Want this question answered?
400-470 mhz = -70
5 MHz = 1 second divided by 5.000.000 4.77 MHz = 1 second divided by 4.770.000
1,000 KHz = 1 MHz
The period of 1 MHz is 1 microsecond. The waveform is irrelevant.
Not possible ! MHz is a measure of frequency, km is a unit of distance - while gigabits is a quantity of memory.
2 to 29.999 Mhz 2 to 29.999 Mhz
868 MHz and 902-928 MHz.
30 MHz to 300 MHz
Frequency Coverage: VHF-Lo: ................................ 29 MHz -50 MHz (in 5kHz steps) Ham: ................................... 50 MHz -54 MHz (in 5kHz steps) Government: .......................... 136 MHz -144 MHz (in 5kHz steps) Ham: ................................. 144 MHz -148 MHz (in 5kHz steps) VHF-Hi: .............................. 148 MHz -174 MHz (in 5kHz steps) Ham/Government: .................. 460 MHz - 450 MHz (in 12.5kHz steps) UHF-Lo: .......................... 450 MHz - 470 MHz (in 12.5kHz steps) UHF-Hi: .......................... 470 MHz - 512 MHz (in 12.5kHz steps) Channels of Operation.............Any 16 channels in any band combination
VHF: 116-149.975 mhz UHF: 225-399.975 mhz
VHF is in the range 30 to 300 MHz.
Hi, For every GSM band there are Uplink and downlink frequencies. Example: GSM 900 TX: 880 MHz to 915 MHz is an uplink frequency range GSM 900 RX: 925 MHz to 960 MHz is a downlink frequency range Aloha, Maverick
It's going to be very close. 2.3 MHz is not a strong frequency at all.
It should work... just as long as a receiver is nearby with the same frequencies. Any radio will transmit anywhere. it's just that nobody will hear it unless they are on the same frequency and within hearing range.
30.000 to 87.975 MHZ
108 to 108 MHz is the radio frequency range assigned to the audio portion of broadcast television channels.
The AM radio band falls in the comparatively low frequency range of 550 to 1600 KHz while FM radio operates in the 88 to 108 MHZ range and CB operates in the relatively narrow range of 26.95 to 27.405 MHZ. Cellular telephone operates in a frequency band of 825 to 890 MHZ.