Before returning any models to the customer, a safety check of the entire instrument should be made. The service
technician must be sure that no protective device built into the instrument by the manufacture has become defective
or inadvertently degraded during servicing.
1.WARNING:
Alterations of the design or circuitry of these models should not be made.
Any design changes or additions such as, but not limited to, circuit modifications, auxiliary speaker jacks, switches,
grounding, active or passive circuitry, etc. may alter the safety characteristics of these models and potentially
create a hazardous situation for the user.
Any design alterations or additions will void the manufacturer's warranty and will further relieve the manufacturer of
responsibility for personal injury or property damage resulting therefrom.
2.PRODUCT SAFETY NOTICE
Many electrical and mechanical parts in this chassis have special characteristics. These characteristics often pass
unnoticed and the protection afforded by them cannot necessarily be obtained by using replacement components
rated for higher voltage, wattage, etc. Replacement parts that have these special safety characteristics are identified
in this manual and its supplements; electrical components having such features are indentified by a in the
schematic diagram and the parts list. Before replacing any of these components, read the parts list in this manual
carefully. The use of substitute replacement parts that do not have the same safety characteristics as specified in
the parts list may create shock, fire or other hazards.
1
Page 3
OPERATING CONTROLS
HANDSET CONTROLS AND FUNCTIONS
Antenna
TALK/BATT.LOW LED
TALK Button
TONE Button
MEM Button
PAUSE Buttons
One-touch dialing Button
(MEM1 - MEM3)
Rechargeable Battery Pack
(back)
BASE UNIT CONTROLS AND FUNCTIONS
DC in 9V Jack
LINE Modular Jack
REDIAL Button
FLASH Button
Dialpad
VOL/RING Button
CH Button
MUTE Button
Charging Contacts
T-P(TONE-PULSE) Switch
Charging Contacts
Antenna
IN USE/CHARGE LED
PAGE Button
2
Page 4
ALIGNMENT PROCEDURE
Base Unit
Transmitter Section
Connections
Preset
a) Connect the base RF unit to the base main unit.
b) Set the “TONE / PULSE” switch to PULSE.
c) Connect the AC adapter to the base unit while pressing the “PAGE” key, and keep pressing it continuously for
approximate 2 sectonds.
d) Release the “PAGE” key when entering TEST mode 1 with IN USE LED lighting.
Power
Meter
Frequency
Counter
Deviation
Mater
RF
Test Point
RF
Test Point
BASE Unit
J2
DC IN
9V Jack
TEL Line
Jack
J1
1kHz 77.5mV
AF GEN.
AC
Adapter
AC 120V
60Hz
Alignment Procedure
step
1
2
Adjustment
RT301
(TX P ower)
CT1
(TX Frequency)
Connect the Po w er Meter to the RF test point on the Base MAIN PCB.
Adjust RT301 for a -5.0dBm reading on the Power Meter.
Connect the Frequency Counter to the RF test point on the Base MAIN
PCB. Adjust CT1 to make sure that the frequency is 926.897468 MHz.
Press the “PAGE” k e y to enter the TEST Mode 2. Connect the AF Generator
3
RT3
(TX Modulation)
to the TEL Line J a ck on the Base Main PCB. Make sure that the output is 1
kHz 77.5 mV from the AF Generator .
Connect the Deviation Meter to the RF test point on the Base MAIN PCB.
Adjust RT3 to indicate ±8 kHz De v.
Alignment Point Location on Base Main PCB and Base RF PCB
Base Main PCB
Base RF PCB
RT3
CT1
RT301
Remarks
J1
TEL LINE Jack
J2
DC IN 9V Jack
T
S2
T/P Switch
P
RF Test Point
3
Page 5
Receiver Section
Connections
RF SG
+
RF
Test Point
TEL Line
Jack
J1
Dummy Load
(600-ohm)
+
AC V oltmeterBASE Unit
AC 120V
60Hz
AC
Adapter
DC IN 9V Jack
J2
AF
Terminal
DC V oltmeter
Preset
a) Connect the base RF unit to the base main unit.
b) Set the “TONE/PULSE” switch to PULSE.
c) Connect the AC adapter to the base unit while pressing the “PAGE” key, and keep pressing it continuously for
approximate 2 seconds.
d) Release the “PAGE” key when entering TEST mode 1 with IN USE LED lighting.
Alignment Procedure
step
Preset to
1
SG: 1mV
No modulation
SG: 1mV
1 kHz ±8kHz
2
deviation
SG: -6.0 dB
1kHz ±8kHz
3
Deviation
Adjustment
(Discriminator
Voltage)
(RX AF
Voltage)
µµ
µV
µµ
(SQ Point)
L3
RT2
RT1
Remarks
Press the “PAGE” key for 3 times to enter the TEST Mode 4. Connect the
RF Signal Generator to the RF test point on the Base MAIN PCB. Make
sure that the frequency is 902.952467 MHz.
Connect the DC Voltmeter to the AF test point. Adjust L3 to indicate DC
1.00 V.
Connect the AC Voltmeter across a 600-ohm dummy to the Telephone Line
Jack. Adjust RT2 for a 220 mV reading on the AC voltmeter.
Press the “PAGE” key to enter the TEST Mode 5. Make sure that the
frequency of RF SG output is 902.952467 MHz. Adjust RT1 to turn to the
point where the CHG LED just turns on.
Alignment Point Location on Base Main PCB and Base RF PCB
Base Main PCB
RT2
RT1
L3
AF Test Point
4
J1
TEL LINE Jack
J2
DC IN 9V Jack
T
S2
T/P Switch
P
RF Test Point
Page 6
Handset Unit
Transmitter Section
Connection
Power
Meter
Frequency
Counter
Deviation
Mater
Preset
a) Connect the handseet RF unit to the handset main unit.
b) Connect DC power supply to battery connector on the handset unit.
c) Turn the DC power supply On while pressing " " and " # " keys, and keep pressing the keys continuously for
approximate 2 seconds.
d) Release keys when entering TEST mode 1 with TALK LED lighting and beep.
RF
Test Point
RF
Test Point
HANDSET Unit
J603
Battery
Connector
MIC+Pin
DC 3.8V
AF GEN.
1kHz 9mV
DC Power Supply
Alignment Procedure
step
1
2
3
Adjustment
RT501
(TX P ower)
CT401
(TX Frequency)
RT403
(TX Modulation)
Remarks
Connect the RF power Meter to the RF test point on the handset MAIN PCB.
Adjust RT501 for a -7.5dBm reading on the Power Meter.
Connect the Frequency Counter to the RF test point on the handset MAIN
PCB. Adjust CT401 to make sure that the frequency is 903.052467 MHz.
Press the “2” key to enter the TEST Mode 2. Connect the AF Generator to
the MIC Connector. Make sure that the output is 1kHz 9mV from the AF
Generator.
Connect the Deviation Meter to the RF test point on the handset MAIN PCB.
Adjust RT403 to indicate ±8 kHz De v.
Alignment Point Location on Handset Main PCB and Handset RF PCB
Handset PCB
J401
RT403
RF PCB
RT501
RF Test Point
MC601
CT401
5
Page 7
Receiver Section
Connections
RF SG
+
RF
Test Point
J602
SP
Connector
Dummy Load
(150-ohm)
+
AC V oltmeterHANDSET Unit
DC Power Supply
Battery
Connector
DC 3.8V
J603
AF
Terminal
DC V oltmeter
Preset
a) Connect the handset RF unit to the handset main unit.
b) Connect DC power supply to battery connector on the handset unit.
c) Turn the DC power supply ON while pressing “ ” and “ # ” keys, and keep pressing the keys continuously for
approximate 2 seconds.
d) Release keys when entering TEST mode 1 with TALK LED lighting and beep.
Alignment Procedure
step
Preset to
1
SG: 1mV
No modulation
SG: 1mV
1 kHz ±8kHz
2
deviation
SG: -6.0 dB
1kHz ±8kHz
3
Deviation
Adjustment
L402
(Discriminator
Voltage)
RT402
(RX AF
Voltage)
µµ
µV
µµ
RT401
(SQ Point)
Remarks
Press the “4” key to enter the TEST Mode 4. Connect the RF Singal
Generator to the RF test point on the handset MAIN PCB. Make sure that
the frequency is 926.997467 MHz.
Connect the DC Voltmeter to the AF test point. Adjust L402 to indicate
DC 1.00 V.
Connect the RF Signal Generator to the RF test point on the handset MAIN
PCB. Make sure that the frequency is 926.997467 MHz.
Connect the AC Voltmeter across a 150-ohm dummy to the SP Connector.
Adjust RT402 for a 102 mV reading on the AC Voltmeter.
Press the “5” k e y to enter the TEST Mode 5. Make sure that the frequency
of RF SG output is 926.997467 MHz. Adjust RT401 to turn to the point
where the indication is just vibrated.
Alignment Point Location on Handset Main PCB and Handset RF PCB
Handset PCB
J401
RT402
RT401
6
L402
RF PCB
AF Test Point
RF Test Point
Page 8
Base Unit
BLOCK DIAGRAMS
7
Page 9
Handset
8
Page 10
Base Unit
SCHEMATIC DIAGRAMS
9
10
Page 11
Handset
11
12
Page 12
TROUBLESHOOTING HINTS
1. The bell does not ring.
When the PAGE SW of the
base is pressed, does the
ringer on the handset ring?
OK
When the TEL SG is joined
with the base to make bell
signal, is there pulse wave at
pin 4 of IC4?
OK
Is there pulse wave at
pin 21 of IC5?
OK
Check IC5 and its
peripheral circuit.
NG
NG
NG
See 2. The bell does not ring
& page does not ring.
Check IC4 and TEL network
circuit.
Check R58, C45 and R59.
13
Page 13
2. The bell does not ring & page does not ring.
Can the base and handset be
connected?
OK
Press handset DIAL key
while in TALK MODE.
Can key touch sound be
heard from the ringer?
OK
When the PAGE SW of the
base is pressed, does pin20
of IC5 change from high to
low?
NG
NG
NG
See 3. The base and handset
cannot be connected.
When the key of the handset is
pressed, can the pulse output
at pin 38 of IC404 be seen?
OK
At the Q408 collector, can the
pulse wave be seen?
OK
Check RINGER Y401.
Check R55, R77 and S1.
NG
NG
Check IC404.
Check R454, R457 and D402.
OK
Check IC5 and its peripheral
circuit.
14
Page 14
3. The base and handset cannot be connected.
Check whether the base
is able to set in the test
mode 1.
OK
Check the TX POWER
and the TX FREQUENCY
on the base unit.
OK
Set the base in the test
mode 3, check whether
deviation of the TX data
is app. 8 kHz Dev.
OK
Set the base in the test
mode 8, 902.952467
MHz (250 Hz ±8 kHz
Dev.) 1mV output signal
from RF jack is applied.
Can the status LED be
lighted?
OK
NGACheck IC5 and its
peripheral circuit.
NG
Check base RF unit.
Check whether there is a
NG
250 Hz data wav eform at
“MOD” of RF unit.
OK
Check base RF unit.
NGCheck whether there is a
250 Hz data wav eform at
pin 9 of IC3.
OK
Check whether there is a
250 Hz data wav eform at
the Q2 collector.
OK
Check RT3, R40, R68,
NG
R69, R53, R70 and C79.
Check IC3, Q1 and their
NG
peripheral circuit.
Check RT2, Q2 and their
NG
peripheral circuit.
OK
NG
Check base RF unit.
Check whether the
handset is able to set in
the test mode 1.
OK
Check the TX POWER
and the TX FREQUENCY
on the handset unit.
OK
Check whether there is a
250 Hz data wav eform at
pin 38 of IC5.
OK
Check IC5 and its
peripheral circuit.
NGCheck IC404 and its
peripheral circuit.
NG
Check handset RF unit.
15
Check R42, R46, IC1 and
NG
their peripheral circuit.
Page 15
A
Set the handset in the
test mode 3, check
whether deviation of the
TX data is app. 8 kHz
Dev.
OK
Set the handset in the
test mode 6, 926.997467
MHz (250 Hz ±8 kHz
Dev.) 1mV output signal
from RF jack is applied.
Check whether the bell
ring.
OK
Place the handset on the
base to charge about 5
seconds, then connect
again.
NGCheck whether there is a
250 Hz data wavef orm at
“MOD” of RF unit.
OK
Check handset RF unit.
Check whether the 250
NG
Hz data wavefor m from
pin 9 of IC401 is fed.
OK
Check whether there is a
250 Hz data wavef orm at
the Q402 collector.
OK
Check whether there is a
250 Hz data wavef orm at
pin 40 of IC404.
OK
Check RT403, R441,
NG
R442, R443, R444,
R445 and C453.
Check IC401, Q401 and
NG
their peripheral circuit.
Check RT402, Q402 and
NG
their peripheral circuit.
Check R428, R429,
NG
IC403 and their
peripheral circuit.
OK
NG
Check handset RF unit.
Check IC404 and its
peripheral circuit.
16
Page 16
4. Cannot make a phone call (pulse).
Can the base and handset
be connected?
OK
While in TALK MODE, press
dial key of the handset.
Check whether square
waveform from pin 13 of IC5
is fed.
OK
Check Q10, RL1 and their
peripheral circuits.
NG
NG
See 3. The base and handset
cannot be connected.
Check IC5.
5. Cannot make a phone call (tone).
Can the base and handset be
connected?
OK
NG
See 3. The base and handset
be cannot be connected.
While in TALK MODE, press
dial key of the handset.
Can tone waveform from Pin
1 of IC5 is fed?
OK
Can tone signal be heard
from the handset speaker?
OK
Check the base TEL-line
circuit and RELAY control
circuit.
NG
NG
Check IC5.
Check IC1, Q3 and their
peripheral circuits.
17
Page 17
6. Voice cannot be transmitted to other party (outgoing call).
Can the base and handset be
connected?
OK
The 1 kHz, 9.0mV sine
waveform is applied to
+
MC401
sine waveform from pin 24 of
IC403 be fed?
Check whether there is the
1 kHz sine waveform at
pin 20 of IC403.
Check whether there is the
1 kHz sine waveform at
pin 23 of IC403.
TX output signal from the
handset is detected by the
liner detector, can the 1 kHz
sine waveform be fed?
side, can the 1 kHz
OK
OK
OK
OK
NG
NG
NG
NG
NG
See 3. The base and handset
cannot be connected.
Check Q404 and its
peripheral circuit.
Check IC403 and its
peripheral circuit.
Check RT403 and its
peripheral circuit.
Check handset RF unit.
Check whether there is the
1 kHz sine wave f o rm at pin 9
of IC3 on the base unit.
OK
Check whether there is the
1 kHz sine wave f o rm at pin 3
of IC1.
OK
Check whether there is the
1 kHz sine waveform at
pin 18 of IC1.
OK
Check whether there is the
1 kHz sine wavefor m at the
Q3 collector.
OK
Check whether the 1 kHz sine
waveform from TEL-line
output is fed.
OK
Check MC401 of handset.
NG
NG
NG
NG
NG
Check IC3, Q1 and their
peripheral circuit.
OK
Check RT2, Q2 and their
peripheral circuits.
Check IC1 and its
peripheral circuit.
Check Q3 and its peripheral
circuit.
Check T1, RL1 and their
peripheral circuits.
NG
Check base RF unit.
18
Page 18
7. The voice of the caller cannot be heard (incoming call).
Can the base and handset be
connected?
OK
The 1 kHz, 77.5mV sine
wavefor m is applied to TELline of the base, can the 1 kHz
sine wavefor m from the Q3
collector be fed?
OK
Check whether there is the
1 kHz sine waveform at
pin 24 of IC1.
OK
Check whether there is the
1 kHz sine waveform at
pin 20 of IC1.
OK
Check whether there is the
1 kHz sine waveform at
“MOD” RF unit.
OK
NG
NG
NG
NG
NG
See 3. The base and handset
cannot be connected.
Check the base TEL-line
circuit and REPLAY control
circuit.
Check Q4 and its peripheral
circuit.
Check IC1 and its peripheral
circuit.
Check RT3 and its
peripheral circuit.
TX output signal from the
base is detected by the liner
detector, can the 1 kHz sine
waveform be fed?
OK
Check whether there is the
1 kHz sine wave f o rm at pin 9
of IC401 on the handset unit.
OK
Check whether there is the
1 kHz sine wave f o rm at pin 3
of IC403.
OK
Check whether there is the
1 kHz sine waveform at the
pin 18 of IC403.
OK
Check whether there is the
1 kHz sine wavefor m at pin
1, 2 of SP801.
RC008314GNBZ442328ZBUTTON, PUSH for FT-8009BKABS
RC008376GNBZ442640ZBUTTON, PUSH for FT-8009GRABS
2RC008361GCAS342427ZCASE, BOTTOM for FT-8009ABS1
RC008312GCAS242327ZCASE, BOTTOM for FT-8009BKABS
RC008374GCAS342639ZCASE, BOTTOM for FT-8009GRABS
3RC008362GCAS342521ZCASE, TOP for FT-8009ABS1
RC008311GCAS242326ZCASE, TOP for FT-8009BKABS
RC008373GCAS342638ZCASE, TOP for FT-8009GRABS
4RC008315HTML442330ZCHARGE TERMINALC5191(PBP)2
5RC002384LFUT428079ZFOOTBUMPON SJ-5916 1.6T2
6RC005526GCAS456906ZHOOK for FT-8009ABS1
RC005684GCAS457909ZHOOK for FT-8009BKABS
RC008375GCAS442648ZHOOK for FT-8009GRABS
7RC008364PLBB442916ZLABEL, BARCODE for FT-80091
RC008316PLBB442783ZLABEL, BARCODE for FT-8009BK
RC008377PLBB442917ZLABEL, BARCODE for FT-8009GR
8RC008317PLBZ442784ZLABEL, INDICATION1
9RC005180PLBZ456717ZLABEL, INDICATION for FT-80091
RC005329PLBZ456718ZLABEL, INDICATION for FT-8009BK/GR
10RC008313GCAS442329ZLED LENSPMMA1
11RC008289SSCW192005NSCREW, BIND HD +M2X5 NI4
12RC004893SSCW802612NSCREW, P TIGHT BIND HD +D2.6X12 NI4
13RC000941SSCW802608NSCREW, P TIGHT BIND HD +D2.6X8 NI5
14RC001752SSCW283012N SCREW, TAPPING BIND+& SP WASHERD3X12 NI1
15RC005696RUTC457032ZWOOL COATED PAPER, WOOL TACK2
REF.
NO.
DESCRIPTIONQTY
31
Page 31
Handset
7
16
17
5
MAIN PCB ASSY
17
8
4
1
RF MODULE (HANDSET)
17
11
15
12
10
13
2
9
6
3
14
32
Page 32
Handset
LOC.
NO.
PART NO.
1RC008371RBLD442208ZBLIND for FT-8009PC1
RC008346RBLD442400ZBLIND for FT-8009BKPC
RC008384RBLD442649ZBLIND for FT-8009GRPC
2RC008368GNBZ442524ZBUTTON, FUNCTION for FT-8009ABS1
RC008340GNBZ342334ZBUTTON, FUNCTION for FT-8009BK ABS
RC008382GNBZ442645ZBUTTON, FUNCTION for FT-8009GR ABS
3RC008366GCAS342523ZCASE, FRONT for FT-8009ABS1
RC008337GCAS242331ZCASE, FRONT for FT-8009BKABS
RC008378GCAS342641ZCASE, FRONT for FT-8009GRABS
4RC008365GCAS342429ZCASE, REAR for FT-8009ABS1
RC008338GCAS242332ZCASE, REAR for FT-8009BKABS
RC008379GCAS342642ZCASE, REAR for FT-8009GRABS
5RC008342HTML442336ZCHARGE TERMINALC2680(BSP)2
6RC008909GCAS458501ZCOVER for FT-8009ELASTOMER1
RC008703GCAS457897ZCOVER for FT-8009BK/GRELASTOMER
7RC008908GCAS458500ZCOVER, BATTERY for FT-8009ABS1
RC008702GCAS357889ZCOVER, BATTERY for FT-8009BKABS
RC008380GCAS442643ZCOVER, BATTERY for FT-8009GRABS
8RC008347RCUM441150ZCUSHIONMOLTPRENE,40*20*81
9RC008348RCUN442433ZCUSHIONNEOPREN1
10RC008709LHDZ456969ZHOLDER, MICEPDM1
11RC008367GHDZ442430ZHOLDER, SPEAKER for FT-8009ABS1
RC008339GHDZ342333ZHOLDER, SPEAKER for FT-8009BKABS
RC008381GHDZ442644ZHOLDER, SPEAKER for FT-8009GRABS
12RC008344LNBZ342335ZKEY RUBBERSI1
13RC008345PLBS442900ZLABEL, IDPAPER1
14RC008370KDPZ442527ZPLATE, DISPLAY for FT-8009PMMA1
RC008343KDPZ442337ZPLATE, DISPLAY for FT-8009BKPMMA
RC008383KDPZ442647ZPLATE, DISPLAY for FT-8009GRPC
15RC008289SSCW192005NSCREW, BIND HD +M2X5 NI4
16RC003327SSCW802610NSCREW, P TIGHT BIND HD +D2.6X10 NI2
17RC000941SSCW802608NSCREW, P TIGHT BIND HD +D2.6X8 NI8
REF.
NO.
DESCRIPTIONQTY
33
Page 33
PARTS LIST
PRODUCT SAFETY NOTE : Products marked with a have special characteristics important to safety.
Before replacing any of these components, read carefully the product safety notice of this service manual.
Don't degrade the safety of the product through important servicing.
SymbolFGJKMNZP
%125102030-20+80 0+100
LOC.
NO.
CAPACITORS
The following codes indicate variation of capacitors against te mp erat ures, :
C1RC005216 BCMM813304Z CERAMIC M/L (1608) T APE33PF 50V J CH
C2RC000982 BCEQ812296Z ELECTROLYTIC2.2UF 50V M C-125
C3RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C4RC005214 BCMM812214Z CERAMIC M/L (1608) T APE220PF 50V J CH
C5RC005214 BCMM812214Z CERAMIC M/L (1608) T APE220PF 50V J CH
C6RC005216 BCMM813304Z CERAMIC M/L (1608) T APE33PF 50V J CH
C7RC005217 BCMM813314Z CERAMIC M/L (1608) T APE330PF 50V J CH
C8RC005275 BCML813925Z CERAMIC M/L (1608) TAPE0.0039UF 50V K B
C9RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C10RC001797 BCAZ114706ZELECTROLYTIC47UF 10V M C-156
C11RC005205 BCML811035ZCERAMIC M/L (1608) TAP E0.01UF 50V K B
C12RC008268 BCML314735Z CERAMIC M/L (1608) TAPE0.047UF 16V K B
C13RC004138 BCAZ811006ZELECTROLYTIC10UF 50 V M C-156
C14RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C17RC008270 BCML811235ZCERAMIC M/L (1608) TAPE0.012UF 50V K B
C18RC008269 BCML316835Z CERAMIC M/L (1608) TAPE0.068UF 16V K B
C19RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C20RC000777 BCZY0120001SEMI-CONDUCTORCZ-120 0.022UF 18V
C22RC005204 BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C23RC002204 BCQL525645Z MYLAR0.56UF 250V K C-167
C24RC005204 BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C25RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C26RC008268 BCML314735Z CERAMIC M/L (1608) TAPE0.047UF 16V K B
C27RC008268 BCML314735Z CERAMIC M/L (1608) TAPE0.047UF 16V K B
C28RC001810 BCAZ814796ZELECTROLYTIC4.7UF 50V M C-156
C30RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C31RC008268 BCML314735Z CERAMIC M/L (1608) TAPE0.047UF 16V K B
C32RC001809 BCAZ814786ZELECTROLYTIC0.47 UF 50V M C-156
C33RC001810 BCAZ814796ZELECTROLYTIC4.7UF 50V M C-156
C34RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C35RC005206 BCML812225Z CERAMIC M/L (1608) TAPE0.0022UF 50V K B
C36RC001807 BCAZ812296ZELECTROLYTIC2.2UF 50V M C-156
C37RC001794 BCAZ11101 6ZELECTROLYTIC100UF 10V M C-156
C38RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C39RC000752 BCKB821025Z CERAMIC0.001UF 500V K YB(B)
C41RC001805 BCAZ811096ZELECTROLYTIC1UF 50V M C-156
C42RC001809 BCAZ814786ZCAPACITOR:ELECTROLYTIC0.47UF 50V M C-156
C43RC005207 BCML813325Z CERAMIC M/L (1608) TAPE0.0033UF 50V K B
PART NO.
REF.
NO.
DESCRIPTION
SymbolCD
pF0.250.5
34
Page 34
LOC.
NO.
PART NO.
REF.
NO.
DESCRIPTION
C44RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C45RC008843 BCML313335Z CERAMIC M/L (1608) TAPE0.033UF 16V K B
C46RC005206 BCML812225Z CERAMIC M/L (1608) TAPE0.0022UF 50V K B
C47RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C48RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C49RC005204 BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C50RC008268 BCML314735Z CERAMIC M/L (1608) TAPE0.047UF 16V K B
C51RC005204 BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C52RC001800 BCAZ311016ZELECTROLYTIC100UF 16V M C-156
C53RC008110 BCZY0202001SEMI-CONDUCTORCZ-202 0.022UF 18V M TAPE
C54RC008268 BCML314735Z CERAMIC M/L (1608) TAPE0.047UF 16V K B
C55RC001800 BCAZ311016ZELECTROLYTIC100UF 16V M C-156
C56RC004445 BCAZ903316ZELECTROLYTIC330UF 6. 3V M C-156
C57RC005215 BCMM812704Z CERAMIC M/L (1608) TAPE27PF 50V J CH
C58RC005215 BCMM812704Z CERAMIC M/L (1608) TAPE27PF 50V J CH
C59RC001800 BCAZ311016ZELECTROLYTIC100UF 16V M C-156
C60RC005401 BCXT111055ZCERAMIC M/L (2125) TAPE1UF 10V K B
C61RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C62RC008271 BCMM813904Z CERAMIC M/L (1608) TAPE39PF 50V J CH
C63RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C64RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C65RC005212 BCMM811504Z CERAMIC M/L (1608) TAPE15PF 50V J CH
C66RC005210 BCMM811014Z CERAMIC M/L (1608) TAPE100PF 50V J CH
C67RC005210 BCMM811014Z CERAMIC M/L (1608) TAPE100PF 50V J CH
C68RC005219 BCMM814704Z CERAMIC M/L (1608) TAPE47PF 50V J CH
C70RC005210 BCMM811014Z CERAMIC M/L (1608) TAPE100PF 50V J CH
C71RC005401 BCXT111055ZCERAMIC M/L (2125) TAPE1UF 10V K B
C73RC008062 BCMM817092Z CERAMIC M/L (1608) TAPE7PF 50V D CH
C74RC005208 BCML814725Z CERAMIC M/L (1608) TAPE0.0047UF 50V K B
C75RC005276 BCML818225Z CERAMIC M/L (1608) TAPE0.0082UF 50V K B
C77RC005223 BCMS812091Z CERAMIC M/L (1608) TAPE2PF 50V C CK
C78RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C79RC005206 BCML812225Z CERAMIC M/L (1608) TAPE0.0022UF 50V K B
C80RC005635 BCKB134715Z CERAMIC470PF 1000V K YB( B)
C81RC005635 BCKB134715Z CERAMIC470PF 1000V K YB( B)
C82RC005218 BCMM814091Z CERAMIC M/L (1608) TAPE4PF 50V C CH
C83RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C97RC005216 BCMM813304Z CERAMIC M/L (1608) TAPE33PF 50V J CH
C401RC005216 BCMM813304Z CERAMIC M/L (1608) TAP E33PF 50V J CH
C402RC005401 BCXT111055ZCERAMIC M/L (2125) TAPE1UF 10V K B
C403RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C404RC005214 BCMM812214Z CERAMIC M/L (1608) TAP E220PF 50V J CH
C405RC005214 BCMM812214Z CERAMIC M/L (1608) TAP E220PF 50V J CH
C406RC005216 BCMM813304Z CERAMIC M/L (1608) TAP E33PF 50V J CH
C407RC005217 BCMM813314Z CERAMIC M/L (1608) TAP E330PF 50V J CH
C408RC005207 BCML813325Z CERAMIC M/L (1608) TAPE0.0033UF 50V K B
C409RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C410RC005203 BCML512235Z CERAMIC M/L (1608) TAPE0.022UF 25V K B
C414RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C416RC002465 BCXT816835ZCERAMIC M/L (2125) TAPE0.068UF 50V K B
C417RC004347 BCXK514740Z CERAMIC M/L (2125) TAPE0.47UF 25V Z F
C418RC002229 BCXT511045ZCERAMIC M/L (2125) TAPE0.1UF 25V K B
C419RC008318 BCML815625Z CERAMIC M/L (1608) TAPE0.0056UF 50V K B
C421RC005219 BCMM814704Z CERAMIC M/L (1608) TAP E47PF 50V J CH
C422RC008271 BCMM813904Z CERAMIC M/L (1608) TAP E39PF 50V J CH
35
Page 35
LOC.
NO.
PART NO.
REF.
NO.
DESCRIPTION
C423RC005204 BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C424RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C425RC005224 BCMT813091Z CERAMIC M/L (1608) TAPE3PF 50V C CJ
C426RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C427RC005211 BCMM811204Z CERAMIC M/L (1608) TAPE12PF 50V J CH
C428RC005210 BCMM811014Z CERAMIC M/L (1608) TAPE100PF 50V J CH
C430RC005210 BCMM811014Z CERAMIC M/L (1608) TAPE100PF 50V J CH
C431RC008268 BCML314735Z CERAMIC M/L (1608) TAPE0.047UF 16V K B
C432RC008319 BCSH904796 Z TANTALUM CHIP TAPE4.7UF 6.3V M C-12 2
C433RC008268 BCML314735Z CERAMIC M/L (1608) TAPE0.047UF 16V K B
C434RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C435RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C437RC005206 BCML812225Z CERAMIC M/L (1608) TAPE0.0022UF 50V K B
C438RC008319 BCSH904796 Z TANTALUM CHIP TAPE4.7UF 6.3V M C-12 2
C439RC008319 BCSH904796 Z TANTALUM CHIP TAPE4.7UF 6.3V M C-12 2
C440RC004449 BCXT311545ZCERAMIC M/L (2125) TAPE0.15UF 16V K B
C441RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C442RC005276 BCML818225Z CERAMIC M/L (1608) TAPE0.0082UF 50V K B
C443RC004347 BCXK51474 0Z CERAMIC M/L (2125) TAPE0.47UF 25V Z F
C444RC008319 BCSH904796 Z TANTALUM CHIP TAPE4.7UF 6.3V M C-12 2
C445RC004347 BCXK51474 0Z CERAMIC M/L (2125) TAPE0.47UF 25V Z F
C446RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C447RC004412 BCXT31224 5ZCERAMIC M/L (2125) TAPE0.22UF 16V K B
C448RC005275 BCML813925Z CERAMIC M/L (1608) TAPE0.0039UF 50V K B
C449RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C450RC008268 BCML314735Z CERAMIC M/L (1608) TAPE0.047UF 16V K B
C451RC004657 BCEQ514796Z ELECTROLY TIC4.7UF 25V M C-125
C452RC005224 BCMT813091Z CERAMIC M/L (1608) TAPE3PF 50V C CJ
C453RC005275 BCML813925Z CERAMIC M/L (1608) TAPE0.0039UF 50V K B
C454RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C455RC005208 BCML814725Z CERAMIC M/L (1608) TAPE0.0047UF 50V K B
C456RC001045 BCEQ311006Z ELECTROLY TI C10UF 16V M C-125
C457RC005208 BCML814725Z CERAMIC M/L (1608) TAPE0.0047UF 50V K B
C458RC005222 BCMS811091Z CERAMIC M/L (1608) TAPE1PF 50V C CK
C459RC005216 BCMM813304Z CERAMIC M/L (1608) TAPE33PF 50V J CH
C460RC005216 BCMM813304Z CERAMIC M/L (1608) TAPE33PF 50V J CH
C461RC003284 BCFZ90101 6ZELECTROLY TI C100UF 6.3V M C-2 58
C462RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C463RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C464RC008731 BCXK311050ZCERAMIC M/L (21 25) TAPE1UF 16V Z F
C465RC005207 BCML813325Z CERAMIC M/L (1608) TAPE0.0033UF 50V K B
C466RC005207 BCML813325Z CERAMIC M/L (1608) TAPE0.0033UF 50V K B
C467RC003284 BCFZ90101 6ZELECTROLY TI C100UF 6.3V M C-2 58
C468RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C469RC008296 BCSH901006 Z TANTALUM CHIP TAPE10UF 6.3V M C-12 2
C470RC005203 BCML512235Z CERAMIC M/L (1608) TAPE0.022UF 25V K B
C471RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C472RC005205 BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C473RC005202 BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C474RC008296 BCSH901006 Z TANTALUM CHIP TAPE10UF 6.3V M C-12 2
CT001 RC008272 BCTY00761 00TRIMMERCT-076 TZ3Z100FR 10PF
CT401 RC008272 BCTY00761 00TRIMMERCT-076 TZ3Z100FR 10PF
6. Image Rejection RatioSINAD 12dB with CCITT Filter
1st Image
2nd Image
7. Tel Line Output Level (600Ω Load)
TRANSMITTER
1. RF Power (50Ω Load)
2. Modulation Sensitivity
3. Frequency Response (Ref:1kHz)0.3kHz
3.0kHz
4. Frequency Tolerance (25°C)
5. Code Deviation
6. Distortion
7. Adjacent CH Power(+)
(-)
8. S/N Ratiowith CCITT Filter
UNIT
dBm
dB
dB
%
dB
kHz
-
kHz
dB
dB
dBm
UNIT
dBm
dBm
dB
dB
Hz
kHz
%
dB
dB
dB
NOMINAL
-115
-2.0
-5.0
1.5
70
15
15
35
55
-11
NOMINAL
-5.0
-20
-1.0
-0.5
0
8.0
1.5
55
55
35
LIMIT
< -107
-6.0~+2.0
-9.0~-1.0
< 5
60 <
10 <
10 <
30 <
30 <
-14~-8
LIMIT
-8.0~-2.0
-24~-16
-5.0~+3.0
-4.5~+3.5
-1500~+1500
< 11
< 5
50 <
50 <
30 <
TELEPHONE LINE
1. Off-hook Impedance (at 1kHz)
2. Off-hook DC Resistance (DC 40mA)
3. On-hook Impedance 20Hz (75Vrms)
4. Minimum Ringer Input Level
5. Pulse Dialing
a. Dialing Rate (@10pps)
b. Make Ratio (@10pps)
6. DTMF Output (@600Ω Load)
a. Minimum Level of Single Tone
Low Group
High Group
b. DTMF Level
c. DTMF Frequency
Row 1
Row 2
Row 3
Row 4
Column 1
Column 2
Column 3
d. Signal Length
e. Interdigital Pause
UNIT
OHM
OHM
kOHM
Vrms
pps
%
dBm
dBm
dBm
Hz
Hz
Hz
Hz
Hz
Hz
Hz
mSec
mSec
NOMINAL
1000
250
25
23
10
39
-7
-5
-3
697
770
852
941
1209
1336
1477
100
100
LIMIT
500~1500
100~300
10 <
< 40
8~11
36~42
-10 <
-8 <
< 0
687~707
759~781
840~864
927~955
1191~1227
1316~1356
1455~1499
90 <
90 <
44
Page 44
PORTABLE UNIT
RECEIVER
1. Sensitivity 12 dB SINADwith CCITT Filter
2. Frequency Response (Ref:1kHz)0.3kHz
3.0kHz
3. Audio Output LevelVOL. HIGH
VOL. MEDIUM
VOL. LOW
4. Distortion at 1 mV RF Input
5. S/N r atio at 1 mV RF Inputwith CCITT Filter
6. Selectivity (NQ20dB)Bandwidth +
Bandwidth
7. Image Rejection RatioSINAD 12dB with CCITT Filter
1st Image
2nd Image
8. Ringer Level at 30cm from Speaker
2 TONE V OL HI
2 TONE V OL LO
3 TONE V OL HI
3 TONE V OL LO
TRANSMITTER
1. RF Power (50Ω Load)
2. Modulation Sensitivity
3. Frequency Response (Ref:1kHz)0.3kHz
3.0kHz
4. Frequency Tolerance (25°C)
5. Code Deviation
6. Distortion
7. Adjacent CH Power(+)
(-)
8. S/N Ratiowith CCITT Filter
UNIT
dBm
dB
dB
mV
mV
mV
%
dB
kHz
-
kHz
dB
dB
DBSPL
DBSPL
DBSPL
DBSPL
UNIT
dBm
mV
dB
dB
Hz
kHz
%
dB
dB
dB
NOMINAL
-115
-2.5
-4.0
228
128
51
2.0
70
15
15
30
45
80
70
70
60
NOMINAL
-7.5
9
-1.5
-1.5
0
8.0
1.5
55
55
40
LIMIT
< -107
-6.5~+1.5
-8.0~0.0
161~322
91~181
36~72
< 5
60 <
10 <
10 <
20 <
30 <
75 <
60 <
60 <
50 <
LIMIT
-10.5~-4.5
6.5~13
-5.5~+2.5
-5.5~+2.5
-1500~+1500
< 11
< 5
50 <
50 <
30 <
POWER CONSUMPTION
1. Base Unit
a. Stand-by Charge Off
b. Stand-by Charge On
c. T alk