Technical Characteristics; Trouble Shooting - PRESIDENT JIMMY II ASC Manuel D'utilisation

A) DC-POWER TERMINAL (13,2 V)
B) ANTENNA CONNECTOR (SO-239)
C) EXTERNAL SPEAKER JACK (8 Ω, Ø 3,5 mm)
C) TECHNICAL CHARACTERISTICS
1) GENERAL
- Channels
- Modulation mode
- Frequency ranges
- Antenna impedance
- Power supply
- Dimensions (in mm)
- Weight
- Accessories supplied
- Filter
2) TRANSMISSION
- Frequency allowance
- Carrier power
- Transmission interference
- Audio response
- Emitted power in the adj. channel : inferior to 20 µW
- Microphone sensitivity
- Drain
- Modulated signal distortion
: 40
: AM
: from 26.965 MHz to 27.405 MHz
: 50 ohms
: 13.2 V
: 125 (W) x 170 (D) x 45 (H)
: ~ 0.6 kg
: Electret microphone with support,
mounting cradle, screws.
: ANL (Automatic Noise Limiter) built-in
: +/- 200 Hz
: 4 W AM
: inferior to 4 nW (- 54 dBm)
: 300 Hz to 3 KHz
: 7 mV
: 1,8 A (with modulation)
: 2 %
3) RECEPTION
- Maxi. sensitivity at 20 dB sinad
- Frequency response
- Adjacent channel selectivity
- Maximum audio power
- Squelch sensitivity
- Frequency image rejection rate
- Inter modulation rejection
- Drain
D) TROUBLE SHOOTING
1) YOUR CB RADIO WILL NOT TRANSMIT OR YOUR
TRANSMISSION IS OF POOR QUALITY
- Check that the antenna is correctly connected and that the SWR is properly adjusted.
- Check that the microphone is properly plugged in.
- Check that the programmed configuration is the correct one (see table page 49).
2) YOUR CB RADIO WILL NOT RECEIVE OR RECEPTION IS POOR
- Check that the squelch level is properly adjusted.
- Check that the programmed configuration is the correct one (see table page 49).
- Check that the volume is set to a comfortable listening level.
- Check that the microphone is properly plugged in.
- Check that the antenna is correctly connected and that the SWR is properly adjusted.
- Check that you are using the same modulation mode as your correspondent.
31
: 0.5 µV - 113 dBm
: 300 Hz to 3 kHz
: 60 dB
: 2 W
: minimum 0.2 µV - 120 dBm
maximum 1 mV - 47 dBm
: 60 dB
: 48 dB
: 600 mA nominal / 950 mA maximum