8. The voltage regulator shown in the figure below, maintains an output voltage of 12 V across the 600 2 load with an input voltage that varies between 20.4 V and 27.6 V. The diode has the following specifications: VF = 0.7V, Vz= 12 V, Iz(min) = 0.2 mA (a) Determine the value of IRL (b) Calculate Is based on the minimum value of the input voltage Vs (c) Hence, determine the value of Rs (d) Using the value of Rs obtained in part (c), calculate the value of Is when the input voltage Vs is adjusted to 27.6V Rs Vs Is Vz R₁ = 600 IRL Vo

8. The voltage regulator shown in the figure below, maintains an output voltage of 12 V across the 600 2 load with an input voltage that varies between 20.4 V and 27.6 V. The diode has the following specifications: VF = 0.7V, Vz= 12 V, Iz(min) = 0.2 mA (a) Determine the value of IRL (b) Calculate Is based on the minimum value of the input voltage Vs (c) Hence, determine the value of Rs (d) Using the value of Rs obtained in part (c), calculate the value of Is when the input voltage Vs is adjusted to 27.6V Rs Vs Is Vz R₁ = 600 IRL Vo

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.

See similar textbooks

Similar questions

What is the difference between a diode and rectifier?
How is a solid-state diode tested? Explain.
What is CEMF?
Determine the minimum value of RL to ensure that the Zener diode is in the "on" state.
In the circuit shown below. Determine the following a. Vs (at the secondary) b. Vout (across RL) c. Vrip (ripple votage) d. VDC e. PIV (Peak Inverse Voltage) 10:1 Output 115 V mis 60 Hz RL 2.2 k) D, 50μF- All diodes are IN4001. Tund AlMannai EENG261 Page 5/11
Determine the connduction states of the diodes and the unknown values
Determine the state of diode for the circuit shown and find ID, VD. Assume simplified model for the diode. 4k02 2V 1k02. Off, 0.00mA, 0.4V O Off, -0.005mA, 0.0v On, 0.48mA, 0.6v On, 0.55mA, 0.7v Option 5
Select any diode from LTSpice Library. (The type of diode should either be RECTIFIER or SILICON) Create a Half-Wave Rectifier circuit. Use a resistor of 1000 Ohms. Input Voltage should be 95VAC - 65Hz Plot both the Input voltage and output voltage. Determine the Voltage drop across the diode by subtracting the output voltage to the input voltage peaks. Create a Bridge-Type Full Wave Rectifier Circuit. Repeat the steps done on the Half-Wave Rectifier circuit.
Draw the input waveform and output waveform for the circuit given below with proper values marked in the figure. Assume D1 as silicon and D2 as germanium diodes. Input Vpp=20V. V1=5 V and V2=9 V. R www D1 Vin Vout v1 V2 Maximum voltage of output waveform Minimum voltage of output waveform
Draw the input waveform and output waveform for the circuit given below with proper values marked in the figure. Assume D1 as germanium and D2 as silicon diodes. Input Vpp%3D20V, V1=3 V and V2=10 V. R D2 D1 Vin Vout V1 V2 Maximum voltage of output waveform Minimum voltage of output waveform Ps
Draw the output waveform for the given circuit diagram with proper values and also mention the name of the circuit. The input waveform Vi is having a peak-to-peak value of 13 V and the bias voltage is 3 V. Assume diode to be silicon. Vị Vo Maximum value of output waveform Minimum voltage of output waveform www
The PIV experienced by each of the diodes for the below shown rectifier configuration is