Kenwood NX-300 Service Manual page 98

NX-300
Item
Panel tuning mode
10. Single 1) Adj item: [An TONE]
Tone Adjust: [✳✳✳✳]
Deviation Deviation meter
adjust *4 LPF: 15kHz
HPF: OFF
[Narrow] PTT: ON
Press [ ] key to
store the adjust-
ment value.
[Wide] 1) Adj item: [Aw TONE]
Adjust: [✳✳✳✳]
PTT: ON
Press [ ] key to
store the adjust-
ment value.
11. MSK 1) Adj item: [An MSK]
Deviation Adjust: [✳✳✳✳]
adjust *4 Deviation meter
LPF: 15kHz
[Narrow] HPF: OFF
PTT: ON
Press [ ] key to
store the adjust-
ment value.
[Wide] 1) Adj item: [Aw MSK]
Adjust: [✳✳✳✳]
PTT: ON
Press [ ] key to
store the adjust-
ment value.
12. CWID 1) Adj item: [Nv CWID]
Deviation Adjust: [✳✳✳✳]
adjust *4 Deviation meter
LPF: 15kHz
[Very HPF: OFF
Narrow] PTT: ON
Press [ ] key to
store the adjust-
ment value.
*4: Refer to the "Necessary Deviation adjustment item for each signaling and mode" table on page 102.
98
ADJUSTMENT
Condition
PC test mode
equipment
1) Adj item: [Single Deviation
Tone Deviation meter
(Analog Narrow)] Oscilloscope
Deviation meter
LPF: 15kHz
HPF: OFF
PTT: Press
[Transmit] button.
Press [Apply]
button to store the
adjustment value.
1) Adj item: [Single
Tone Deviation
(Analog Wide)]
PTT: Press
[Transmit] button.
Press [Apply]
button to store the
adjustment value.
1) Adj item: [MSK
Deviation (Analog
Narrow)]
Deviation meter
LPF: 15kHz
HPF: OFF
PTT: Press
[Transmit] button.
Press [Apply]
button to store the
adjustment value.
1) Adj item: [MSK
Deviation (Analog
Wide)]
PTT: Press
[Transmit] button.
Press [Apply]
button to store the
adjustment value.
1) Adj item: [CW ID
Deviation (NXDN
Very Narrow)]
Deviation meter
LPF: 15kHz
HPF: OFF
PTT: Press
[Transmit] button.
Press [Apply]
button to store the
adjustment value.
Measurement
Test-
Unit Terminal Unit
Panel ANT Panel
Adjustment
Specifi cations /
Parts Method
[Panel Write the value as 1.50kHz±0.05kHz
tuning followings.
mode] 513 (Reference
[ ], value)
[ ]
[PC test
mode]
[ ],[ ]
3.00kHz±0.05kHz
Write the value as 1.50kHz±0.05kHz
followings.
513 (Reference
value)
3.00kHz±0.05kHz
Write the value as 1.10kHz±0.10kHz
followings.
376 (Reference
value)
Remarks