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Single Channel Ground Air Radio Systems (sincgars) can operate in VHF (very high frequency) low band 30.0000 MHz to 89.9999 MHz or VHF high band which is 90.0000 MHz to 224.9999 MHz
a tacan channel is formed by 2 frequencies spaced by 63 mhz
1). It has to be an FM radio. 2). For TV sound, tune the radio to 59.75 MHz for Channel 2 65.75 MHz for Channel 3 71.75 MHz for Channel 4 81.75 MHz for Channel 5 87.75 MHz for Channel 6 (can hear this one at the bottom end of your car's FM radio dial) Find the frequencies of other channels on the internet. For each channel, the aural (sound) carrier is 0.25 MHz below the channel's top frequency. Notice that you can't tune most radios to these numbers, because they're designed to receive radio broadcasts, not TV. 3). None of this works at all if the station has gone to all-digital transmission.
30 Mhz - 300 Mhz
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It depends on the situation. The international maritimedistress frequency is channel 16, which is 156.80 MHz. The international civilian airband distress frequency is 121.5 MHz.
If you are in a boat the frequency is 156.8 Mhz, also known as channel 16. For an aircraft emergency the VHF frequency is 243.0 Mhz.
The analog audio is at 179.75 mhz.
54.0-72.0 Analog channel 7 audio is 179.75 mhz in the USA.
Single Channel Ground Air Radio Systems (sincgars) can operate in VHF (very high frequency) low band 30.0000 MHz to 89.9999 MHz or VHF high band which is 90.0000 MHz to 224.9999 MHz
If you are asking about CB (Citizen's Band) communications it is at a frequency of 27.03500Mhz.
a tacan channel is formed by 2 frequencies spaced by 63 mhz
6 MHz wide, analog was at 179.75 Mhz for the audio.
Since the 8085 has a maximum clock frequency of 6 MHz, increasing the crystal frequency from 5 MHz to 20 MHz, a corresponding clock frequency change of 2.5 MHz to 10 MHz, the chip would malfunction.
The operating frequency of 8085 is 3 mhz to 5 mhz
30 MHz to 300 MHz