No BSD License
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a=acdc(varargin)
This function offers solution to the formulaes of single phase ac switch and general
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a=converter(varargin)
This function offers solution to the formulaes of single phase convertor and general
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a=fullwave(varargin)
This programme solves various formulaes for single phase full wave rectifier
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b=ac_controller(varargin)
This programme solves various formulaes for three phase half wave star rectifier
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b=controller1(varargin)
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b=controller2(varargin)
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b=controller2(varargin)
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b=tphase(varargin)
This programme solves various formulaes for three phase half wave star rectifier
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d=repeat(varargin)
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e=thanks4(varargin)
This programme offers return option for rl_load.m,rc.m,sprec.m,fullwave.m,bridge.m,tphase.m
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e=thanks6(varargin)
This programme offers return option for rl_load.m,rc.m,sprec.m,fullwave.m,bridge.m,tphase.m
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f=rectifier(varargin)
This is a functions which offers solution to half wave,full wave,bridge and
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f=rl_load(varargin)
This programme solves various formulaes for diode connected to rl load
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m=power_electronics(varargin)
This is a function which offers answers from varioue formulaes of power electronics (Rasheed)
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q=rc(varargin)
This programme solves various formulaes for diode connected to rl load
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s=bridge(varargin)
This programme solves various formulaes for single phase bridge wave rectifier
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s=sprec(varargin)
This programme solves various formulaes for single phase half wave rectifier
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t=graphics(varargin)
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t=graphics1(varargin)
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t=graphics2(varargin)
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t=graphics3(varargin)
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t=thanks(varargin)
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t=thanks1(varargin)
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t=thanks5(varargin)
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hwrll.m
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insert.m
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test.m
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View all files
from
Power Electronics
by MUHAMMAD RIZWAN
Get the answers and plots for various formulaes of power electronics.
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| a=acdc(varargin)
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%This function offers solution to the formulaes of single phase ac switch and general
%dc switch
%This function runs independently as well as with "power_electronics"
%In order to execute this function type ''acdc'' on command prompt
function a=acdc(varargin)
fprintf('Welcome From Worldhitter')
i=menu('Choose Type Of The Switch','Single Phase Ac Switch','Dc Switch','To Do Once Again')
if (i == 1)
%$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
fprintf('\nProvide The Following Data : ')
Im=input('\nEnter The Peak Current(Amperes) :')
fprintf('Wait For 2 Seconds :')
h=menu('Choose What You Want To Be Calculated','Is','Ia','Ir');
if( h == 1 )
%^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
fprintf('\nWelcome From Worldhitter')
fprintf('\n The value Of Rms Line Current is :')
Is=Im/sqrt(2)
%^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
thanks %Function call
thanks1(1,1) %Reapeat
%^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
elseif(h == 2)
fprintf('\nWelcome From Worldhitter')
fprintf('\n The value Of Average Current is :')
Ia=Im/pi
%^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
thanks(1) %Function call
thanks1(1,1) %Reapeat
%^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
elseif(h == 3)
fprintf('\nWelcome From Worldhitter')
fprintf('\n The value Of Rms Current is :')
Ir=Im/2
%^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
thanks(1,1) %Function call
thanks1(1,1)%Repeat
end
%$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$$
elseif(i == 2)
fprintf('\nProvide The Following Data : ')
Vs=input('\nEnter The Supply Voltage(Volts) :')
L=input('\nEnter The Inductance(Henry) :')
C=input('\nEnter The Value Of Capacitance(Farads) :')
wt=input('\nEnter The Angle(Degrees) :')
e=menu('Choose What You Want To Be Calculated','Charging Current(it)','Capacitor Voltage(vc)');
fprintf('\n Wait For 2 Seconds')
pause(2)
%^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
if(e == 1)
fprintf('\nThe Value Of Charging Current is as under')
a=sin(wt);
it=Vs*sqrt(C/L)*a
thanks1 %Function call
thanks1(1,1)
%^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
elseif(e == 2)
fprintf('\nThe Value Of Capacitor Voltage is as under')
b=1-cos(wt);
Vc=Vs*b
thanks1(1) %Function call
pause(1)
thanks1(1,1)
%^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^
end
end
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