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CLT-700
R
Service Manual - CLT-700
1. DESCRIPTION OF EQUIPMENT
1. TYPE OF THE CIRCUIT A. BASE UNIT RECEIVER ; Double conversion superheterodyne receiver B. HANDSET RECEIVER ; Double conversion superheterodyne receiver 2. FREQUENCY AND CHANNELS A. BASE UNIT TX RX TX RX CT1 CT1+ 930.0125MHz 931.9875MHz 885.0125MHz 886.9875MHz 959.0125 959.9875MHz 914.0125 914.9875MHz
B.HANDSET 914.0125 914.9875MHz 885.0125MHz 886.9875MHz 959.0125 959.9875MHz 930.0125MHz 931.9875MHz 40 25KHz 80 25KHz
C. CHANNELS D. CH SPACING
3. TRANSMIT POWER : 10mW 4. OPERATING VOLTAGE A. BASE UNIT ; B. HANDSET ; AC 230V / 50Hz DC 3.6V
5. OPERATING TEMPERATURE : 0 ~ 55 C
2. CIRCUIT DESCRIPTION
A. BASE UNIT 1. Power supply circuit The DC 9V from the AC adaptor is supplied to JP3 (DC modular jack). This input voltage is supplied to the main circuit through D8 (diode) and supplied to the charge circuit. The voltage from D8 is regulated to 5V by regulator U9. This regulated 5V is supplied to main circuit and RF circuit. 2. Charging circuit Charging circuit is composed of U11, Q11, Q12, R99, R100, R102, R103 and R104. This charging circuit supplies constant current to the handset batteries through CHG+1 and CHG-1. When the charge current flows through R100, U11 (photo-coupler) detects the current and send a CHARGE signal to pin 23 of U4 (CPU). Then LD4 (VISION) or LD6 (INNO)1 is lighted by the command from CPU (pin 28) LED_CHG. 3. Receiving audio signal from telephone line The audio signal from JP1 (telephone line modular jack) goes pin 1 of U1 (speech network) through bridge diode composed of D1, D2, D3 and D4, C814 and switching transistor Q3. After being amplified in speech network, it comes out from pin 4 and goes to the pin8 of U10 (compander) through R81 and C62. This signal is amplified and compressed for noise reduction then goes through 3rd order low pass filter composed of op amp in U10, C52, C53, C54 R72, R73 and R74. This signal is sent to the modulation input (MOD_AUDIO) of the RF block through C51, R70 and RV3 and transmitted to the handset. 4. Sending audio signal to telephone line Received RF signal from handset is detected in the RF block and the demodulated audio signal (DEMOD_AUDIO) is filtered by low pass filter composed of U8A, C41, C42, C43, R57, R58 and R59 through C44. This audio signal is filtered again by high pass filter composed of op amp in U10, C37, C38, C39, R53, R54 and R55 then expanded in U10. The expanded signal coming from pin 19 of U10 goes to the pin 6 and 7 of U1 (speech network) through C34 and R52.
Speech network adjusts a transmit signal gain and sends it to the telephone line through switching transistor Q3, bridge diode (D1, D2, D3 and D4) and modular jack JP1. 5. Sending and Receiving of data signal The sending MSK data comes out from TX_DATA of CPU (pin 43), and enters into pin 4 of U10 (compander). It is modulated at RF block through the same path as audio signal. The received MSK data which demodulated at RF block with the same manner as audio signal is going to the low path filter composed of U8C, C47, C48, C49, R64, R65 and R67. Filtered signal is comparated at U8D. The square wave from U8D(RX_DATA) is fed to pin 44 of CPU. 6. Ring detector circuit When the ring signal is supplied to U2(photo coupler) through C1, R1, DZ1, DZ2 and R3, U2 detects it and send a RING_SIGNAL signal to pin 31 of U4 (CPU). Then the base unit sends a ringing data through the "sending data path" to the handset. 7. Line detect circuit If the telephone line is connected, the Q2 will be on, LINE_DETECT signal become low level. Then CPU knows that tel-line is connected. If the telephone line is not connected or higher priority telephone is operated, the Q2 will be off and CPU knows that tel-line is not connected or higher priority telephone is operating. This function is factory settable option. 8. DTMF signal In case that the phone is in tone dialing mode, it is possible to use DTMF dial. DTMF signal is generated by U3 by the command of D0, D1, D2 and D3 from CPU (pin 11, 12, 13, and 14). DTMF signal from U3 (pin 14) is supplied to the pin 11 of U1 and sent to the telephone line. 9. Pulse dialing In case that the phone is in pulse dialing mode, it is possible to use pulse dial. The pulse signal is made by switching Q3 (switching TR) on and off by PULSE_CON(CPU pin 30).
During the pulse comes out, the CPU makes the Q5 on by maintaining PPD_CON (pin 25 of CPU) high, in this time the switching board will acknowledge the dial clearly by the occurance of the low impedance. 10. EEPROM U6 is the EEPROM. This stores the identification code which are inherent to pair of base unit and handset to safe guard against interference. It also stores telephone numbers for memory dial. 11. Reset circuit Reset is applied by connecting an external capacitor C70 and a diode D7. 12. Speech network R20, R21,C16, C17, and C18 are used for impedance matching between telephone line and phone. The resistors and capacitors connectors connected pin10, 16 of U1 are for side tone balance.
B. Base RF Section Frequencies [ CT1 ] RX VCO Base unit : fVCO = (fRX - 21.7MHz) / 2 = 446.39375MHz (20CH) Handset LOCA L Base unit Handset TX VCO Base unit Handset : fTX : fTX 2 = 479.74375MHz (20CH) 2 = 457.24375MHz (20CH) : fLOCAL = fRX - 21.7MHz = 892.7875MHz (20CH) : fLOCAL = fRX + 21.7MHz = 981.1875MHz (20CH) : fVCO = (fRX + 21.7MHz) / 2 = 490.59375MHz (20CH)
cf. Base unit : fRX = 914.4875MHz / fTX = 959.4875MHz (20CH) Handset : fRX = 959.4875MHz [ CT1+ ] RX VCO Base unit : fVCO = (fRX - 21.7MHz) / 2 = 432.14375MHz (40CH) Handset LOCAL Base unit Handset TX VCO Base unit Handset : fTX : fTX 2 = 465.49375MHz (40CH) 2 = 442.99375MHz (40CH) : fLOCAL = fRX - 21.7MHz = 864.2875MHz (40CH) : fLOCAL = fRX + 21.7MHz = 952.6875MHz (40CH) : fVCO = (fRX + 21.7MHz) / 2 = 476.34375MHz (40CH) / fTX = 914.4875MHz (20CH)
cf. Base unit : fRX = 885.9875MHz / fTX = 930.9875MHz (40CH) Handset : fRX = 930.9875MHz / fTX = 885.9875MHz (40CH)
1. RX VCO circuit RX VCO circuit is configured by Q305, Q306, D302 (varicap diode), L301 (air coil), and some additional passive parts. The control voltage from pin 14 (charge pump out) of the U302 (PLL IC) is supplied to the D302 cathode through passive loop filter (C336, C337, C338, R329, R330, R331) to control the oscillation frequency. L301 is used to adjust the oscillation frequency band. The oscillation frequency of 450MHz band signal goes to pin 16 of U302 via C345. The oscillator output is doubled by Q305 (doubler) and fed into Q303 (RX mixer). 2. TX VCO circuit TX VCO circuit is configured by Q307, D303, L302 and some additional passive parts. The control voltage from pin 3 (charge pump out) of the U302 is supplied to the D303 cathode through passive loop filter (C353, C354, C355, R338, R339, R340) to control the oscillation frequency. The modulating signal (MOD_AUDIO) is supplied to D303 anode. L302 is used to adjust the oscillation frequency band. The oscillation frequency of 450MHz band signal goes to pin 1 of U302 via C363. The doubled frequency of the 450MHz is taken out from the Q308 (doubler) collector side and fed to the transmission section of the next stage composed of Q309 (driver amp) and Q310 (power amp). The Q307 of VCO and Q308, Q309 is powered through the Q9 by the command of VCO_CON of the CPU (pin 34). Q310 is powered through the Q8 by the command of AMP_CON of CPU (pin 35). 3. PLL (phase locked loop) Section U302 is a dual PLL IC which has two PLL circuits each one for the transmitter and receiver sections. Frequency signal of 450MHz band from the VCO is supplied to pins 1 (TX) and pin 16 (RX), and it is divided down to 6.25KHz in accordance with the frequency division ratio assigned by CPU . Reference frequency 6.25KHz is made by dividing X301 (21.2503MHz) in accordance with reference frequency division ratio assigned by CPU. Voltage of the frequency error comes from pin 3(TX), 14(RX) of U302 as a DC signal. These voltage are supplied to D303 of the transmitter VCO and D302 of the receiver VCO and the VCO frequencies are locked to 6,25KHz reference frequency. The pin 6,7 and 8 of U302 are the serial data inputs for the frequency divider deciding the division ratio.
Carrier frequency is adjusted correctly by CV301. 4. Receiver RF section Modulated RF carrier from the antenna is filtered by F306 and amplified by Q304. Amplified signal is filtered again by F307. RF carrier and RX local oscillator output from Q305 are mixed at Q303 (1st mixer), then the signal is converted into the 21.7MHz (1st IF frequency). After having been restricted to ±7.5KHz bandwidth by F302 (x-tal filter) and amplified by Q302 (IF amplifier), the signal is fed to pin 16 of U301 (IF IC). The second local oscillator signal is supplied to pin 1 of U301 from pin 9 of U302. Here, received signal is converted into the 450KHz (2nd IF frequency) after passed through 2nd mixer in U301. It is detected and appears at pin 9 of U301 as a demodulated audio signal. And this demodulated signal is adjusted to maximum output level and minimum distortion by T301 (quardrature coil). Demodulated audio signal is filtered by low pass filter composed of R301 and C301. 5. Transmitter RF section The modulated output carrier from TX VCO is frequency doubled to TX frequency by Q308, and amplified by Q309 and Q310, and transmitted to the antenna. The power is 10mw max. at the antenna terminal. The F305 provides filtering so that spurious signal from the transmission side cannot be radiated to the antenna. 6. Squelch circuit When the RF signal doesn't exist, the noise of pin 9 on the U301 increases then 6KHz band pass filter composed of op amp in U101 ( pin10, pin11 ) and some passive parts picks up the noise and the Q312 amplifies it . The rectifier circuit composed of D301, R308 and C313 rectifies the noise to DC voltage. When the rectified output voltage is over 0.7V, pin 13 of U301 becomes low then CPU (pin32) knows that received RF signal is very weak or there is no RF signal. When the RF signal exists, the noise of pin 9 on the U301 reduces. So the rectified output voltage goes below 0.7V, then pin 13 of U301 becomes high. CPU knows that RF signal exist.
C. Handset 1. Power control circuit 3.6V DC power is supplied from the battery through JP2. U4 has 3 regulated outputs (VREG0, 1, 2) controlled by BS0, BS1 and BS2 respectively. In receiving mode, the BS0 (pin 23 of U5) becomes low, then the receiver part of RF block is supplied with the power of 3.2V from VREG0 (pin 15 of U4). In transmitting mode, the BS1 (pin 24 of U5) becomes low, then the transmitter part of RF block is supplied with the power of the 3.2V from VREG1 (pin 1 of U4). On the other hand PLL, MSK data filter(U3A, U3B), EEPROM, key pad, charge detector, CPU reset circuit, low battery detector circuit and CPU are supplied with the power of the 3.2V from VREG2 (pin 5 of U4). VREG2 always comes out 3.2V output on power ON mode. U1 (speak amplifier) and Q310 (final amplifier TR of transmitter RF block) are supplied from battery directly for good efficiency. (V_BATT) 2. Low battery detector circuit When the battery voltage drops below 3.2V, pin 10 of U4 (BATT_LOW) is driven to high, so pin 57 of CPU is set to high, and then CPU (pin 17, 25) send warning tone command to BZ1 (buzzer). 3. Receiving audio signal from base unit Received RF signal from base unit is detected in the RF block and the demodulated audio signal (DEMOD_AUDIO) is filtered by low pass filter composed of U3C, C13, C14, C15, R7, R8 and R9 through C16. This audio signal is filtered again by high pass filter composed of op amp in U2, C9, C10, C11, R3, R4 and R5 then expanded in U2. The expanded signal coming from pin 19 of U2 is fed into a speaker amplifier U1 via C6 and R2. The fully amplified audio signal is sent to the loud speaker (SP1). When the user set the handset volume LOW, VOL_CONT from pin27 of CPU (U5) is high level then Q2 is switched on. So C5 is connected to GND and the audio signal from U2 is attenuated about 6dB 4. Sending audio signal to base unit The audio signal picked up by the microphone (MI1) is fed into pin8 of U2 (compandor). This signal is amplified and compressed for noise reduction then goes through 3rd order low pass filter composed of op amp in U2, C18, C19, C20, R12, R13 and R14. This signal is sent to the modulation input (MOD_AUDIO) of the RF block through C17, R11 and RV2, and transmitted to the base unit.
5. Sending and Receiving of data signal The sending MSK data comes out from TX_DATA of CPU (pin 49), and enters into pin 4 of U2(compandor). It is modulated at RF block through the same path as audio signal. The received MSK data which is demodulated at RF block with the same manner as audio signal is going to the low path filter composed of U3B, C32, C33, C34, R30, R31 and R32. Filtered signal is comparated at U3A. The square wave (RX_DATA) from Q3 is fed to pin 48 of CPU. 6. Reset When power switch (SW1) is pushed, pin 9 of U4 (RESET) is set from high to low. This signal is used for CPU reset. 7. Power ON/OFF circuit In case of setting power ON, if SW1 (power switch) is pushed, Q6 is ON then BS2 (pin12 of U4) becomes low level and VREG2 gives 3.2V power. The CPU is supplied with this power of 3.2V(VREG2) and set BS2_CONT (pin 37 of CPU) to high level. Then Q7 is switched ON, so BS2 remains low level even after SW1 is released. In case of setting power OFF, if SW1 is pushed, pin 10 of CPU (PWR_OFF) becomes high level and CPU makes BS0, BS1 and BS2_CON open state then all power is off. In case that handset is put on charger cradle of base unit, automatically power becomes ON because Q5 is ON. 8. Buzzer circuit When the ring signal command comes from the base unit or the key pad is pushed, the buzzer control signal comes from RING_ON of CPU (pin 17) and it makes Q12 ON and OFF, then the buzzer (BZ1) makes ring or beep sound. If the RING_LEVEL (pin 25 of U5) is set on high, then R42 is connected to R41 in parallel and the sound will be loud. And if the buzzer H/L is set on low, then the sound will be low. 9. Charge and detect circuit If handset is cradled at base unit, the charge current is supplied from base unit through the JP2 (charge contact). Charging current flows to the battery through D1. At that time the Q4 will be on and the CHARGE of CPU (pin 22) become low, then the CPU acknowledges the condition of charging.
D. Handy RF Block Section The RF part of handset is same as base unit.
1
2
3
4
5
6
7
8
VCC
A A
T301 3 C302 1N
C315 10U/10V(T) + 2 R302 47K C303 100N C304 100N F301 450K 3 1 3 5 4 2 C305 47P 1
R315 10R C317 100P + C318 10U/10V(T)
R317 10R C321 47N F307 SB-2R-MD-914NL C325 100P 4 5 6 7 R322 56K C322 NA C323 NA G I/O G G G I/O G 3 2 1 C324 3P Q304 BFQ67 R325 2K7 C327 NA G R324 10K C326 1N R323 47R
R312 2K7
U301 DBL5018V (KA3361D)
1 R301 1K2 C301 10N C813 560P R624 1M
8 QUAD AF
7 DECPL F/IN
6 DECPL F/O
LIM/I SQ/I
VCC SCAN
MIX/O MUTE
OSC GND
OSC MIX/I
C314 1N
R313 220K R314 680R Q302 KTC3880Y F302 21.7M 1 3 Q303 BFQ67 C319 NA
R318 2K2
R321 47K
DEMOD_AUDIO
R307 470K
C316 2P 2
11
13
12
10
16
9 C310 560P
14
15
RSSI_DETECT R311 470K R310 47K (L) RSSI_H/L
8
R319 22R R320 1K
R306 3K3
C311 10P
R309 10K R631 24K R626 5K6 D301 KDS226 R308 100KB
C320 10N
C812 1N R625 220K
B
R337 10R C350 2P C348 NA C351 1U
VCC C352 100P
7 G 8
6 I/O
5 G 4
B
C312 100N
C313 470N
C349 2P C347 4P Q305 2SC5620
F306 SB-2R-MD-914NL
G I/O 2 G 1
G G 3
ANT301
Q312 KTC4075Y U302 TB31202FN PLL_STB PLL_DATA PLL_CLK R326 R327 R328 3K9 3K9 3K9 C328 22P C330 22P 8 7 6 5 4 C329 22P VCC C331 22P C332 1U 3 2 1 STB BO 9 C333 10 68P 11 12 13 14 15 16 VCC X301 21.25M(B rank) CV301 10P C334 68P C342 3P C335 33P C336 22N C337 470N(10%) TP301 R330 30K R329 20K R331 390K C338 47N D302 KDV153 L301 4T C340 5P R332 12K C339 2P C341 2P(S2H) R334 8K2
R333 910R
C809 5P C346 100P C810 5P
DATA XOUT CK LD GND CP1 VCC FIN1 XIN SW GND CP2 VCC FIN2
R335 47R
J301
Q306 2SC4226 C343 12P C345 1P C344 10P R336 100R F305 SB-2R-MD-959 4
G I/O 6 G
C379 NA
C378 NA
C
C377 3P TP302 R339 30K BASE MAIN301 1 2 3 4 5 6 7 8 9 10 VCC VCC_AMP VCC_VCO RSSI_H/L RSSI_DETECT PLL_STB PLL_DATA PLL_CLK DEMOD_AUDIO MOD_AUDIO MOD_AUDIO C356 22P C353 33N C354 470N(10%) R338 20K R340 390K C355 10N C358 1P5 C360 2P C361 5P L302 4T C357 100P R342 300R C359 5P R343 10K C362 8P R346 220R C363 1P C370 1U R345 47R C365 100P R348 120R C369 100P R351 15K C371 1P C368 2P Q308 BFQ67 Q309 BFQ67 C372 7P Q310 BFQ67 C374 1P R350 56R C373 100P C376 330P C375 1U
3 G 5
2 I/O
G G 7
1 G 8
C
R344 10K
C366 NA Q307 BFQ67 R347 33K C367 1P C364 1P
R341 10K
D303 KDV153
R349 33K
VCC_VCO
VCC_AMP
REF C366 C371 C374
D
BRF_4_2 100P 2P NA 8P 0.35*1.55*1.0+3.0R/NA 2SC5620
BRF_4_3 NA 1P 1P
D
C809,C810 L301,L302 Q306 FOR M/P
5P 0.35*1.45*1.0+3.0R/NA 2SC4226
ROADSTAR CLT-700
Title
CT1 BASE UNIT RF
Size Date: Document Number
Custom
CT1_VISION_BRF_ 4_3
2
8
Rev
A 2
Thursday, February 22, 2001 Sheet
of
1
2
3
4
5
6
7
1
2
3
4
5
6
7
8
C16 C17 VCC C1 470N/250V(ME) R1 DZ1 DZ2 R3 20K(AXIAL) D1 LS4148 R4 27K RING_SIGNAL U2 TCET1103K R13 120K 1 C9 100N R638 0R C10 10N DZ3 1N4744A R10 Q3 KTA1277Y (15V/1W) 220R R7 470K C14 1N C816 NA 10 LN C18
NA 47N 100N(10%) R21 390R SCAN C19 + 100U/16V(E) C24 560P R30 10K C25 2N2 12 VCC R623 10K TEL_MUTE D305 LS4148 R34 22K R31 10K C26 5N6 R32 12K C27 10N R33 30K D304 LS4148 VCC R35 NA (FS) R36 10K (BS)
A
R20 1K
VCC U3 HT9200A-8DIP/SOP 8 7 DTMF_DATA 6 DTMF_CLK 5 VDD DTMF DATA CLK /CE X2 X1 VSS 1 DTMF_ENABLE 2 3 4 C28 1N CT1/+
13
A
22K(AXIAL)
VCC
0R(WIRE)
0R(WIRE) R2 15K(AXIAL)
IR
VCC R39 10K (CT1) R40 NA (CT1+)
R18 C15 220P 5 68K
GAR U1 DBL5021V
DTMF
11
J302 NA J1 J3 TEL-LINE1 STIT1+2M+US4/6 J4 J6 JP1 1 2 3 4 5 6 J7 J8 J9 0R(2012) NA NA 0R(2012) J5 NA RL1 HR93 DC09H V_UNREG L2 27uH L1 NA C5 1N/100V(PE) Q2 C6 D5 MMBTA42 D4 1N4004 1N4004 1N/100V(PE) C2 0R(2012) J2 0R(2012)
C814 10U/50V(E) +
4
QR
D2 1N4004
D3 1N4004 SG2 NA R5 1M
KTC4374Y Q313 VCC R6 10K
R632 5K1
6 R11 220R R8 2K7 R14 2K2 Q5 KTC3876Y DZ4 NA 7 R19 4K3
MUTE MICAGC GAS1 GAS2 STAB REG VEE
15
VCC R98 10K DTMF_BIAS CALL
MIC+ SLPE
Q314 MMBTA42
SG1 ERZV07D331
D6 LS4148 Q1 KRC106S
R17 560R R15 150R C11 C13 220N(10%) 220N(10%)
R24 47K
9
8
14
2
3
16
R633 13R
Q4 MMBTA42 R12 10K
C20 100P
TEL-JACK
0R(2012) NA NA RELAY_CON
L3 27uH LINE_DETECT R9 10K
C22 100P R26 3K3 R27 NA LD2 GRN IN_USE (VISION) R97 560R LED_IN_USE5 VCC
SW1 CALL (VISION) TP7 TP6 TP5 VCC R92 10K R93 10K R94 10K VCC LD4 RED CHG (VISION) R629 560R LED_CHG
SW2 NA (INNO)
R16 560R C12 100N(10%) PPD_CON
R22 R23 39R 39R
R25 NA + C23 C21 NA 10U/16V(E)
PULSE_CON
R95 10K
CS
TM_SW3 9
TM_SW2 10
TM_SW1 11
SCAN
/CMUTE
/EMUTE
CT1/+
TP839
B
B
1 P73
2 P72
3 P71
4 P70
6 P06
7
8
TP4 P00 12 13 14 15 16 17 18 C68 20P C69 20P X1 3M58 + C70 2U2/35V(E) TM_SW0 VCC D7 LS4148
P07
P05
P04
P03
P02
P01
RX_DATA TX_DATA C34 10N R52 22K VCC C41 5N6 R57 39K C42 180P R58 39K R59 33K C43 2N2 R60 220K 5 VCC R61 10K R62 10K 6 7 8 R56 30K U8D DBL324V 14 + VCC
C
44 43 42 41 40
P74 P75 P76 P77 VDD P22 P21 P20 P17 P16 P15 P14 P13 P12 P11 P10 P51 P50 P67 P66 P65 U4 TMP87C807U-3A92
TEST /RESET XIN XOUT VSS NC P60 P61 P62 P63 P64
PLL_CLK PLL_DATA
C67 CALL 100N DO C44 3N3 VCC R87 10K G ORG NC VCC DO DI SK CS 4 3 2 1 DO PLL_DATA PLL_CLK CS LINE_DETECT RSSI_H/L AMP_CON VCO_CON
39 38 37 36 35 34
19 DTMF_ENABLE 20 DTMF_CLK 21 DTMF_DATA 22 DTMF_BIAS VCC LD3 NA GRN IN_USE LED_IN_USE VCC LD6 NA RED CHG LED_CHG VCC LD7 NA YEL PWR R630 NA
1 U8A DBL324V TP3 R53 18K C38 33N C39 33N RV1 50KB C63 1U
VCC C37 33N TP8 R54 24K
13 12 C50 10N RX_DATA
C36 1U 20 19 18 17 16 15
C35 100N
R55 100K 14
C40 1U R69 3K9
/EMUTE BYPATH /CMUTE
13 /EMUTE 12 11 /CMUTE VCC_AMP RV2 500B C71 100P TP11 C62 22N C72 10N
C51 100N 1 FO FI
U10 DBL5015V AGIC CRC CPI+ CPICO CB
R70 7K5
C52 5N6
R73 39K RV3 50KB R74 33K R71 7K5 C53 1N2 R72 39K C54 120P
C57 100N
C59 1U C58 100N
R79 100K C60 100N
R80 NA
C61 100N
TP10
VCC R91 39K TX_DATA R78 6K8 R90 10K TX_BIAS
MOD_AUDIO
D
1
2
3
+ 4
11 3 2 R68 470K
33 PLL_STB
32 RSSI_DETECT
31 RING_SIGNAL
30 PULSE_CON
29
28 LED_CHG
27 TX_BIAS
26 RELAY_CON
25 PPD_CON
24 TEL_MUTE
23 CHARGE
R63 470K U8C DBL324V 8 R67 100K + 9 10 R66 39K R65 39K C48 1N2
C45 1U
TP2 1 2 3 4 5 6 7 VCC RESET EP_CS EP_SK EP_DI EP_DO
U6 CSI93C46S
R64 39K C47 1N C46 10N
DEMOD_AUDIO
C49 220P
TP9
R88 39K
R89 39K
C
Q8 KRA105S
VCC LD5 YEL PWR (VISION) R628 560R
C77 100N
U9 KIA7805P VO + VI + C79 470U/25V(E) GND
V_UNREG D8 1N4004 C80 10N L5 27uH R104 8R2(3216)
VCC 2
EO
ERC DI 3 4
DO 5
EPI6 7
EPI+ 8
EB GND 10 R81 51K VCC_VCO C74 100P VCC VCC_AMP VCC_VCO RSSI_H/L RSSI_DETECT PLL_STB PLL_DATA PLL_CLK DEMOD_AUDIO MOD_AUDIO C75 10N RF1 1 2 3 4 5 6 7 8 9 10 7 + U8B DBL324V 6 5
4 5
L4 27uH
C81 10N JP3 POWER
+ C73 NA
AMP_CON
+ C76 100U/16V(E)
C78 220U/16V(E)
C82 10N
R100 68R(3225) CHG+1 R99 27K KTA1505Y Q10 VCC
Q11 KTA1505Y
1 2 3 4 5 6
9
Q9 KRA105S
Q12 KTA1505Y R102 680R R103 2K ADAPTOR1
VCO_CON CHARGE
R101 10K U11 TCET1103K
CHG-1
PCB1
D
CTR37 & CTR38
FOR_M/P_ROADSTAR_2001-2
ROADSTAR CLT-700
Title
BASE MAIN
Size Date:
6 7
Document Number
Rev
ita_vision_b4_2 R
Friday, March 23, 2001 Sheet
8
A 2
1
of
1
2
3
4
5
6
7
8
LCD1 LCD S25 S24 S23 S22 S21 S20 S19 S18 S17 S16 S15 S14 S13 S12 S11 S10 S9 S8 S7 S6 S5 S4 S3 S2 S1 S0 COM3 C0M2 COM1 COM0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30
C13 5N6 V_BATT
A
TP3 SPK_ON C2 100P TP2 R1 100K R3 18K C10 33N C11 33N RV1 50KB R6 10K 10 9 R7 39K R8 39K R9 33K C16 10N DEMOD_AUDIO
A
8
C9 33N
R5 24K
U3C DBL324V
C21 0R(2012) + 5 6 C1 1U 7 8 TP1 VO1 V+ GND VO2
-VIN +VIN VREF CD
4 3 2 C3 100N C4 1U
R2 51K C5 10N VOL_CONT
C6 10N
R627 0R JP1 1 2 + -
VREG1 20 19
C7 Q2 KRC106S 100N
C8 1U 18 17 16 15
R4 100K 14
C12 1U
1 SPK_MUTE
53014-0210
U1 NJM2113M,(E)
/EMUTE BYPATH /CMUTE GND CPI+
13 /EMUTE 12 BYPATH 11 /CMUTE
C17 100N
1
U2 DBL5015V FO AGIC CRC CPICO CB FI DI
MIC_M MIC_E H83 NA
C18 4N7 R11 22K
TP4 R13 39K R12 39K C23 100N C24 1U R18 3K C25 1U R19 10K C26 1U C27 22N C28 1N
R20 3K9
TP5
C811 NA
2 1 SP1 U2815032
B
P1 VSR24
MOD_AUDIO RV2 50KB
C20 150P R14 33K
R21 0R
C29 10N
C19 1N8 VREG2 R34 5K6
CHARGE Q4 KRC106S
TX_DATA VREG2 R22 15K R23 10K BS2_CONT C30 100N
Q5 KRC105S Q6 KRC105S
Q7 KRC105S
PWR_OFF D2 LS4148 SW1 PWR SW Q8 KTA1505Y VREG0 C36 10U/10V(T) + VREG2 R36 39K BATT_LOW TP6 BS0 BS1 16 15 14 13 12 11 10 CHG+1 CHG-1
C
R35 39K
VREG2 C50 100N VREG2 R24 47K RX_DATA R37 39K RESET 11 C38 1U U4 TA31086F GND RST TC R25 3K9 9 R26 1M C31 10N Q3 KRC106S 4 U3A DBL324V 1 2 3 R29 27K R27 220K R28 100K 6 5 R30 27K C32 1N2 R31 27K C34 2N2 C33 2N2 R32 27K C35 10N BZ1 MSG1216 R41 68R R33 220K
+
7
-
+ U3B DBL324V
C37 100N
D1 LS4148
2 1 P2 BT1
2 1
+ -
V_BATT C39 100N VREG1 C808 10N Q10 Q9 KTA1505Y KTA1505Y + + C44 100N C45 100N 14 + VREG2 U3D 12 13 DBL324V PCB1 RF1 1 2 3 4 5 6 7 8 9 10 11 VCC_AMP VREG0 VREG1 VREG2 RSSI_DETECT RSSI_H/L PLL_STB PLL_DATA PLL_CLK DEMOD_AUDIO MOD_AUDIO CT1/+ SCAN
JP2 53014-0210 BATT
C40 100P
C41 1U
C42 C43 10U/10V(T) 10U/10V(T)
D
1
2
3
4
+ -
Q1 KRA105S
C14 180P
R10 220K C15
2N2
80 SEG4 79 SEG5 78 SEG6 77 SEG7 76 SEG8 75 SEG9 74 SEG10 73 SEG11 72 SEG12 71 SEG13 70 SEG14 69 SEG15 68 SEG16 67 SEG17 66 SEG18 65 SEG19
1 2 3 4 5 6 7 R38 10K PWR_OFF R353 NA R354 NA X1 3M58 C46 20P V_BATT 1 EP_DO RESET 8 9 10 11 12 13 14 C47 20P SCAN RING_ON Q11 KRA105S AMP_CONT RSSI_H/L BYPATH RV3 500B C48 100P C49 10N RSSI_DETECT CHARGE BS0 BS1 15 16 17 18 19 20 21 22 23 24
SEG3 SEG2 SEG1 SEG0 COM3 COM2 COM1 COM0 VLC P21 P22 RESET XIN XOUT VSS P20 P30 P31 P32 P33 P34 P35 P36 P37
SEG20 SEG21 SEG22 SEG23 SEG24 SEG25 SEG26 SEG27 SEG28 SEG29
64 63 62 61 60 59 58 AGC 57 BATT_LOW 56 55 54 OPT 53 CT1/+ 52 51 SPK_ON 50 TX_BIAS 49 TX_DATA 48 RX_DATA 47 46 45 44 43 42 41 TP7 R49 4K7 VREG2 R50 10K
VCC 2
EO
ERC 3 4
DO 5
EPI6 7
EPI+ 8
EB MIC_E MIC_M 9 10 R352 0R 2 MI1 CMP-4542 V_BATT R39 20R R40 2K Q12 KTN2907S R42 20R R43 2K Q13 KTN2222S
U5
SEG30 SEG31 TEST P51 P50 P47 P46 P45 P44 P43 P42 P41 P40 P17 VDD
TMP87CH20F-3A91
B
P00 25 RING_LEVEL
P01 26 SPK_MUTE
P02 27 VOL_CONT
P03 28 /EMUTE
P04 29 /CMUTE
P05 30 PLL_STB
U6 CSI93C46S
VREG2 C51 100N
C
P06 31 PLL_DATA
P07 32 PLL_CLK
P10 34 1 CS VCC 8
P11 35 2 SK NC 7
P12
P13
P14
P15
P16
33
36 3 DI ORG 6
37 BS2_CONT 4 DO G 5
38
39
EP_DO
R48 10K
40
-
TRB0 VREG1 1
VREG0 TRB1 2
BS0 VCC 3
BS1 TRB2 4
BS2 VREG2 5
BS(A) 6
ALARM 7
/RST 8
VREG2 R53 NA (FS) R54 10K (BS)
R44 100K R45 100K R46 100K R47 100K K1 T/E K5 K2 RECALL K6 2 K10 5 K3 MUTE K7 3 K11 6 K15 9 K19 # K4 MEMORY K8 PGM/CALL TRANS K12 REDIAL K16 VOL
VREG2 R55 10K (CT1) R56 NA (CT1+) 1 K9 4 K13 VCC R63 NA (ENABLE) R64 10K (DISABLE) 7 K17 *
K14 8 K18 0
AGC
D
VCC R61 NA OPT R62 NA
CTR37 & CTR38 FOR_M/P_ROADSTAR_2001_02
ROADSTAR CLT-700
Title
HANDSET MAIN - CT
Size Date: Document Number
ct1_vision_h 4_2R
Sheet
Rev
A 2
Friday, March 23, 2001
1
8
of
5
6
7
1
2
3
4
5
6
7
8
VREG0
A A
T301 3 C302 1N
C315 10U/10V(T) + 2 R302 47K C303 100N C304 100N 3 F301 450K 1 3 5 4 2 C305 47P 1
R315 10R C317 100P + C318 10U/10V(T)
R317 10R C321 33N F307 SB-2R-MD-959 C325 100P 4 5 6 7 R322 62K C322 3P C323 7P G I/O G G G I/O G 3 2 1 C324 1P Q304 BFQ67 R325 4K7 C327 NA G R324 10K C326 1N R323 22R
R312 3K3
U301 DBL5018V (KA3361D)
1 R301 1K2 C301 10N C813 220P R624 1M
8 QUAD AF
7 DECPL F/IN
6 DECPL F/O
LIM/I SQ/I
VCC SCAN
MIX/O MUTE
OSC GND
OSC MIX/I
C314 1N
R313 220K R314 330R Q302 KTC3880Y F302 21.7M 1 3 Q303 2SC4226 C319 5P
R318 2K2
R321 27K
DEMOD_AUDIO
R307 470K
C316 2P 2
11
13
12
10
16
9 C310 560P
14
15
RSSI_DETECT R311 470K R310 75K (L) RSSI_H/L
8
R319 22R R320 2K2
C320 6N8
R306 3K3
C311 10P
R631 4K7
R309 10K R337 10R C350 2P R308 100KB C348 NA C351 1U
C812 10N R625 560K
B
R626 4K7 C312 100N
D301 KDS226
VREG0 C352 100P F306 SB-2R-MD-959
7 G 8 G
6 I/O
C313 470N
G I/O G
5 G 4
B
C349 2P C347 R333 1K
G 1
ANT301
3
2
Q312 KTC4075Y U302 TB31202FN PLL_STB PLL_DATA PLL_CLK R326 R327 R328 3K9 3K9 3K9 C328 22P C330 22P 8 7 6 5 4 C329 22P VREG2 C331 22P C332 1U 3 2 1 STB BO 9 C333 10 68P 11 12 13 14 15 16 VREG2 X301 21.25M(B rank) CV301 10P C334 68P C335 33P R330 30K C336 33N C337 470N(10%) R329 15K C342 4P TP301 R331 390K C338 10N D302 KDV153 L301 4T C340 5P R332 10K C339 2P C341 2P R334 8K2
3P
Q305 2SC5620 C346 100P C810 3P Q306 BFQ67 C809 3P
DATA XOUT CK LD GND CP1 VCC FIN1 XIN SW GND CP2 VCC FIN2
R335 10R
J301
3 G
2 I/O
1 G
C343 4P C345 1P C344 10P R336 100R F305 SB-2R-MD-914NL
4
G I/O 6 G
G G 7
8
C379 NA
C378 NA
C
C377 5P TP302 HANDSET MAIN301 1 2 3 4 5 6 7 8 9 10 11 VCC_AMP VREG0 VREG1 VREG2 RSSI_DETECT RSSI_H/L PLL_STB PLL_DATA PLL_CLK DEMOD_AUDIO MOD_AUDIO MOD_AUDIO C356 NA C353 33N C354 470N(10%) R339 30K R338 12K R340 390K C355 10N C358 2P D303 KDV153 L302 4T C357 100P R342 300R C359 5P R343 10K C362 8P C360 2P C361 5P R346 100R C363 1P C375 1U R345 39R C366 100P Q307 BFQ67 R347 20K C367 2P C364 1P Q308 BFQ67 C368 3P Q309 BFQ67 R349 27K C371 NA C372 4P Q310 2SC4226 R351 20K C374 NA C365 100P R348 33R C370 1U C369 100P R350 47R C373 1N C376 270P
5
C
R344 9K1
R341 10K
VREG1
VCC_AMP
REF C337 C340 C372
D
HRF_4_1 220N(10%) 4P 6P 8P 20K 0.35*1.55*1.0+3.0R/NA
HRF_4_2 470N(10%) 5P 4P 3P 15K 0.35*1.45*1.0+3.0R/NA
D
C809,C810 R329 L301,L302 FOR M/P
ROADSTAR CLT-700
Title
CT1 HANDSET RF
Size Date: Document Number Rev
CT1_VISION_HRF_4_2
Thursday, February 22, 2001 Sheet
A 2
2
8
of
1
2
3
4
5
6
7
6. ELECTRICAL PARTS LIST
VISION BASE MAIN - ITALY Revised: Friday, March 23, 2001 Item Part 1 SA41-403-3B 2 NA Quantity 1 37 Reference ADAPTOR1 RF1,L1,CHG-1,CHG+1,TP2, SW2,SG2,TP3,LD3,J3,TP4, J4,DZ4,TP5,J5,TP6,LD6, TP7,LD7,TP8,J8,TP9,J9, TP10,TP11,C16,C21,R25, R27,R35,R40,C73,R80,J302, R630,C816,TP839 C1 J1,J2,C2,J6,J7 C5,C6 C9,C35,C51,C57,C58,C60, C61,C67,C77 C10,C27,C34,C46,C50,C72, C75,C80,C81,C82 C13,C11 C12,C18 C14,C28,C47 C15,C49 C17 C19,C76 C20,C22,C71,C74 C23 C24 C25,C43 C26,C41,C52 C36,C40,C45,C59,C63 C37,C38,C39 C42 C44 C53,C48 C54 C62 C68,C69 C70 C78 C79 C814 DZ1,DZ2 DZ3 D1,D6,D7,D304,D305 D2,D3,D4,D5,D8
3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34
470N/250V(ME) 0R(2012) 1N/100V(PE) 100N 10N 220N(10%) 100N(10%) 1N 220P 47N 100U/16V(E) 100P 10U/16V(E) 560P 2N2 5N6 1U 33N 180P 3N3 1N2 120P 22N 20P 2U2/35V(E) 220U/16V(E) 470U/25V(E) 10U/50V(E) 0R(WIRE) 1N4744A LS4148 1N4004
1 5 2 9 10 2 2 3 2 1 2 4 1 1 2 3 5 3 1 1 2 1 1 2 1 1 1 1 2 1 5 5
35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57
AR-623PC-4 AR-623PC-DEC-4 LT344002Fe4 LT184002Fe4 LT134002Fe4 LAL04TB270K PCB-BASE KRC106S MMBTA42 KTA1277Y KTC3876Y KRA105S KTA1505Y KTC4374Y HR93 DC09H TMC3KJB50KTR TMC3KJB500TR 22K(AXIAL) 15K(AXIAL) 20K(AXIAL) 27K 1M 10K
1 1 1 1 1 4 1 1 3 1 1 2 3 1 1 2 1 1 1 1 2 1 18
58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78
470K 2K7 220R 120K 2K2 150R 560R 68K 4K3 1K 390R 39R 47K 3K3 12K 30K 22K 18K 24K 100K 39K
3 1 2 1 1 1 5 1 1 1 1 2 1 1 1 2 2 1 1 3 10
JP1 JP3 LD2 LD4 LD5 L2,L3,L4,L5 PCB1 Q1 Q2,Q4,Q314 Q3 Q5 Q9,Q8 Q10,Q11,Q12 Q313 RL1 RV3,RV1 RV2 R1 R2 R3 R4,R99 R5 R6,R9,R12,R30,R31,R36, R39,R61,R62,R87,R90,R92, R93,R94,R95,R98,R101, R623 R7,R63,R68 R8 R11,R10 R13 R14 R15 R16,R17,R97,R628,R629 R18 R19 R20 R21 R23,R22 R24 R26 R32 R33,R56 R52,R34 R53 R54 R55,R67,R79 R57,R58,R64,R65,R66,R72, R73,R88,R89,R91
79 80 81 82 83 84 85 86 87 88 89 90 91 92 93 94 95 96 97 98 99 100 101 102 103
33K 220K 3K9 7K5 6K8 51K 68R(3225) 680R 2K 8R2(3216) 5K1 13R 0R ERZV07D331 TM114B STIT1+2M+US4/6 DBL5021V TCET1103K HT9200A-8DIP/SOP TMP87C807U-3A92 CSI93C46S DBL324V KIA7805P DBL5015V 3M579545 HC-49/U
2 1 1 2 1 1 1 1 1 1 1 1 1 1 1 1 1 2 1 1 1 1 1 1 1
R59,R74 R60 R69 R70,R71 R78 R81 R100 R102 R103 R104 R632 R633 R638 SG1 SW1 TEL-LINE1 U1 U2,U11 U3 U4 U6 U8 U9 U10 X1
CT1 BASE UNIT RF Item 1 Part NA
Revised: Thursday, February 22, 2001 Quantity Reference 12 TP301,BASE MAIN301, ANT301,TP302,C319,C322, C323,C327,C348,C366,C378, C379 1 CV301 3 C301,C320,C355 4 C302,C314,C326,C812 3 C303,C304,C312 1 C305 2 C310,C813 2 C344,C311 1 C313 2 C318,C315 6 C316,C339,C349,C350,C360, C368 8 C317,C325,C346,C352,C357, C365,C369,C373 2 C321,C338 3 C324,C342,C377 5 C328,C329,C330,C331,C356 4 C332,C351,C370,C375 2 C334,C333 1 C335 1 C336 2 C354,C337 5 C340,C359,C361,C809,C810 1 C341 1 C343 6 C345,C363,C364,C367,C371, C374 1 C347 1 C353 1 C358 1 C362 1 C372 1 C376 1 D301 2 D303,D302 1 F301 1 F302 1 F305 2 F307,F306 1 J301 2 L301,L302 1 Q302
2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39
ECRJA010A11X 10N 1N 100N 47P 560P 10P 470N 10U/10V(T) 2P 100P 47N 3P 22P 1U 68P 33P 22N 470N(10%) 5P 2P(S2H) 12P 1P 4P 33N 1P5 8P 7P 330P KDS226 KDV153 LTM450EW TR-1-6/MF21.7R3 SB-2R-MD-959 SB-2R-MD-914NL SYFW200-S02G 0.35*1.45*1.0+3.0 R/NA KTC3880Y
40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75 76 77 78 79
BFQ67 2SC5620 2SC4226 KTC4075Y 1K2 47K 3K3 470K TMC3KJB100KTR 10K 2K7 220K 680R 10R 2K2 22R 1K 56K 47R 3K9 20K 30K 390K 12K 910R 8K2 100R 300R 220R 33K 120R 56R 15K 1M 5K6 24K 5DL-C5001S DBL5018V TB31202FN TR-1-6/21.2503MHz(B rank)
6 1 1 1 1 3 1 2 1 5 2 2 1 3 1 1 1 1 3 3 2 2 2 1 1 1 1 1 1 2 1 1 1 1 1 1 1 1 1 1
Q303,Q304,Q307,Q308,Q309, Q310 Q305 Q306 Q312 R301 R302,R310,R321 R306 R311,R307 R308 R309,R324,R341,R343,R344 R312,R325 R313,R625 R314 R315,R317,R337 R318 R319 R320 R322 R323,R335,R345 R326,R327,R328 R338,R329 R330,R339 R331,R340 R332 R333 R334 R336 R342 R346 R347,R349 R348 R350 R351 R624 R626 R631 T301 U301 U302 X301
HANDSET MAIN - CT 1 Revised: Friday, March 23, 2001 Item 1 2 3 Part 3/CP300H MSG1216 NA Quantity 1 1 40 Reference BT1 BZ1 TP1,SW1,RF1,K1,CHG-1, CHG+1,TP2,P2,K2,TP3,K3, TP4,K4,TP5,K5,TP6,K6,TP7, K7,K8,K9,K10,K11,K12,K13, K14,K15,K16,K17,K18,K19, R53,R56,R61,R62,R63,H83, R353,R354,C811 C1,C4,C8,C12,C24,C25,C26, C38,C41 C2,C40,C48 C3,C7,C17,C23,C30,C37, C39,C44,C45,C50,C51 C5,C6,C16,C29,C31,C35, C49,C808 C9,C10,C11 C13 C14 C15,C33,C34 C18 C19 C20 C21 C27 C28 C32 C36,C42,C43 C47,C46 D1,D2 JP2,JP1 LCD1 MI1 PCB1 P1 Q11,Q1 Q2,Q3,Q4 Q5,Q6,Q7 Q8,Q9,Q10 Q12 Q13 RV1,RV2 RV3
4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34
1U 100P 100N 10N 33N 5N6 180P 2N2 4N7 1N8 150P 0R(2012) 22N 1N 1N2 10U/10V(T) 20P LS4148 53014-0210 LCD CMP-4542 PCB-HANDSET VSR24 KRA105S KRC106S KRC105S KTA1505Y KTN2907S KTN2222S TMC3KJB50KTR TMC3KJB500TR
9 3 11 8 3 1 1 3 1 1 1 1 1 1 1 3 2 2 2 1 1 1 1 2 3 3 3 1 1 2 1 21
35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63
100K 51K 18K 24K 10K 39K 33K 220K 22K 3K 3K9 0R 15K 47K 1M 27K 5K6 20R 2K 68R 4K7 U2815032 NJM2113M,(E) DBL5015V DBL324V TA31086F TMP87CH20F-3A91 CSI93C46S 3M579545ATS-49/U
7 1 1 1 9 7 2 3 1 1 2 3 1 1 1 4 1 2 2 1 1 1 1 1 1 1 1 1 1
R1,R4,R28,R44,R45,R46, R47 R2 R3 R5 R6,R19,R23,R38,R48,R50, R54,R55,R64 R7,R8,R12,R13,R35,R36, R37 R9,R14 R10,R27,R33 R11 R18 R20,R25 R21,R352,R627 R22 R24 R26 R29,R30,R31,R32 R34 R39,R42 R40,R43 R41 R49 SP1 U1 U2 U3 U4 U5 U6 X1
CT1 HANDSET RF Item 1 Part NA
Revised: Thursday, February 22, 2001 Quantity Reference 11 TP301,HANDSET MAIN301, ANT301,TP302,C327,C348, C356,C371,C374,C378,C379 1 CV301 4 C301,C338,C355,C812 4 C302,C314,C326,C373 3 C303,C304,C312 1 C305 1 C310 2 C344,C311 1 C313 2 C318,C315 8 C316,C339,C341,C349,C350, C358,C360,C367 8 C317,C325,C346,C352,C357, C365,C366,C369 5 C319,C340,C359,C361,C377 1 C320 3 C321,C336,C353 5 C322,C347,C368,C809,C810 1 C323 4 C324,C345,C363,C364 4 C328,C329,C330,C331 4 C332,C351,C370,C375 2 C334,C333 1 C335 2 C337,C354 3 C342,C343,C372 1 C362 1 C376 1 C813 1 D301 2 D303,D302 1 F301 1 F302 1 F305 2 F306,F307 1 J301 2 L301,L302 1 Q302 2 Q310,Q303 5 Q304,Q306,Q307,Q308,Q309 1 Q305
2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 38 39
ECRJA010A11X 10N 1N 100N 47P 560P 10P 470N 10U/10V(T) 2P 100P 5P 6N8 33N 3P 7P 1P 22P 1U 68P 33P 470N(10%) 4P 8P 270P 220P KDS226 KDV153 LTM450EW TR-1-6/MF21.7R3 SB-2R-MD-914NL SB-2R-MD-959 SYFW200-S02G 0.35*1.45*1.0+3.0 R/NA KTC3880Y 2SC4226 BFQ67 2SC5620
40 41 42 43 44 45 46 47 48 49 50 51 52 53 54 55 56 57 58 59 60 61 62 63 64 65 66 67 68 69 70 71 72 73 74 75
KTC4075Y 1K2 47K 3K3 470K TMC3KJB100KTR 10K 75K 220K 330R 10R 2K2 22R 27K 62K 4K7 3K9 15K 30K 390K 1K 8K2 100R 12K 300R 9K1 39R 20K 33R 47R 1M 560K 5DL-C5001S DBL5018V TB31202FN TR-1-6/21.2503MHz(B rank)
1 1 1 2 2 1 5 1 1 1 4 2 2 2 1 3 3 1 2 2 1 1 2 1 1 1 1 2 1 1 1 1 1 1 1 1
Q312 R301 R302 R312,R306 R311,R307 R308 R309,R324,R332,R341,R343 R310 R313 R314 R315,R317,R335,R337 R318,R320 R319,R323 R349,R321 R322 R325,R626,R631 R326,R327,R328 R329 R330,R339 R331,R340 R333 R334 R336,R346 R338 R342 R344 R345 R347,R351 R348 R350 R624 R625 T301 U301 U302 X301
7. MECHANICAL PARTS LIST
DATE : 2001.3.3 MODEL: CLT-700 BRAND:ROADSTAR COUNTRY:ITALY
HANDSET NO. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 FELT ASS'Y, RECEIVER RECEIVER CABLE KEYPAD PCB, REMOTE ANTENNA TUBE ANT. COIL, REMOTE LENS, LCD LCD LCD CUSHION INTER-CONECTOR SHIELD CASE, BOTT. SHIELD PLATE SHIELD CASE, COVER CUSHION,BUZZER CONTACT "A", REMOTE CONTACT "B", REMOTE REAR COVER,REMOTE BELT CLIP LABEL, REMOTE TAPPING SCREW BATTERY BATTERY COVER BATTERY CUSHION COIL SHIELD CAN FULLY CHARGE LABEL 30x10x1.2t YPS0.1 SPTE t=0.3 SPTE t=0.3 SPTE t=0.3 OD=12,ID=6,t=3 PBSP PBSP ABS94HB ABS94HB YUPO PAPER BH(3x6)Zn-P 3x350H ABS94HB 14x8x1.5t SPTE t=0.3 VS-R22(RD) VS-R23 VS-R26 VS-R15 VS-R16 VS-R17 VS-R18 VS-R19(RD) VS-R20(RD) VS-R21(RD) ASS'Y 17x11x1.5t SILICONE FR-4(t=1.2) URETHANE PBSW PC VS-R25 VS-R04 VS-R05 VS-R06 VS-R07 VS-R08 VS-R09 VS-R10 VS-R11 VS-R12 VS-R13 CUSHION,RECEIVER NAME FRONT COVER,REMOTE Ø27 SPEC ABS94HB Drawn NO. VS-R01(RD) VS-R02 VS-R03 Q'ty REMARK 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 HANDY VARTA NIKEL-P NIKEL-P NIKEL-P SILK
STICKER PAPER VS-R27(RD)
25
BASE UNIT NO. 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 LED LENS BASE COVER,BASE PAGING KNOB PCB, BASE ANTENNA TUBE ANT. COIL, BASE SHIELD CASE, BOTT. SHIELD PLATE SHIELD CASE, COVER CONTACT , BASE BOTTOM COVER, BASE LABEL, BASE RUBBER FOOT DATE CODE LABEL THERMINAL FUSE LABEL NAME TOP COVER, BASE SPEC ABS94HB ACYLE ABS94HB ABS94HB FR-4(t=1.6) URETHANE PBSW SPTE SPTE SPTE NICO-WIRE ABS94HB YUPO PAPER Ø10x1.6t VS-R15 VS-B37 VS-B38(RD) VS-B39(RD) VS-B40 Drawn NO. VS-B30(RD) VS-B31 VS-B32(RD) VS-B33(RD) VS-B34 VS-R07 VS-B36 VS-R13 Q'ty REMARK 1 1 1 1 1 1 1 1 1 1 2 1 2 1 2 1 1 NIKEL-P SILK SILK
TAPPING SCREW(BLACK) PH(3x10)BK
STICKER PAPER VS-41(RD) STICKER PAPER VS-42(RD)
PACKING NO. 1 2 3 4 5 6 7 8 GIFT BOX PAD, REMOTE POLYBAG, REMOTE POLYBAG, BASE USER'S MANUAL WARRANTY CARD CARTON BOX USE COUNTRY LABEL SW3 NAME SPEC Drawn NO. VSP50-RS(RD) VSP51-RS VSP52-RS VSP53-RS VSP56-RS(RD) VSP55-RS(RD) VSP54-RS(RD) STICKER PAPER VSP57-RS(RD) Q'ty REMARK 1 1 1 1 2 1 0.1 1 IT/ENG