No. But the microwave ovens can sure affect RF repeaters, if any RF leaks out of the oven.
-- The transmitter power output from an RF repeater in the same general frequency neighborhood
as the oven is typically a few watts.
-- The receiver sensitivity of an RF repeater in the same general frequency neighborhood as
the oven is typically something like 0.00000000001 watt (-80 dBm).
-- The microwave power poured into the chamber to heat the meatloaf is typically
somewhere between 600 watts and 2,000 watts !
-- That's why it's so important to avoid hurting the door. It's the only thing hanging
between you and a ton of RF.
-- Here's an opinion of mine that I've given concerned customers. I may be wrong,
but I believe I'm correct: You're exposed to less RF radiation when you're standing
under a fully-loaded cellular/microwave tower than when you're standing in your
kitchen waiting for the popcorn.
-- I have been employed in a microwave-system factory where, during performance
testing in the system integration area, the use of the microwave oven in the break-
room had to be suspended.
-- I have also had the experience, during a troubleshooting assignment to the
headquarters of the HongKong Fire Department, of tracing interference on the
department's nationwide communications system to the dorm-room-size
microwave in the breakroom on the same floor as the dispatch center and
radio hub.
Ahhh, those were the days my friend . . . .
rf microwave spectrum analyzer provides a direct display
A magnetron may be used to generate radio-frequency currents and fields at high power and high frequencies. The source of RF in most microwave ovens is a magnetron.
Andrei Grebennikov has written: 'RF and Microwave Transistor Oscillator Design' 'RF and microwave power amplifiers and oscillators' -- subject(s): Microwave Oscillators, Microwave amplifiers, Power amplifiers, Radio frequency oscillators
An RF circulator is used in a microwave oven. Unless one has purchased a very expensive microwave, it would probably be more cost efficient to purchase a new one than to purchase an RF circulator.
An rf link transmitter is used to connect different repeaters together in a wireless network. A repeater is used to strengthen a wireless signal and provide better coverage.
I. J. Bahl has written: 'RF and Microwave Coupled-Line Circuits' 'Fundamentals of RF and microwave transistor amplifiers' -- subject(s): Radio frequency Amplifiers, Microwave amplifiers, Transistor amplifiers
yes , there are ways to do it... one particular is you actually use a intermediate item that is actually wired.. with rf repeaters or similar.
A microwave oven is called a 'microwave' because that is the type of radio wave it uses to induce heat. An RF wave with a frequency between 300 MHz and 300 GHz is considered a microwave. Microwave ovens typically operate around 1-2 GHz. It is always surprising as to why they are called micro waves when their frequency is in Giga range. Its because, their wavelength is in micron range.
That's a real variable. By that, I mean that it depends on the RF output power of the repeaters in watts, the receiving system's sensitivity, AM/FM, whether or not you're using directional antennas, terrain conditions, weather conditions, etc. Without more info, that's the best I can do.
RF means radio frequency or relativity low range of frequency microwaves however are into the top range of the spectrum or very hi frequency.
800 W nominal of RF microwave energy (IEC Test procedure)Operating frequency 2450 MHz
The short answer is "by superheterodyning it". A more complete answer requires information not given in your question.