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(b) in 120 VRMS sine 60 Hz (i). (ii). D1 (iii). D2 Figure 3 Referring to the full wave rectifier circuit in Figure 3. The secondary transformer is centre tapped and the ratio of primary coil and secondary coil (Np:Ns) is 4:1. (Vd=0.7 V) Solve the secondary transformer peak voltage, V sp Calculate the DC voltage, Voc of D1 when it is conducted, and current across R1, out Draw the output voltage waveform of D1 and D2. R1 100 Ω

(b) in 120 VRMS sine 60 Hz (i). (ii). D1 (iii). D2 Figure 3 Referring to the full wave rectifier circuit in Figure 3. The secondary transformer is centre tapped and the ratio of primary coil and secondary coil (Np:Ns) is 4:1. (Vd=0.7 V) Solve the secondary transformer peak voltage, V sp Calculate the DC voltage, Voc of D1 when it is conducted, and current across R1, out Draw the output voltage waveform of D1 and D2. R1 100 Ω

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î (b) in 120 VRMS sine 60 Hz (ii). D1 (iii). D2 Figure 3 Referring to the full wave rectifier circuit in Figure 3. The secondary transformer is centre tapped and the ratio of primary coil and secondary coil (Np:Ns) is 4:1. (Vd=0.7 V) (i). Solve the secondary transformer peak voltage, V sp Calculate the DC voltage, VDC of D1 when it is conducted, and current across R1, out Draw the output voltage waveform of D1 and D2. R1 100 Ω
Transcribed Image Text:î (b) in 120 VRMS sine 60 Hz (ii). D1 (iii). D2 Figure 3 Referring to the full wave rectifier circuit in Figure 3. The secondary transformer is centre tapped and the ratio of primary coil and secondary coil (Np:Ns) is 4:1. (Vd=0.7 V) (i). Solve the secondary transformer peak voltage, V sp Calculate the DC voltage, VDC of D1 when it is conducted, and current across R1, out Draw the output voltage waveform of D1 and D2. R1 100 Ω
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