Consider the circuit configuration in the figure, where N₁ and N₂ are 8 and 1, respectively. D1 N1: N2 VIN D2 If the input at the primary coil, VIN is given as 110 Vrms and the load resistor, R1 is set at 4.2 k, determine: R1 VOUT

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1.     The total peak input at the secondary coil 

2.     The peak voltage across each half of the secondary coil 

Assume that the diodes are identical, and their potential barrier is 0.7 V respectively. In the case where the input at the primary coil is a sinusoidal ac signal given by VIN = Vp sin 700t, where Vp is the peak input:

3.     Sketch the output waveform across R1 for at least two input cycles, denoting the peak output voltage, Vp(out) and the period of the cycle, T.

Consider the circuit configuration in the figure, where N₁ and N₂ are 8 and 1, respectively.
D1
N1: N2
VIN
D2
If the input at the primary coil, VIN is given as 110 Vrms and the load resistor, R1 is set at 4.2 ko, determine:
R1
VOUT
Transcribed Image Text:Consider the circuit configuration in the figure, where N₁ and N₂ are 8 and 1, respectively. D1 N1: N2 VIN D2 If the input at the primary coil, VIN is given as 110 Vrms and the load resistor, R1 is set at 4.2 ko, determine: R1 VOUT
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