HYT TC-618, TC-626 Service Manual
TC-618/626 Service Manual
1
Contents
Introduction ..........................................................................................................................................2
Safety Information ................................................................................................................................3
Radio Overview ....................................................................................................................................4
Software Specifications ....................................................................................................................... 7
Circuit Description ............................................................................................................................. 11
CPU Pins ............................................................................................................................................. 19
TC-618/626 Parts List 1 ......................................................................................................................22
Adjustment Description .....................................................................................................................71
Troubleshooting Flow Chart ..............................................................................................................83
Disassembly and Assembly for Repair ............................................................................................86
Exploded View ....................................................................................................................................89
TC-618/626 Parts List 2 ......................................................................................................................91
Packing ................................................................................................................................................94
TC-618/626 PCB View .........................................................................................................................95
TC-618/626 Level Diagram .................................................................................................................99
TC-618/626 Block Diagram .............................................................................................................. 100
TC-618/626 Schematic Diagram ......................................................................................................102
Specifications ...................................................................................................................................103
TC-618/626 Service Manual
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Introduction
Manual Scope
This manual is intended for use by experienced technicians familiar with similar types of communication
equipment. It contains all service information required for the equipment and is current as of the
publication date.
TC-618/626 Service Manual
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Safety Information
The following safety precautions shall always be observed during operation, service and repair of this
radio.
◇ This radio shall be serviced by qualified technicians only.
◇ Only use HYT supplied or approved batteries and chargers.
◇ To avoid electromagnetic interference and/or compatibility conflicts, turn off your radio in any
area where posted notices instruct you to do so. Turn off your radio before boarding an aircraft.
Any use of the radio must be in accordance with airline regulations or crew instructions.
◇ For vehicles with an air bag, do not place a radio in the area over an air bag or in the air bag
deployment area.
◇ Turn off your radio prior to entering any area with explosive and flammable materials.
◇ Do not charge or replace your battery in a location with explosive and flammable materials.
◇ Turn off your radio before entering a blasting area.
◇ Do not use any portable radio that has a damaged antenna. If a damaged antenna comes into
contact with your skin, a minor burn may result.
◇ Do not expose the radio to direct sunlight for a long time, nor place it close to a heating source.
◇ During transmission, hold the radio in a vertical position with its microphone 2.5 to 5.0
centimeters (1-2 inches) away from your lips, and keep the antenna at least 2.5 centimeters
(approximately 1 inch) away from your head.
◇ If you wear a portable radio on your body, ensure that the antenna is at least 2.5 centimeters
(approximately 1 inch) away from your body when transmitting.
TC-618/626 Service Manual
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Radio Overview
TC-618
(1) PTT (Push-to-Talk)
Key
(2) SK1 (Side Key
1)
(3) SK2 (Side Key 2) (4) Speaker
(5) Microphone (6) Antenna (7) LED Indicator (8) Channel Selector Knob
(9) Radio On-Off/Volume
Control Knob
(10) Battery Latch (11) Accessory Jack (12) Accessory Jack Cover
(13) Belt Clip (14) Battery (15) Screw of Belt Clip (16) Charging Piece
TC-618/626 Service Manual
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TC-626
(1) PTT (Push-to-Talk)
Key
(2) SK1 (Side Key 1) (3) SK2 (Side Key 2) (4) Speaker
(5) Microphone (6) Antenna (7) LED Indicator
(8) Channel Selector
Knob
(9) Radio On-Off/Volume
Control Knob
(10) Battery Latch (11) Accessory Jack
(12) Accessory Jack
Cover
(13) Belt Clip (14) Battery (15) Screw of Belt Clip (16) Charging Piece
PTT (Push-to-Talk) Key
Press and hold down the PTT key to transmit, and release it to receive.
SK1 (Side Key 1)
SK1 is a programmable key that can be assigned with long/short press functionby your dealer.
SK2 (Side Key 2)
SK2 is a programmable key that can be assigned with long/short press function by your dealer.
Note: Short Press means key press shorter than 1.5s, while Long Press means key press not shorter
than 1.5s.
LED Indicator
TC-618/626 Service Manual
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Status indications and alert tones are shown in the table below:
Operations/Functions LED Indications and Alert Tones
To enter Wired Clone mode
(For the source radio, hold down
SK2 while powering it on; for the
target radio, turn it on directly)
The LED on the source radio flashes orange once
upon power-on.
Status of the source radio
(After the target radio is turned
on and the cloning cable is
connected, press SK2 of the
source radio to begin cloning.)
The LED flashes red during the cloning process;
The red LED goes out once cloning succeeds;
The red LED goes out once cloning fails.
Wired
Clone
Status of the target radio
The LED flashes green during the cloning process;
The green LED goes out once cloning is completed.
Power On (to enter User Mode)
When the radio is turned on, it sounds the power-on
alert.
When the radio is currently on a blank channel, it
sounds beep tones continuously.
Low Battery Alert
The LED flashes red, and a low-pitched tone sounds
every 10 seconds.
Transmitting
The LED solidly glows red.
When the TOT timer expires, the radio sounds beep
tones continuously.
A TOT pre-alert tone sounds before the TOT timer
expires.
Receiving The LED glows green when carrier is present.
Scanning
The LED flashes green once every second during the
scanning process.
Scan Start Alert (programmable by the dealer): one
beep.
Scan End Alert (programmable by the dealer): one
beep.
Priority Scan Alert (programmable by the dealer): one
beep if the radio is currently on a priority channel.
Writing/Reading
The LED flashes red during reading.
The LED flashes green during writing.
Adjust Power Level
A low-pitched tone is heard when the radio switches
from high power to low power.
A high-pitched tone is heard when the radio switches
from low power to high power.
VOX
A high-pitched tone is heard when the VOX function is
enabled.
A high-pitched tone is heard when the VOX function is
disabled.
Channel Selector knob
Rotate the knob to select your desired channel.
Radio On-Off/Volume Control Knob
Rotate the knob clockwise to turn the radio on, or counter-clockwise to turn it off (a “click”will be heard).
After the radio is powered on, rotate the knob clockwise to increase the volume, or counter-clockwise to
decrease the volume.
Accessory Jack
Use the jack to connect accessories such as speaker, microphone, external PTT, earpiece, PC
programming cable and wired cloning cable, etc.
TC-618/626 Service Manual
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Software Specifications
Description of Features
1. Channel Capacity: 16
2. Channel Spacing: 25KHz/12.5KHz
3. Channel Step: 5/6.25/10/12.5KHz
4. Channel Scan
5. Tx/Rx Status Indication (red/green LED)
6. CTCSS/CDCSS Encode & Decode (38 groups of standard CTCSS; 83 groups of standard
CDCSS; optional CTCSS Tail Revert of 180/120 degrees, and supporting non-standard
CTCSS/CDCSS).
7. Low Battery Alert
8. Auto Battery Save
9. Unlock Detection and Emergency Alarm
10. Nine Selectable Squelch Levels
11. Monitor
12. Time-out Timer (TOT)
13. Squelch Tail Elimination
14. PC Programming (manual/automatic adjustment)
15. High/Low Power Switch (2.0/5.0W)
16. Wide & Narrow Bandwidth Compatibility
17. Busy Channel Lockout (transmission prohibited in busy status)
18. Wired Clone
19. Battery Strength Indication
20. Manual Adjustment
21. VOX and Five Selectable Sensitivity Levels
Mode Description
User Mode
It is a conventional communication mode. After the radio is turned on, it enters the User Mode.
PC Programming Mode
The radio in User Mode enters PC Programming Mode through specific protocol based communication.
Wired Clone Mode
1. Description
Wired Clone Mode is an independent mode. To access other modes, you must restart the radio.
Wired Clone Mode includes User Clone Mode and Factory Clone Mode.
1) User Clone Mode:
Connect two radios using a cloning cable. Then hold down SK2 on the source radio while
TC-618/626 Service Manual
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powering it on, and the radio enters User Clone Mode in 2 seconds. The target radio can be
directly turned on to enter the mode. In this mode, parameter data stored in EEPROM of the
source radio will be cloned to EEPROM of the target radio. The data transferred only covers
channel data and common parameters, excluding adjustment data, version and serial No. of the
model.
2) Factory Clone Mode:
Short the SELF pin of the source radio's MCU, and connect the two radios using a cloning
cable. Then hold down SK2 on the source radio while powering it on, and the radio enters
Factory Clone Mode in 2 seconds. The target radio can be directly turned on to enter the mode.
Data transferred covers all data in EEPROM other than the Serial No., with the flag of Tune
Switch included.
2. Process
Process of Wired Clone:
1) The LED flashes orange once after the source radio enters Wired Clone Mode. Press SK2
again to clone data to the target radio.
2) During cloning, the LED on the source radio flashes red, and the LED on the target radio
flashes green. When cloning ends, both the red LED on the source radio and the green LED on
the target radio go out, indicating both radios are ready for another cloning operation.
3) If any abnormal situation occurs during cloning, the source radio will stop cloning and the red
LED on it will go out, indicating both radios are ready for another cloning operation.
4) When cloning ends, the source radio goes back to the standby status. Press SK2 again to
begin another cloning operation.
Manual Adjust Mode
Hold down PTT and SK2 on a radio while powering it on, and the radio enters Manual Adjust Mode.
(Note: This operation is subject to the option Tune Switch in the programming software.) When this
option is unchecked, the radio is unable to enter the adjustment mode, which helps avoid change of
parameters and degradation of radio performance caused by user’s misoperations. )
Keep this option unchecked after values are well adjusted from factory, to avoid any unexpected change
of values. The adjustment values can be reset and changed in Factory Mode only.
Description of adjustment:
1) To enter Manual Adjust Mode
Hold down PTT and SK2 on the radio over two seconds while powering it on, and then the LED
glows orange, indicating entry into Manual Adjust Mode. When the keys are released, the radio will
enter item N of Tx group (N depends on the position where the Channel Selector knob locates).
The radio enters an item of Tx group by default, and the LED glows red. (CH16 is used to switch
between Tx group and Rx group. When the Channel Selector knob locates on this channel, there is
no LED indication.)
2) To switch between Tx group and Rx group
Rotate the Channel Selector knob to CH16 and long press PTT to switch between Tx group and Rx
TC-618/626 Service Manual
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group. If the LED glows red, Tx group is entered; if the LED glows green, Rx group is entered.
The LED solidly glows red for adjustment of Tx group items.
The LED solidly glows green for adjustment of Rx group items.
3) To switch between items of Tx group/Rx group
This operation is done through the Channel Selector knob.
Tx group: CH1~Ch15 respectively stand for Tx Preset Power, Tx Low Power, Tx Medium Power, Tx
High Power, CDCSS Deviation, CTCSS Deviation (low), CTCSS Deviation (medium),
CTCSS Deviation (high), MSK Deviation, VOX Level 1, VOX Level 2, VOX Level 3, VOX
Level 4, VOX Level 5 and Tx Low Voltage Threshold. (Note: Tx Medium Power is not
required to be adjusted and can be skipped. For radios without the ATIS function, MSK
Deviation is not required to be adjusted and can be skipped. )
The LED solidly glows red during adjustment of CH1~CH15.
Rx group: CH1~CH8 respectively stand for SQL On 1, SQL On 5, SQL On 9, SQL Off 1, SQL Off 5,
SQL Off 9, Rx Low Voltage Threshold and Rx Bandpass Filter.
The LED solidly glows green during adjustment of CH1~CH8.
CH9~CH15 are invalid, and the green LED goes out when the Channel Selector knob
locates on one of these channels.
4) To switch between wide and narrow bandwidth
When adjusting a certain item, long press PTT (orange LED flashes indicating valid press) to switch
between wide/narrow bandwidth. And the first frequency of the current bandwidth is the frequency
for adjustment by default.
5) To switch between frequencies
Short press PTT (orange LED flashes indicating valid press) to switch between frequencies orderly
under certain bandwidth and certain adjustment item.
6) To adjust the value
Short press SK1 under certain bandwidth and certain adjustment item to increase the adjustment
value in steps of 1; hold down the key to increase the value continuously in steps of 1. The
adjustment value will remain unchanged once it reaches the allowed maximum value.
Short press SK2 under certain bandwidth and certain adjustment item to decrease the adjustment
value in steps of 1; hold down the key to decrease the value continuously in steps of 1. The
adjustment value will remain unchanged once it reaches the allowed minimum value.
7) Measures on special items:
Tx group: CH10~CH15 respectively stand for VOX Level 1, VOX Level 2, VOX Level 3, VOX Level 4,
VOX Level 5 and Tx Low Voltage Threshold. These adjustment items are related to AD
sampling. Press SK1 or SK2 after entering the above items, to activate AD sampling
(including calculation) once. Rotate the Channel Selector knob to save the current AD
sampling value. If neither of SK1 or SK2 is pressed, the adjustment value will not be
updated, and AD sampling will not be activated.
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Rx group: CH1~CH7 respectively stand for SQL On 1, SQL On 5, SQL On 9, SQL Off 1, SQL Off 5,
SQL Off 9 and Rx Low Voltage Threshold. These adjustment items are related to AD
sampling. Press SK1 or SK2 after entering the above items, to activate AD sampling
(including calculation) once. Rotate the Channel Selector knob to save the current AD
sampling value. If neither of SK1 or SK2 is pressed, the adjustment value will not be
updated, and AD sampling will not be activated.
8) Description of key-press:
Short press: key press shorter than 1.5s;
Long press: key press not shorter than 1.5s.
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Circuit Description
Realization Methods of Basic Functional Modules
1. PLL Frequency Synthesizer
The PLL circuit mainly provides the local oscillator signal for Rx and RF carrier signal for Tx. It
is composed of VCO and baseband processor, allowing frequency tracking and channel
switching under the control of MCU signals.
1) PLL
MB95F108AK
WPFV-GE1
U605
1/2
17bitDIV
32/33
OSC
1/2
21bitDIV
U202
CP
RX-VCO
L102
D103
L101
APC/TUNE
T/R-SW
CLK
DATA
EN
Q101
2SK508NV
D102
BUFFER
Q6
1
23
D104
D101
D100
Q100
2SK508NV
12.8MHZ
TX-VCO
LPF
Q5
1
23
Figure 1
The step frequency of the PLL circuit is 5.0KHz, 6.25KHz, 10.0KHz or 12.5KHz (selectable). Therefore,
the 38.4MHz reference oscillator signal is divided into 5.0KHz, 6.25 KHz, 10.0 KHz or 12.5 KHz
reference frequencies via a fixed counter in the PLL (at U202). Meantime, the signal from the VCO goes
through the buffer Q102 and amplifier Q103, and then it feeds to the PLL (at U202), where it is divided by
a variable frequency divider. In the phase detector (PD) of PLL, the new signal derived from frequency
division is compared with the reference frequencies. After passing through a low-pass filter, the signal
from the phase detector goes to the varactors (D100, D101, D102 and D103) of VCO so as to control its
output frequency.
2) VCO
The VCO section is realized by the oscillator circuit of three-point capacitance.
In Tx mode, the oscillator frequency of VCO is generated by Q100; in Rx mode, it is generated by Q101.
U202 generates, via the phase detector, a control voltage to control varactors (D100 and D101 in Tx
mode; D102 and D103 in Rx mode), making the oscillator frequency of VCO consistent with the preset
frequency of MCU within a wide frequency range.
TC-618/626 Service Manual
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The switching diode Q652 performs switching between transmission and reception under the control of
T/R: in Tx mode, T/R is set to low level and Q653 becomes conductive, making Q100 operate; in Rx
mode, T/R is set to high level and Q653 is cut off, making Q101 operate. The output from Q100 and
Q101 is amplified by Q102 and then feeds to the buffer amplifier for further processing.
If the PLL is unlocked, the LD pin of U202 outputs low level. If the microprocessor detects such situation,
Tx/Rx operation is prohibited, and the alarm alert sounds.
2. RF Power Amplifier Circuit (Tx Section)
The block diagram of the RF power amplifier circuit is shown in the figure below:
R/TSW
L453
1u
RX
RQA0002
2
13
3 Amplifier
Q401
2SC4988
1
23
APC
LPF
2SK3475
2
13
Q400
2SC5108
1
23
Q104
2SC51081
23
MATCH
ANTENNA
Q402
0
RF PA
Q403
Figure 2
To obtain the required RF power, the RF signal from VCO goes to the buffer Q104 and to the driver
amplifiers Q400 and Q401. Then the amplified RF signal feeds to the driver Q402, which pre-amplifies
power of the input signal to drive the final-stage power amplifier Q403. The input RF signal is then further
amplified by Q403, and feeds to the LC low-pass filter (LPF) through the Tx/Rx switching diode D401.
Finally, it is transmitted from the antenna after ultroharmonics are removed.
3. Rx LNA and Mixer Circuit (Rx Section)
1) Rx LNA and RF BPF
To allow better frequency range selectivity, the Rx bandpass filter adopts the multi-stage electrically
tunable circuit, as shown in Figure 3.
C505
LNA
TUNE BPF
TUNE FROM MCU
C504
C523
L508
L506
Q500
D503
L507
D506
1
23
L501
C526
C519
C524
L502
C521
C506
TUNE FROM MCU
D504
D505D507
TUNE BPF
Figure 3
After out-of band signals are removed by the electrically tunable bandpass circuit (D503, D504, L501,
L502, C503, C505 and C507), the signals from the antenna go to the low-noise amplifier (LNA) Q500 for
TC-618/626 Service Manual
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amplification. Then the amplified signals feed to the three-stage bandpass circuit (mainly composed of
D505, D506, D507 and peripheral components) to effectively reject out-of-band interference and to
obtain pure RF signals. Finally, the signals go to the mixer circuit.
MCU provides the electrically tunable control signal (its level can be obtained via table lookup or
calculation), making the varactor operate within an appropriate voltage range. It forms a bandpass filter
with the peripheral inductors/capacitors. The capacitance of the varactor changes along with the control
voltage of MCU, making the center frequency of the bandpass filter circuit change. In this way, the
requirements of preset Rx sensitivity and out-of-band rejection are satisfied.
2) Mixer Circuit and BPF Circuit
The block diagram of the mixer circuit is shown in the figure below:
L53022nH
C533
C534
C532
C531
XF1
Q501
38.85MHZ
1stIF BPF
RF MIXER
AN29160
C528
Figure 4
The mixer circuit mainly mixes the local oscillator signal from VCO with the received RF signal, to
provide the first IF signal for frequency discrimination by the demodulator chip (active mixer is applied).
The mixer Q501 uses a dual-gate MOSFET (3SK318), and is characterized by good noise characteristic,
square-law characteristic, and high isolation degree between the first local oscillator signal and the Rx
signal. In addition, it also has a gain value (adjustable via offset), so as to assure sufficient sensitivity.
After residual spurious signals are removed by the inductor L509, the signals from the mixer go to the
first IF filter (first-class crystal filter assuring sufficient bandwidth and good selectivity). Then the signals
feed to the baseband processor chip (AN29160) for demodulation.
4. APC/TUNE Circuit
The block diagram of the APC/TUNE circuit is shown in the figure below:
R430
R421
Q431
DTA114YE
R437
C441
R422
R441
R433
R434
from MCU
V_BAT
TX_VCC
R432
R440
C435C437
R438
C436
R442
C438
-+
+-
U430
NJM2904
1
3
425
7
8
6
R436
Q430
DTC114EE
2
31
R431
R420
R439
R500
C440C439
to RF PA(APC)
C434
R435
to BPF(TUNE)
Figure 5
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14
MCU outputs appropriate PWM waveform according to the selected channel. The waveform is then
rectified by the RC filter circuit (R441, R442, C440 and C441) to generate level of APC/TUNE control
signal. One flow of APC/TUNE control signals go to R500 to be used as control voltage of the Rx
electrically tunable circuit. In Tx mode, the signals go to R439 and R440 for voltage division, and the
APC reference voltage is derived.
The error detect voltage is derived after the Tx current goes through R420, R421 and R422. Then the
voltage is compared and amplified by the operational amplifier U430, and further compared with the APC
reference voltage. After these operations, the APC control voltage is output, and the close-loop negative
feedback control power is generated when the Tx current changes.
5. Audio and Signaling Processing Circuit
The baseband processor (AN29160) is highly integrated and allows multiple functions (e.g. VOX Level
Detect & Output, SQ Level Detect & Output, Rx/Tx Audio Process & Convert, Audio Amplify, etc.) to be
realized in it. In addition, it can be used for both transmission and reception.
1) Block diagram of Tx audio & signaling processing circuit
0
sp Amp
SF
AMP(TX)
Tone
AFMOD
Mic amp
U200
AN29160AA
PROCESSER
signalling input
AF
HPF
5th-HPF
Pre
Emphasis
mic
M IC3
AF
mute
volume
mic mute
LIM
(TX)
AUDIO OUT
CPU
TX VCO
Figure 6
a) Tx Audio Process: The audio signals from MIC are converted to electrical signals via acoustoelectric
conversion of MIC. After pre-emphasized, the audio signals are processed by a limiting amplifier (at
U200). Then the processed signals go to the low-pass filter circuit to remove frequencies over 3KHz.
Finally, the signal goes to the potentiometer VR200 and then to VCO for direct frequency
modulation.
b) Tx Signaling Process: MCU outputs, via the QTO port, signaling encoded waveform, which is
divided via the RC circuit into two flows. One flow modulates the reference frequency oscillator of
PLL directly, while the other flow modulates VCO.
Note: VR260 adjusts the amplitude proportion between the two flows, to optimize the signaling
waveform modulated on the carrier.
TC-618/626 Service Manual
15
2） Block diagram of Rx audio & signaling processing circuit
U201
AF
AMP
16ΩI W
RX
1
sp Amp
SF
AMP(TX)
VOX
Tone
AGC
tone-LPF
DET
BGR
EN
RSSI
DATA
Mic amp
VCO
0
U200
AN29160AA
PROCESSER
IFAMP2
5th-LPF
CLK
AF
HPF
PE
5th-HPF
signalling output
IFAmp1
SW
To MCU
IC
CF302
450KHz+/4.5 K
OUT IN
VREF
TX
De
Emphasis
LATCH
AF
mute
SPVCC
volume
To MCU
CDC/CTC
MCU
POWERREG
mix2
mic mute
LIM
(TX)
VCC
SQ
AUDIO OUT
Figure 7
After demodulating the received signal, U200 outputs initial audio signal containing noise, signaling and
voice components. Therefore, audio signal is processed via three flows.
1) Rx Voice Process: One flow of audio signals from U200 goes back to U200 after passing through the
RC low-pass filter and de-emphasis circuit. This flow of audio signals are amplified at U200, and
restored after frequencies below 300Hz are removed. Then the restored audio signals are adjusted
by the potentiometer and feed to the audio power amplifier U201, which performs power
amplification to drive the speaker directly. To obtain larger power, the BTL bridge dual-end output is
adopted.
2) Rx Signaling Process: One flow of audio signals from U200 goes to the 300Hz low-pass filter circuit
(U640). After audio signals over 300Hz are removed, signaling signals (CTCSS or CDCSS) go to the
QTIN pin of CPU, and then are decoded by CPU.
3) Noise Signal Process: One flow of audio signals from U200 goes back to U200. After they are
filtered, amplified and rectified at U200, a DC voltage signal (SQ) corresponding to the noise
component is derived and is sent to the BUSY pin of MCU via the ND pin of U200. Then MCU
processes the input signal.
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16
6. MCU Control Circuit
The block diagram of the MCU control circuit is shown in the figure below. MCU operates on the clock
frequency of 7.3728MHz.
/LIGHTING
X601
MB95F108AK
WPFV-GE1
AT24C6 4
APC/TUNE
U605
U610
Reset
IC
U609
MON2
BAT
7.3728M cry stal oscillator
PTT2
PLL
1.VOX
2.BUSY_DET
3.BEEF/CALL
4.T/R
5.SAVE
6.DC/CTC
7.W/N
8.UART
9.BAT_BAT
10.PLL_LD
CHANNEL SW
Figure 8
The MCU control circuit is mainly composed of MCU, EEPROM, reset IC, keys, knobs, etc. Main
functions realized by this circuit are:
1) Signal Control:
To control Battery Save Mode;
To control high/low power switch;
To control wide/narrow bandwidthswitch;
To control Tx/Rx switch;
To control APC/TUNE output voltage;
To control Tx power supply and power supply of audio amplifier;
To control SQL OFF detection.
2) Signal Detect:
To detect startup of external PTT, MONI and VOX;
To detect unlocking of PLL;
TC-618/626 Service Manual
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To detect VOX ON level;
To detect low voltage alarm;
To detect enabling and distinguishing of external earpiece.
3) Data Transmission and Processing:
To initiate EEPROM data;
To transmit programming data;
To process the code of Channel Selector knob.
To encode and decode signaling;
To transmit data of baseband processor (PLL).
7. Power Supply Processing Circuit
The block diagram is shown in the figure below:
SW
Q611
power management
Vin
VSS
Vout
- - -
7.2V
U606
L604
601s
SAVE
FMMT717FMMT717
Q612
5V
UPA572T
Q610
TXC
V-TX
POWER-SAVE
Figure 9
After power-on, one flow of battery voltage is filtered by L604 and C682, and thenfeeds to the RF power
amplifier and audio power amplifier for amplification. Another flow goes to the 5V regulator (U606). After
regulated, the VCC_5V voltage is output for use by MCU and baseband processor chip. As the radio
operates at half-duplex mode, the Tx and Rx power supplies need to be controlled alternately. In addition,
to meet requirements of battery save mode, MCU needs to output a pulse signal (SAVE control signal)
with fixed duty ratio. If the SAVE control signal is at high level, Q610 becomes conductive and provides
the 5V voltage (V_SAVE) for the operating circuit (PLL and Rx circuit). If the SAVE control signal is a
pulse signal, the radio will enter Battery Save Mode. During transmission, CPU control signal (TXC) is at
high level. Then Q611 becomes conductive and provides 5V voltage (TX_VCC) for the operating circuit
(Tx circuit).
The power supplies of the Tx and Rx circuits are protected by symmetrical voltage regulation measures.
When output voltage/current changes along with the change of load, the close-loop feedback circuit
operates, limiting the output voltage to 5V.
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8. VOX Realization Circuit
The block diagram is shown in the figure below:
Q202
2SA1832
1
2 3
Q201
2SK1824
2
31
J4
MICJACK
2431
VCC_5V
R251
1M
MIC_EN
EXPTT
C260
220P
RXD
mic
X1
-
2
+
1
R201
2.2K
C201
470P
C200
4.7u/10V
R203
4.7K
VCC_5V
R200
470
C213
1U
C212
0.1U
R205
47K
C202
0.1U
L200 1UH
R202 100
TP200
R208
100K
R207
56K
R206 1K
R204 470
C274
0.01U
Figure 10
Press and hold down the programmed VOX key, and the radio enters the VOX status. The VOX function
can be enabled only when MIC_EN and EXT-PTT are detected by MCU to switch from low level to high
level within several hundred milliseconds. Otherwise, the earpiece will be deemed as one without VOX
and the VOX function cannot be enabled.
1) When a VOX earpiece is plugged into the accessory jack, Q201 is cut off, and MIC_EN switches
from low level to high level. Meantime, Q202 and R204 form a closed circuit with the external
earpiece (Q202 is conductive), and EXT-PTT switches from low level to high level. In this case, the
VOX earpiece is determined by MCU, and the VOX function is enabled. When the VOX level (5
levels, adjustable) reaches the preset value, voice operated transmission is being made, and the
voice signals enter the baseband processor (AN29160) via the processing path.
2) If a non-VOX earpiece (namely an earpiece with PTT), Q201 is cut off, and MIC_EN switches from
low level to high level. However, Q202 does not form a closed circuit (maintaining the cut-off status)
and EXT-PTT is still at low level. In this case, a non-VOX earpiece is determined by MCU. The
radio will return to normal mode, and will transmit if the PTT key on the earpiece is held down.
TC-618/626 Service Manual
19
CPU Pins
Pin No. Port Name TC-618 TC-626 I/O Function
1 AVcc Vcc Vcc I
For input from the A/D power supply;
connected with the power supply.
2 AVR Vcc Vcc I
For input of A/D reference signal;
connected with the power supply.
3 PE3/INT13 PTT PTT I
For input from PTT (connected with
pull-up resistor) (valid at low level).
4 PE2/INT12 A_KEY A_KEY I
For input from SK1 (connected with
pull-up resistor) (valid at low level).
5 PE1/INT11 EXT-PTT EXT-PTT I
For input from earpiece PTT
(connected with pull-down resistor)
(valid at high level).
6 PE0/INT10 B_KEY B_KEY I
For SK2 input (connected with pull-up
resistor) (valid at low level).
7 P83 ENC3 ENC3 I
For input from the Channel Selector
Knob (connected with pull-up resistor).
8 P82 ENC2 ENC2 I
For input from the Channel Selector
Knob (connected with pull-up resistor).
9 P81 ENC1 ENC1 I
For input from the Channel Selector
Knob (connected with pull-up resistor).
10 P80 ENC0 ENC0 I
For input from the Channel Selector
Knob (connected with pull-up resistor).
11 P71/TI0 T/R T/R O
To control Tx/Rx switch: H(Rx)/L(Tx).
12 P70/TO0 Reserve Reserve O
Reserved.
13 MOD For
programmi
ng
For
programmi
ng
I
For operating mode indication; during
programming, it is connected with VCC
and a 47K resistor is connected
between the pin and the grounded Vss;
during non-programming period, only a
47K resistor is connected between the
pin and the grounded Vss.
14 X0 OSC0 OSC0 O
15 X1 OSC1 OSC1 I
Pin for the 7.3728MHz main crystal
oscillator.
16 Vss GND GND
GND (connected the GND
programming port during
programming).
17 Vcc VCC VCC I
5V (connected the VCC programming
port during programming).
18 PG0 C C
Not used as I/O; a capacitor is
connected between the pin and the
grounded Vss.
19 PG2/X1A OSC32K OSC32K O
Pin for the auxiliary crystal (reserved)
20 PG1/X0A OSC32K OSC32K O
Pin for the auxiliary crystal (reserved)
21 /RST RESET RESET I
Reset (connected the RSTX
programming port during
programming).
22 P00/INT00 Reserve Reserve O
Reserved.
23 P01/INT01 Reserve Reserve O
Reserved.
24 P02/INT02 Reserve Reserve O
Reserved.
25 P03/INT03 Reserve Reserve O
Reserved.
TC-618/626 Service Manual
20
26 P04/INT04 PLLEN2 PLLEN2 O
To output Enable signal to PLL.
27 P05/INT05 PLLDATA2PLLDATA
2
O
To output data signal to PLL.
28 P06/INT06 PLLCLK2 PLLCLK2 O
To output clock signal to PLL.
29 P07/INT07 UL2 UL2 I
For detection of TB31202 PLL circuit
(H: locked; L: unlocked) (connected
with pull-up resistor).
30 P10/UI0 RXD RXD I
UART RX (connected the UI
programming port during
programming).
31 P11/UO0 TXD TXD O
UART TX (connected the UO
programming port during
programming).
32 P12/UCK0 Reserve Reserve O
Reserved.
33 P13/TRG0/ADTG Reserve Reserve I
Reserved.
34 P14/PPG0 MIC_EN MIC_EN I
For detection of MIC connection
(connected with pull-down resistor)
(valid at high level)
35 P20/PPG00 CTC_DCSCTC_DCSPWM
To output CTCSS/CDCSS.
36 P21/PPG01 Reserve Reserve O
Reserved.
37 P22/TO00 TONE TONE O
To output BEEP.
38 P23/TO01 W/N W/N O
To control wide/narrow band;
W(L)/N(H).
39 P24/EC0 Reserve Reserve O
Reserved.
40 P50/SCL0 SCL SCL SCL
To output clock signal to EEPROM.
41 P51/SDA0 SDA SDA SDA
To output data signal to EEPROM.
42 P52/PPG1 AP/TU AP/TU PWM
To output APC/TUNE signal.
43 P53/TRG1 TX_CTRL TX_CTRL O
To control Tx power supply; H (valid).
44 P60/PPG10 AN29160
PLLCLK
AN29160
PLLCLK
O
To output clock signal to PLL
(AN29160).
45 P61/PPG11 AN29160
PLLDATA
AN29160
PLLDATA
O
To output data signal to PLL
(AN29160).
46 P62/TO10 AN29160
PLLEN
AN29160
PLLEN
O
To output Enable signal to PLL
(AN29160).
47 P63/TO11 Reserve Reserve O
Reserved.
48 P64/EC1 Reserve Reserve O
Reserved.
49 P65/SCK Reserve Reserve O
Reserved.
50 P66/SOT Reserve Reserve O
Reserved.
51 P67/SIN Self Self I
For test (to enter Factory Clone Mode,
connected with pull-up resistor).
52 P43/AN11 SPCNT SPCNT O
To control main audio power supply; H:
audio on.
53 P42/AN10 PCONT PCONT O
Pin for the AN29160AA power supply.
TC-618/626 Service Manual
21
54 P41/AN09 RLED RLED O
To output red indication.
55 P40/AN08 GLED GLED O
To output green indication.
56 P37/AN07 Reserve Reserve O
Reserved.
57 P36/AN06 Reserve Reserve O
Reserved.
58 P35/AN05 TI TI I/AD
For input of CTCSS/CDCSS.
59 P34/AN04 BUSY BUSY I/AD
For input of busy channel detection.
60 P33/AN03 BAT_DET BAT_DET I/AD
For input of battery voltage detection.
61 P32/AN02 Reserve Reserve O
Reserved.
62 P31/AN01 Reserve VOX I/AD
For input of VOX detection.
63 P30/AN00 Reserve Reserve
Reserved.
64 AVss GND GND
A/D GND pin.
TC-618/626 Service Manual
22
TC-618/626 Parts List 1
No.
Material No.
Description
Qty.
1 3001050000000 Chip resistor 0402 0Ω J 1/16W(RoHS) 1 C222 T2K
2 3001050000000 Chip resistor 0402 0Ω J 1/16W(RoHS) 1 R103 T4I
3 3001050000000 Chip resistor 0402 0Ω J 1/16W(RoHS) 1 R117 T5H
4 3001050000000 Chip resistor 0402 0Ω J 1/16W(RoHS) 1 R234 T4K
5 3001050000000 Chip resistor 0402 0Ω J 1/16W(RoHS) 1 R244 B1E
6 3001050000000 Chip resistor 0402 0Ω J 1/16W(RoHS) 1 R252 T3K
7 3001050000000 Chip resistor 0402 0Ω J 1/16W(RoHS) 1 R253 T3K
8 3001050000000 Chip resistor 0402 0Ω J 1/16W(RoHS) 1 R307 T5J
9 3001050000000 Chip resistor 0402 0Ω J 1/16W(RoHS) 1 R308 T4J
10 3001050000000 Chip resistor 0402 0Ω J 1/16W(RoHS) 1 R317 T3I
11 3001050000000 Chip resistor 0402 0Ω J 1/16W(RoHS) 1 R510 T2G
12 3001051000020 Chip resistor 0402 10Ω F 1/16W(RoHS) 1 R116 T3G
13 3001051000020 Chip resistor 0402 10Ω F 1/16W(RoHS) 1 R241 B3K
14 3001051000020 Chip resistor 0402 10Ω F 1/16W(RoHS) 1 R243 B2A
15 3001051000020 Chip resistor 0402 10Ω F 1/16W(RoHS) 1 R247 B2C
16 3001051010040 Chip resistor 0402 100Ω F 1/16W(RoHS) 1 R202 B1D
17 3001051010040 Chip resistor 0402 100Ω F 1/16W(RoHS) 1 R540 T2G
18 3001051010040 Chip resistor 0402 100Ω F 1/16W(RoHS) 1 R653 T4G
19 3001051010040 Chip resistor 0402 100Ω F 1/16W(RoHS) 1 R654 T4G
20 3001051010040 Chip resistor 0402 100Ω F 1/16W(RoHS) 1 R660 B5J
21 3001051010040 Chip resistor 0402 100Ω F 1/16W(RoHS) 1 R670 B5K
22 3001051010040 Chip resistor 0402 100Ω F 1/16W(RoHS) 1 R697 B4J
23 3001051010040 Chip resistor 0402 100Ω F 1/16W(RoHS) 1 R698 B4J
24 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R102 T4I
25 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R108 T4G
26 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R110 T3G
27 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R206 B1F
28 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R246 B2D
29 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R250 B1C
30 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R309 T3I
31 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R310 T4J
32 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R640 B3A
33 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R643 T2E
34 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R644 B3I
35 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R649 T2D
36 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R650 T4G
37 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R657 B3I
38 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R658 B3J
39 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R662 B3B
40 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R665 B3A
41 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R666 B3B
42 3001051020000 Chip resistor 0402 1KΩ F 1/16W(RoHS) 1 R694 B3J
43 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R104 T5I
44 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R112 T3G
45 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R212 T2J
46 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R213 T1K
47 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R248 T3K
48 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R256 B1E
49 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R300 T3J
TC-618/626 (136-174MHz) Parts List 1
TC-618/626 Service Manual
23
50 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R301 T3J
51 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R302 T3J
52 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R400 T3F
53 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R436 B4C
54 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R504 T3F
55 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R530 T3F
56 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R695 B3J
57 3001051030000 Chip resistor 0402 10KΩ J 1/16W(RoHS) 1 R696 B3J
58 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R208 B1F
59 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R267 T4H
60 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R311 T2I
61 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R501 T3D
62 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R502 T3D
63 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R507 T2F
64 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R508 T2F
65 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R512 T2G
66 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R514 T2G
67 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R645 B4I
68 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R646 B4I
69 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R647 B3I
70 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R652 T4G
71 3001051040000 Chip resistor 0402 100KΩ F 1/16W(RoHS) 1 R655 B3J
72 3001051050000 Chip resistor 0402 1MΩ F 1/16W(RoHS) 1 R251 B1F
73 3001051050000 Chip resistor 0402 1MΩ F 1/16W(RoHS) 1 R437 B4D
74 3001051050000 Chip resistor 0402 1MΩ F 1/16W(RoHS) 1 R500 T2F
75 3001051050000 Chip resistor 0402 1MΩ F 1/16W(RoHS) 1 R667 B4I
76 3001051230000 Chip resistor 0402 12KΩ J 1/16W(RoHS) 1 R222 T2K
77 3001051230000 Chip resistor 0402 12KΩ J 1/16W(RoHS) 1 R313 T3I
78 3001051230000 Chip resistor 0402 12KΩ J 1/16W(RoHS) 1 R314 T3J
79 3001051230000 Chip resistor 0402 12KΩ J 1/16W(RoHS) 1 R315 T3J
80 3001051240000 Chip resistor 0402 120KΩ J 1/16W(RoHS) 1 R109 T3G
81 3001051240000 Chip resistor 0402 120KΩ J 1/16W(RoHS) 1 R229 T3K
82 3001051520010 Chip resistor 0402 1.5KΩ F 1/16W(RoHS) 1 R515 T2G
83 3001051530000 Chip resistor 0402 15KΩ J 1/16W(RoHS) 1 R210 T3K
84 3001051540000 Chip resistor 0402 150KΩ F 1/16W(RoHS) 1 R107 T4G
85 3001051540000 Chip resistor 0402 150KΩ F 1/16W(RoHS) 1 R225 T2K
86 3001051540000 Chip resistor 0402 150KΩ F 1/16W(RoHS) 1 R238 T4K
87 3001051540000 Chip resistor 0402 150KΩ F 1/16W(RoHS) 1 R306 T5J
88 3001051540000 Chip resistor 0402 150KΩ F 1/16W(RoHS) 1 R430 B4C
89 3001051540000 Chip resistor 0402 150KΩ F 1/16W(RoHS) 1 R431 B4C
90 3001051540000 Chip resistor 0402 150KΩ F 1/16W(RoHS) 1 R432 B4C
91 3001051540000 Chip resistor 0402 150KΩ F 1/16W(RoHS) 1 R433 B4C
92 3001051540000 Chip resistor 0402 150KΩ F 1/16W(RoHS) 1 R434 B4C
93 3001051540000 Chip resistor 0402 150KΩ F 1/16W(RoHS) 1 R435 B4C
94 3001051830000 Chip resistor 0402 18KΩ J 1/16W(RoHS) 1 R224 T2K
95 3001051830000 Chip resistor 0402 18KΩ J 1/16W(RoHS) 1 R233 T4K
96 3001051830000 Chip resistor 0402 18KΩ J 1/16W(RoHS) 1 R239 T4K
97 3001051840000 Chip resistor 0402 180KΩ J 1/16W(RoHS) 1 R316 T3I
98 3001051840000 Chip resistor 0402 180KΩ J 1/16W(RoHS) 1 R511 T2G
99 3001051840000 Chip resistor 0402 180KΩ J 1/16W(RoHS) 1 R513 T2G
100 3001051850000 Chip resistor 0402 1.8MΩ J 1/16W(RoHS) 1 R228 T3K
101 3001051850000 Chip resistor 0402 1.8MΩ J 1/16W(RoHS) 1 R440 B1D
102 3001052200010 Chip resistor 0402 22Ω F 1/16W(RoHS) 1 R401 T4F
103 3001052200010 Chip resistor 0402 22Ω F 1/16W(RoHS) 1 R406 T5F
TC-618/626 Service Manual
24
104 3001062710000 Chip resistor 0603 270Ω J 1/10W(RoHS) 1 R419 B5C
105 3001052220000 Chip resistor 0402 2.2KΩ J 1/16W(RoHS) 1 R201 T1F
106 3001052220000 Chip resistor 0402 2.2KΩ J 1/16W(RoHS) 1 R235 T4K
107 3001052220000 Chip resistor 0402 2.2KΩ J 1/16W(RoHS) 1 R438 B4D
108 3001052230010 Chip resistor 0402 22KΩ J 1/16W(RoHS) 1 R214 T2K
109 3001052230010 Chip resistor 0402 22KΩ J 1/16W(RoHS) 1 R221 T2K
110 3001052230010 Chip resistor 0402 22KΩ J 1/16W(RoHS) 1 R505 T3E
111 3001052720000 Chip resistor 0402 2.7KΩ J 1/16W(RoHS) 1 R520 T2I
112 3001052720000 Chip resistor 0402 2.7KΩ J 1/16W(RoHS) 1 R659 T2E
113 3001052720000 Chip resistor 0402 2.7KΩ J 1/16W(RoHS) 1 R663 T2D
114 3001052730010 Chip resistor 0402 27KΩ F 1/16W(RoHS) 1 R216 T2K
115 3001052790000 Chip resistor 0402 2.7Ω J 1/16W(RoHS) 1 R521 T3E
116 3001053030000 Chip resistor 0402 30KΩ F 1/16W(RoHS) 1 R218 T2K
117 3001053310010 Chip resistor 0402 330Ω J 1/16W(RoHS) 1 R114 T3G
118 3001053310010 Chip resistor 0402 330Ω J 1/16W(RoHS) 1 R403 T4F
119 3001053310010 Chip resistor 0402 330Ω J 1/16W(RoHS) 1 R407 T4F
120 3001053310010 Chip resistor 0402 330Ω J 1/16W(RoHS) 1 R516 T2G
121 3001053310010 Chip resistor 0402 330Ω J 1/16W(RoHS) 1 R656 B4A
122 3001053310010 Chip resistor 0402 330Ω J 1/16W(RoHS) 1 R689 B4A
123 3001053320000 Chip resistor 0402 3.3KΩ J 1/16W(RoHS) 1 R111 T3G
124 3001053320000 Chip resistor 0402 3.3KΩ J 1/16W(RoHS) 1 R113 T3G
125 3001053320000 Chip resistor 0402 3.3KΩ J 1/16W(RoHS) 1 R115 T3F
126 3001053320000 Chip resistor 0402 3.3KΩ J 1/16W(RoHS) 1 R230 T3K
127 3001053320000 Chip resistor 0402 3.3KΩ J 1/16W(RoHS) 1 R236 T4K
128 3001053320000 Chip resistor 0402 3.3KΩ J 1/16W(RoHS) 1 R263 B4H
129 3001053320000 Chip resistor 0402 3.3KΩ J 1/16W(RoHS) 1 R312 B1I
130 3001053320000 Chip resistor 0402 3.3KΩ J 1/16W(RoHS) 1 R506 T3E
131 3001053320000 Chip resistor 0402 3.3KΩ J 1/16W(RoHS) 1 R639 T2D
132 3001053320000 Chip resistor 0402 3.3KΩ J 1/16W(RoHS) 1 R664 T2D
133 3001053340000 Chip resistor 0402 330KΩ J 1/16W(RoHS) 1 R266 T4H
134 3001053340000 Chip resistor 0402 330KΩ J 1/16W(RoHS) 1 R439 B4D
135 3001053340000 Chip resistor 0402 330KΩ J 1/16W(RoHS) 1 R702 B5J
136 3001053630000 Chip resistor 0402 36KΩ J 1/16W(RoHS) 1 R226 T2K
137 3001053940000 Chip resistor 0402 390KΩ J 1/16W(RoHS) 1 R223 T2K
138 3001053940000 Chip resistor 0402 390KΩ J 1/16W(RoHS) 1 R227 T2K
139 3001054700000 Chip resistor 0402 47Ω J 1/16W(RoHS) 1 R410 T5F
140 3001054700000 Chip resistor 0402 47Ω J 1/16W(RoHS) 1 R415 T5E
141 3001054710000 Chip resistor 0402 470Ω J 1/16W(RoHS) 1 R200 T1F
142 3001054710000 Chip resistor 0402 470Ω J 1/16W(RoHS) 1 R204 B1F
143 3001054720000 Chip resistor 0402 4.7KΩ J 1/16W(RoHS) 1 R203 B1F
144 3001054720000 Chip resistor 0402 4.7KΩ J 1/16W(RoHS) 1 R231 T3K
145 3001054720000 Chip resistor 0402 4.7KΩ J 1/16W(RoHS) 1 R242 B3K
146 3001054720000 Chip resistor 0402 4.7KΩ J 1/16W(RoHS) 1 R273 B4J
147 3001054720000 Chip resistor 0402 4.7KΩ J 1/16W(RoHS) 1 R274 B4K
148 3001054720000 Chip resistor 0402 4.7KΩ J 1/16W(RoHS) 1 R412 T5F
149 3001054720000 Chip resistor 0402 4.7KΩ J 1/16W(RoHS) 1 R441 B4J
150 3001054720000 Chip resistor 0402 4.7KΩ J 1/16W(RoHS) 1 R442 B4J
151 3001054720000 Chip resistor 0402 4.7KΩ J 1/16W(RoHS) 1 R651 T5G
152 3001054720000 Chip resistor 0402 4.7KΩ J 1/16W(RoHS) 1 R700 B4J
153 3001054720000 Chip resistor 0402 4.7KΩ J 1/16W(RoHS) 1 R701 B4K
154 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R205 B1F
155 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R237 T4K
156 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R245 B2D
157 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R260 B4I
TC-618/626 Service Manual
25
158 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R262 B4H
159 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R268 T5H
160 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R304 T4J
161 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R305 T4J
162 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R402 T4F
163 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R417 T5E
164 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R636 B4I
165 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R637 B4I
166 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R638 B4I
167 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R641 B4I
168 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R668 B4J
169 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R690 B5J
170 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R692 T1E
171 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R693 B5I
172 3001054730000 Chip resistor 0402 47KΩ J 1/16W(RoHS) 1 R703 T1D
173 3001054740000 Chip resistor 0402 470KΩ J 1/16W(RoHS) 1 R642 B2I
174 3001054740000 Chip resistor 0402 470KΩ J 1/16W(RoHS) 1 R648 B3I
175 3001054790000 Chip resistor 0402 4.7Ω J 1/16W(RoHS) 1 R249 B1E
176 3001054790000 Chip resistor 0402 4.7Ω J 1/16W(RoHS) 1 R255 B2E
177 3001055610000 Chip resistor 0402 560Ω J 1/16W(RoHS) 1 R100 T4I
178 3001055610000 Chip resistor 0402 560Ω J 1/16W(RoHS) 1 R517 T2H
179 3001055610000 Chip resistor 0402 560Ω J 1/16W(RoHS) 1 R518 T2I
180 3001055630000 Chip resistor 0402 56KΩ J 1/16W(RoHS) 1 R207 B1F
181 3001055630000 Chip resistor 0402 56KΩ J 1/16W(RoHS) 1 R219 T2K
182 3001055630000 Chip resistor 0402 56KΩ J 1/16W(RoHS) 1 R411 T5F
183 3001055640000 Chip resistor 0402 560KΩ J 1/16W(RoHS) 1 R519 T2I
184 3001056810000 Chip resistor 0402 680Ω J 1/16W(RoHS) 1 R405 T5F
185 3001056810000 Chip resistor 0402 680Ω J 1/16W(RoHS) 1 R503 T3F
186 3001058210000 Chip resistor 0402 820Ω J 1/16W(RoHS) 1 R661 T2D
187 3001058230000 Chip resistor 0402 82KΩ J 1/16W(RoHS) 1 R264 B4H
188 3001058240000 Chip resistor 0402 820KΩ F 1/16W(RoHS) 1 R211 T3J
189 3001058240000 Chip resistor 0402 820KΩ F 1/16W(RoHS) 1 R232 T3K
190 3001058240000 Chip resistor 0402 820KΩ F 1/16W(RoHS) 1 R240 T4K
191 3231351630000 Air-core inductor E2-0.35*1.6*3TR(RoHS) 1 L411 T5C
192 3001070000000 Chip resistor 0805 0Ω J 1/8W(RoHS) 1 L202 B2D
193 3001070000000 Chip resistor 0805 0Ω J 1/8W(RoHS) 1 L405 T5E
194 3001070000000 Chip resistor 0805 0Ω J 1/8W(RoHS) 1 L455 T5B
195 3005051020010 Integrated resistor 1/16W 4*0402(RoHS) 1 RN1 T4J
196 3099080398000 Chip resistor 1206 0.39Ω J 1/4W(RoHS) 1 R420 B4C
197 3099080398000 Chip resistor 1206 0.39Ω J 1/4W(RoHS) 1 R421 B4C
198 3099080398000 Chip resistor 1206 0.39Ω J 1/4W(RoHS) 1 R422 B4C
199 3101050200010 Chip capacitor 0402 2PF B 50V(RoHS) 1 C501 T3D
200 3101050200010 Chip capacitor 0402 2PF B 50V(RoHS) 1 C560 T2H
201 3101050200010 Chip capacitor 0402 2PF B 50V(RoHS) 1 C561 T2H
202 3101050300000 Chip capacitor 0402 3PF B 50V(RoHS) 1 C500 T4C
203 3101050400010 Chip capacitor 0402 4PF B 50V(RoHS) 1 C532 T3F
204 3101050400010 Chip capacitor 0402 4PF B 50V(RoHS) 1 C534 T2F
205 3101050800000 Chip capacitor 0402 8PF B 50V(RoHS) 1 C524 T2F
206 3101050800000 Chip capacitor 0402 8PF B 50V(RoHS) 1 C645 B5I
207 3101050800000 Chip capacitor 0402 8PF B 50V(RoHS) 1 C691 B4I
208 3101051000020 Chip capacitor 10PF J 50V C0G 0402(RoHS) 1 C121 T3H
209 3101051000020 Chip capacitor 10PF J 50V C0G 0402(RoHS) 1 C132 T3G
210 3101051000020 Chip capacitor 10PF J 50V C0G 0402(RoHS) 1 C137 T3H
211 3101051000020 Chip capacitor 10PF J 50V C0G 0402(RoHS) 1 C321 T5I
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212 3101051000020 Chip capacitor 10PF J 50V C0G 0402(RoHS) 1 C322 T5I
213 3101051000020 Chip capacitor 10PF J 50V C0G 0402(RoHS) 1 C449 B5E
214 3101051000020 Chip capacitor 10PF J 50V C0G 0402(RoHS) 1 C505 T3D
215 3101051000020 Chip capacitor 10PF J 50V C0G 0402(RoHS) 1 C541 T2G
216 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C107 T5I
217 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C201 T1F
218 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C266 B4H
219 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C303 T3J
220 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C304 T3J
221 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C305 T3J
222 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C334 B1I
223 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C503 T3D
224 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C506 T3E
225 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C518 T3F
226 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C520 T2F
227 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C531 T3F
228 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C535 T2F
229 3101051010030 Chip capacitor 100PF J 50V C0G 0402(RoHS) 1 C669 T4J
230 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C106 T4H
231 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C204 T3K
232 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C250 B1E
233 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C254 B2D
234 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C265 T4H
235 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C320 T5I
236 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C323 T5I
237 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C341 T3I
238 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C400 T3F
239 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C403 T5F
240 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C405 T5F
241 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C408 T5F
242 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C414 T5E
243 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C439 B4D
244 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C502 T3D
245 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C509 T3D
246 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C514 T3E
247 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C609 B3I
248 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C641 B4B
249 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C644 B4B
250 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C646 T2D
251 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C651 T4G
252 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C653 T5G
253 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C657 T2D
254 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C658 T1E
255 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C661 T1D
256 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C666 B3A
257 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C667 B4A
258 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C670 B5I
259 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C680 B3I
260 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C684 T1D
261 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C685 B5J
262 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C686 B2I
263 3101051020010 Chip capacitor 1000PF K 50V X7R 0402(RoHS) 1 C689 B4I
264 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C105 T4H
265 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C237 T3K
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266 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C259 B2E
267 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C274 B1F
268 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C276 B4K
269 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C277 B4K
270 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C300 T3I
271 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C311 B3I
272 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C416 T4D
273 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C419 B4C
274 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C517 T3F
275 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C527 T2F
276 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C528 T2F
277 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C529 T2G
278 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C540 T1G
279 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C542 T2H
280 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C546 T2I
281 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C547 T2I
282 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C656 B4K
283 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C662 T2D
284 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C677 T1E
285 3101051030020 Chip capacitor 0.01UF K 25V X7R 0402(RoHS) 1 C681 B3I
286 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C1 B5I
287 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C118 T4G
288 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C127 T3G
289 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C143 T3G
290 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C205 T3K
291 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C212 B1F
292 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C217 T2K
293 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C231 B2J
294 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C240 T4K
295 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C249 T2B
296 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C253 T4J
297 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C255 B2D
298 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C256 B1E
299 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C257 B2C
300 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C272 B2E
301 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C315 T4J
302 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C324 T2I
303 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C325 T2I
304 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C326 T2J
305 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C329 T2J
306 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C330 T2I
307 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C331 T2I
308 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C332 T2I
309 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C333 B1I
310 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C415 T4D
311 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C418 B4C
312 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C420 T4E
313 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C433 B4D
314 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C511 T3F
315 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C537 T2G
316 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C642 B3J
317 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C650 T4G
318 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C655 T5G
319 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C683 B2I
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320 3101051040060 Chip capacitor 0.1UF K 16V X7R 0402(RoHS) 1 C687 B5I
321 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C202 T1F
322 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C203 T3K
323 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C208 T3K
324 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C213 B1F
325 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C216 T1K
326 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C218 T2J
327 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C226 T2K
328 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C230 B2J
329 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C241 T4K
330 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C242 T4K
331 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C301 T3I
332 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C306 T3I
333 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C307 T3I
334 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C309 T3I
335 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C310 B3I
336 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C440 B4J
337 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C441 B4K
338 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C448 B5E
339 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C678 B4K
340 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 C690 B3I
341 3101051050000 Chip capacitor 1UF K 6.3V X5R 0402(RoHS) 1 R275 B4H
342 3101051200020 Chip capacitor 0402 12PF J 50V(RoHS) 1 C407 T5E
343 3101051200020 Chip capacitor 0402 12PF J 50V(RoHS) 1 C508 T3E
344 3101051200020 Chip capacitor 0402 12PF J 50V(RoHS) 1 C521 T3F
345 3101051200020 Chip capacitor 0402 12PF J 50V(RoHS) 1 C533 T3F
346 3101051200020 Chip capacitor 0402 12PF J 50V(RoHS) 1 C544 T2H
347 3101051500020 Chip capacitor 15PF J 50V COG 0402(RoHS) 1 C111 T5H
348 3101051500020 Chip capacitor 15PF J 50V COG 0402(RoHS) 1 C133 T3G
349 3101051500020 Chip capacitor 15PF J 50V COG 0402(RoHS) 1 C135 T3H
350 3101051500020 Chip capacitor 15PF J 50V COG 0402(RoHS) 1 C413 T4F
351 3101051500020 Chip capacitor 15PF J 50V COG 0402(RoHS) 1 C507 T3E
352 3101051500020 Chip capacitor 15PF J 50V COG 0402(RoHS) 1 C522 T2F
353 3101051500020 Chip capacitor 15PF J 50V COG 0402(RoHS) 1 C523 T2F
354 3101051520000 Chip capacitor 1500PF K 50V X7R 0402(RoHS) 1 C224 T2J
355 3101051520000 Chip capacitor 1500PF K 50V X7R 0402(RoHS) 1 C233 T3K
356 3101051830000 Chip capacitor 0402 0.018UF K 16V(RoHS) 1 C207 T3K
357 3101051830000 Chip capacitor 0402 0.018UF K 16V(RoHS) 1 C248 B1E
358 3101052200010 Chip capacitor 22PF J 50V C0G 0402(RoHS) 1 C136 T3H
359 3101052200010 Chip capacitor 22PF J 50V C0G 0402(RoHS) 1 C138 T3H
360 3101052200010 Chip capacitor 22PF J 50V C0G 0402(RoHS) 1 C245 T4K
361 3210305150010 Multi-layer chip inductor 0402 15nH LQG15(RoHS) 1 L505 T3F
362 3001056830000 Chip resistor 0402 68KΩ J 1/16W(RoHS) 1 R118 T4H
363 3101052210010 Chip capacitor 220PF K 50V X7R 0402(RoHS) 1 C260 B1D
364 3101052210010 Chip capacitor 220PF K 50V X7R 0402(RoHS) 1 C275 B1C
365 3101052210010 Chip capacitor 220PF K 50V X7R 0402(RoHS) 1 C412 T5E
366 3101052210010 Chip capacitor 220PF K 50V X7R 0402(RoHS) 1 C510 T3E
367 3101052220010 Chip capacitor 2200pF K 50V X7R 0402(RoHS) 1 C243 T4K
368 3101052220010 Chip capacitor 2200pF K 50V X7R 0402(RoHS) 1 C258 T4K
369 3101052230000 Chip capacitor 0402 0.022UF K 16V(RoHS) 1 C215 T1K
370 3101052230000 Chip capacitor 0402 0.022UF K 16V(RoHS) 1 C663 B4K
371 3101053300000 Chip capacitor 0402 33PF J 50V(RoHS) 1 C120 T3H
372 3101053300000 Chip capacitor 0402 33PF J 50V(RoHS) 1 C130 T3G
373 3101053300000 Chip capacitor 0402 33PF J 50V(RoHS) 1 C515 T3E
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374 3101053910000 Chip capacitor 0402 390PF J 50V(RoHS) 1 C228 T2J
375 3101053910000 Chip capacitor 0402 390PF J 50V(RoHS) 1 C234 T3K
376 3101053920000 Chip capacitor 0402 3900PF K 25V(RoHS) 1 C679 B4K
377 3101054700010 Chip capacitor 47PF J 50V COG 0402(RoHS) 1 C280 B1A
378 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C117 T4G
379 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C126 T3G
380 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C131 T4G
381 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C134 T3G
382 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C139 T3H
383 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C140 T3G
384 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C142 T3G
385 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C267 T2B
386 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C316 T4J
387 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C335 T4I
388 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C337 T3I
389 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C342 T3I
390 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C401 T4F
391 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C404 T4F
392 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C410 T4E
393 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C417 T4D
394 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C430 B4C
395 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C432 B4D
396 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C435 B5D
397 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C436 B4D
398 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C437 B4C
399 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C442 B5C
400 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C512 T3F
401 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C530 T2G
402 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C536 T3F
403 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C538 T2G
404 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C539 T1G
405 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C648 B3A
406 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C649 B3B
407 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C654 T5G
408 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C659 B3A
409 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C660 B3B
410 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C671 B5F
411 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C675 B5F
412 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C676 B5F
413 3101054710010 Chip capacitor 0402 470PF K 50V(RoHS) 1 C688 T2B
414 3101054730000 Chip capacitor 0402 0.047UF K 10V(RoHS) 1 C223 T2K
415 3101054730000 Chip capacitor 0402 0.047UF K 10V(RoHS) 1 C225 T2K
416 3101054730000 Chip capacitor 0402 0.047UF K 10V(RoHS) 1 C232 T3K
417 3101054730000 Chip capacitor 0402 0.047UF K 10V(RoHS) 1 R220 T2K
418 3101055600000 Chip capacitor 0402 56PF J 50V(RoHS) 1 C339 T3I
419 3101055600000 Chip capacitor 0402 56PF J 50V(RoHS) 1 C343 T3I
420 3101055620010 Chip capacitor 5600PF K 25V X7R 0402(RoHS) 1 C244 T4K
421 3101055620010 Chip capacitor 5600PF K 25V X7R 0402(RoHS) 1 C261 B4H
422 3101055630000 Chip capacitor 0402 0.056UF K 10V(RoHS) 1 C236 T3K
423 3101056800000 Chip capacitor 0402 68PF J 50V(RoHS) 1 C219 T2K
424 3101056800000 Chip capacitor 0402 68PF J 50V(RoHS) 1 C220 T2K
425 3101056800000 Chip capacitor 0402 68PF J 50V(RoHS) 1 C221 T2J
426 3101056800000 Chip capacitor 0402 68PF J 50V(RoHS) 1 C340 T3I
427 3101056820000 Chip capacitor 0402 6800PF K 25V(RoHS) 1 C239 T3K
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