Kenwood NX-411 Service Manual page 50

NX-411
Item
Panel tuning mode
6. QT 1) Adj item: [An QT]
Deviation *4 Adjust: [
Deviation meter
[Analog LPF: 3kHz
Narrow] HPF: OFF
2) Adj item:
[AnH QT] →
[AnH QT] (TA)
Adjust: [
PTT: ON
Press [ ] key to
store the adjust-
ment value.
7. DQT 1) Adj item: [Aw DQT]
Deviation *4 Adjust: [
Deviation meter
[Analog LPF: 3kHz
Narrow] HPF: OFF
2) Adj item:
[AnH DQT]
[AnH DQT] (TA)
Adjust: [
PTT: ON
Press [ ] key to
store the adjust-
ment value.
8. LTR 1) Adj item: [An LTR]
Deviation *4 Adjust: [
Deviation meter
[Analog LPF: 3kHz
Narrow] HPF: OFF
2) Adj item:
[AnH LTR] →
[AnH LTR] (TA)
Adjust: [
PTT: ON
Press [ ] key to
store the adjust-
ment value.
9. DTMF 1) Adj item: [An DTMF]
Deviation *4 Adjust: [
Deviation meter
[Analog LPF: 15kHz
Narrow] HPF: OFF
2) Adj item:
[AnH DTMF] →
[AnH DTMF] (TA)
Adjust: [
PTT: ON
Press [ ] key to
store the adjust-
ment value.
50
ADJUSTMENT
Condition
PC test mode
equipment
1) Adj item: [QT Deviation
] Deviation (Analog meter
Narrow)] Oscillo-
Deviation meter scope
LPF: 3kHz
HPF: OFF
2) Adj item: [High],
[High (TA)]
] PTT: Press
[Transmit] button.
Press [Apply All]
button to store the
adjustment value.
1)Adj item: [DQT
]
Deviation (Analog
Narrow)]
Deviation meter
LPF: 3kHz
HPF: OFF
2) Adj item: [High],
[High (TA)]
] PTT: Press
[Transmit] button.
Press [Apply All]
button to store the
adjustment value.
1)Adj item: [LTR
] Deviation (Analog
Narrow)]
Deviation meter
LPF: 3kHz
HPF: OFF
2) Adj item: [High],
[High (TA)]
] PTT: Press
[Transmit] button.
Press [Apply All]
button to store the
adjustment value.
1)Adj item: [DTMF
] Deviation (Analog
Narrow)]
Deviation meter
LPF: 15kHz
HPF: OFF
2) Adj item: [High],
[High (TA)]
] PTT: Press
[Transmit] button.
Press [Apply All]
button to store the
adjustment value.
Measurement
Test-
Unit Terminal Unit
Panel ANT Panel [Panel
Adjustment
Specifi cations /
Parts Method
Write the value as 0.35kHz±0.05kHz
tuning followings.
mode] 513 (Reference
[ ], value)
[ ]
[PC test
mode]
[ ],[ ]
Write the value as 0.35kHz±0.05kHz
followings.
415 (Reference
value)
Write the value as 0.75kHz±0.05kHz
followings.
488 (Reference
value)
Write the value as 1.25kHz±0.05kHz
followings.
540 (Reference
value)
Remarks