VHF Air band Transceiver model MSA-1086
MSA-1086 is a transceiver for land-board-land communications in the range of frequencies 118 ÷ 136,975 MHz in modality AM (avionic band), with channel spacing of 25 kHz or 8,33 kHz.

MSA-1086 has been realized using only electronic components in solid state and elaborated criterions of modularity. Adopting a technology based on microprocessor, the use of the transceiver (user-friendly approach) becomes extremely simple and its control is furnished of a self-diagnosis system on its operating conditions (Buil In Test Equipment).

Main features

  • 2 unity rack std 19'' format
  • Input functions (frequencies selection, squelch definition, selection of the power RF, etc.) to manage from the keyboard
  • Output data represented on display
  • Connection possibility with remote control in normal or short configuration
  • System of self-control and self-diagnosis (BITE)
  • Possibility of configuration Master / Slave using the automatic jack box
  • Possibility of connection with centralized system

Technical features

Frequency range:118 ÷ 136,975 MHz
108 ÷ 156 MHz (Military version)
Channel spacing:8,33 kHz or 25 kHz
Modulation type:AM
Frequency accuracy:Better than 1 ppm
Power supply:115 / 230 Vac
Dimensions (h x w x d):88 x 482 x 440 mm (2 unity rack std 19'')
Weight:12 kg
Operating temperature:-20° ÷ +55°


Receiver's features

Sensitivity:≤ 1.5 uV @ 12 dB SINAD
Adjacent channel rejection:> 60 dB
Spurious emissions:≤ -57 dBm
SNR:> 40 dB
Audio band:300 ÷ 3400 Hz @ 25 kHz
350 ÷ 2500 Hz @ 8.33 kHz
Audio distortion:< 5% @ 30% modulation depth
< 10% @ 90% modulation depth  


Transmitter's features

RF power:Max: 25 W carrier ± 1.5 dB
Reduced: 8 W carrier
Audio band:300 ÷ 3400 Hz @ 25 kHz
350 ÷ 2500 Hz @ 8.33 kHz
Max modulation depth:90%
Adjacent channel power:Better than - 50 dBc @ 8,33 kHz
Better than - 60 dBc @ 25 kHz
Spurious emissions:≤ -46 dBm
Audio distortion:< 10% @ 90% modulation depth

Standards


  • EN 60950
  • EN 60215
  • EN 301 489-1
  • EN 301 489-22
  • EN 300 676-2 V 1.5.0

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