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linux kid
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I know that electricity can be converted to microwaves obviously.
But how is it converted to radio waves?
But how is it converted to radio waves?
linux kid said:I know that electricity can be converted to microwaves obviously.
But how is it converted to radio waves?
michaeltorrent said:i have a question,
is it possible for us to run very high oscillating current in an antenna as high as 5x10^14 hz?
if we can, then it will produced visible light from the antenna.??
linux kid said:What is electromagnetic radiation made of? What are the particles moving back and forth between the two charges?
eeka chu said:The radiation itself isn't a particle, it's a disturbance in the electromagnetic fields between the transmitter and receiver.
Electricity generates radio waves through a process called modulation. Modulation involves varying the amplitude, frequency, or phase of the electrical signal to create a pattern that can be transmitted as a radio wave.
An antenna is a crucial component in the conversion of electricity to radio waves. It acts as a transducer, converting the electrical signal into an electromagnetic wave that can be transmitted through the air.
Yes, any type of electricity can be converted to radio waves. However, the frequency and strength of the radio waves will depend on the characteristics of the electrical signal.
Yes, the frequency range for radio waves generated from electricity is typically between 3 kHz and 300 GHz. This range is commonly referred to as the radio frequency (RF) spectrum.
The quality of radio waves is affected by various factors in the conversion process from electricity, such as the strength and stability of the electrical signal, the efficiency of the antenna, and any interference or noise present. Proper modulation and transmission techniques are essential for producing high-quality radio waves.