1-86 (No.RA054<Rev.001>)
[Analog
Wide 4k]
1) Adj item:
[As SQL]
Adjust:[****]
2) Adj item:
[L1]
→
[L3]
→
[C2]
→
[H1]
→
[H3]
SSG output:
12dB SINAD
level -3dB
(MOD: 1kHz/
±2.4kHz)
1) Adj item:
[Squelch Open
(Analog Wide 4k)]
2) Adj item:
[Low1]
→
[Low3]
→
[Center2]
→
[High1]
→
[High3]
SSG output:
12dB SINAD level
-3dB
(MOD: 1kHz/
±2.4kHz)
SSG
Distortion
meter
Oscilloscope
Panel ANT
Ext. SP
connector
Panel
[Panel tuning mode]
After input signal from
SSG, press [ ]
button to store the
adjustment value.
[PC test mode]
After input signal from
SSG,
1) Press [Acquire
Monitored Value]
button.
2) Press [Apply]
button to store the
adjustment value.
[Analog
Narrow]
1) Adj item:
[An SQL]
Adjust:[****]
2) Adj item:
[L1]
→
[L3]
→
[C2]
→
[H1]
→
[H3]
SSG output:
12dB SINAD
level -3dB
(MOD: 1kHz/
±1.5kHz)
1) Adj item:
[Squelch Open
(Analog Narrow)]
2) Adj item:
[Low1]
→
[Low3]
→
[Center2]
→
[High1]
→
[High3]
SSG output:
12dB SINAD level
-3dB
(MOD: 1kHz/
±1.5kHz)
SSG
Distortion
meter
Oscilloscope
Panel ANT
Ext. SP
connector
Panel
[Panel tuning mode]
After input signal from
SSG, press [ ]
button to store the
adjustment value.
[PC test mode]
After input signal from
SSG,
1) Press [Acquire
Monitored Value]
button.
2) Press [Apply]
button to store the
adjustment value.
[NXDN
Narrow]
1) Adj item:
[Nn SQL]
Adjust:[****]
2) Adj item:
[L1]
→
[L3]
→
[C2]
→
[H1]
→
[H3]
SSG output:
12dB SINAD
level at Analog
Narrow -5dB
(MOD: 400Hz/
±1.5kHz)
1) Adj item:
[Squelch Open
(NXDN Narrow)]
2) Adj item:
[Low1]
→
[Low3]
→
[Center2]
→
[High1]
→
[High3]
SSG output: 12dB
SINAD level at
Analog Narrow
-5dB
(MOD: 400Hz/
±1.5kHz)
SSG
Distortion
meter
Oscilloscope
Panel ANT
Ext. SP
connector
Panel
[Panel tuning mode]
After input signal from
SSG, press [ ]
button to store the
adjustment value.
[PC test mode]
After input signal from
SSG,
1) Press [Acquire
Monitored Value]
button.
2) Press [Apply]
button to store the
adjustment value.
Item
Condition
Measurement
Adjustment
Specifica
tions
/Remarks
Panel tuning
mode
PC test mode
Test-
equipment
Unit Terminal Unit
Parts
Method