Q2. In an electronic power circuit, the rate of change of current (di / dt) exceeds the limit specified in the semiconductor switch data sheet. Which of the following options can be considered as a scientific solution to this problem? More than one option is possible.
Q2. In an electronic power circuit, the rate of change of current (di / dt) exceeds the limit specified in the semiconductor switch data sheet. Which of the following options can be considered as a scientific solution to this problem? More than one option is possible.
Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
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![Q2. In an electronic power circuit, the rate of change of current (di /
dt) exceeds the limit specified in the semiconductor switch data
sheet.
Which of the following options can be considered as a scientific
solution to this problem? More than one option is possible.
1- Increasing the speed of turning on the key by increasing the
excitation current in the initial moments of the connected command.
2- Increasing the dimensions of the heatsink connected to the key.
3- Replace the switch with another switch that has the ability to
withstand voltage and current similar to the larger allowable di / dt
unit.
4- Using inductive sniper for the key.
5-Using series resistance with switch.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F747902ee-eefe-490d-8b37-cbf84f1d3add%2Fe9903a18-0e18-4c98-80d9-0dcde7c2d595%2Fusb3dpk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Q2. In an electronic power circuit, the rate of change of current (di /
dt) exceeds the limit specified in the semiconductor switch data
sheet.
Which of the following options can be considered as a scientific
solution to this problem? More than one option is possible.
1- Increasing the speed of turning on the key by increasing the
excitation current in the initial moments of the connected command.
2- Increasing the dimensions of the heatsink connected to the key.
3- Replace the switch with another switch that has the ability to
withstand voltage and current similar to the larger allowable di / dt
unit.
4- Using inductive sniper for the key.
5-Using series resistance with switch.
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