The difference between the repeater’s receive frequency and its transmit frequency is called the offset. So, the offset is a frequency value in units of hertz, kilohertz, or megahertz.
Read moreWhat is the repeater offset for 2 meters?
Beta Program BandOutput Frequencies of Each Group (In MHz)Offset from Output to Input Frequency2 meters (a mix of 20 kHz and 15 kHz channel spacing)145.2 – 145.5 146.61 – 146.97 147.00 – 147.39– 600 kHz – 600 kHz + 600 kHz222 MHz or 1-1/4 meters223.85 – 224.98– 1.6 MHzCommon Ham Radio Repeater Channel Spacings and Offsets www.dummies.com › Technology › Digital Audio Radio › Ham Radio
Read moreHow do you calculate repeater offset?
The offset is the shift the radio will do when you transmit. VHF and UHF repeaters are listed in megahertz, and 600 kilohertz is 0.6 MHz, so you add or subtract 0.6 to the repeater frequency as needed to get the transmit frequency .14 May 2012
Read moreWhich has better range 2m or 70cm?
2m can pass around trees, leaves and other such foliage easier than 70cm which makes it good for rural settings, but 70cm is better if you’re in a place with lots of buildings since it can pass through doorways and windows easier.
Read moreWhat is the calling frequency for 70cm?
70 Centimeters (420-450 MHz) 420.00-426.00ATV repeater or simplex with 421.25 MHz video carrier control links and experimental426.00-432.00ATV simplex with 427.250-MHz video carrier frequency432.00-432.07EME (Earth-Moon-Earth)432.07-432.10Weak-signal CW432.1070-cm calling frequencyBand Plan – ARRL www.arrl.org › band-plan
Read moreWhat is 2m 70cm band?
70cm is the range of frequencies around 440mhz, while 2m is the range of frequencies around 144mhz . Your HT can tune to either of these bands, and can listen and transmit.
Read moreHow far can you talk on 70 cm?
2m- Good all around band for talking/chatting, but since its VHF, signal travel depends on what’s in its way and the power output of the radio. 70cm- Good band, since its UHF its good to have in the city or around tall buildings or inside of buildings because its wavelength penetrates obstacles better.
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