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
Speed Dial Index Card(back)
Write all your memorized telephone
numbers.
TALK Button
0-9, æ, # Buttons
TONE
MEM Button
FLASH Button
GHI
PQ
RS
TONE
MEM
1
4
7
TALK
CHANNEL
ABC3DEF
2
JKL6MNO
5
TUV
8
OPER
0
FLASH RDL/P
25
CHANNEL
WX
YZ
/BATT
9
#
Helical Antenna
TALK/BATT.LOW LED
CHANNEL Button
REDIAL/PAUSE Button
Rechargeable Battery Pack
(back)
BASE UNIT CONTROLS AND FUNCTIONS
DC in 9V Jack
Telephone Modular Jack
Charging Contacts
T-P(T ONE-PULSE) Switch
CHARGE
POWER
PAGE
25CHANNEL
COMPANDOR
NOISE
REDUCTION
SYSTEM
FT-7007
TOSHIBA
Charging Contacts
Base Antenna
CHARGE LED
POWER LED
PAGE Button
2
Page 4
ALIGNMENT PROCEDURE
Base Unit / Transmitter
Test Equipment Required and Connections
• Oscilloscope• Dummy Load, 50-ohm
• Frequency Counter• AC Power Supply : 120V, 60Hz (With AC Adapter)
AC Adapter
(120V 60Hz)
BASE Unit
RF Test
Point
Dummy Load
(50-ohm)
Oscilloscope
Frequency Counter
TX VCO
Test Point
Digital Voltmeter
Preset
a) Set T/P SW to Pulse Mode.
b) Turn on AC power while the Page key is being depressed.
c) Release the Page key 2 seconds later, then the TX Mode is entered (CH21).
Alignment Procedure
StepAdjustmentRemarks
Connect the oscilloscope across a 50-ohm load to RF test point.
1L8
Set the digital voltmeter at the test point of TX VCO.
Adjust L8 to indicate DC 2.8V ±0.05V.
2
!
Connect the frequenc y counter across a 50-ohm dummy load to RF test point. Make
sure that the frequency is 46.770 MHz ±1500Hz.
Alignment Point Location on Main PCB
RF Test Point TX VCO Test Point
L8
P
S1
T
T/P SW
3
Page 5
Receiver
Test Equipment Required and Connections
• SG: RF Signal Generator, 49.830MHz• Dummy Load, 600-ohm
• Digital Voltmeter• AF SSVM
• SINAD Meter
Preset
SG
MOD=1kHz
DEV=±3kHz
BASE Unit
RF Test
Point
TEL Jack
AC Adapter
(120V 60Hz)
Dummy Load
(600-ohm)
a) Set T/P SW to Pulse Mode.
b) Turn on AC power while the Page key is being depressed.
c) Release the Page key 2 second later, then the TX Mode is entered (CH21).
d) Press the Page key 4 times, then the DUPLEX Mode is entered (CH21).
Alignment Procedure
StepPreset toAdjustmentRemarks
AF SSVM
SINAD
Meter
Digital Voltmeter
Connect the SG to the RF test point.
Connect the digital voltmeter to the test point of the RX VCO.
Adjust L4 to indicate DC 3.3V ±0.05V.
Set the digital voltmeter at the test point of DISCRI.
Adjust L2 to indicate 2.0V ±0.05V.
Connect the AF SSVM to the TEL LINE through a 600- ohm dummy
load, then adjust RT2 to indicate AC -6dBm ±0.5dBm.
1
No modulation
2
No modulation
3
SG: 1mV
SG: 1mV
SG: 1mV
1kHz ±3kHz
deviation
L4
L2
RT2
Press the Page key 2 tim es. Turn RT1 to fully clockwise and co nfir m
4
No modulation
SG: 0.2"V
RT1
the STATUS LED turns off.
Then adjust RT1 to turn to counterclockwise slowly where the STATUS
LED just turns on.
Alignment Point Location on Main PCB
RT2
RT1
L2
DISCRI Test PointRX VCO Test Point
L4
RF Test Point
P
S1
T
T/P SW
4
Page 6
Portable / Transmitter
Test Equipment Required and Connections
• Oscilloscope, 100MHz• Dummy Load, 50-ohm
• Frequency Counter• DC Power Supply, 2.4V
Frequency Counter
Digital Voltmeter
DC Power Supply
2.4V
PORTABLE
Batt Terminal
RF Test
Point
Dummy Load
(50-ohm)
Oscilloscope
Preset
Turn Power On (Connect battery) while depressing " æ" and " # " keys. A beep will be heard. Press the " 1 " key,
then the TX Mode is entered (CH1).
Alignment Procedure
StepAdjustmentRemarks
1L506
2
!
Set the digital voltm eter at the test point of TX VCO, then adjust L50 6 to indicate DC
0.8V ±0.05V.
Connect the frequenc y counter across a 50-ohm dummy load to RF test point. (See
page 25) Make sure that the frequency is 48.760 MHz ±1500Hz.
Alignment Point Location on Main PCB
TX VCO Test PointRF Test Point
L506
5
Page 7
Receiver
Test Equipment Required and Connections
• SG: RF Signal Generator, 46.770MHz• Dummy Load, 150-ohm
• Noise Meter• DC Power Supply: 2.4 V
• Digital Voltmeter• SINAD Meter
SG
MOD=1kHz
DEV=±3kHz
DC Power Supply
2.4V
PORTABLE
RF Test
Point
Batt Terminal
SP
Terminal
Digital Voltmeter
Dummy Load
(150-ohm)
NOISE METER
Balance Input
SINAD
Meter
Preset
Turn Power On (Connect Battery) while depressing "
" and " # " keys. A beep will be heard.
æ
Alignment Procedure
StepPreset toAdjustmentRemarks
Press the " 1 " key, then the TX Mode is entered.
Set the digital voltm eter at the test point of RX VCO ( See page 25),
then adjust L503 to indicate DC 2.0 V ±0.05V.
Press the “ 4 ” key, then the RX Adjust Mode is entered.
Connect SG to RF Test Point. Set the digital voltmeter to the DISCRI
Test Point. Adjust L502 to indicate DC 0.9V ±0.05V.
1
No modulation
2
No modulation
SG: 1mV
SG: 1mV
L503
L502
SG: 1mV
3
1kHz ±3kHz
RT502
deviation
Connect the NOISE MET ER to the SP Terminal thr ough a 150-ohm
dummy load, then adjust RT502 to indicate 140 ±5 mV.
Press the “MEMO” key, then the SQ Adjust Mode is entered.
SG: 0.09"V
4
1kHz ±3kHz
RT501
deviation
Connect SG to RF Test Point. Turn RT501 to fully clockwise and
confirm the Ringer SP501 does not r ing.
Adjust RT501 to turn to counter clockwise slowly where the ringer
SP501 rings.
Alignment Point Location Main PCB
DISCRI Test Point
RT502
L502
RT501
RX VCO Test PointRF Test Point
L503
6
Page 8
Base Unit
BLOCK DIAGRAMS
7
Page 9
Handset
8
Page 10
DISCRI
TEST POINT
SCHEMATIC DIAGRAMS
10
Base Unit
TX VCO TEST POINT
9
RX VCO
TEST POINT
RF TEST POINT
Page 11
DISCRI
TEST POINT
12
Handset
TX VCO
TEST POINT
11
RX VCO
TEST POINT
RF TEST POINT
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 on
Pin 4 of IC2?
OK
Then, is there pulse wave
on Pin 24 of IC3?
OK
By using voltage chart,
check IC3.
OK
NG
NG
NG
NG
By using voltage chart, check
IC2.
OK
Check TEL network primary
circuit.
Check IC3, C85, R45 and
R44.
IC3 is defective.
NG
See 2. The bell does not ring
& page does not ring.
IC2 is defective.
Check the surrounding
circuit where the voltage is
incorrect.
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 S2 of
the base is pressed, does
pin22 of IC3 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 IC502 be seen?
OK
At the Q505 collector, can the
pulse wave be seen?
OK
Check RINGER SP501.
Check S2, R58 and R73.
NG
NG
Check IC502.
Check R565, R586 and Q505.
OK
Check IC3 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 FREQUENCY
on the base unit.
OK
Check the TX PO WER on the
base unit.
OK
Set the base in the test mode
3. Check whether deviation
of the TX data is app. 8kHz
Dev.
OK
NG
NG
NG
NGNG
Check the power peripheral
circuit, IC3 and its peripheral
circuit.
Check Q2, D3 and their
peripheral circuits.
T ry adjust TX VCO VOL TA GE
again.
Check Q2, Q3, FT3 and their
peripheral circuits.
OK
Check whether there is a
200Hz data wavefor m at pin
46 of IC3.
OK
Check R72, R73, R68, R53,
R50, R49 and C61.
Check IC3.
Set the base in the test mode
6, 49.83MHz (200Hz 8kHz
Dev.) 1mV output signal from
ANT IN is applied.
Can the CHG LED be lighted?
OK
A
NGNGCheck MO1, FT1, FT2, L2, L4
Check whether there is a
200Hz data wavefor m at pin
27 of IC1.
OK
Check Whether there is a
200Hz data wavefor m at pin
23 of IC1.
OK
Check whether there is a
200Hz data wavefor m at pin
33 of IC3.
OK
Check IC3 and its peripheral
circuit.
NG
NG
and their peripheral circuits.
Try adjust RX VCO VOLTAGE
and DISCRI V OLTAGE again.
Check R7, C29 and C26.
Check R59.
15
Page 15
A
Check whether the handset is
able to set in the test mode 2.
OK
Check the TX FREQUENCY
on the handset unit.
OK
Check the TX POWER on the
handset unit.
OK
Set the handset in the test
mode 3. Check whether
deviation of the TX data is
app. 5kHz Dev.
OK
NG
NG
NG
NGNG
Check the power peripheral
circuit, IC502 and its peripheral
circuit.
Check Q503, D501 and their
peripheral circuits.
T ry adjust TX VCO V OL T A GE
again.
Check Q503, Q502, FT504
and their peripheral circuits.
Check whether there is a
200Hz data wavefor m at pin
46 of IC502.
OK
Check R547, R549, R540,
R542, R539 and C560.
Check IC502.
Set the handset in the test
mode 10, 46.77MHz (200Hz
5kHz Dev.) 1mV output signal
from ANT IN is applied.
Check whether the bell ring.
OK
Place the handset on the base
to charge about 5 seconds,
then connect again.
NG
Check the charge circuit of
base and handset.
NGNGCheck MO501, FT501, FT502,
Check whether there is a
200Hz data waveform at Pin
27 of IC501.
OK
Check whether there is a
200Hz data waveform at Pin
23 of IC501.
OK
Check whether there is a
200Hz data waveform at Pin
21 of IC502.
OK
Check IC502 and its peripheral
circuit.
NG
NG
L503 and their peripheral
circuits.
Try adjust RX VCO VOL TA G E
and DISCRI VOL TAGE again.
Check R507, C518 and C517.
Check R559.
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.
Can pulse feedback be
heard from the handset
speaker?
OK
Check the base TEL-line
network primary circuit.
NG
NG
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.
See 3. The base and
handset cannot connect.
Check the base RELAY
control (around Pin 23 of
IC3).
While in TALK MODE, press
dial key of the handset.
Can tone waveform from Pin
1 of IC3 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 IC3.
Check Pin 18~20 of IC1, Q1
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
Does the bias voltage exitst
at MC501?
OK
The 1kHz 18mV sine wavef orm
is applied to MC501 +side, can
the 1kHz sine wave form Pin13
of IC501 be fed?
OK
Check whether there is the sine
wave f orm at Pin9 of IC501.
OK
TX output signal from the
handset is detected by the liner
detector, can the 1kHz 3kHz
Dev. sine waveform be fed.
OK
NG
NG
NG
NG
NG
See 3. The base and handset
be cannot be connected.
Check R573, R554, R575,
R550 and C564.
Check IC501 and Pin13~14
peripheral circuits of IC501.
Check IC501 and Pin 9~11
peripheral circuits of IC501.
Check C509, R569 and R527.
Check Whether there is the
1kHz sine waveform at Pin16
of IC1.
OK
Check whether there is the
1kHz sine waveform at Pin20
of IC1.
OK
Check whether there is the
1kHz sine wavefor m at the
Q1 collector.
OK
Check whether the 1kHz sine
waveform from TEL-line
output is fed.
OK
Check MC601 of handset.
NG
NG
NG
NG
Check IC1 and Pin15~16
peripheral circuits of IC1.
Check IC1 and Pin17~20
peripheral circuits of IC1.
Check Q1 and its peripheral
circuit.
Check T1, RL1 and their
peripheral circuits.
18
Page 18
7. The voice of the caller cannot be heard (incoming call).
Can the base and handset be
connected?
OK
The 1kHz 97.5mV sine
wavefor m is applied to
TEL-line of the base, can the
1kHz sine waveform from
the Q1 collector be fed?
OK
Check whether there is the
1kHz sine wavef orm at Pin13
of IC1.
OK
Check whether there is the
1kHz sine wavefor m at Pin9
of IC1.
OK
TX output signal from the
base is detected by the liner
detector, can the 1kHz 3kHz
Dev. sine waveform be fed?
OK
NG
NG
NG
NG
NG
See 3. The base and handset
be cannot be connected.
Check the base TEL-line circuit
and RELAY control circuit.
Check IC1 and Pin13~14
peripheral circuits of IC1.
Check IC1 and Pin9~11
peripheral circuits of IC1.
Check C65 and R51.
Check whether there is the
1kHz sine wavef orm at Pin16
of IC501.
OK
Check whether there is the
1kHz sine wavef orm at Pin19
and 20 of IC501.
OK
Check whether there is the
1kHz sine waveform dur ing
for Pin1 and 2 of J501.
OK
Check SP801 and WA801.
NG
NG
NG
Check IC501 and Pin15~16
peripheral circuits of IC501.
Check IC501 and Pin17~20
peripheral circuits of IC501.
TX VCO TEST POINTDISCRI TEST POINTRX VCO TEST POINT RF TEST POINT
C18
C35
C59
C54
L6
R53
R64
R46
Q3
L7
C60
R50
R32R52
R33
L1
R26
R73
C37
R48
R68
R24
R47
R35
R72
S2
C56
C57
R34
R91
MO1
FT3
R28
X1
C44
C52
R39
D8
D10
C1
R38
C63
C47
C50
R25
R36
C49
R37
R93
R49
C55
Q2
R51
C46
R71
R31
C62
C61
JV16
R40
R83
JV5
R55
Q4
R30
C39
C36
C45
R27
C48
R43
R85
C64
D3
C65
C40
R42
R56
C83
R80
R29
C42
C43
RT2
R54
C70
C41
JV15
L8
C58
R41
C28
C82
RT1
R57
S1
C22
R79
C84
C21
C51
R81
R58
R80
C19
JV2
R1
D4
R18
IC1
R82
C30
C13
D5
R20
C81
R7
JV4
R88
C23
R19
C3
C20
R62
C27
C29
Q5
R14
C26
C12
JV14
R78
C79
L4
C4
R4
R92
C69
C5
C11
L2
C77
C74
C72
C25
FT2
R8
Q9
R63
C24
C10
R5
R59
IC3
C67
JV12
R74
L10
C73
FT1
C7
R60
C76
J2
R87
C8
C9
R6
R22
C78
C2
C53
R3
R89
C75
R10
R9
C562
R509
C510
C506
C514
R506
R512
R546
JV503
C522
C513
C517
C528
R577
R545
C567
C523
C507
C571
C510
C512
R504
C516
C519
R515
C547
R555
IC504
R572
C520
R501
C505
C521
FT502
R505
JV501
C551
R514
R508
R574
MC501
C502
C503
FT501
C507
C511
C508
R503
RT501
X502
R534
C550
C548
Q506
MO501
R576
L502
C515
C569
C568C566C567
C504
C524
R502
R579
RX VCO TEST POINTDISCRI TEST POINT
C563
R541
R522
C561
C501
R538
C556
R517
C529
Q501
C503
C575
R560
R561
C557
C531
C559
R536
C564
R520
R523
R582
R551
C532
R539
C560
C566
R528
IC503
R585
D504
C533
R542
C536
C540
X501
R568
C543
R573
R558
R578
R588
L501
C535
C541
C570
R531
R529
R530
R563
R552
D501
R527
C538
C542
R532
C552
R554
R575
R550
R564
R565
SP501
L506
C534
C545
RT502
C544
C549
R562
D507
R569
C546
D506
R559
R584
C565
R521
C509
R526
R533
R583
R557
R556
IC501
C574
R511
C518
R535
C526
R543
IC502
Q505
D505
J502
R571
L503
J501
C527
C572
R544
R549
R507
C525
R547
R586
J1
TX VCO TEST POINT
RF TEST POINT
FT504
Q503
R519
C554
L505
C555
C573
JV502
R516
R537
R540
C558
R581
R518
C553
Q502
L504
R12
JV12
C90
R44
R17
C87
JV7Q1
C86
R84
JV1
T1
R23
C89
JV9
R45
IC4
C33
JV3
R90
C71
L3
L5
R69
Q7
R86
D5
JV8
R77
C17
JV6
JV13
C85
Q6
R66
RL1
D7
R67
C34
Q8
R70
R65
D6
R66
L9
D11
D9
IC2
R15
C31
R13
C15
R2
C14
R11
C6
R61
JV11
R16
R21
C16
C32
C88
R75R76
X2
C68
26
Page 26
Handset
WIRING DIAGRAM
27
Page 27
EXPLODED VIEWS AND MECHANICAL PARTS LIST
Base Unit
12
7
3
9
1
11
4
5
MAIN ASSY
2
10
10
10
8
ANTENNA
6
28
Page 28
Base Unit
LOC.
NO.
10RC000941SSCW802608NSCREW, P TIGHT BIND HD +D2.6X8 NI6
11RC001752SSCW283012NSCREW, TAPPING BIND+& SP WASHERD3X12 NI1
12RC002532LETC440961ZSPACERNEOPRENE RUBBER, BLACK2
PART NO.
1RC004259GNBZ451489ZBUTTON, PUSH for FT-7007LRABS1
RC004296GNBZ251363ZBUTTON, PUSH for FT-7007LBR ABS
2RC004256GCAS351488ZCASE, BOTTOM for FT-7007LRABS1
RC004294GCAS151362ZCASE, BOTTOM for FT-7007LBR ABS
3RC005177GCAS356398ZCASE, TOP for FT-7007LRABS1
RC005328GCAS356529ZCASE, TOP for FT-7007LBRABS
4RC005179PLBZ456713ZLABEL, INDICATION1
5RC004260HTML451367ZCHARGE TERMINALC5191(PBP)2
6RC002384LFUT428079ZFOOTBUMPON SJ-5916 1.6T2
7RC004258GCAS451491ZHOOK for FT-7007LRABS1
RC004295GCAS451366ZHOOK for FT-7007LBRABS
8RC008183PLBS459335ZLABEL, ID1
9RC004257GCAS451365ZLED LENSPMMA1
REF.
NO.
DESCRIPTIONQTY
29
Page 29
Handset
58
65
60
BATTERY
59
66
56
57
67
67
54
67
64
68
51
67
63
62
55
SPEAKER
61
52
ANTENNA
KEY BOARD
RUBBER
53
30
Page 30
Handset
LOC.
NO.
PART NO.
REF.
NO.
DESCRIPTIONQTY
51RC004280HTML451205ZANTENNA CONTACTC5191(PBP)1
52RC004279GNBZ451497ZBUTTON, PUSH for FT-7007LRABS1
RC004303GNBZ351357ZBUTTON, PUSH for FT-7007LBRABS
53RC005195GCAS356399ZCASE, FRONT for FT-7007LRABS1
RC005331GCAS356530ZCASE, FRONT for FT-7007LBRABS
54RC004276GCAS351494ZCASE, REAR for FT-7007LRABS1
RC004300GCAS151355ZCASE, REAR for FT-7007LBRABS
55RC004281HTML451359ZCHARGE TERMINALC2680(BSP)1
56RC004282HTML451360ZCHARGE TERMINALC2680(BSP)1
57RC004277GCAS451495ZCOVER, BATTERY for FT-7007LRABS1
RC004301GCAS351356ZCOVER, BATTERY for FT-7007LBRABS
RC005332GHDZ456531ZHOLDER, SPEAKER for FT-7007LBR ABS
64RC005153PLBM451492AINDEX PAPERPAPER1
65RC004285PLBZ451727ZLABEL, CAUTIONPAPER1
66RC008192PLBS459336ZLABEL, ID1
67RC000941SSCW802608NSCREW, P TIGHT BIND HD +D2.6X8 NI6
68RC003990SSCW282616NSCREW, TAPPING BIND +&SP WASHERD2.6X16 NI1
31
Page 31
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
%¶1¶2¶5¶10¶20¶30 -20+80 0+100
LOC.
NO.
CAPACITORS
The following codes indicate variation of capacitors against temperatures,:
C1RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C2RC008194BCAP311006ZELECTROLYTIC10UF 16V M C-130
C3RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C4RC008195BCAP813386ZELECTROLYTIC0.33UF 50V M C-130
C5RC004494BCUB511045ZCERAMIC M/L (2125) BULK0.1UF 25V K B
C6RC004494BCUB511045ZCERAMIC M/L (2125) BULK0.1UF 25V K B
C7RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C8RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C9RC004484BCUA812704ZCERAMIC M/L (2125) BULK27PF 50V J CH
C10RC004483BCUA812214ZCERAMIC M/L (2125) BULK220PF 50V J CH
C11RC004483BCUA812214ZCERAMIC M/L (2125) BULK220PF 50V J CH
C12RC004947BCAP314706ZELECTROLYTIC47UF 16V M C-130
C13RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C14RC004498BCUB811535ZCERAMIC M/L (2125) BULK0.015UF 50V K B
C15RC004495BCUB516835ZCERAMIC M/L (2125) BULK0.068UF 25V K B
C16RC000777BCZY0120001SEMI-CONDUCTORCZ-120 0.022UF 18V
C17RC008020BCZY0260001MYLAR METALLIZEDCZ-260 0.56UF 250V K
C18RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C19RC004508BCXC311050ZCERAMIC M/L (3216) BULK1UF 16V Z F
C20RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C21RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C22RC004608BCUB312245ZCERAMIC M/L (2125) BULK0.22UF 16V K B
C23RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C24RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C25RC008130BCAP812296ZELECTROLYTIC2.2UF 50V M C-130
C26RC004502BCUB814735ZCERAMIC M/L (2125) BULK0.047UF 50V K B
C27RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C28RC004500BCUB812235ZCERAMIC M/L (2125) BULK0.022UF 50V K B
C29RC004501BCUB812735ZCERAMIC M/L (2125) BULK0.027UF 50V K B
C30RC004500BCUB812235ZCERAMIC M/L (2125) BULK0.022UF 50V K B
C31RC004494BCUB511045ZCERAMIC M/L (2125) BULK0.1UF 25V K B
C32RC004945BCAP111016ZELECTROLYTIC100UF 10V M C-130
C33RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C34RC004411BCKB824715ACERAMIC470PF 500V K B C-080
C35RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C36RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C37RC004479BCUA811204ZCERAMIC M/L (2125) BULK12PF 50V J CH
C39RC004482BCUA812204ZCERAMIC M/L (2125) BULK22PF 50V J CH
C40RC004481BCUA811514ZCERAMIC M/L (2125) BULK150PF 50V J CH
C41RC004485BCUA813304ZCERAMIC M/L (2125) BULK33PF 50V J CH
PART NO.
REF.
NO.
DESCRIPTION
SymbolCD
pF¶0.25¶0.5
32
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LOC.
NO.
C42RC008194BCAP311006ZELECTROLYTIC10UF 16V M C-130
C43RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C44RC004482BCUA812204ZCERAMIC M/L (2125) BULK22PF 50V J CH
C45RC004489BCUA815091ZCERAMIC M/L (2125) BULK5PF 50V C CH
C46RC004482BCUA812204ZCERAMIC M/L (2125) BULK22PF 50V J CH
C47RC004478BCUA811014ZCERAMIC M/L (2125) BULK100PF 50V J CH
C48RC008194BCAP311006ZELECTROLYTIC10UF 16V M C-130
C49RC004597BCUA816814ZCERAMIC M/L (2125) BULK680PF 50V J CH
C50RC004482BCUA812204ZCERAMIC M/L (2125) BULK22PF 50V J CH
C51RC004747BCUA813314ZCERAMIC M/L (2125) BULK330PF 50V J CH
C52RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C53RC004498BCUB811535ZCERAMIC M/L (2125) BULK0.015UF 50V K B
C54RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C55RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C56RC004487BCUA814704ZCERAMIC M/L (2125) BULK47PF 50V J CH
C57RC004479BCUA811204ZCERAMIC M/L (2125) BULK12PF 50V J CH
C58RC004478BCUA811014ZCERAMIC M/L (2125) BULK100PF 50V J CH
C59RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C60RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C61RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C62RC004502BCUB814735ZCERAMIC M/L (2125) BULK0.047UF 50V K B
C63RC005401BCXT111055ZCERAMIC M/L (2125) TAPE1UF 10V K B
C64RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C65RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C66RC004490BCUA816092ZCERAMIC M/L (2125) BULK6PF 50V D CH
C67RC004489BCUA815091ZCERAMIC M/L (2125) BULK5PF 50V C CH
C68RC000752BCKB821025ZCERAMIC0.001UF 500V K YB(B)
C69RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C70RC004562BCUB814725ZCERAMIC M/L (2125) BULK0.0047UF 50V K B
C71RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C72RC005161BCAP311016ZELECTROLYTIC100UF 16V M C-130
C73RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C74RC004741BCUP811040ZCERAMIC M/L (2125) BULK0.1UF 50V Z F
C75RC008048BCAP903316ZELECTRO LYTIC330UF 6.3V M C-130
C76RC004484BCUA812704ZCERAMIC M/L (2125) BULK27PF 50V J CH
C77RC004484BCUA812704ZCERAMIC M/L (2125) BULK27PF 50V J CH
C78RC004508BCXC311050ZCERAMIC M/L (3216) BULK1UF 16V Z F
C79RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C80RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C81RC004747BCUA813314ZCERAMIC M/L (2125) BULK330PF 50V J CH
C82RC004494BCUB511045ZCERAMIC M/L (2125) BULK0.1UF 25V K B
C83RC004498BCUB811535ZCERAMIC M/L (2125) BULK0.015UF 50V K B
C84RC004741BCUP811040ZCERAMIC M/L (2125) BULK0.1UF 50V Z F
C85RC004500BCUB812235ZCERAMIC M/L (2125) BULK0.022UF 50V K B
C86RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C87RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C88RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C89RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C90RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C501RC004748BCUC815081ZCERAMIC M/L (2125) BULK0.5PF 50V C CK
C502RC004508BCXC311050ZCERAMIC M/L (3216) BULK1UF 16V Z F
C503RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C504RC005615BCDU311006ZELECTROLYTIC10UF 16V M C-308
C505RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C506RC008185BCDU812296ZELECTROLYTIC2.2UF 50V M C-308
C507RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C508RC004494BCUB511045ZCERAMIC M/L (2125) BULK0.1UF 25V K B
PART NO.
REF.
NO.
DESCRIPTION
33
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LOC.
NO.
C509RC004976BCUB813925ZCERAMIC M/L (2125) BULK0.0039UF 50V K B
C510RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C511RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C512RC004484BCUA812704ZCERAMIC M/L (2125) BULK27PF 50V J CH
C513RC004483BCUA812214ZCERAMIC M/L (2125) BULK220PF 50V J CH
C514RC004483BCUA812214ZCERAMIC M/L (2125) BULK220PF 50V J CH
C515RC005615BCDU311006ZELECTROLYTIC10UF 16V M C-308
C516RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C517RC004502BCUB814735ZCERAMIC M/L (2125) BULK0.047UF 50V K B
C518RC004501BCUB812735ZCERAMIC M/L (2125) BULK0.027UF 50V K B
C519RC004494BCUB511045ZCERAMIC M/L (2125) BULK0.1UF 25V K B
C520RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C521RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C522RC004559BCUB311545ZCERAMIC M/L (2125) BULK0.15UF 16V K B
C523RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C524RC008186BCDU814786ZELECTROLYTIC0.47UF 50V M C-308
C525RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C526RC004483BCUA812214ZCERAMIC M/L (2125) BULK220PF 50V J CH
C527RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C528RC004494BCUB511045ZCERAMIC M/L (2125) BULK0.1UF 25V K B
C529RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C530RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C531RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C532RC004477BCUA811002ZCERAMIC M/L (2125) BULK10PF 50V D CH
C533RC004485BCUA813304ZCERAMIC M/L (2125) BULK33PF 50V J CH
C534RC005615BCDU311006ZELECTROLYTIC10UF 16V M C-308
C535RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C536RC004481BCUA811514ZCERAMIC M/L (2125) BULK150PF 50V J CH
C538RC004482BCUA812204ZCERAMIC M/L (2125) BULK22PF 50V J CH
C540RC004563BCUC812091ZCERAMIC M/L (2125) BULK2PF 50V C CK
C541RC004482BCUA812204ZCERAMIC M/L (2125) BULK22PF 50V J CH
C542RC005388BCUA813904ZCERAMIC M/L (2125) BULK39PF 50V J CH
C543RC004478BCUA811014ZCERAMIC M/L (2125) BULK100PF 50V J CH
C544RC004597BCUA816814ZCERAMIC M/L (2125) BULK680PF 50V J CH
C545RC005615BCDU311006ZELECTROLYTIC10UF 16V M C-308
C546RC004499BCUB812225ZCERAMIC M/L (2125) BULK0.0022UF 50V K B
C547RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C548RC004508BCXC311050ZCERAMIC M/L (3216) BULK1UF 16V Z F
C549RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C550RC004482BCUA812204ZCERAMIC M/L (2125) BULK22PF 50V J CH
C551RC004482BCUA812204ZCERAMIC M/L (2125) BULK22PF 50V J CH
C552RC004500BCUB812235ZCERAMIC M/L (2125) BULK0.022UF 50V K B
C553RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C554RC004485BCUA813304ZCERAMIC M/L (2125) BULK33PF 50V J CH
C555RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C556RC004558BCUA811804ZCERAMIC M/L (2125) BULK18PF 50V J CH
C557RC004478BCUA811014ZCERAMIC M/L (2125) BULK100PF 50V J CH
C558RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C559RC004487BCUA814704ZCERAMIC M/L (2125) BULK47PF 50V J CH
C560RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C561RC004502BCUB814735ZCERAMIC M/L (2125) BULK0.047UF 50V K B
C562RC005401BCXT111055ZCERAMIC M/L (2125) TAPE1UF 10V K B
C563RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C564RC005620BCDU514796ZELECTROLYTIC4.7UF 25V M C-308
C565RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C566RC008797BCDU903316ZELECTROLYTIC330UF 6.3V M C-308
C567RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
PART NO.
REF.
NO.
DESCRIPTION
34
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LOC.
NO.
C568RC004562BCUB814725ZCERAMIC M/L (2125) BULK0.0047UF 50V K B
C569RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C570RC005620BCDU514796ZELECTROLYTIC4.7UF 25V M C-308
C571RC008184BCBW811091ZCERAMIC M/L (3216) TAPE1PF 50V C CK
C572RC004499BCUB812225ZCERAMIC M/L (2125) BULK0.0022UF 50V K B
C573RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
C574RC004496BCUB811025ZCERAMIC M/L (2125) BULK0.001UF 50V K B
C575RC004497BCUB811035ZCERAMIC M/L (2125) BULK0.01UF 50V K B
L1RC004249BLZY0041229INDUCTOR:MOLDEDLZ-041 2.2UH K
L2RC004666BLBY0523001LB-523 L7BRE-1293Z
L3RC002679BLZY0041120INDUCTOR:MOLDEDLZ-041 12UH K
L4RC008180BLBY1167001LB-1167 291XCAS-10258IB
L5RC002679BLZY0041120INDUCTOR:MOLDEDLZ-041 12UH K
L6RC002264BLZY0041568INDUCTOR:MOLDEDLZ-041 0.56UH K
L7RC003693BLZY0041478INDUCTOR:MOLDEDLZ-041 0.47UH K
L8RC004641BLBY1104001LB-1104 291XCAS-9472IB
L9RC005170BLZY0041279INDUCTOR:MOLDEDLZ-041 2.7UH
L10RC004249BLZY004 122 9INDUCTOR:MOLDEDLZ-041 2.2UH K
PART NO.
REF.
NO.
DESCRIPTION
35
Page 35
LOC.
NO.
L501RC004249BLZY0041229INDUCTOR:MOLDEDLZ-041 2.2UH K
L502RC004666BLBY0523001LB-523 L7BRE-1293Z
L503RC008188BLBY1168001LB-1168 291XCAS-10259IB
L504RC004400BLZY0041109INDUCTOR:MOLDEDLZ-041 1UH K
L505RC004401BLZY0041398INDUCTOR:MOLDEDLZ-041 0.39UH K
L506RC005190BLBY1155001LB-1155 291XCAS-9855IB
L507RC003300BLZY0041159INDUCTOR:MOLDEDLZ-041 1.5UH K
T1RC003234BTFY0265001TRANSFORMER:HYBRIDTF-265 IT-24E-1B(R295403)
High GroupdBm-8--5
c.Signal Level of Dual Tone
(Maximum Level on Frequency Pair)dBm-0-3
d.High Group/Low Group ComponentdB042
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PORTABLE UNIT
RECEIVERUNITMINMAXNOMINAL
1.Sensitivity at 12 dB SINADV-1.00.30
2.Selectivity ( NQ 20 dB )
(Bandwidth at 6dB Down)Hz12-16
3.Signal to Noise Ratio
at 1mV RF InputdB55-70
4.Audio Output Voltage
at Mod.1KHz ± 3KHz Dev.mV99198140
Dummy Load 150Ω
5.T.H.D.%-61.0
6.Audio Freq. Response
SSG MOD.DEV.3KHz
300 HzdB-4+40
3000 HzdB-11.0-3.0-7.0
7.Leakage Ringer Level at Ear PiecedBSPL-12075
8.Ringer Level
at 30cm from RingerdBSPL78-83
9.Page Tone LeveldBSPL75-83
TRANSMITTERUNITMINMAXNOMINAL
1.RF Power at 50Ω LoaddBm-6.5+3.5-1.5
2.TX Freq. ErrorHz-1500+1500± 400
3.Modulation Sensitivity
Mic Input 29mVKHzDeV.± 2.0± 4.2± 3.0
4.Audio Freq. Response
Input Ratio REF. Freq. : 1KHz
REF.DEV. : ± 3KHz
300 HzdB-6.5+1.5-2.5
3000 HzdB-4.5+3.5+0.5
POWER CONSUMPTIONUNITMINMAXNOMINAL
1.Base Unit 9V DC at Tel Line On ( In Use )mA-8060
2.Portable Unit
Stand-by (average)mA-1.00.8
In usemA-3322
3.Battery Low Light: Turns on VoltageV2.12.32.2
4.Battery Change Current at Full Charged BatterymA152922
BATTERY: 300 mAH (@1.2V • 2 = 2.4V)
MODE SWITCH: DTMF-Pulse(10pps) Selectable
MEMORY: 10 Memories (16Digits), 1 Redial Memory (32 Digits)
SECURE CODE: 65536 Combination
REQUIREMENT COMPLIANCE : Unit is designed to fully meet with UL1459 and FCC rules, Part 15 and
68.
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