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 (Memory) Button
PAUSE Buttons
One-touch dialing Button
( MEM1 - MEM3 )
Rechargeable Battery Pack
(back)
BASE UNIT CONTROLS AND FUNCTIONS
DC in 9V Jack
TEL LINE Jack
REDIAL Button
FLASH Button
Dialpad (0~9, ∗ and # buttons)
VOL/RING Button
CH Button
MUTE Button
Charging Contacts
T-P(TONE-PULSE) Switch
Ringer ON/OFF Switch
Speaker
OGM Button
ANSWER Button
REPEAT Button
PIN Button
IN USE LED
CHARGE LED
POWER LED
Antenna
LED Display
VOLUME Buttons
DELETE Button
MEMO / 2WAY REC Button
PLAY / STOP Button
PAGE Button
SKIP Button
Rec Time Switch (ANN/4/1)
CLOCK Button
Ring Time Switch (2/4/TS)
SPEAKER Button
Speaker LED
Microphone
2
Page 4
ALIGNMENT PROCEDURE
Test Mode For Base Unit
Press the “PAGE” k ey about 3.0 seconds while turning the power on.
1. To change the TEST mode: Press the “PAGE” key with T/P switch to PULSE position.
2. To change channel:Press the “PAGE” key with T/P switch to TONE position. If changing the step, the
channel returns to the start channel.
3. To cancel Test mode:Bell rings, charge the Handset or Power off.
STEP
1
VCO/TX FRQ. ADJ
2
TX MODE CHECK
3
TX DATA
4
RX SENS.
5
SQ SENS.
6
SINGLE TONE CHECK
7
DUAL T ONE CHECK
8
DATA IN CHECK
9
CHANNEL DATA CHECK
10
*A : CHARGE LED is ON when SQ ON, CHARGE LED is OFF when SQ OFF.
*1 : “0000... ” (250Hz) will be fed out continuously as transmitting data.
*2 : CHARGE LED lights when the received data are “0000...”.
DUPLEX
FUNCTION
START CH
19
19
19
19
19
19
19
19
19
19
TX CONT
L
L
L
H
L
H
H
L
H
L
TX MUTE
L
H
L
L
L
L
L
L
L
H
Channel rotation
19ð20ð21ð40ð1ð25ð2ð3........24ð26........38ð39ð40
RX MUTE
L
L
L
H
*A
L
L
L
L
H
RL CONT
L
H
L
H
H
H
H
L
L
H
REMARKS
*1
*2
3
Page 5
Test Mode For Handset Unit
To Perform the TEST mode, turn the power ON by pressing the “*” and “#” buttons at the same time.
When entered the TEST mode, the bell rings and the unit enters TEST mode 1. (Refer to the follwing table.)
1. To change the TEST mode: Press the number key for the corresponding TEST mode.
(Refer to the follo wing tab le)
2. To change channel:Press “CH” k ey.
(Note: If the step is changed, the channel return to the start channel.)
3. To cancel Test mode:Turn the power OFF, charge the Handset , or press the “TALK” key .
STEP
1
2
3
4
5
6
7
8
9
10
*A : Squelch ON is H, or Squelch OFF is L.
*1 : In the TEST mode 3, “0000...” will be f ed out contin uously as transmitting data.
*2 : In the TEST mode 6, bell (2kHz, 2.2kHz) rings when the data received is “0000...”.
*3 : In the TEST mode 7, bell rings with initial 2 tone (2kHz, 2.2kHz).
*4 : In the TEST mode 8, bell (2kHz, 2.2kHz) rings when P_BATLOW is “L”.
*5 : In the TEST mode 9, bell (2kHz, 2.2kHz) rings when P_CHRGIN is “L”
FUNCTION
VCO/TX FRQ. ADJ
TX MOD . CHECK
TX DATA
RX SENS
SQ SENS
RECEIVE DATA CHECK
BELL
BATTER Y LOW CHECK
CHARGE CHECK
DUPLEX
KEY
1
2
3
4
5
6
7
8
9
0
START CH
21
21
21
21
21
21
21
21
21
21
TX CONT
L
L
L
H
L
L
H
H
H
L
SC
H
H
H
H
H
H
L
L
L
H
TX MUTE
L
H
L
L
L
L
L
L
L
H
RX MUTE
*A
Channel rotation
21ð20ð19ð40ð1ð25ð2ð3........24ð26........38ð39ð40
CONV
L
L
L
H
L
L
L
L
H
H
L
L
L
L
H
H
H
H
L
REMARKS
*1
*2
*3
*4
*5
4
Page 6
Base Unit
Transmitter Section
Connections
Preset
Place the Base Unit in VCO/TX FREQ.ADJ mode in accordance with the procedure on page 3.
Alignment Procedure
Power
Meter
Frequency
Counter
Deviation
Mater
RF
Test Point
RF
Test Point
BASE Unit
J4
DC IN
9V Jack
TEL Line
Jack
J1
1kHz 77.5mV
AF GEN.
AC
Adapter
AC 120V
60Hz
step
1
2
Adjustment
RT301
(TX P ower)
CT1
(TX Frequency)
Remarks
Connect the Power Meter to the RF test point on the Base MAIN PCB.
Adjust RT301 for a -6.0dBm 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 Jack on the Base Main PCB. Mak e 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 Dev.
Alignment Point Location on Base Main PCB and Base RF PCB
Base Main PCB
J1
TEL LINE Jack
J4
DC IN 9V Jack
T
S2
T/P Switch
P
CT1
RT3
Base RF PCB
RT301
RF Test Point
5
Page 7
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
J4
AF
Test Point
DC V oltmeter
Preset
Place the Base Unit in RX SENS mode (step 4) in accordance with the precedure on page 3.
Alignment Procedure
step
Preset to
1
SG: 1mV
No modulation
SG: 1mV
2
1 kHz ±8kHz
deviation
SG: -6.0 dB
3
1kHz ±8kHz
Deviation
Adjustment
(Discriminator
Voltage)
(RX AF
Voltage)
µµ
µV
µµ
(SQ Point)
L4
RT2
RT1
Remarks
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 L4 to indicate DC
1.00 V .
Connect the AC Voltmeter across a 600-ohm dummy to the Telephone Line
Jack. Adjust RT2 for a 245 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 bell rings.
Alignment Point Location on Base Main PCB and Base RF PCB
Base Main PCB
RT2
RT1
L4
AF Test Point
RF Test Point
J1
TEL LINE Jack
J4
DC IN 9V Jack
T
S2
T/P Switch
P
6
Page 8
Handset Unit
Transmitter Section
Connection
Power
Meter
Frequency
Counter
Deviation
Mater
RF
Test Point
RF
Test Point
HANDSET Unit
J401
Battery
Connector
MIC+Pin
DC 3.8V
AF GEN.
1kHz 9mV
DC Power Supply
Preset
Place the Handset in VCO/TX FREQ. ADJ mode in accordance with the procedure on page 4.
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
MC401
J401
RT403
CT401
7
RF PCB
RT501
RF Test Point
Page 9
Receiver Section
Connections
RF SG
DC Power Supply
+
Battery
Connector
DC 3.8V
RF
Test Point
J603
Terminal
Dummy Load
SP
+
AF
Test Point
(150-ohm)
DC V oltmeter
Preset
Place the Handset in RX SENS mode (step 4) in accordance with the procedure on page 4.
Alignment Procedure
step
Preset to
1
SG: 1mV
No modulation
SG: 1mV
2
1 kHz ±8kHz
deviation
Adjustment
L402
(Discriminator
Voltage)
RT402
(RX AF
Voltage)
Remarks
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 128 mV (Medium) reading on the AC Voltmeter.
AC V oltmeterHANDSET Unit
SG: -6.0 dB
3
1kHz ±8kHz
Deviation
µµ
µV
µµ
RT401
(SQ Point)
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
L402
RT402
RT401
AF Test Point
RF Test Point
RF PCB
(-)
SP Terminal
(+)
8
Page 10
Base Unit, Main
BLOCK DIAGRAMS
9
Page 11
Base Unit, DSP
10
Page 12
Handset
11
Page 13
Base Unit, Main
SCHEMATIC DIAGRAMS
12
13
Page 14
Base Unit, Key
14
15
Page 15
Handset
16
17
Page 16
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 IC2?
OK
Is there pulse wave at
pin 21 of IC11?
OK
Check IC11 and its
peripheral circuit.
NG
NG
NG
See 2. The bell does not ring
& page does not ring.
Check IC2 and TEL network
circuit.
Check R78,R82,R94 and
C76.
If you want to reset the unit to the factroy settings
You can cancel the OGM, PIN, and the clock settings by the following process.
1 Disconnect the AC adaptor and telephone line cord from the base. Keep the AC adaptor connected to the wall
outlet. Make sure that the telephone line cord remains disconnected furing this procedure.
2 While pressing the DELETE button, plug the AC power adaptor into the base. Keep pressing the DELETE
button for more than 4 seconds .
A beep sounds and “ P” blinks in the LED display.
To resume using the unit, connect the telephone line cord and place the handset on the base.
Note:
If you turn on the unit again, “ P” may flash.
18
Page 17
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 pin24
of IC11 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 DSP unit.
NG
NG
Check IC404.
Check R454, R457, Q409,
Q408 and D402.
OK
Check IC11 and its peripheral circuit.
19
Page 18
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. 8.5 kHz Dev.
OK
Set the base in the test
mode 8, 902.952467
MHz (250 Hz ±8 kHz
Dev.) 1mV output signal
from RF test point is
applied. Does the
CHARGE LED light?
OK
NGACheck IC11 and its
peripheral circuit.
NG
Check base RF unit.
Check whether there is a
NG
250 Hz data wavef orm at
“MOD” of RF unit.
OK
Check base RF unit.
NGCheck whether there is a
250 Hz data wavef orm at
RT2 AF test point.
OK
Check whether there is a
250 Hz data wavef orm at
the Q2 collector.
OK
Check RT3, R30, R76,
NG
R77, R91, R49, C122,
C33 and C52.
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 wavef orm at
pin 38 of IC11.
OK
Check IC11 and its
peripheral circuit.
NGCheck IC404 and its
peripheral circuit.
NG
Check handset RF unit.
Check IC1 and its
NG
peripheral circuit.
20
Page 19
A
Set the handset in the
test mode 3, check
whether deviation of the
TX data is app. 8.5 kHz
Dev.
OK
Set the handset in the
test mode 6, 926.997467
MHz (250 Hz ±8 kHz
Dev.) 1mV output signal
from RF test point 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 wav eform at
“MOD” of RF unit.
OK
Check handset RF unit.
Check whether the 250
NG
Hz data waveform 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.
21
Page 20
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
IC11 is fed.
OK
Check Q17, RL1 and their
peripheral circuits.
NG
NG
See 3. The base and handset
cannot be connected.
Check IC11.
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 IC11 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 IC11.
Check IC4, Q3 and their
peripheral circuits.
22
Page 21
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 6 of IC1.
OK
Check whether there is the
1 kHz sine waveform 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.
23
Page 22
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 C1 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 wavefor m at the
pin 18 of IC403.
OK
Check whether there is the
1 kHz sine wavefor m at pin
1, 2 of SP801.
9RC008891GHDZ350921ZHOLDER, DISPLA YABS1
10RC005689LHDZ453179ZHOLDER, MICCR1
11RC005444HHDS431080BHOLDER, SPEAKERSUS304 CSP 0.8T 3/4H1
12RC005526GCAS456906ZHOOKABS1
13RC008499LNBZ342500ZKEY RUBBERSI1
14RC008500PLBB442834ZLABEL, BARCODE1
15RC008501PLBZ442833ZLABEL, INDICATION1
16RC005180PLBZ456717ZLABEL, INDICATION1
17RC008502PLBZ442889ZLABEL, T APOLYESTER1
18RC008818GCAS458189ZLED LENSPMMA1
19RC008939GCAS458534ZLED LENSPMMA1
20RC008289SSCW192005NSCREW, BIND HD +M2×5 NI4
21RC000941SSCW802608NSCREW, P TIGHT BIND HD +D2.6×8 NI26
22RC004028SSCW802616NSCREW, P TIGHT BIND HD +D2.6×16 NI4
23RC001752SSCW283012NSCREW, TAPPING BIND+& SP WASHER D3×12 NI1
24RC008498HSDC342495ZSHIELD COVERSPTE1
25RC008836GCAS458496ZSTANDABS1
26RC005696R UTC457032ZWOOL CO ATED PAPER, WOOL TACK2
REF.
DESCRIPTIONQTY
41
Page 39
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
42
Page 40
Handset
LOC.
NO.NO.
PART NO.
1RC008371RBLD442208ZBLINDPC1
2RC008368GNBZ442524ZBUTTON, FUNCTIONABS1
3RC008366GCAS342523ZCASE, FRONTABS1
4RC008365GCAS342429ZCASE, REARABS1
5RC008342HTML442336ZCHARGE TERMINALC2680(BSP)2
6RC008909GCAS458501ZCOVER, ANTENNAELASTOMER1
7RC008908GCAS458500ZCOVER, BATTERYABS1
8RC008347RCUM441150ZCUSHIONMOLTPRENE,40×20×81
9RC008348RCUN442433ZCUSHIONNEOPRENE1
10RC008709LHDZ456969ZHOLDER, MICEPDM1
11RC008367GHDZ442430AHOLDER, SPEAKERABS1
12RC008344LNBZ342335ZKEY RUBBERSI1
13RC008506PLBS442835ZLABEL, ID1
14RC008370KDPZ442527ZPLATE, DISPLAYPMMA1
15RC008289SSCW192005NSCREW, BIND HD +M2×5 NI4
16RC003327SSCW802610NSCREW, P TIGHT BIND HD +D2.6×10 NI2
17RC000941SSCW802608NSCREW, P TIGHT BIND HD +D2.6×8 NI8
REF.
DESCRIPTIONQTY
43
Page 41
PARTS LIST
PRODUCT SAFETY NO TE : 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.NO.
CAPACITORS
The following codes indicate variation of capacitors against temper atures ,:
C1RC005216BCMM813304ZCERAMIC M/L (1608) TAPE33PF 50V J CH
C2RC001807BCAZ812296ZELECTROLYTIC2.2UF 50V M C-156
C3RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C4RC005214BCMM812214ZCERAMIC M/L (1608) TAPE220PF 50V J CH
C5RC005214BCMM812214ZCERAMIC M/L (1608) TAPE220PF 50V J CH
C6RC005216BCMM813304ZCERAMIC M/L (1608) TAPE33PF 50V J CH
C7RC005217BCMM813314ZCERAMIC M/L (1608) TAPE330PF 50V J CH
C8RC005275BCML813925ZCERAMIC M/L (1608) TAPE0.0039UF 50V K B
C9RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 6V K B
C10RC008271BCMM813904ZCERAMIC M/L (1608) TAPE39PF 50V J CH
C11RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C12RC005219BCMM814704ZCERAMIC M/L (1608) TAPE47PF 50V J CH
C13RC008472BCEQ814786ZELECTROLYTIC0.47UF 50V M C-125
C14RC001810BCAZ814796ZELECTROLYTIC4.7UF 50V M C-156
C16RC001807BCAZ812296ZELECTROLYTIC2.2UF 50V M C-156
C17RC001045BCEQ311006ZELECTROLYTIC10UF 6V M C-125
C18RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C19RC000777BCZY0120001SEMI-CONDUCT ORCZ-120 0.022UF 18V
C20RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C21RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C23RC005212BCMM811504ZCERAMIC M/L (1608) TAPE15PF 50V J CH
C24RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C25RC005223BCMS812091ZCERAMIC M/L (1608) TAPE2PF 50V C CK
C26RC005210BCMM811014ZCERAMIC M/L (1608) TAPE100PF 50V J CH
C27RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C28RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C29RC001810BCAZ814796ZELECTROLYTIC4.7UF 50V M C-156
C30RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C31RC005210BCMM811014ZCERAMIC M/L (1608) TAPE100PF 50V J CH
C32RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C33RC005206BCML812225ZCERAMIC M/L (1608) TAPE0.0022UF 50V K B
C34RC005207BCML813325ZCERAMIC M/L (1608) TAPE0.0033UF 50V K B
PART NO.
REF.
DESCRIPTION
SymbolCD
pF± 0.25± 0.5
44
Page 42
LOC.
NO.NO.
C35RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C36RC008318BCML815625ZCERAMIC M/L (1608) TAPE0.0056UF 50V K B
C37RC005276BCML818225ZCERAMIC M/L (1608) TAPE0.0082UF 50V K B
C38RC001809BCAZ814786ZELECTROLYTIC0.47UF 50V M C-156
C39RC005206BCML812225ZCERAMIC M/L (1608) TAPE0.0022UF 50V K B
C40RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C41RC005181BCEQ811096ZELECTROLYTIC1UF 50V M C-125
C42RC005467BCEQ114706ZELECTROLYTIC47UF 10V M C-125
C43RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C44RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C45RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C46RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C47RC005203BCML512235ZCERAMIC M/L (1608) TAPE0.022UF 25V K B
C48RC001794BCAZ111016ZELECTROLYTIC100UF 10V M C-156
C49RC000752BCKB821025ZCERAMIC0.001UF 500V K YB(B)
C50RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C51RC008111BCZY0259001MYLAR METALLIZEDCZ-259 1UF 250V
C52RC005210BCMM811014ZCERAMIC M/L (1608) TAPE100PF 50V J CH
C53RC005210BCMM811014ZCERAMIC M/L (1608) TAPE100PF 50V J CH
C54RC005360BCMM816092ZCERAMIC M/L (1608) TAPE6PF 50V D CH
C55RC005210BCMM811014ZCERAMIC M/L (1608) TAPE100PF 50V J CH
C57RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C59RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C60RC008146BCML816825ZCERAMIC M/L (1608) TAPE0.0068UF 50V K B
C61RC001802BCAZ314706ZELECTROLYTIC47UF 16V M C-156
C62RC001802BCAZ314706ZELECTROLYTIC47UF 16V M C-156
C64RC001805BCAZ811096ZELECTROLYTIC1UF 50V M C-156
C65RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C66RC005210BCMM811014ZCERAMIC M/L (1608) TAPE100PF 50V J CH
C67RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C68RC004167BCAZ511016ZELECTROLYTIC100UF 25V M C-156
C69RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C73RC005206BCML812225ZCERAMIC M/L (1608) TAPE0.0022UF 50V K B
C74RC005215BCMM812704ZCERAMIC M/L (1608) TAPE27PF 50V J CH
C75RC005215BCMM812704ZCERAMIC M/L (1608) TAPE27PF 50V J CH
C76RC005203BCML512235ZCERAMIC M/L (1608) TAPE0.022UF 25V K B
C77RC005420BCMM811514ZCERAMIC M/L (1608) TAPE150PF 50V J CH
C78RC001794BCAZ111016ZELECTROLYTIC100UF 10V M C-156
C79RC004445BCAZ903316ZELECTROLYTIC330UF 6.3V M C-156
C80RC004445BCAZ903316ZELECTROLYTIC330UF 6.3V M C-156
C81RC008731BCXK311050ZCERAMIC M/L (2125) TAPE1UF 16V Z F
C82RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C83RC008473BCMF511040ZCERAMIC M/L (1608) TAPE0.1UF 25V Z F
C84RC008731BCXK311050ZCERAMIC M/L (2125) TAPE1UF 16V Z F
C85RC005322BCAZ312226ZELECTROLYTIC2200UF 16V M C-156
C86RC002229BCXT511045ZCERAMIC M/L (2125) TAPE0.1UF 25V K B
C87RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
PART NO.
REF.
DESCRIPTION
45
Page 43
LOC.
NO.NO.
C88RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C89RC008106BCAZ313316ZELECTROLYTIC330UF 16V M C-156
C90RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C91RC001794BCAZ111016ZELECTROLYTIC100UF 10V M C-156
C92RC001794BCAZ111016ZELECTROLYTIC100UF 10V M C-156
C93RC005468BCEQ904706ZELECTROLYTIC47UF 6.3V M C-125
C94RC008731BCXK311050ZCERAMIC M/L (2125) TAPE1UF 16V Z F
C95RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C96RC005276BCML818225ZCERAMIC M/L (1608) TAPE0.0082UF 50V K B
C97RC008731BCXK311050ZCERAMIC M/L (2125) TAPE1UF 16V Z F
C98RC008731BCXK311050ZCERAMIC M/L (2125) TAPE1UF 16V Z F
C99RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C100RC004445BCAZ903316ZELECTROLYTIC330UF 6.3V M C-156
C103RC008473BCMF511040ZCERAMIC M/L (1608) TAPE0.1UF 25V Z F
C104RC001794BCAZ111016ZELECTROLYTIC100UF 10V M C-156
C105RC001794BCAZ111016ZELECTROLYTIC100UF 10V M C-156
C106RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C107RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C108RC002850BCXS811025ZCERAMIC M/L (3216) TAPE0.001UF 50V K B
C109RC008731BCXK311050ZCERAMIC M/L (2125) TAPE1UF 16V Z F
C114RC008473BCMF511040ZCERAMIC M/L (1608) TAPE0.1UF 25V Z F
C115RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C116RC008473BCMF511040ZCERAMIC M/L (1608) TAPE0.1UF 25V Z F
C117RC005218BCMM814091ZCERAMIC M/L (1608) TAPE4PF 50V C CH
C118RC005635BCKB134715ZCERAMIC470PF 1000V K YB(B)
C119RC005635BCKB134715ZCERAMIC470PF 1000V K YB(B)
C120RC001794BCAZ111016ZELECTROLYTIC100UF 10V M C-156
C121RC005322BCAZ312226ZELECTROLYTIC2200UF 16V M C-156
C122RC008731BCXK311050ZCERAMIC M/L (2125) TAPE1UF 16V Z F
C123RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C124RC005216BCMM813304ZCERAMIC M/L (1608) TAPE33PF 50V J CH
C125RC001045BCEQ311006ZELECTROLYTIC10UF 16V M C-125
C126RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C127RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C129RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C130RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C203RC001811BCAZ901016ZELECTROLYTIC100UF 6.3V M C-156
C205RC008146BCML816825ZCERAMIC M/L (1608) TAPE0.0068UF 50V K B
C206RC008296BCSH901006ZTANTALUM CHIP TAPE10UF 6.3V M C-122
C207RC008296BCSH901006ZTANTALUM CHIP TAPE10UF 6.3V M C-122
C208RC005219BCMM814704ZCERAMIC M/L (1608) TAPE47PF 50V J CH
C209RC008485BCMM813914ZCERAMIC M/L (1608) TAPE390PF 50V J CH
C210RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C211RC008296BCSH901006ZTANTALUM CHIP TAPE10UF 6.3V M C-122
C213RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C214RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C215RC005207BCML813325ZCERAMIC M/L (1608) TAPE0.0033UF 50V K B
PART NO.
REF.
DESCRIPTION
46
Page 44
LOC.
NO.NO.
C216RC008926BCMM518214ZCERAMIC M/L (1608) TAPE820PF 25V J CH
C217RC008270BCML811235ZCERAMIC M/L (1608) TAPE0.012UF 50V K B
C218RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C219RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C220RC005206BCML812225ZCERAMIC M/L (1608) TAPE0.0022UF 50V K B
C221RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C222RC008296BCSH901006ZTANTALUM CHIP TAPE10UF 6.3V M C-122
C223RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C224RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C225RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C226RC008296BCSH901006ZTANTALUM CHIP TAPE10UF 6.3V M C-122
C227RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C228RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C230RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C231RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C232RC005209BCMM811002ZCERAMIC M/L (1608) TAPE10PF 50V D CH
C233RC005209BCMM811002ZCERAMIC M/L (1608) TAPE10PF 50V D CH
C234RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C235RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C236RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C237RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C238RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C239RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C240RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C241RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C242RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C244RC005203BCML512235ZCERAMIC M/L (1608) TAPE0.022UF 25V K B
C245RC008926BCMM518214ZCERAMIC M/L (1608) TAPE820PF 25V J CH
C246RC005204BCML811025ZCERAMIC M/L (1608) TAPE0.001UF 50V K B
C247RC005274BCML811535ZCERAMIC M/L (1608) TAPE0.015UF 50V K B
C248RC005274BCML811535ZCERAMIC M/L (1608) TAPE0.015UF 50V K B
C249RC005208BCML814725ZCERAMIC M/L (1608) TAPE0.0047UF 50V K B
C250RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C251RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C252RC008884BCAZ904716ZELECTROLYTIC470UF 6.3V M C-156
C253RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C401RC005216BCMM813304ZCERAMIC M/L (1608) TAPE33PF 50V J CH
C402RC005401BCXT111055ZCERAMIC M/L (2125) TAPE1UF 10V K B
C403RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C404RC005214BCMM812214ZCERAMIC M/L (1608) TAPE220PF 50V J CH
C405RC005214BCMM812214ZCERAMIC M/L (1608) TAPE220PF 50V J CH
C406RC005216BCMM813304ZCERAMIC M/L (1608) TAPE33PF 50V J CH
C407RC005217BCMM813314ZCERAMIC M/L (1608) TAPE330PF 50V J CH
C408RC005207BCML813325ZCERAMIC M/L (1608) TAPE0.0033UF 50V K B
C409RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C410RC005203BCML512235ZCERAMIC M/L (1608) TAPE0.022UF 25V K B
C414RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
PART NO.
REF.
DESCRIPTION
47
Page 45
LOC.
NO.NO.
C416RC002594BCXT516835ZCERAMIC M/L (2125) TAPE0.068UF 25V K B
C417RC004347BCXK514740ZCERAMIC M/L (2125) TAPE0.47UF 25V Z F
C418RC002229BCXT511045ZCERAMIC M/L (2125) TAPE0.1UF 25V K B
C419RC008318BCML815625ZCERAMIC M/L (1608) TAPE0.0056UF 50V K B
C421RC005216BCMM813304ZCERAMIC M/L (1608) TAPE33PF 50V J CH
C422RC005209BCMM811002ZCERAMIC M/L (1608) TAPE10PF 50V D CH
C423RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C424RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C425RC005224BCMT813091ZCERAMIC M/L (1608) TAPE3PF 50V C CJ
C426RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C427RC005211BCMM811204ZCERAMIC M/L (1608) TAPE12PF 50V J CH
C428RC005210BCMM811014ZCERAMIC M/L (1608) TAPE100PF 50V J CH
C430RC005210BCMM811014ZCERAMIC M/L (1608) TAPE100PF 50V J CH
C431RC008268BCML314735ZCERAMIC M/L (1608) TAPE0.047UF 16V K B
C432RC008319BCSH904796ZTANTALUM CHIP TAPE4.7UF 6.3V M C-122
C433RC008268BCML314735ZCERAMIC M/L (1608) TAPE0.047UF 16V K B
C434RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C435RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C437RC005206BCML812225ZCERAMIC M/L (1608) TAPE0.0022UF 50V K B
C438RC008319BCSH904796ZTANTALUM CHIP TAPE4.7UF 6.3V M C-122
C439RC008319BCSH904796ZTANTALUM CHIP TAPE4.7UF 6.3V M C-122
C440RC004449BCXT311545ZCERAMIC M/L (2125) TAPE0.15UF 16V K B
C441RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C442RC005276BCML818225ZCERAMIC M/L (1608) TAPE0.0082UF 50V K B
C443RC004347BCXK514740ZCERAMIC M/L (2125) TAPE0.47UF 25V Z F
C444RC008319BCSH904796ZTANTALUM CHIP TAPE4.7UF 6.3V M C-122
C445RC004347BCXK514740ZCERAMIC M/L (2125) TAPE0.47UF 25V Z F
C446RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C447RC004412BCXT312245ZCERAMIC M/L (2125) TAPE0.22UF 16V K B
C448RC005275BCML813925ZCERAMIC M/L (1608) TAPE0.0039UF 50V K B
C449RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C450RC008268BCML314735ZCERAMIC M/L (1608) TAPE0.047UF 16V K B
C451RC004657BCEQ514796ZELECTROLYTIC4.7UF 25V M C-125
C452RC005224BCMT813091ZCERAMIC M/L (1608) TAPE3PF 50V C CJ
C453RC005275BCML813925ZCERAMIC M/L (1608) TAPE0.0039UF 50V K B
C454RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C455RC005208BCML814725ZCERAMIC M/L (1608) TAPE0.0047UF 50V K B
C456RC001045BCEQ311006ZELECTROLYTIC10UF 16V M C-125
C457RC005208BCML814725ZCERAMIC M/L (1608) TAPE0.0047UF 50V K B
C458RC005222BCMS811091ZCERAMIC M/L (1608) TAPE1PF 50V C CK
C459RC005216BCMM813304ZCERAMIC M/L (1608) TAPE33PF 50V J CH
C460RC005216BCMM813304ZCERAMIC M/L (1608) TAPE33PF 50V J CH
C461RC003284BCFZ901016ZELECTROLYTIC100UF 6.3V M C-258
C462RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C463RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C464RC008731BCXK311050ZCERAMIC M/L (2125) TAPE1UF 16V Z F
C465RC005207BCML813325ZCERAMIC M/L (1608) TAPE0.0033UF 50V K B
PART NO.
REF.
DESCRIPTION
48
Page 46
LOC.
NO.NO.
C466RC005207BCML813325ZCERAMIC M/L (1608) TAPE0.0033UF 50V K B
C467RC003284BCFZ901016ZELECTROLYTIC100UF 6.3V M C-258
C468RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C469RC008296BCSH901006ZTANTALUM CHIP TAPE10UF 6.3V M C-122
C470RC005203BCML512235ZCERAMIC M/L (1608) TAPE0.022UF 25V K B
C471RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C472RC005205BCML811035ZCERAMIC M/L (1608) TAPE0.01UF 50V K B
C473RC005202BCML311045ZCERAMIC M/L (1608) TAPE0.1UF 16V K B
C474RC008296BCSH901006ZTANTALUM CHIP TAPE10UF 6.3V M C-122
CT001 RC008272BCTY0076100TRIMMERCT-076 TZ3Z100FR 10PF
CT401 RC008272BCTY0076100TRIMMERCT-076 TZ3Z100FR 10PF
DIODES
D1RC002236BDA Y0246003AX TS 26+1N4148 T-77
D2RC002236BDA Y0246003AX TS 26+1N4148 T-77
D3RC002470BDAY0492033ZENER AX TS 26 +HZ7C3 TD
D4RC001826BDA Y0433001RLS4148 TE11
D5RC002236BDA Y0246003AX TS 26+1N4148 T-77
D6RC002236BDA Y0246003AX TS 26+1N4148 T-77
D7RC003194BDA Y0272010ZENERHZ33CP
D8RC002236BDA Y0246003AX TS 26+1N4148 T-77
D9RC002236BDA Y0246003AX TS 26+1N4148 T-77
D10RC002236BDA Y0246003AX TS 26+1N4148 T -77
D11RC002236BDA Y0246003AX TS 26+1N4148 T -77
D14RC008273BDAY0492036ZENER AX TS 26 +HZ4B1 TD
D15RC003195BDA Y0432004ZENERHZK6C TR
D16RC002236BDA Y0246003AX TS 26+1N4148 T -77
D18RC003196BDAY0492025ZENER AX TS 26 +HZ7A1 TD
D25RC002236BDA Y0246003AX TS 26+1N4148 T -77
D26RC002236BDA Y0246003AX TS 26+1N4148 T -77
D28RC002236BDA Y0246003AX TS 26+1N4148 T -77
D29RC002236BDA Y0246003AX TS 26+1N4148 T -77
D30RC002236BDA Y0246003AX TS 26+1N4148 T -77
D31RC008474BDAY0492038ZENER AX TS 26 +HZ4C3 TD
D201RC008320BD AY1092001LEDSML-310L T T86
D202RC008407BD A Y1060001LEDSML-310MT T86
D203RC008486BD A Y1091001ZENERNNCD6.2F-T1B
D205RC005412BD A Y0825001LEDLTD-482P-03
D206RC008407BD A Y1060001LEDSML-310MT T86
D207RC001826BD A Y0433001RLS4148 TE11
D208RC008320BD AY1092001LEDSML-310L T T86
D209RC001826BD A Y0433001RLS4148 TE11
D213RC001826BD A Y0433001RLS4148 TE11
D214RC003195BD A Y0432004ZENERHZK6C TR
D217RC001826BD A Y0433001RLS4148 TE11
D218RC001826BD A Y0433001RLS4148 TE11
D401RC001826BD A Y0433001RLS4148 TE11
D402RC001826BD A Y0433001RLS4148 TE11
6. Image Rejection RatioSINAD 12dB with CCITT Filter
1st Image
2nd Image
7. Tel Line Output Level (600Ω Load)
8. Ringer Level at 30cm from Speaker (Bell input)
Ringer Frequency : 900Hz + 450Hz
TRANSMITTER
1. RF Power (50Ω Load)
2. Modulation Sensitivity Telline Input
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
dBspl
UNIT
dBm
dBm
dB
dB
Hz
kHz
%
dB
dB
dB
NOMINAL
-115
-4.0
-3.0
1.5
70
15
15
35
55
-10
85
NOMINAL
-6.0
-20
0.0
-1.5
±0
8.0
1.5
55
55
35
LIMIT
< -107
-8.0~0.0
-7.0~+1.0
< 5
60 <
10 <
10 <
30 <
30 <
-13~-7
75 <
LIMIT
-9.0~-3.0
-24~-16
-4.0~+4.0
-5.5~+2.5
-2500~+2500
< 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. Minim um Ringer Input Level (at 20Hz)
5. Pulse Dialing
a. Dialing Rate (@10pps)
b. Make Ratio (@10pps)
6. DTMF Output (@600Ω Load)
a. DTMF Frequency
Row 1
Row 2
Row 3
Row 4
Column 1
Column 2
Column 3
b. Signal Level of Dual Tone
c. Signal Length
d. Interdigital P ause
SPEAKER PHONE
1. Microphone Sensitivity (-20 dBm TEL Output)
(Measured as soon as signal on)
2. Receiver Response Audio Output (-30 dBm TEL Input)
(Measured as soon as signal on)
UNIT
OHM
OHM
kOHM
Vrms
pps
%
Hz
Hz
Hz
Hz
Hz
Hz
Hz
dBm
mSec
mSec
UNIT
mV
mV
NOMINAL
1000
250
25
30
10
39
697
770
852
941
1209
1336
1477
-3
100
100
NOMINAL
2.0
600
LIMIT
500~1500
100~300
10 <
< 40
8~11
36~42
687~707
759~781
840~864
927~955
1191~1227
1316~1356
1455~1499
< 0
90 <
80 <
LIMIT
1.0~4.0
340~1050
62
Page 60
HANDSET 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
-1.5
-4.0
228
128
48
2.0
70
15
15
30
45
80
70
70
60
NOMINAL
-7.5
9
-1.5
-1.0
0
8.0
1.5
55
55
35
LIMIT
< -107
-5.5~+2.5
-8.0~0.0
161~322
90~180
34~68
< 5
60 <
10 <
10 <
20 <
30 <
75 <
60 <
60 <
50 <
LIMIT
-10.5~-4.5
6.5~13
-5.5~+2.5
-5.0~+3.0
-2500~+2500
< 11
< 5
50 <
50 <
30 <
POWER CONSUMPTION
1. Base Unit (with AC Adaptor, Answer off)
a. Stand-by Charge Off
b. Stand-by Charge On
c. T alk