Problem 1. (25 points) a. (7 Points) Calculate Voc and loc flowing through R=10kq resistor connected to single phase hal

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Problem 1 25 Points A 7 Points Calculate Voc And Loc Flowing Through R 10kq Resistor Connected To Single Phase Hal 1 (56.17 KiB) Viewed 26 times

Problem 1. (25 points) a. (7 Points) Calculate Voc and loc flowing through R=10kq resistor connected to single phase half wave rectifier. Also calculate the DC power consumed by the load. The Voltage Source Vs = 33.9(Vy-p)sin (377). Diode AC Input A R Vour VA Ov АЛ A Ov -Equivalent Resultant Output Waveform AC Input Waveform b. (5 Points) Add a capacitor C = 10 mF to smooth the response Your and calculate VRipplep-p) (system frequency is 60Hz). ENGR 3373-252 Circuits and Devices Texas State University Diode Smoothing Capacitor AC Output Input C Charges Discharges Output Waveform with Capacitor V. Ov- АЛТ Ov Output Waveform Without Capacitor Resultant Output Waveform AC Input Waveform Now you are asked to design a full-wave rectifier power supply. C. (5 Points) Draw how the diodes inside a rectifier bridge are connected. On your drawing, indicate the AC and DC terminals, and calculate Voc and loc flowing through R=10k2 resistor connected to single phase full wave rectifier. d. (8 Points) Add a capacitor C = 10 mF to smooth the response Vour and calculate the maximum tolerable ripple in the full-wave rectifier Vripplelp-p) (system frequency is 60Hz).