n a typical half bridge LLC resonant converter with a Centre tap transformer, has a turns ratio of 3:1:1 with input dc voltage is kept at 400V.   If the output voltage is to be maintained at 50V @ 500W Max. If the Q-factor is kept at 0.3 and the resonant frequency is kept at 50kHz. The required value of the resonant inductor is :Select one:a. 0.464 Micro Henryb. 46.4 Micro Henryc. None of the given choicesd. 4.64 Micro Henry

n a typical half bridge LLC resonant converter with a Centre tap transformer, has a turns ratio of 3:1:1 with input dc voltage is kept at 400V.   If the output voltage is to be maintained at 50V @ 500W Max. The reflected primary side AC resistance in ohm required for Q-factor calculation is:Select one:a. 36.47b. None from the given choicesc. 100.67d. 12.15

In a typical half bridge LLC resonant converter with a Centre tap transformer, has a turns ratio of 3:1:1 with input dc voltage is kept at 400V.   If the output voltage is to be maintained at 50V @ 500W Max. If the Q-factor is kept at 0.3 and the resonant frequency is kept at 50kHz. The required value of the resonant capacitor is : Select one:a. 21.8 Nano Faradb. 2.18 Nano Faradc. None of the given choicesd. 218 Nano Farad

series resonant circuit has R = 2 Ω, L = 1 mH and C = 0.1 μF, the value of quality factor Q is:

An RLC series resonance circuit has a resonance frequency of (5000/2π) Hz and impedance at resonance is 56 Ω. Find the value of the inductance if the Q-factor is 25.

A series RLC circuit has power factor 0.764 and impedance 182 Q at 442 Hz. (a) What's the resistance? (b) If the inductance is 25.0 mH, what's the resonant frequencv? (1 point)