You are asked to design a de power supply using a bridge full wave rectifier, as shown in Figure 1.d, to deliver a de voltage of Vo = 12 V to a 3 k2 load resistor with a ripple of less than 0.6 Vpp,...


You are asked to design a de power supply using a bridge full wave rectifier, as<br>shown in Figure 1.d, to deliver a de voltage of Vo<br>= 12 V to a 3 k2 load resistor<br>with a ripple of less than 0.6 Vpp, where Vpp is the peak to peak voltage. The input<br>voltage is a sine wave with frequency of 50 Hz. The diodes have a forward voltage<br>of 0.7 V.<br>i)<br>Calculate the value of smoothing capacitor C.<br>ii)<br>Calculate the rms value of the input voltage, v(t).<br>Figure 1.d.<br>

Extracted text: You are asked to design a de power supply using a bridge full wave rectifier, as shown in Figure 1.d, to deliver a de voltage of Vo = 12 V to a 3 k2 load resistor with a ripple of less than 0.6 Vpp, where Vpp is the peak to peak voltage. The input voltage is a sine wave with frequency of 50 Hz. The diodes have a forward voltage of 0.7 V. i) Calculate the value of smoothing capacitor C. ii) Calculate the rms value of the input voltage, v(t). Figure 1.d.

Jun 10, 2022
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