Skip to main content
added 9 characters in body
Source Link
my2cts
  • 25.3k
  • 2
  • 22
  • 72

The length of a dipole antenna is chosen so that the antenna is resonant at the frequency to be emitted. Since the wave speed in a good conductor is close to the speed of light in vacuum, the length should be close to the half the wavelength of the radiowaves in vacuum. See https://en.wikipedia.org/wiki/Dipole_antenna#Dipole_antennas_of_various_lengths

A different length can also be used if the resonance frequency is adjusted by use of a matching network.

The length of a dipole antenna is chosen so that the antenna is resonant at the frequency to be emitted. Since the wave speed in a good conductor is close to the speed of light in vacuum, the length should be close to the wavelength of the radiowaves in vacuum. See https://en.wikipedia.org/wiki/Dipole_antenna#Dipole_antennas_of_various_lengths

A different length can also be used if the resonance frequency is adjusted by use of a matching network.

The length of a dipole antenna is chosen so that the antenna is resonant at the frequency to be emitted. Since the wave speed in a good conductor is close to the speed of light in vacuum, the length should be close to the half the wavelength of the radiowaves in vacuum. See https://en.wikipedia.org/wiki/Dipole_antenna#Dipole_antennas_of_various_lengths

A different length can also be used if the resonance frequency is adjusted by use of a matching network.

added 108 characters in body
Source Link
my2cts
  • 25.3k
  • 2
  • 22
  • 72

The length of a dipole antenna is chosen so that the antenna is resonant at the frequency to be emitted. Since the wave speed in a good conductor is close to the speed of light in vacuum, the length should be close to the wavelength of the radiowaves in vacuum. See https://en.wikipedia.org/wiki/Dipole_antenna#Dipole_antennas_of_various_lengths

A different length can also be used if the resonance frequency is adjusted by use of a matching network.

The length of a dipole antenna is chosen so that the antenna is resonant at the frequency to be emitted. Since the wave speed in a good conductor is close to the speed of light in vacuum, the length should be close to the wavelength of the radiowaves in vacuum. See https://en.wikipedia.org/wiki/Dipole_antenna#Dipole_antennas_of_various_lengths

The length of a dipole antenna is chosen so that the antenna is resonant at the frequency to be emitted. Since the wave speed in a good conductor is close to the speed of light in vacuum, the length should be close to the wavelength of the radiowaves in vacuum. See https://en.wikipedia.org/wiki/Dipole_antenna#Dipole_antennas_of_various_lengths

A different length can also be used if the resonance frequency is adjusted by use of a matching network.

Source Link
my2cts
  • 25.3k
  • 2
  • 22
  • 72

The length of a dipole antenna is chosen so that the antenna is resonant at the frequency to be emitted. Since the wave speed in a good conductor is close to the speed of light in vacuum, the length should be close to the wavelength of the radiowaves in vacuum. See https://en.wikipedia.org/wiki/Dipole_antenna#Dipole_antennas_of_various_lengths