Determine the values of le and ce for the output lc

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Reference no: EM13858736

Design of a DC Chopper

I. Design of an AC/DC converter with the following the specifications:

(a) AC supply voltage VS = 230 V (rms), 60 Hz.

(b) The DC output voltage V01(dc) = 48 V.

(c) The ripple factor of the output voltage RFV ≤ 5%.
II. Design of step-down DC chopper with the following specifications:

(a) Switching (or chopping) frequency, fs = 20 kHz.

(b) Dc input supply voltage VS = 48 V dc, where as the source available is an ac with 230 V (rms).

(c) Load resistance R = 5 ≤.

(d) The DC output voltage V02(dc) = 12 V.

(e) The peak-to-peak output ripple voltage, ΔVC ≤ 2.5%.

(f) The peak-to-peak inductor ripples current, ΔIL ≤ 5%.

III. Calculation for both circuits:

(a) Determine the values of Le and Ce for the output LC-filter.

(b) Determine the (peak and rms) voltage ratings and the (average, rms, and the peak) current for all components and devices.

(c) Verify your design calculation by using Pspice simulation.

Reference no: EM13858736

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