1552C1H560JD01DK221782301- Bg3
C 1029CHIP CAP.33pF50VCHGRM1552C1H330JZ01DK221782241- Bf3
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C 1031CHIP CAP.5pF25VCHTMK105CH050C-FK221482091- Bc3
C 1033CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bg2
C 1034CHIP TA.CAP.10uF10VTEESVA1A106M8RK781000281- AB1
C 1035CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bc3
C 1036CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bf3
C 1038CHIP TA.CAP.10uF10VTEESVA1A106M8RK781000281- AB1
C 1039CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bc3
C 1040CHIP CAP.27pF50VCHGRM1552C1H270JZ01DK221782221- Bc3
C 1041CHIP CAP.27pF50VCHGRM1552C1H270JZ01DK221782221- Bc3
C 1043CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bf3
C 1044CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bf3
C 1045CHIP CAP.22pF50VCHUMK105CH220JV-FK221782661- Bg3
C 1046CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Ba3
C 1047CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bf3
C 1048CHIP CAP.33pF50VCHGRM1552C1H330JZ01DK221782241- Bc3
C 1049CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- AC3
C 1050CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- AC3
C 1052CHIP CAP.1pF25VCKTMK105CK010C-FK221482051- Bc3
C 1054CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bf3
C 1055CHIP CAP.15pF25VCHTMK105CH150J-FK221482181- Bg2
C 1056CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- AC3
C 1057CHIP CAP.82pF50VCHGRM1552C1H820JD01DK221782341- Be3
C 1058CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- AC3
C 1060CHIP CAP.18pF50VCHGRM1552C1H180JZ01DK221782181- Bg2
C 1061CHIP CAP.15pF25VCHTMK105CH150J-FK221482181- Be3
C 1062CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bc3
C 1063CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bf1
C 1064CHIP CAP.15pF25VCHTMK105CH150J-FK221482181- Bg2
C 1065CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bf1
C 1066CHIP CAP.2.2uF10VBGRM188B31A225KE18DK221048051- Bc3
C 1067CHIP CAP.33pF50VCHGRM1552C1H330JZ01DK221782241- Bg2
C 1068CHIP TA.CAP.0.1uF35VTEESVA1V104M8RK781600251- Bd3
C 1069CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bc2
C 1070CHIP TA.CAP.10uF16VTEESVA1C106M8RK781200771- Bg3
C 1071CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Be3
C 1072CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- AA3
C 1073CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bg2
C 1074CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Be3
C 1075CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bc2
C 1076CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Be3
C 1077CHIP TA.CAP.10uF10VTEESVA1A106M8RK781000281- Bd3
C 1079CHIP TA.CAP.22uF6.3VTEESVA0J226M8RK780800471- Bc3
C 1081CHIP CAP.15pF25VCHTMK105CH150J-FK221482181- Be3
C 1082CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bc3
C 1083CHIP TA.CAP.0.47uF35VTEESVA1V474M8RK781600291- Bd3
C 1084CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- Bd1
C 1086CHIP CAP.10pF25VCHTMK105CH100D-FK221482141- Bg2
C 1087CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- AC3
C 1088CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bc3
C 1089CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Be3
C 1090CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Be3
C 1091CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bg2
C 1092CHIP CAP.0.22uF10VBGRM155B31A224KE18DK221088081- AB3
C 1093CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bd3
C 1094CHIP CAP.8pF50VCHGRM1552C1H8R0DZ01DK221782101- Bg2
C 1095CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bd3
C 1097CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bf1
C 1098CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bg2
C 1099CHIP CAP.10pF25VCHTMK105CH100D-FK221482141- Be3
C 1100CHIP CAP.6pF50VCHGRM1552C1H6R0DZ01DK22178208HX280E1- Bg2
C 1100CHIP CAP.4pF25VCHTMK105CH040C-FK22148208HX280S1- Bg2
C 1102CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- AB3
C 1104CHIP CAP.8pF50VCHGRM1552C1H8R0DZ01DK221782101- Bg2
C 1105CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Be3
C 1106CHIP CAP.12pF25VCHTMK105CH120J-FK22148216HX280E1- Bf2
C 1106CHIP CAP.13pF50VCHUMK105CH130JV-FK22178261HX280S1- Bf2
C 1107CHIP CAP.1pF25VCKTMK105CK010C-FK221482051- Bf2
C 1108CHIP CAP.12pF25VCHTMK105CH120J-FK22148216HX280E1- Bf2
C 1108CHIP CAP.13pF50VCHUMK105CH130JV-FK22178261HX280S1- Bf2
C 1109CHIP CAP.27pF50VCHGRM1552C1H270JZ01DK221782221- Bc2
C 1110CHIP CAP.3pF25VCJTMK105CJ030C-FK221482071- Bc2
C 1111CHIP CAP.1pF25VCKTMK105CK010C-FK221482051- Bf2
C 1112CHIP CAP.4pF25VCHTMK105CH040C-FK22148208HX280E1- Bf2
C 1112CHIP CAP.8pF50VCHGRM1552C1H8R0DZ01DK22178210HX280S1- Bf2
C 1113CHIP CAP.5pF25VCHTMK105CH050C-FK221482091- Bd3
C 1114CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- AB3
C 1115CHIP CAP.100pF25VCHTMK105CH101J-FK221482381- Bc2
C 1116CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- AB3
C 1118CHIP CAP.68pF50VCHGRM1552C1H680JZ01DK221782321- Bd3
C 1119CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Be2
C 1120CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bf2
C 1121CHIP CAP.15pF25VCHTMK105CH150J-FK221482181- Bd3
C 1122CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Be2
C 1123CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bd3
C 1124CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bf2
C 1125CHIP CAP.22pF50VCHUMK105CH220JV-FK221782661- Be2
C 1126CHIP CAP.18pF50VCHGRM1552C1H180JZ01DK221782181- Be3
C 1127CHIP CAP.22pF50VCHUMK105CH220JV-FK221782661- Be3
C 1128CHIP CAP.18pF50VCHGRM1552C1H180JZ01DK221782181- Be3
C 1129CHIP CAP.33pF50VCHGRM1552C1H330JZ01DK22178224HX280E1- Be2
C 1129CHIP CAP.27pF50VCHGRM1552C1H270JZ01DK22178222HX280S1- Be2
C 1130CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bf2
C 1131CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bd3
C 1132CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Be3
C 1134CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bd3
C 1135CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bd3
C 1136CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bd3
C 1137CHIP CAP.8pF50VCHGRM1552C1H8R0DZ01DK221782101- Be2
C 1139CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bd2
C 1141CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- Bb3
C 1142CHIP CAP.33pF50VCHGRM1552C1H330JZ01DK22178224HX280E1- Bd2
C 1142CHIP CAP.15pF25VCHTMK105CH150J-FK22148218HX280S1- Bd2
C 1143CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- AD3
C 1144CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bb2
C 1145CHIP CAP.2pF50VCKGRM1554C1H2R0CZ01DK221782041- Bc2
C 1146CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bb1
C 1147CHIP CAP.330pF50VBUMK105B331KW-FK221788231- Bb3
C 1148CHIP CAP.0.0056uF25VBTMK105B562KW-FK221488321- Bb3
C 1149CHIP CAP.0.47uF6.3VBGRM155B30J474KE18DK220888021- AE1
C 1150CHIP CAP.0.0068uF25VBTMK105B682KW-FK221488331- Bb3
C 1151CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bb1
C 1152CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bb1
C 1153CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- Bb3
C 1154CHIP CAP.82pF50VCHGRM1552C1H820JD01DK221782341- Bc2
C 1155CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bc1
C 1156CHIP CAP.270pF50VBUMK105B271KW-FK221788221- Bc1
C 1157CHIP CAP.270pF50VBUMK105B271KW-FK221788221- Bc1
C 1159CHIP CAP.15pF25VCHTMK105CH150J-FK221482181- Ba3
C 1160CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bh1
C 1161CHIP TA.CAP.22uF6.3VTEESVA0J226M8RK780800471- Bc1
C 1162CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bb1
C 1163CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bb1
C 1164CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bc1
C 1165CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Ba3
C 1166CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- AE1
C 1167CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bb1
C 1168CHIP CAP.4.7uF6.3VBC1608JB0J475KTK220848041- AE1
C 1169CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bb1
C 1171CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bb1
C 1172CHIP TA.CAP.10uF10VTEESVA1A106M8RK781000281- Bb1
C 1174CHIP CAP.18pF50VCHGRM1552C1H180JZ01DK221782181- Bd1
C 1175CHIP CAP.0.047uF16VFGRM155F11C473ZA01DK221290041- Ba3
C 1176CHIP CAP.15pF25VCHTMK105CH150J-FK221482181- Ba3
C 1177CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bb2
C 1180CHIP TA.CAP.4.7uF16VTEESVA1C475M8RK781200311- Bb2
C 1181CHIP CAP.47pF50VCHGRM1552C1H470JZ01DK221782281- Bb1
C 1182CHIP CAP.22pF50VCHUMK105CH220JV-FK221782661- Bd1
C 1183CHIP CAP.4.7uF6.3VBC1608JB0J475KTK220848041- Be1
C 1184CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Be1
C 1185CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bb3
C 1186CHIP CAP.0.047uF10VBGRM155B11A473KA01DK221088011- Ba1
C 1187CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- Bb3
C 1188CHIP CAP.0.047uF10VBGRM155B11A473KA01DK221088011- Ba1
C 1189CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bb3
C 1190CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bb3
C 1191CHIP CAP.0.0056uF25VBTMK105B562KW-FK221488321- Ba3
C 1192CHIP CAP.0.047uF10VBGRM155B11A473KA01DK221088011- Ba1
C 1193CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- Bb3
C 1194CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- Bg2
C 1195CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bh1
C 1196CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Ba1
C 1197CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Ba2
C 1198CHIP TA.CAP.10uF16VTEESVA1C106M8RK781200771- Bh2
C 1199CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bh2
C 1200CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Ba2
C 1201CHIP CAP.270pF50VBUMK105B271KW-FK221788221- Bb2
C 1202CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bf1
C 1203CHIP CAP.0.0047uF50VBGRM155B11H472KA01DK221788381- Ba2
C 1204CHIP CAP.4.7uF6.3VBJMK107BJ475MA-TK220848031- Bf1
C 1205CHIP CAP.0.01uF25VBGRM155B11E103KA01DK221488341- Bh2
C 1206CHIP TA.CAP.22uF16VTEESVB21C226M8RK781200281- Bh2
C 1207CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bh2
C 1210CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bf3
C 1211CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bh2
C 1212CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- Bh1
C 1213CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- Bh1
C 1214CHIP CAP.0.1uF10VBGRM155B11A104KA01DK221088021- Bh2
C 1215CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bf1
C 1216CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- AA1
C 1217CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- AA1
C 1220CHIP CAP.47pF50VCHGRM1552C1H470JZ01DK221782281- Bf2
C 1221CHIP CAP.47pF50VCHGRM1552C1H470JZ01DK221782281- Bf2
C 1225CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Be3
C 1230CHIP CAP.0.001uF50VBGRM155B11H102KA01DK221788091- Bh3
C 1231CHIP CAP.1uF6.3VBGRM155B30J105KE18DK220888031- AF3
C 1235CHIP CAP.0.001uF50VBGRM155B11H102KA01DK22178809HX280E1- Bd3
C 1236CHIP CAP.0.001uF50VBGRM155B11H102KA01DK22178809HX280E1- Bc4
CD1001 CERAMIC DISCJTBM450CX24H79015301- Bc2
CF1001 CERAMIC FILTERLTM450FWH39005721- AF2
D 1002DIODERB715F T106G20707521- Bg3
D 1003DIODERLS135 TE-11G20701281- Bg3
D 1004DIODERLS135 TE-11G20701281- Bg3
D 1005LEDSML-512DWT86G20711161- AD4
D 1006LEDSML-512DWT86G20711161- AD4
D 1007DIODE1SS400 TE61G20706341- Bg3
D 1008LEDSML-512DWT86G20711161- AE4
D 1009DIODE1SS400 TE61G20706341- Bh2
D 1010LEDSML-512DWT86G20711161- AG3
D 1011DIODEHVC350B-TRF-EG20705961- Bc3
D 1012DIODEHVC350B-TRF-EG20705961- Bc3
D 1013LEDSML-512DWT86G20711161- AG2
R 1070CHIP RES.47k1/16W5%RMC1/16S 473JTHJ241890451- Bd3
R 1071CHIP RES.47k1/16W5%RMC1/16S 473JTHJ241890451- Bd3
R 1072CHIP RES.47k1/16W5%RMC1/16S 473JTHJ241890451- AA3
R 1074CHIP RES.22k1/16W5%RMC1/16S 223JTHJ241890411- AB3
R 1075CHIP RES.221/16W5%RMC1/16S 220JTHJ241890051- AB3
R 1076CHIP RES.1001/16W5%RMC1/16S 101JTHJ241890131- Bc2
R 1077CHIP RES.100k1/16W5%RMC1/16S 104JTHJ241890491- Be2
R 1078CHIP RES.100k1/16W5%RMC1/16S 104JTHJ241890491- Bf2
R 1079CHIP RES.2.2k1/16W5%RMC1/16S 222JTHJ241890291- Be3
R 1080CHIP RES.100k1/16W5%RMC1/16S 104JTHJ241890491- Be2
R 1081CHIP RES.120k1/16W5%RMC1/16S 124JTHJ241890501- Bf2
R 1082CHIP RES.471/16W5%RMC1/16S 470JTHJ241890091- Bf2
R 1083CHIP RES.2201/16W5%RMC1/16S 221JTHJ241890171- Be2
R 1084CHIP RES.10k1/16W5%RMC1/16S 103JTHJ241890371- AB3
R 1085CHIP RES.2.2k1/16W5%RMC1/16S 222JTHJ241890291- Be3
R 1086CHIP RES.1k1/16W5%RMC1/16S 102JTHJ241890251- Be2
R 1087CHIP RES.2.2k1/16W5%RMC1/16S 222JTHJ241890291- Be3
R 1088CHIP RES.8201/16W5%RMC1/16S 821JTHJ241890241- Be2
R 1089CHIP RES.221/16W5%RMC1/16S 220JTHJ241890051- Bd3
R 1090CHIP RES.47k1/16W5%RMC1/16S 473JTHJ241890451- Bd3
R 1091CHIP RES.8201/16W5%RMC1/16S 821JTHJ241890241- Bd2
R 1092CHIP RES.1.2k1/16W5%RMC1/16S 122JTHJ241890261- Bd2
R 1093CHIP RES.47k1/16W5%RMC1/16S 473JTHJ241890451- Bd2
R 1094CHIP RES.1.8k1/16W5%RMC1/16S 182JTHJ241890281- AE1
R 1095CHIP RES.2.2k1/16W5%RMC1/16S 222JTHJ241890291- Bd2
R 1097CHIP RES.1k1/16W5%RMC1/16S 102JTHJ241890251- AD2
R 1098CHIP RES.470k1/16W5%RMC1/16S 474JTHJ241890571- Bb3
R 1099CHIP RES.10k1/16W5%RMC1/16S 103JTHJ241890371- Bb1
R 1100CHIP RES.39k1/16W5%RMC1/16S 393JTHJ241890441- Bb3
R 1101CHIP RES.39k1/16W5%RMC1/16S 393JTHJ241890441- Bb3
R 1102CHIP RES.220k1/16W0.5% MCR01MZPD2203J241893891- AE1
R 1103CHIP RES.100k1/16W0.5% MCR01MZPD1003J241893861- AE1
R 1104CHIP RES.47k1/16W0.5% MCR01MZPD4702J241893821- AE1
R 1105CHIP RES.22k1/16W0.5% MCR01MZPD2202J241893781- AE2
R 1106CHIP RES.10k1/16W0.5% MCR01MZPD1002J241893741- AE2
R 1107CHIP RES.4.7k1/16W0.5% MCR01MZPD4701J241893701- AE2
R 1108CHIP RES.8.2k1/16W5%RMC1/16S 822JTHJ241890361- Bb3
R 1109CHIP RES.01/16W5%RMC1/16S JPTHJ24189070HX280E1- AE2
R 1110CHIP RES.1001/16W5%RMC1/16S 101JTHJ241890131- Bb1
R 1111CHIP RES.1k1/16W5%RMC1/16S 102JTHJ241890251- Bc2
R 1112CHIP RES.1k1/16W5%RMC1/16S 102JTHJ241890251- Bb3
R 1113CHIP RES.1k1/16W5%RMC1/16S 102JTHJ241890251- Bb3
R 1114CHIP RES.150k1/16W5%RMC1/16S 154JTHJ241890511- Bc1
R 1116CHIP RES.10k1/16W5%RMC1/16S 103JTHJ241890371- Bh1
R 1117CHIP RES.10k1/16W5%RMC1/16S 103JTHJ241890371- Bh1
R 1118CHIP RES.330k1/16W5%RMC1/16S 334JTHJ241890551- Ba3
R 1120CHIP RES.120k1/16W5%RMC1/16S 124JTHJ24189050HX280E1- Bc1
R 1120CHIP RES.100k1/16W5%RMC1/16S 104JTHJ24189049HX280S1- Bc1
R 1121CHIP RES.2.2k1/16W5%RMC1/16S 222JTHJ241890291- Bc1
R 1122CHIP RES.221/16W5%RMC1/16S 220JTHJ241890051- Bb2
R 1123CHIP RES.470k1/16W5%RMC1/16S 474JTHJ241890571- Bb3
R 1124CHIP RES.10k1/16W5%RMC1/16S 103JTHJ241890371- AE1
R 1125CHIP RES.10k1/16W5%RMC1/16S 103JTHJ241890371- AE1
R 1126CHIP RES.10k1/16W5%RMC1/16S 103JTHJ241890371- AE1
R 1128CHIP RES.15k1/16W5%RMC1/16S 153JTHJ241890391- Bb1
R 1129CHIP RES.470k1/16W5%RMC1/16S 474JTHJ241890571- Ba3
R 1130CHIP RES.33k1/16W5%RMC1/16S 333JTHJ241890431- Ba3
R 1131CHIP RES.33k1/16W5%RMC1/16S 333JTHJ241890431- Bb1
R 1134CHIP RES.18k1/16W5%RMC1/16S 183JTHJ241890401- Bb2
R 1135CHIP RES.10k1/16W5%RMC1/16S 103JTHJ241890371- Bb2
R 1136CHIP RES.2.2k1/16W5%RMC1/16S 222JTHJ241890291- Ba3
R 1138CHIP RES.330k1/16W5%RMC1/16S 334JTHJ241890551- Ba3
R 1139CHIP RES.01/16W5%RMC1/16S JPTHJ241890701- Be1
R 1140CHIP RES.4.7k1/16W5%RMC1/16S 472JTHJ241890331- Be1
R 1141CHIP RES.4.7k1/16W5%RMC1/16S 472JTHJ241890331- Be1
R 1142CHIP RES.01/16W5%RMC1/16S JPTHJ241890701- Bb1
R 1143CHIP RES.221/16W5%RMC1/16S 220JTHJ241890051- Bb3
R 1144CHIP RES.221/16W5%RMC1/16S 220JTHJ241890051- Bb1
R 1145CHIP RES.180k1/16W5%RMC1/16S 184JTHJ241890521- Bb1
R 1146CHIP RES.470k1/16W5%RMC1/16S 474JTHJ241890571- Bb3
R 1149CHIP RES.2.2k1/16W5%RMC1/16S 222JTHJ241890291- Ba1
R 1150CHIP RES.18k1/16W5%RMC1/16S 183JTHJ241890401- Bb3
R 1151CHIP RES.22k1/16W5%RMC1/16S 223JTHJ241890411- Ba3