In a parallel voltage regulator circuit, if the input voltage changes from (24 volts to 28 volts) and the value of the resistor limiting the current is 200 ohms and the load resistance is 1000 ohms, draw the circuit and calculate 1. The minimum and maximum value of the total current of the circuit 2. The minimum and maximum value of the current Passing through the diodes 3. Voltage and current of the load

Electric Motor Control
10th Edition
ISBN:9781133702818
Author:Herman
Publisher:Herman
Chapter59: Motor Startup And Troubleshooting Basics
Section: Chapter Questions
Problem 12SQ: How is a solid-state diode tested? Explain.
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In a parallel voltage
regulator circuit, if the
input voltage changes
from (24 volts to 28
volts) and the value of
the resistor limiting the
current is 200 ohms and
the load resistance is
1000 ohms, draw the
circuit and calculate 1.
The minimum and
maximum value of the
total current of the
circuit 2. The minimum
and maximum value of
the current Passing
through the diodes 3.
Voltage and current of
the load
Transcribed Image Text:In a parallel voltage regulator circuit, if the input voltage changes from (24 volts to 28 volts) and the value of the resistor limiting the current is 200 ohms and the load resistance is 1000 ohms, draw the circuit and calculate 1. The minimum and maximum value of the total current of the circuit 2. The minimum and maximum value of the current Passing through the diodes 3. Voltage and current of the load
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