A half-wave dipole, which has a total length of L= 2.00 cm. (i) Analyze the resonant frequency fr. (ii) Determine the new f, when the dipole length is 3L. (iii) Determine the radiation resistance of a quarter-wave monopole that has a total length of L.
A half-wave dipole, which has a total length of L= 2.00 cm. (i) Analyze the resonant frequency fr. (ii) Determine the new f, when the dipole length is 3L. (iii) Determine the radiation resistance of a quarter-wave monopole that has a total length of L.
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A half-wave dipole, which has a total length of L = 2.00 cm.
(i) Analyze the resonant frequency fr.
(ii) Determine the new fr when the dipole length is 3L.
(iii) Determine the radiation resistance of a quarter-wave monopole that has a total length of L.
Transcribed Image Text:A half-wave dipole, which has a total length of L= 2.00 cm.
(i)
Analyze the resonant frequency fr.
(ii)
Determine the new f, when the dipole length is 3L.
(iii)
Determine the radiation resistance of a quarter-wave monopole that has
a total length of L.
Expert Solution
Step 1
Part (i):
It is known that the antenna always works at the resonant frequency whether it is a half-wave dipole or quarter-wave monopole.
Write the expression for the resonant frequency,
Step 2
Part (ii):
Write the expression for the resonant frequency,
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