Question

Determine the minimum value and the maximum value that the series resistor may have in a regulator circuit whose output voltage is to be 25 V , whose input voltage varies from 35 to 40 V , and whose maximum load current is 75 mA . The Zener diode used in this circuit has a maximum current rating of 250 mA .

   Determine the minimum value and the maximum value that the series resistor may have in a regulator circuit whose output voltage is to be 25 V , whose input voltage varies from 35 to 40 V , and whose maximum load current is 75 mA . The Zener diode used in this circuit has a maximum current rating of 250 mA .
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Principles and Applications of Electrical Engineering
Principles and Applications of Electrical Engineering
Giorgio Rizzoni,… 7th Edition
Chapter 8, Problem 51 ↓
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Determine the minimum value and the maximum value that the series resistor may have in a regulator circuit whose output voltage is to be 25 V , whose input voltage varies from 35 to 40 V , and whose maximum load current is 75 mA . The Zener diode used in this circuit has a maximum current rating of 250 mA .
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3. (a) Consider the circuit shown below. The Zener Diode regulates at 50V over a range of diode current from 5 mA to 40 mA. Supply voltage V = 200V. Calculate the value of R to allow voltage regulation from a load current IL = 0 upto I max; the maximum possible value of IL. What is Imax? (Ans: Imax=35 mA) (b) If R is set as in part (a) and IL = 25mA, what are the limits between which V may vary without loss of regulation in the circuit? (Ans: Vmin=162.5 V, Vmax=293.8 V )

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Determine maximum and minimum value of Zener current if value of series resistance is 1 K, load resistance is 2K? and input varies from 10V to 30V. Zener voltage is 5 V.

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