Operation | Operation |
NB-ANL/ANL/
OFF (Noise
Blanker/
Automatic
NB-ANL/ANL/OFF (Noise Blanker/Automatic Noise Limiter) Switch
RF Gain Control
The RF Gain is used to optimize reception in strong or weak signal areas.
RF Gain Control
Noise Limiter) Switch
Note
SWR 2 3 CAL
RF
SIG 1 | 3 | 5 | 7 9 | +30dB |
V O L S Q L
OFF
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| 29 WX NW | |
S / R F | N B / | C B | CB |
| A N L | ||
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S W R | A N L |
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C A L | O F F | PA | WX |
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DYNA | DIM | RF GAIN | W |
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M I N | MAX | MIN | MAX |
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| 29 WX NW |
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SWR | 2 | 3 |
| CAL | S/RF | NB/ | CB | CB | CH19 |
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RF |
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| SWR | ANL |
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| CH9 | |
SIG 1 | 3 | 5 | 7 9 | +30dB |
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| PA | WX |
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| CAL | OFF | NOR | ||
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| VOL | SQL | DYNA | DIM | RF GAIN | WEATHER | ||
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| 3 | 4 |
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| 2 | 5 |
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| 1 |
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| OFF |
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| MIN | MAX | MIN | MAX |
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Note
The RF Gain is used to optimize reception in weak signal areas. .
The RF noise blanker is very effective in reducing repetitive noises such as ignition interfer- ence.
1When switched to ANL the Automatic Noise Limiter is activated. This helps reduce noise created by the vehicle’s electronics.
When switched to NB/ANL position the RF Noise Blanker is also activated, providing increased noise filtration.
When switched to OFF position all noise filtration will be turned off.
1Rotate the RF Gain knob counterclockwise to reduce gain in strong signal areas. In weak signal areas turn clockwise to increase gain.
16 | 17 |