1. What length of standard RG-8/U coaxial cable would be required to obtain 45 degrees phase shift at 200 MHz? Assume that the velocity factor is 0.66. Hint: Lengths of line that are not equal to a...


1. What length of standard RG-8/U coaxial cable would be required<br>to obtain 45 degrees phase shift at 200 MHz? Assume that the<br>velocity factor is 0.66.<br>Hint:<br>Lengths of line that are not equal to a wavelength yield a phase delay<br>proportional to their length. Since a length A produces a phase shift of<br>360°, the phase delay produced by a given transmission line is<br>0 = (360°)<br>O is the phase shift<br>L is the Tx line length<br>A is the wavelength of the Tx line<br>Where<br>

Extracted text: 1. What length of standard RG-8/U coaxial cable would be required to obtain 45 degrees phase shift at 200 MHz? Assume that the velocity factor is 0.66. Hint: Lengths of line that are not equal to a wavelength yield a phase delay proportional to their length. Since a length A produces a phase shift of 360°, the phase delay produced by a given transmission line is 0 = (360°) O is the phase shift L is the Tx line length A is the wavelength of the Tx line Where

Jun 10, 2022
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