DESIGN THE ACTUAL CIRCUIT USING COMPONENTS AND GIVE THE VALUES FOR THEM FOR UPVOTE

N $=4$

Background

This project is meant to be a highly open$-$ended design project to design a power

supply that will take power from an ac line and convert it to dc$.$ The specific

requirements are as follows:

Input: $110-240$V$50-60$Hz

Output: $($N$+5)$V dc $+-1\%$ with less than $0\mathrm{.}01$ V voltage ripple at $2$ A load. N is the last

digit in your ZID.

The output of the supply must be electrically isolated from the source and must

contain some type of switching converter. The system is to use a feedback control to

maintain proper output voltage throughout the full range of input voltages and

frequencies.

Graduate students must verify the circuit operates properly down to a $0\mathrm{.}2$ A load.

Procedures

Any reasonable procedure to obtain the results will be acceptable.

Report

Show the final circuit used.

Give a short description of how the circuit was obtained.

Show waveforms $110$ V $50$ Hz

a$.$ Input voltage

b$.$ Output voltage

c$.$ Additional waveforms to verify operation

d$.$ Grad student show output with $0\mathrm{.}2$ A output

Show waveforms $110$ V $60$ Hz

a$.$ Input voltage

b$.$ Output voltage

c$.$ Additional waveforms to verify operation

d$.$ Grad student show output with $0\mathrm{.}2$ A output

Show waveforms $240$ V $50$ Hz

a$.$ Input voltage

b$.$ Output voltage

c$.$ Additional waveforms to verify operation

d$.$ Grad student show output with $0\mathrm{.}2$ A output

Show waveforms $240$ V $60$ Hz $2$ A

a$.$ Input voltage

b$.$ Output voltage

c$.$ Additional waveforms to verify operation

d$.$ Grad student show output with $0\mathrm{.}2$ A output

$***$DESIGN THE ACTUAL CIRCUIT USING COMPONENTS AND GIVE THE VALUES FOR THEM FOR UPVOTE$***$

N $=4$