Contents

clc
clear all

IDENTIFICATION

Name: Autar Kaw (Put your name here) Section : 001 (Put Section here) Semester: Fall 2011 Due Date & Time: August 29, 2011 (Put due data and time here)

disp('Name: Autar Kaw (Put your name here)')
disp('Section : 001 (Put Section here)')
disp('Semester: Fall 2011')
disp('Due Date & Time: August 29, 2011 (Put due data and time here)')

Name: Autar Kaw (Put your name here)
Section : 001 (Put Section here)
Semester: Fall 2011
Due Date & Time: August 29, 2011 (Put due data and time here)

BACKGROUND and DESCRIPTION

Title: The secondary voltage in a transformer can be found by using the relation, vs/ns =vp/np. where, vs= voltage in the secondary winding ns= number of secondary windings vp= voltage in the primary winding np= number of primary windings

% After finding the voltage, current can be found by using the ohms law,
%    I=V/R
% where,
%      I= current flow
%      V=Voltage across the terminal
%      R= Resistance of the material

disp('This program finds the secondary voltage and secondary current in a Transformer')

This program finds the secondary voltage and secondary current in a Transformer

INPUTS AND DISPLAY INPUTS

% primary voltage, vp (volts)
vp=12;
% resistance value, r (ohms)
r=100;
% primary windings, np
np=6;
% secondary windings, ns
ns=3;
fprintf('  The primary voltage is %g V\n',vp)
fprintf('  The secondary resistance is %g ohms\n',r)
fprintf('  There are %g primary windings\n',np)
fprintf('  There are %g secondary windings\n\n',ns)

  The primary voltage is 12 V
  The secondary resistance is 100 ohms
  There are 6 primary windings
  There are 3 secondary windings

CODE

vs=(ns/np)*vp;
I =(vs/r);

DISPLAY OUTPUT

fprintf('  The secondary voltage is %g V\n',vs)
fprintf('  The secondary current is %g amps\n',I)

  The secondary voltage is 6 V
  The secondary current is 0.06 amps

Published with MATLAB® 7.10