A cubic (a=b%3Dd) cavity resonator filled with Polyethylene (ɛr = 2.25) has a dominant resonant frequency of 6.8 GHz. Find its dimensions in cm. of O a. None estion O b. 3.12 O c. 2.07 O d. 3.82 O e....

A cubic (a=b%3Dd) cavity resonator filled with Polyethylene (ɛr = 2.25) has a<br>dominant resonant frequency of 6.8 GHz. Find its dimensions in cm.<br>of<br>O a. None<br>estion<br>O b. 3.12<br>O c. 2.07<br>O d. 3.82<br>O e. 2.54<br>

Extracted text: A cubic (a=b%3Dd) cavity resonator filled with Polyethylene (ɛr = 2.25) has a dominant resonant frequency of 6.8 GHz. Find its dimensions in cm. of O a. None estion O b. 3.12 O c. 2.07 O d. 3.82 O e. 2.54

A parallel RLC resonator with an external load is shown below. Find the loaded Q<br>factor.<br>R = 696 Q, RL = 1146 Q, L = 16 nH, C = 10 pF.<br>on<br>RL<br>R<br>O a. 68.02<br>O b. 28.65<br>O c. 10.83<br>d. 0.09<br>O e. 17.40<br>

Extracted text: A parallel RLC resonator with an external load is shown below. Find the loaded Q factor. R = 696 Q, RL = 1146 Q, L = 16 nH, C = 10 pF. on RL R O a. 68.02 O b. 28.65 O c. 10.83 d. 0.09 O e. 17.40

Jun 11, 2022

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A cubic (a=b%3Dd) cavity resonator filled with Polyethylene (ɛr = 2.25) has a dominant resonant frequency of 6.8 GHz. Find its dimensions in cm. of O a. None estion O b. 3.12 O c. 2.07 O d. 3.82 O e....

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