Design a power supply using Full Wave Rectifier FWR, and Zener diodes, and analyze statistically the...

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Design a power supply using Full Wave Rectifier FWR, and Zener diodes, and analyze statistically the performance of the DC supply Use a step-down transformer, FWR and Zener diodes to design, and simulate a DC power supply to produce 30 V using two Zener diodes of Vz= 15 Volts. Consider the alternating power source is delivering 230 V/ 50 Hz. Evaluate the effectiveness of the designed supply through analyzing statistically the supply performance by drawing load currents, and powers with respect to many load resistors. Use load resistors: 10k, 9k, 8k, 7k, 6k, 5k, 4k, 3k, 2k, and 1k. The assignment report should include the following sections: 1- Assignment title and objectives. 2- Introduction. 3- Design procedure. 4- Simulation with results 5- Conclusion. Design a power supply using Full Wave Rectifier FWR, and Zener diodes, and analyze statistically the performance of the DC supply Use a step-down transformer, FWR and Zener diodes to design, and simulate a DC power supply to produce 30 V using two Zener diodes of Vz= 15 Volts. Consider the alternating power source is delivering 230 V/ 50 Hz. Evaluate the effectiveness of the designed supply through analyzing statistically the supply performance by drawing load currents, and powers with respect to many load resistors. Use load resistors: 10k, 9k, 8k, 7k, 6k, 5k, 4k, 3k, 2k, and 1k. The assignment report should include the following sections: 1- Assignment title and objectives. 2- Introduction. 3- Design procedure. 4- Simulation with results 5- Conclusion.

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Solution Design of a Power Supply Using Full Wave Rectifier and Zener Diodes Objective Design a power supply using Full Wave Rectifier FWR and Zener diodes to produce a DC voltage of 30 volts The powe... View the full answer