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authorpriyanka2015-06-24 15:03:17 +0530
committerpriyanka2015-06-24 15:03:17 +0530
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+//Exa 1.6
+clc;
+clear;
+close;
+//Given data
+Vmin=15;//Minimum input voltage in volt
+VZ=6.8;//Voltage across zener in volt
+Vo=VZ;//output voltage in volt
+Vsr1=Vmin-Vo;//Voltage aross series resistance in volt
+disp("If R is the series esistance, Total current in series resistance in Ampere : I=Vsr/R=8.2/R ");
+ILmin=5;//in mA
+disp("current in zener diode in Ampere :IZ=I-IL=(8.2/R-IL*10-3) eqn(1)");
+Vmax=20;//mximum output voltage
+Vo=VZ;//output voltage in volt
+Vsr2=Vmax-Vo;//Voltage aross series resistance in volt
+disp("Current in series resistance circuit in Ampere : I=Vsr/R");
+ILmax=15;//in mA
+disp("current in zener diode in Ampere :IZ=I-IL=(Rs/R-IL*10-3) eqn(2)")
+disp("For Zener diode to work as voltage regulator,(1) and (2) must be same.");
+disp("(8.2/R-IL*10-3)=(13.2/R-IL*10-3)")
+R=(Vsr2-Vsr1)/(ILmax*10^-3-ILmin*10^-3);//in Ohm
+disp(R,"Required value of Series Resistor in ohm : "); \ No newline at end of file