If a single section quarter wave transformer is used for impedance matching at some frequency, then the length of the matching line is: O a. Is a constant at all frequencies O b. Is different at...


If a single section quarter wave transformer is used for impedance matching at<br>some frequency, then the length of the matching line is:<br>O a. Is a constant at all frequencies<br>O b. Is different at different frequencies<br>O c. None<br>O d. Is /8 at the design frequency<br>O e. Is /2 for other frequencies<br>

Extracted text: If a single section quarter wave transformer is used for impedance matching at some frequency, then the length of the matching line is: O a. Is a constant at all frequencies O b. Is different at different frequencies O c. None O d. Is /8 at the design frequency O e. Is /2 for other frequencies
If a load of 32 0 has to be matched to a transmission line of characteristic<br>impedance of 50 Q, then SWR on the matching quarter wave transformer is:<br>O a. 0.8<br>O b. 1.5625<br>Oc. Infinity<br>Fir<br>O d. None<br>Tin<br>O e. 1.25<br>O f. 1<br>

Extracted text: If a load of 32 0 has to be matched to a transmission line of characteristic impedance of 50 Q, then SWR on the matching quarter wave transformer is: O a. 0.8 O b. 1.5625 Oc. Infinity Fir O d. None Tin O e. 1.25 O f. 1

Jun 11, 2022
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