HYT TC-700P User manual

TC-700P Service Manual
1
Contents
Revision History------------------------------------------------------------------------------------------------------------2
Introduction------------------------------------------------------------------------------------------------------------------2
Safety Information--------------------------------------------------------------------------------------------------------2
Radio Overview-------------------------------------------------------------------------------------------------------------3
Software Specifications -------------------------------------------------------------------------------------------------4
Circuit Description---------------------------------------------------------------------------------------------------------7
CPU Pins---------------------------------------------------------------------------------------------------------------14
TC-700P VHF Parts List 1-------------------------------------------------------------------------------------------------19
TC-700P UHF Parts List 1-------------------------------------------------------------------------------------------------42
Tuning Description------------------------------------------------------------------------------------------------63
Troubleshooting Flow Chart---------------------------------------------------------------------------------------------72
Disassembly and Assembly for Repair---------------------------------------------------------------------------76
Exploded View------------------------------------------------------------------------------------------------------------79
TC-700P Parts List 2--------------------------------------------------------------------------------------------------80
Packing----------------------------------------------------------------------------------------------------------------------81
TC-700P VHF PCB View----------------------------------------------------------------------------------------------------82
TC-700P UHF PCB View----------------------------------------------------------------------------------------------------84
TC-700P Block Diagram----------------------------------------------------------------------------------------------------86
TC-700P VHF Schematic Diagram--------------------------------------------------------------------------------------87
TC-700P UHF Schematic Diagram--------------------------------------------------------------------------------------93
Specifications------------------------------------------------------------------------------------------------------------------99

TC-700P Service Manual
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Revision History
Material No. Date of Issue Changes
Initial Release
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.
Safety Information
The following safety precautions shall always be observed during operation, service and repair of this
equipment.
◇ This radio shall be serviced by qualified technicians only.
◇ Only use Hytera 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-700P Service Manual
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Radio Overview
(1) PTT (Push-to-Talk) Key (2) SK1 (3) SK2 (4) Antenna
(5) Speaker (6) Microphone (7) TK (8) Channel
Selector Knob
(9) Radio On-Off/Volume
Control Knob (10) LED Indicator (11) Battery Latch (12) Belt Clip
(13) Accessory Jack (14) Battery (15) Charging Piece

TC-700P Service Manual
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Software Specifications
Status Indications
Operation/Function LED Indication and Alert Tone
To enter Wired Clone mode:
For the source radio, turn it on while holding down
PTT and SK2.
For the target radio, turn it on directly.
The LED on the source radio
flashes red once upon power-on.
Status of the source radio in Wired Clone mode
(After the target radio is turned on and the cloning
cable is connected, press PTT of the source radio
to begin cloning.)
The LED glows red during
cloning.
The LED goes out if cloning is
completed successfully.
The LED flashes orange if
cloning fails.
Wired
Clone
Mode
Status of the target radio in Wired Clone mode The LED glows green during
cloning.
The LED goes out if cloning is
completed.
To enter Wireless Clone mode:
In Wired Clone mode, press SK2 of the source
radio and target radio respectively to switch to
Wireless Clone mode.
The LED on the source radio
and the target radio flashes
green once respectively.
Wireless
Clone
Mode
Status of the source radio in Wireless Clone mode
(After the source radio and target radio are powered
on properly and are operating on the same channel,
press PTT of the source radio to start cloning.)
The LED glows red during
cloning.
The LED glows orange if cloning
is completed.

TC-700P Service Manual
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Status of the target radio in Wireless Clone mode The LED glows green during
cloning.
The LED glows orange if cloning
is completed successfully.
The LED flashes orange if
cloning fails.
Power-on (to enter User Mode) The LED flashes green once.
Low battery alert The LED flashes red, and three
beeps sound every 30 seconds.
Transmitting The LED glows red.
Receiving The LED glows green.
Scanning The LED flashes green.
Writing/Reading The LED glows red during
reading.
The LED glows green during
writing.
Encode (DTMF/PTT ID/2-Tone/5-Tone/HDC1200/HDC2400TM)The LED glows red during
encoding.
The LED glows orange after
encoding.
Decode (2-Tone/5-Tone/HDC1200/HDC2400TM)The LED flashes orange after
decoding.
Selecting a power level 1W: one beep sounds.
2W: two beeps sound.
5W: three beeps sound.
Pressing a programmable key Enable a function: one beep
sounds.
Disable a function: two beeps
sound.

Remark : scrambler option has been removed for Egypt.
5. PC Mode
adio manually or automatically via a PC.
TC-700P Service Manual
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Description of Modes
1. User Mode
It is the conventional communication mode.
2. All Reset Mode
In this mode, the tuning values, channel frequencies and function data will be initialized. Please refer to
the section “Tuning Description” for details.
3. Clone Mode
Wired Clone Mode (Factory)
Wired Clone Mode (Dealer)
Wireless Clone Mode (Factory)
Wireless Clone Mode (Dealer)
Power on the radio while holding down PTT and SK2 to enter Wired Clone mode.
Press SK2 to switch between Wired Clone mode and Wireless Clone mode.
Press TK to switch between Factory mode and Dealer mode.
4. Manual Tuning Mode
In this mode, you can manually adjust frequency deviation, power level, sensitivity, squelch level and etc.
Note: You can enter this mode only after the Manual Tuning mode is selected via the programming
software. Please refer to the section “Tuning Description” for details.
In this mode, you can adjust your r

TC-700P Service Manual
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Circuit Description
1. Circuit Composition
The general circuit is composed of PLL-VCO, TX circuit, RX circuit, baseband processing circuit, power
supply circuit, MCU control circuit and etc.
2. Power Supply
TC-700P adopts the "soft power-down” feature. The battery supplies voltage B+ via the 3A fuse to
TC-700P radio. U601 supplies power to the motor via Q601; U602 supplies 5V (M5V) voltage to the
control circuit; U604 supplies 5V (C5V) voltage to the common circuit; U603 supplies T5V, R5V, 5CNS
voltage. During transmitting, T5C turns to high voltage, and Q607 is turned on to supply 5V (T5V)
voltage to the TX circuit. During receiving, R5C turns to high voltage, and Q606 is turned on to supply 5V
(R5V) voltage to the RX circuit.
3V AVR
U601
SW
FUSE
M5V
SAVE
MOTOR_CON
MOTOR
T5C
R5C
5CNS
T5V
R5V
C5V
Q601
2SA1745
B+
B+
Q602
DTC144EE
5V AVR
U602
5V AVR
U603
5V AVR
U604
Q606
2SA1745
Q607
2SA1745
Q603
2SA1745
SWB+
D613 Q604
2SK1824
SBC
Q605
2SK1824
PWS
Figure 1 Diagram of Power Supply Circuit
3. PLL Frequency Synthesizer
The PLL circuit provides the first local oscillator (LO) signal for receiving and RF carrier signal for
transmitting.

TC-700P Service Manual
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Figure 2 Diagram of PLL Circuit
(1) PLL Circuit
The PLL circuit adopts the second harmonic. The step frequencies available for the circuit are 2.5KHz,
5.0KHz or 6.25KHz. In U101, the 16.8MHz reference oscillator signal is divided into 2.5KHZ, 5.0KHz or
6.25KHz reference frequencies via a counter. The signal from the VCO goes through the buffer amplifier
Q107, and goes to U101, where it is divided by a frequency divider. Then the signal is compared with the
2.5KHz/5.0KHz/6.25KHz reference signal in a phase detector U101. After comparison, the signal goes
through a low-pass filter, and a DC level is generated. This level controls the VCO so as to control its
oscillation frequency.
(2) VCO
The operating frequency is generated via Q103 in TX mode and via Q101 in RX mode. The frequency
generates a control voltage via the phase detector to control the varactors (D105, D106, and D107 in TX
mode; D101, D102, D103 and D104 in RX mode) to make the oscillation frequency consistent with the
preset frequency of MCU. In RX mode, T/R is set to high level. In TX mode, T/R is set to low level. The
output from Q103 and Q101 is amplified by Q106 and then sent to the buffer amplifier.
(3) Unlock Detector
If the MUXOUT pin of U101 is at low level, unlock status occurs. If the microprocessor detects such
situation, TX operation is prohibited.
4. RX Circuit
The RX circuit utilizes double conversion superheterodyne techniques. The first IF is 44.85MHz and the
second IF is 455KHz. The first LO signal is supplied by the PLL & VCO circuit, and the second LO signal
is generated by the 44.395MHz crystal.

TC-700P Service Manual
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Figure 3 Diagram of RX Circuit
(1) RF AMP & BPF
After passing through the TX-RX switch circuit and bandpass filter (BPF) circuit, signals received by the
antenna are amplified by the RF amplifier (Q410). Then the amplified signals feed to the bandpass filter
to remove unwanted signals, allowing wanted signals to go to the first mixer only.
(2) The First Mixer
The signals output by RF AMP&BPF are mixed with the first LO signal output by the PLL frequency
synthesizer at the first mixer (Q415) to generate a 44.85MHz first IF signal, which will feed to a crystal
filter (XF401) to further remove spurious signals.
(3) IF Amplifier
After amplified at Q412, the first IF signal enters U403 (TA31136FN), where it is mixed with the second
LO signal (44.395MHz) to generate a 450KHz second IF signal. Then the second IF signal feeds to a
pair of ceramic filters (N: Z403; W: Z404), where unwanted signals are removed. Finally the signal
passes through the frequency discriminating circuit of U403 and is output as audio signal from Pin 9.
(4) Wide/Narrow Band Switch Circuit
When the WCON pin of U605 is at high level, the diode circuit is turned on, and the ceramic filter Z404
(W) is operating to remove unwanted signals. When the NCON pin of U605 is at high level, the diode
circuit is turned on, and the ceramic filter Z403 (N) is operating to remove unwanted signals.
(5) Audio Amplifier Circuit
After amplifier at U201, the audio signal output by U403 enters U203 for audio processing (the received
signaling is derived for decoding). Then the signal passes through AF_MUTE, SW601 (volume control),
Q615 (PA_MUTE). Finally the signal goes to the audio amplifier (U609) and is output to the speaker as

TC-700P Service Manual
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audio signal.
(6) Squelch Control Circuit
Noise signal is derived from the audio signal output by Pin 9 of U403, and is processed by U403 to
produce a SQL level. Then the SQL level feeds to CPU (U605), and is compared with the preset level to
generate a level which controls AF_MUTE and PA_MUTE. The level controls Q204 and Q615 to
determine whether to output audio from the speaker.
5. TX Circuit
The transmitter circuit consists of MIC circuit, frequency synthesizer circuit, RF driver and final-stage
amplifier circuit and APC circuit.
Figure 4 Diagram of Transmitter Circuit
（1） MIC Circuit and Modulation Circuit
The audio signal from MIC passes through the MIC control switch (Q616), and goes to U204 for
amplification. Then the amplified signal goes to U203 for further amplification, pre-emphasis and other
audio processing. Meanwhile, DTMF/2-Tone/5-Tone signaling generated by MCU also goes to U203 for
amplification, and then is mixed with the audio signal. After mixing, the audio signal and the
DTMF/2-Tone/5-Tone signaling feed to the VCO for modulation.
（2） RF Driver and Final-stage Amplifier Circuit
The RF signal from the LO circuit is amplified at Q401, Q402, Q404 and Q409, and enters the LPF to
remove harmonics. Then the signal goes to the antenna for transmission.
（3） APC Circuit

TC-700P Service Manual
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The APC circuit stabilizes the output TX power by detecting the drain current of the final-stage amplifier.
The voltage comparison circuit (U401 (2/2)) compares the voltage derived from the final-stage current
with the preset reference voltage. The APC voltage is proportional to the difference between the auto
detection voltage (output by U401 (1/2)) and the reference voltage. This output voltage controls FET PA
to ensure constant output TX power. You can control the APC voltage via a microprocessor to adjust the
output power of the TX circuit.
（4） Antenna Switch and LPF
Before going to the antenna, the signal output by the RF amplifier passes through a low-pass filter (LPF)
circuit and a TX-RX switch circuit ( composed of D403, D407 and D408). D407 and D408 are turned on
in TX mode, and turned off in RX mode.
6. Audio and Signaling Processing Circuit
Figure 5 Diagram of Audio and Signaling Processing Circuit
（1） CTCSS/CDCSS
TX: CTCSS/CDCSS generated by CTC_PLL is sent to VCXO via the low-pass filter. After passing the
low-pass filter, CTCSS/CDCSS generated by CTC_OUT is mixed with the audio signal and then
sent to VCO.
RX: The demodulated signal passes through U201 and U205, and then enters MCU, which determines
whether the received CTCSS/CDCSS is consistent with the preset value, and controls audio output
via AF_MUTE.
（2） 2-Tone/5-Tone/DTMF

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TX: The signaling generated by MCU is sent to the baseband processor. After mixed with the audio, the
signal is sent to VCO.
RX: After passing through the baseband processor, the demodulated signaling goes to a filter and then
to the MCU for decoding.
（3） MSK
TX: The MSK signaling generated by the baseband processor is mixed with the demodulated audio
signal, and then sent to the VCO for modulation.
RX: The demodulated MSK signaling is amplified and sent to AK2346 for processing. Then the
signaling
is sent to MCU for decoding.
（4） AF
TX: After amplified, the audio signal from MIC is sent to the baseband processor for further
amplification
and pre-emphasis, and then sent to the VCO for modulation.
RX: After amplified, the demodulated audio signal is sent to the baseband processor for further
amplification and de-emphasis, and then sent to the audio amplifier to drive the speaker.
The baseband processor AK2346 can realize functions such as Amplify,
Compandor, Amplitude Limit for the signal.
7. Control Circuit
U605 (CPU) operates at 9.8304MHz, and controls RX circuit, TX circuit, control circuit, as well as data
transmission among the peripheral circuits.

TC-700P Service Manual
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Figure 6 Diagram of Control Circuit
This circuit is mainly composed of MCU, EEPROM and etc. The MCU has the following functions: to
complete reset initialization according to the programmed features; to check the battery voltage and
signals from external keys and to make appropriate processing; to transmit required data to PLL; to
switch and control TX/RX based on the input PTT signal; to switch the squelch circuit on or off based on
the input decoding signal and squelch level signal; to output control signal to turn the LED on/off; to
control the signaling processor to complete appropriate processing.

TC-700P Service Manual
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CPU Pins
Pin
No. Port Name Pin Name I/O Function Remarks
1 P94/DA1 APC/TV O
Automatic power control /RX
bandpass control.
Adjust APC and RX bandpass
through DA (0-5V).
2 P93/DA0 TONEO
DTMF/2-Tone/5-Tone/Beep/A
LARM output (DA generates
waveform).
Cannot output from the
speaker.
3 P92 NC
4 P91 NC
5 P90 TONE_IN I 2-Tone/5-Tone input decode OPEN DRAIN
OUT
6 BYTE BYTE BYTE Grounded through a resistor
7 CNVSS CNVSS CNVSS
Pulled down in operating
mode; and pulled up during
programming
(PROG9)
8 P87/XCIN DC_SW O
TX transient control
H: disable TX PA;
L: enable TX PA.
9 P86/XCOUT SHIFT O Frequency shift
10 RESET RESET I Reset at low level (PROG8)
11 XOUT XOUT O
Crystal oscillator output
(connected to a crystal
oscillator)
12 VSS GND I Grounded (PROG7)
13 XIN XIN I
Crystal oscillator input
(connected to a crystal
oscillator)
14 VCC VCC I VCC (PROG1)
15 P85/NMI NMI NC
Connected to VCC through a
47K resistor
16 P84/INT2 AF_TCLK I AK2346MSK serial clock input
17 P83/INT1 AUX1 O
Programmable port used for
future development
18 P82/INT0 AF_RDF I AK2346MSK RX detect
(RDF/FD)
19 P81 DTMF_SD I DTMF decode data input
20 P7_6/TA3O
UT AFDT O
AK2346 TDATA (to send MSK
data)

TC-700P Service Manual
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21 P7_5/TA2IN SHIFT O Shift
22 P76/TA3O CTC_OUT O (PWM) CTCSS / CDCSS
output to VCO for modulation
23 P75 GPS_In I GPS input
24 P74/TA2O CTC_PLL O (PWM) CTCSS / CDCSS
output to PLL for modulation.
25 P73 AUX2 I/O
Programmable port used for
future development.
Used for future
development.
26 P72/TA1O NC
27 P71/RxD2/T
B5IN
Accessory
Port (patrol
record)
OPEN DRAIN
OUT
28 P70/TxD2
Accessory
Port (patrol
record)
OPEN DRAIN
OUT
29 P67/TxD1 TXD1 O
Serial data output
(communicate with the
computer)
(PROG10)
30 P66/RxD1 RXD1 I
Serial data input
(communicate with the
computer)
(PROG4)
31 P65 NC
For programming only
(grounded through a 47K
resistor)
(PROG3)
32 P64 NC
For programming only.
monitor output. (PROG2)
33 P63/TxD0 TXD0 O Connected with the optional
board
Used for future
development.
34 P62/RxD0 RXD0 I Connected with the optional
board
Used for future
development.
35 P61 EEP_SI I AT25 EEPROM data input
36 P60
EEP_CLK O
AT25/AT24 EEPROM clock
output
37 P57/RDY EEP_ID I 1: 1M EEPROM
0: 512k EEPROM
38 P56/ALE NC
39 P55/HOLD NC
For programming only.
(grounded through a 47K
resistor)
(PROG6)
40 P54/HLDA AF_DIR O
AK2346 DIR, data
transmission direction control
(H: output control word; L:
read data).
41 P53/BLCK AF_SCK O AK2346 SCLK output

TC-700P Service Manual
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42 P52/RD NC O
43 P51/BHE AF_TDATA O
AK2346 TDATA (MSK data
output)
44 P50/WR NC
For programming only
(connected to VCC through a
47K resistor)
(PROG5)
45 P47/CS3 AF_DIO I/O
AK2346 DATA I/O(SDAT)
(output control word or read
data)
46 P46/CS2 SBC O
Control power supply
H: supply power;
L: soft power down.
47 P45/CS1 SAVE O
Battery save control
H: valid;
L: battery save.
48 P44/CS0 R5C O
R5C Control power of receiver
L: off;
H: valid.
49 P43/A19 T5C O
T5C Control power of
transmitter
L: off;
H: valid.
50 P42/A18 LED_EN O
Control backlight
L: off;
H: valid.
51 P41/A17 SK1 I Side Key 1
52 P40/A16 TK I Top Key
53 P37/A15 NC I/O
54 P36/A14 NC I/O
55 P35/A13 NC I/O
56 P34/A12 SK2 I Side Key 2
57 P33/A11 PWS I
Power on/off detect
H: soft power off;
L: on.
58 P32/A10 DTMF_ACK I DTMF decode data read clock
59 P31/A9 OPT_SEL I
Accessory connection detect
H: no; L: yes.
60 VCC VCC I VCC
61 P30/A8 W_CON O
Wide band control
H: wide band open;
L: wide band closed.
62 VSS GND I Grounded
63 P27/A7 PA_MUTE O
Control audio power amplifier
H: on; L: off.

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64 P26/A6 N_CON O
Narrow band control
H: narrow band open;
L: narrow band closed.
65 P25/A5 LEDR O Red light control
H: on; L: off.
66 P24/A4 LEDG O
Green light control
H: on; L: off.
67 P23/A3 EN4 I EN4 Channel Selector knob 4 Original: EN2
68 P22/A2 EN3 I EN3 Channel Selector knob 3 Original: EN4
69 P21/A1 EN2 I EN2 Channel Selector knob 2 Original: EN3
70 P20/A0 EN1 I EN1 Channel Selector knob 1 Original: EN1
71 P17/INT5
PUMP_SＷO
Control PLL pump current to
improve phase lock speed
H: high current;
L: low current.
72 P16/INT4 DTMF_EST I
Rise edge is generated when
the decoding chip detects
DTMF data
73 P15/INT3 MANDOWN I Man down detect
74 P14 AF_MUTE O
Audio path switch
H: on; L: off.
75 P13 MOTO_CON
Motor control
H: valid;
L: stop.
76 P12 PLL_UL I
PLL unlock detect
H: locked;
L: unlocked.
77 P11 PLL_STB O
PLL chip select output
H: select;
L: off.
78 P10 MIC_MUTE O
MIC switch
H: off; L: on.
79 P07/D7 PTT_EXT I External PTT input
80 P06/D6 PLL_CLK O PLL clock output
81 P05/D5
PLL_DA
TA O PLL data output
82 P04/D4 T/R O
Tx/Rx control
H: Rx; L: Tx.
83 P03/D3 APC_SW O
Control transient
H: APC circuit works;
L: APC circuit is disabled.
84 P02/D2 PTT I
PTT detect
H: released;
L: pressed.

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85 P01/D1
AK2346B_DI
R I/O AK2346B register
B indicates the
second
AK2346 (using
the same clock
with the first
AK2346) (for
5-Tone model)
86 P00/D0
AK2346B_D
ATA O AK2346B data
B indicates the
second
AK2346 (using
the same clock
with the first
AK2346) (for
5-Tone model)
87 P107/AN7 NC
Reserved for
patrol module.
Not used.
88 P106/AN6 OPTION1 I
Determine the optional board
according to different levels
(Used for future development)
89 P105/AN5 VOX I MIC signal input
90 P104/AN4 BATT I Battery voltage detect
91 P103/AN3 BATTSEL I
Battery identification (identify
whether the battery is
matched)
92 P102/AN2 RSSI I RSSI detect
93 P101/AN1 SQL I Squelch level input
94 AVSS GND I
A/D conversion power
grounded input
95 P100/AN0 CTC_IN I CTCSS signal input
96 VREF VCC I
A/D conversion reference
voltage
97 AVCC VCC I A/D conversion power input
98 P97 NC
Reserved for
patrol module.
Not used.
99 P96 NC Not used.
100 P95 NC Not used.

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TC-700P VHF Parts List 1
No. Part No. Description Qty.Ref.No.Print No.
1 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 C284 T3H
2 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 C546 T2C
3 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R102 T4F
4 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R140 T4G
5 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R210 B1A
6 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R240 B3D
7 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R244 T3H
8 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R245 T2H
9 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R252 T3H
10 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R261 T2I
11 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R291 T1H
12 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R299 B3D
13 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R303 T2H
14 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R409 T3D
15 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R439 B4D
16 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R472 T2D
17 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R504 T3D
18 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R636 B3I
19 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R644 T4I
20 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R653 T4H
21 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R681 T4H
22 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R685 B4I
23 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R687 B4I
24 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R688 B4I
25 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R689 T4I
26 3001050000000 Chip resistor 0ΩJ 1/16W (RoHS) 1 R710 B4E
27 3001060000000 Chip resistor 0ΩJ 1/10W (RoHS) 1 C414 T4D
28 3001070000000 Chip resistor 0ΩJ 1/8W (RoHS) 1 L420 T2C
29 3001070000000 Chip resistor 0ΩJ 1/8W (RoHS) 1 L434 T5A
30 3001070000000 Chip resistor 0ΩJ 1/8W (RoHS) 1 R431 T5B
31 3001051000000 Chip resistor 10ΩJ 1/16W (RoHS) 1 R120 T3E
32 3001051000000 Chip resistor 10ΩJ 1/16W (RoHS) 1 R130 T5G
33 3001051000000 Chip resistor 10ΩJ 1/16W (RoHS) 1 R132 T5G
34 3001051000000 Chip resistor 10ΩJ 1/16W (RoHS) 1 R138 T4G
35 3001051000000 Chip resistor 10ΩJ 1/16W (RoHS) 1 R470 T2E
36 3001051000000 Chip resistor 10ΩJ 1/16W (RoHS) 1 R621 B1A
37 3001051000000 Chip resistor 10ΩJ 1/16W (RoHS) 1 R665 B1B
38 3001051000000 Chip resistor 10ΩJ 1/16W (RoHS) 1 R684 B4I
39 3001051010000 Chip resistor 100ΩJ 1/16W (RoHS) 1 R108 T5E

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20
No. Part No. Description Qty.Ref.No.Print No.
40 3001051010000 Chip resistor 100ΩJ 1/16W (RoHS) 1 R113 T4E
41 3001051010000 Chip resistor 100ΩJ 1/16W (RoHS) 1 R204 B1A
42 3001051010000 Chip resistor 100ΩJ 1/16W (RoHS) 1 R236 B2D
43 3001051010000 Chip resistor 100ΩJ 1/16W (RoHS) 1 R237 B2D
44 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R133 B1G
45 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R645 B2G
46 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R106 T5E
47 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R205 T1H
48 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R209 B1A
49 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R255 B3D
50 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R286 T2I
51 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R296 B2D
52 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R441 B4D
53 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R451 T3B
54 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R453 T3B
55 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R454 T3B
56 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R458 T2B
57 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R479 T2G
58 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R624 B2I
59 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R625 B4H
60 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R628 B3I
61 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R631 B3G
62 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R646 B4H
63 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R650 B4G
64 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R656 B4H
65 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R659 B2H
66 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R661 T3H
67 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R677 B1C
68 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R679 B1C
69 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R692 B4C
70 3001051020010 Chip resistor 1KΩJ 1/16W (RoHS) 1 R701 B1F
71 3001051030000 Chip resistor 10KΩJ 1/16W (RoHS) 1 C511 T2E
72 3001051030000 Chip resistor 10KΩJ 1/16W (RoHS) 1 R101 T4F
73 3001051030000 Chip resistor 10KΩJ 1/16W (RoHS) 1 R117 T3E
74 3001051030000 Chip resistor 10KΩJ 1/16W (RoHS) 1 R123 T3F
75 3001051030000 Chip resistor 10KΩJ 1/16W (RoHS) 1 R127 T4G
76 3001051030000 Chip resistor 10KΩJ 1/16W (RoHS) 1 R135 T5G
77 3001051030000 Chip resistor 10KΩJ 1/16W (RoHS) 1 R144 T4G
78 3001051030000 Chip resistor 10KΩJ 1/16W (RoHS) 1 R217 T3I
79 3001051030000 Chip resistor 10KΩJ 1/16W (RoHS) 1 R219 T3I
80 3001051030000 Chip resistor 10KΩJ 1/16W (RoHS) 1 R229 T2H