Kenwood TK-190 Service Manual page 36

TK-190
Panel Test Mode
This mode is used for making transceiver connection
tests and clearing the memory.
To set Panel test mode, turn on the power with [Side 2]
and [PTT] are still held down and then first release [PTT].
This mode cannot be set when disabled with the FPU.
In Panel test mode, when channel or signalling is se-
lected, the signalling that was most recently used is dis-
played.
Key operations in Panel test mode are as follows.
[Selector switch] : Use to select the test channel.
[PTT] : For transmit.
[TOP 1] : For down signalling.
[TOP 2] : For up signalling.
[Side 1] : For setting Panel tuning mode.
[Side 2] : For switching power between Hi/Low.
Enter the LCD all lamp mode if held
down.
[Orange] : For monitoring.
[Toggle] : No function.
Frequency
K
CH
RX (MHz)
1 33.4000 (Center) 33.3000 (Center) 42.6000 (Center) 42.5000 (Center)
2 29.8000 (Low) 29.7000 (Low)
3 36.9000 (Hi) 37.0000 (Hi)
4 33.3000 33.3000
5 33.5000 33.5000
6 33.7000 33.7000
Note : Internal beat interference exists at both 33. 660MHz
and 42.000MHz.
Signalling
No. Encode tone
1 None
2 QT 67.0Hz
3 QT 250.3Hz
4 DQT 023N
5 None
6 DTMF (9)
7 MSK PN pattern
8 100Hz square wave
9 Tone 1 1633Hz
• LCD all lamp mode
Panel test mode
[Side 2]
Hold down
LCD all lamp mode
36
ADJUSTMENT
Signalling
Channel
K2
TX (MHz) RX (MHz) TX (MHz)
35.1000 (Low) 35.0000 (Low)
49.9000 (Hi) 50.0000 (Hi)
42.5000 42.5000
42.7000 42.7000
42.9000 42.9000
Decode tone
None
QT 67.0Hz
QT 25.03Hz
DQT 023N
2 Tone 321.7Hz/928.1Hz
DTMF (159)
None
None
None
• Memory clear function
Pressing [PTT] while holding down [Orange] in Panel test
mode, triggers the Memory clear function which clears all
transceiver data settings.
• Panel tuning mode
Press [Side 1] in Panel test mode to set Panel tuning
mode.
Note : Different sample displays are shown.
Function name Display
[Orange]
RF high power
POW 115
[Side 2]
[Orange]
[Orange]
POW 55
RF low power
LO
[Side 2]
[Orange]
Max deviation MDV 50
[Side 2]
[Orange]
[Orange]
[Side 2]
QT deviation QTDV67
[Side 2]
DQT deviation
DQDV48
[Side 2]
DTMF deviation DTDV150
[Side 2]
MSK deviation MSDV87
[Side 2]
[Orange]
SENS 75
Sensitivity
MON
[Side 2]
[Orange]
[Orange]
[Orange]
Squelch tight
SQ T220
[Side 2]
[Orange]
[Orange]
[Orange]
Squelch open SQ O170
[Side 2]
[Orange]
[Orange]
Battery level
BATT– – –
[PTT]
BATT153
[Side 2]
[Orange] : Write data
[Side 2] END
Remarks
POW 107
RF high power (Low) High power adj. (Low edge)
L
[Side 2]
POW 115
RF high power (Cen) High power adj. (Center)
C
[Side 2]
POW 102
RF high power (Hi) High power adj. (Hi edge)
H
Low power adj.
MDV 73
Max deviation (Low) Deviation adj. (Low edge)
L
[Side 2]
MDV 50
Max deviation (Cen) Deviation adj. (Center)
C
[Side 2]
MDV 35
Max deviation (Hi) Deviation adj. (Hi edge)
H
SNS 17
Sensitivity (Low) Sensitivity adj. (Low edge)
L MON
[Side 2]
SNS 75
Sensitivity (Cen) Sensitivity adj. (Center)
C MON
[Side 2
SNS 191
Sensitivity (Hi) Sensitivity adj. (Hi edge)
H MON
SQ T200
Squelch tight (Low) Squelch tight adj.(Low edge)
L
[Side 2]
SQ T220
Squelch tight (Cen) Squelch tight adj. (Center)
C
[Side 2]
SQ T230
Squelch tight (Hi) Squelch tight adj. (Hi edge)
H
SQ O150
Squelch open (Low) Squelch open adj.(Low edge)
L
[Side 2]
SQ O170
Squelch open (Cen) Squelch open adj. (Center)
C
[Side 2]
SQ O180
Squelch open (Hi) Squelch open adj. (Hi edge)
H
[Side 2]
[Side 2]
[Side 2]
[Side 2]
[Side 2]