Panasonic KX-TCD650RUC / KX-TCD650RUF Service Manual ▷ View online
99..66.. C
CH
HA
AR
RG
GE
E C
CU
UR
RR
RE
EN
NTT TTE
ES
STTS
S
99..55.. TTE
ELLE
EP
PH
HO
ON
NE
E LLIIN
NE
E TTE
ES
STTS
S
1. Switch on the 6V power supply.
2. Connect a telephone cord from the base unit to the line/DTMF test set.
3. Enter "HOOKOFF" from the PC to invoke an off-hook condition.
4. Set the current limit to 40mA on the line simulator.
5. Enter "HOOKON" from the PC to invoke the on-hook condition.
6. Check that the line current has dropped to 0 ± 0.5mA.
7. Enter "HOOKOFF".
8. Use a DMM to test the off-hook voltage at TP50. It must be 6.25V ± 1.0V.
9. Enter "LINEIMP 1" at the PC to switch on the pulse-dialing impedance.
10. Check the DC voltage at TP50. It must be < 3.5V.
11. Enter "LINEIMP 0" at the PC to switch off the pulse-dialing impedance.
12. Enter "DTMF_UP" to make the base generate the upper DTMF frequency.
13. Check that the upper frequency is detected by the line/DTMF test set for 600R line interface -3 ± 1.5dBm.
14. Enter "DTMF_LO" to make the base generate the lower DTMF frequency.
15. Check that the lower frequency is detected by the line/DTMF test set for 600R line interface -6 ± 1.5dBm.
16. Switch off the 6V power supply.
17. Disconnect the telephone line and reconnect the base to the Bell oscillator.
18. Switch on the 6V supply.
19. Enter "RINGDET" to check the ring detection status. The command returns a number to the PC display. "0" = no ring.
20. Switch the bell oscillator on to 23Hz, 30V RMS.
21. Send the batch file "RINGDET".
22. Check that the Number on the PC display has changed to "1".
23. Switch off the 6V power supply.
2. Connect a telephone cord from the base unit to the line/DTMF test set.
3. Enter "HOOKOFF" from the PC to invoke an off-hook condition.
4. Set the current limit to 40mA on the line simulator.
5. Enter "HOOKON" from the PC to invoke the on-hook condition.
6. Check that the line current has dropped to 0 ± 0.5mA.
7. Enter "HOOKOFF".
8. Use a DMM to test the off-hook voltage at TP50. It must be 6.25V ± 1.0V.
9. Enter "LINEIMP 1" at the PC to switch on the pulse-dialing impedance.
10. Check the DC voltage at TP50. It must be < 3.5V.
11. Enter "LINEIMP 0" at the PC to switch off the pulse-dialing impedance.
12. Enter "DTMF_UP" to make the base generate the upper DTMF frequency.
13. Check that the upper frequency is detected by the line/DTMF test set for 600R line interface -3 ± 1.5dBm.
14. Enter "DTMF_LO" to make the base generate the lower DTMF frequency.
15. Check that the lower frequency is detected by the line/DTMF test set for 600R line interface -6 ± 1.5dBm.
16. Switch off the 6V power supply.
17. Disconnect the telephone line and reconnect the base to the Bell oscillator.
18. Switch on the 6V supply.
19. Enter "RINGDET" to check the ring detection status. The command returns a number to the PC display. "0" = no ring.
20. Switch the bell oscillator on to 23Hz, 30V RMS.
21. Send the batch file "RINGDET".
22. Check that the Number on the PC display has changed to "1".
23. Switch off the 6V power supply.
1. Switch on the 6V power supply.
2. Connect 35R/2W registor across TP84 and TP88.
3. Measure 4.2V ± 0.5V across registor.
4. Switch off the 6V power supply.
2. Connect 35R/2W registor across TP84 and TP88.
3. Measure 4.2V ± 0.5V across registor.
4. Switch off the 6V power supply.
29
KX-TCD650RUC / KX-TCD650RUF
1100 C
CH
HE
EC
CK
K P
PR
RO
OC
CE
ED
DU
UR
RE
E ((H
HA
AN
ND
DS
SE
ETT))
1100..11.. E
EQ
QU
UIIP
PM
ME
EN
NTT R
RE
EQ
QU
UIIR
RE
ED
D
1100..22.. IIN
NIITTIIA
ALL P
PO
OW
WE
ER
R TTE
ES
STTS
S
1. Switch on the 2.4V supply.
2. Switch the handset on at the keypad.
3. Run DEACTMAC.BAT check for 4mA current supply in standby mode.
4. Check the 3.6V supply rail at TP11. It must be 3.6V ± 0.15V.
5. Check the 2.65V supply rail at TP VREG+. It must be 2.65V ± 0.1V.
6. Switch off the 2.4V supply.
2. Switch the handset on at the keypad.
3. Run DEACTMAC.BAT check for 4mA current supply in standby mode.
4. Check the 3.6V supply rail at TP11. It must be 3.6V ± 0.15V.
5. Check the 2.65V supply rail at TP VREG+. It must be 2.65V ± 0.1V.
6. Switch off the 2.4V supply.
30
KX-TCD650RUC / KX-TCD650RUF
1100..33.. S
SE
ETT C
CLLO
OC
CK
K FFR
RE
EQ
QU
UE
EN
NC
CY
Y
1. Turn on the 2.4V supply.
2. Switch the handset on at the keypad.
3. Enter "DEACTMAC" from the PC to switch off the RF unit.
4. Enter "CONTTX 0" to start continuous RF transmission.
5. Check that the current consumption is approx. 160mA.
6. Enter "RDEEPROM 00 4A 02" to display the two-byte frequency adjustment value, MSB first.
7. Connect the frequency counter probe to TP24 to measure the SYRI signal from the BBIC.
8. The clock frequency should be within 10,368,000Hz ± 20Hz. If not then enter "SETFREQ nn nn" where nn nn are the clock
2. Switch the handset on at the keypad.
3. Enter "DEACTMAC" from the PC to switch off the RF unit.
4. Enter "CONTTX 0" to start continuous RF transmission.
5. Check that the current consumption is approx. 160mA.
6. Enter "RDEEPROM 00 4A 02" to display the two-byte frequency adjustment value, MSB first.
7. Connect the frequency counter probe to TP24 to measure the SYRI signal from the BBIC.
8. The clock frequency should be within 10,368,000Hz ± 20Hz. If not then enter "SETFREQ nn nn" where nn nn are the clock
frequency adjustment values. An increase in the value will lower the clock frequency and vice versa. The maximum value is 01
FF.
FF.
9. Switch off the 2.4V supply.
1100..44.. LLO
OO
OP
PB
BA
AC
CK
K TTE
ES
STTS
S
1. Connect the RF input cable from the CMD60 to either 0V and ANT antenna pads on RF unit (remove C461) or TP403
(shorting out TP404 and TP405).
2. Switch on the 2.4V supply.
3. Switch the handset on at the keypad.
4. Set the CMD60 to MANUAL TEST mode.
5. Enter "TESTMODE" on the PC.
6. Enter "RDEEPROM 00 36 05" to obtain the base RFPI identifier.
7. Set the RFPI in the CMD60 to the value obtained in the previous step.
8. Press SETUP CONNECT on the CMD60.
9. Check the power (NTP): it must be between 20 and 25dBm.
10. Press MODULATION.
11. Set DATA TYPE to FIG 31.
12. Check frequency drift: must be 0 ± 35 kHz/ms.
13. Check frequency offset: must be 0 ± 40 kHz.
14. Check deviation or modulation (max ± B field) with data type "FIG 31": must be 340kHz to 380kHz.
15. Press Menu Up "
3. Switch the handset on at the keypad.
4. Set the CMD60 to MANUAL TEST mode.
5. Enter "TESTMODE" on the PC.
6. Enter "RDEEPROM 00 36 05" to obtain the base RFPI identifier.
7. Set the RFPI in the CMD60 to the value obtained in the previous step.
8. Press SETUP CONNECT on the CMD60.
9. Check the power (NTP): it must be between 20 and 25dBm.
10. Press MODULATION.
11. Set DATA TYPE to FIG 31.
12. Check frequency drift: must be 0 ± 35 kHz/ms.
13. Check frequency offset: must be 0 ± 40 kHz.
14. Check deviation or modulation (max ± B field) with data type "FIG 31": must be 340kHz to 380kHz.
15. Press Menu Up "
↑
" on the CMD60.
16. Press POWER RAMP.
17. Check that the burst fits the mask.
18. Press Menu Up "
17. Check that the burst fits the mask.
18. Press Menu Up "
↑
" on the CMD60.
19. Press BER.
20. Obtain the sensitivity by slowly reducing RF LEVEL until the BER falls below 1000ppm. The sensitivity is the RF LEVEL reading
20. Obtain the sensitivity by slowly reducing RF LEVEL until the BER falls below 1000ppm. The sensitivity is the RF LEVEL reading
at this point. It must be < -88dBm.
21. Press Menu Up "
↑
" on the CMD60.
22. Press BEARER RELEASE and switch off the 2.4V supply.
N
N
Noottee::
These tests can also be repeated on TRAFFIC CARRIERS 0 and 9.
31
KX-TCD650RUC / KX-TCD650RUF
1111 TTR
RO
OU
UB
BLLE
ES
SH
HO
OO
OTTIIN
NG
G G
GU
UIID
DE
E
1111..11.. H
HA
AN
ND
DS
SE
ETT:: D
DO
OE
ES
S N
NO
OTT O
OP
PE
ER
RA
ATTE
E
32
KX-TCD650RUC / KX-TCD650RUF
Click on the first or last page to see other KX-TCD650RUC / KX-TCD650RUF service manuals if exist.