Implementation of an Over Voltage and Under Voltage Protection System
VerifiedAdded on 2020/04/21
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AI Summary
The project focuses on creating a protective mechanism for electronic devices by designing a circuit that can detect both over voltage and under voltage situations. The system utilizes an ideal single-phase transformer, a rectifier circuit with center-tapped transformers and diodes, and relay units to control the disconnection of loads based on detected voltage conditions. Capacitors are employed to manage capacitive loads, while choke coils are used for inductive loads, establishing operational limits that trigger protective actions. The solution addresses issues like obtaining complete waveforms from rectifiers by adjusting transformer turns and employs formulas to calculate output voltages under various scenarios. Collaborative efforts within the team ensure adherence to quality standards, with regular consultations on technical challenges and project plans. This comprehensive approach results in a prototype model capable of safeguarding appliances from potential voltage-related damages.
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