Question

2) Transformer and Half Wave Rectifier Circuit Problem: Refer to the schematic below of the transformer and Half-Wave Rectifier for this problem. Vin 230 V (rms) 4:1 Silicon + Vsec - + VL RL 50 ?? The input voltage (Vin) is a sine wave with an rms value (effective value) of 230 V (rms) as shown in the schematic. The VL (Load Voltage) can also be referred to as VOUT (Output Voltage). Find or perform the following: a) Find the secondary rms voltage, VSEC (rms) b) Find the secondary peak voltage, VSEC (peak) c) Sketch the secondary voltage waveform (VSEC plotted against time) d) Find the Load peak voltage, VL (peak) e) Sketch the Load voltage waveform (VL plotted against time) f) Find the DC component of Load Voltage (average value of Load Voltage), VL(DC) = VL(average) g) Find the peak load current, IL (peak) h) Find the average load current, IL (average) i) Find the PIV (Peak Inverse Voltage) across the diode when the diode is reverse biased

          2) Transformer and Half Wave Rectifier Circuit Problem:
Refer to the schematic below of the transformer and Half-Wave Rectifier for this problem.

Vin
230 V (rms)
4:1
Silicon
+ Vsec -
+
VL RL 50 ??

The input voltage (Vin) is a sine wave with an rms value (effective value) of 230 V (rms) as shown in the schematic.
The VL (Load Voltage) can also be referred to as VOUT (Output Voltage).

Find or perform the following:
a) Find the secondary rms voltage, VSEC (rms)
b) Find the secondary peak voltage, VSEC (peak)
c) Sketch the secondary voltage waveform (VSEC plotted against time)
d) Find the Load peak voltage, VL (peak)
e) Sketch the Load voltage waveform (VL plotted against time)
f) Find the DC component of Load Voltage (average value of Load Voltage), VL(DC) = VL(average)
g) Find the peak load current, IL (peak)
h) Find the average load current, IL (average)
i) Find the PIV (Peak Inverse Voltage) across the diode when the diode is reverse biased

2) Transformer and Half Wave Rectifier Circuit Problem:
Refer to the schematic below of the transformer and Half-Wave Rectifier for this problem.

Vin
230 V (rms)
4:1
Silicon
+ Vsec -
+
VL RL 50 ??

The input voltage (Vin) is a sine wave with an rms value (effective value) of 230 V (rms) as shown in the schematic.
The VL (Load Voltage) can also be referred to as VOUT (Output Voltage).

Find or perform the following:
a) Find the secondary rms voltage, VSEC (rms)
b) Find the secondary peak voltage, VSEC (peak)
c) Sketch the secondary voltage waveform (VSEC plotted against time)
d) Find the Load peak voltage, VL (peak)
e) Sketch the Load voltage waveform (VL plotted against time)
f) Find the DC component of Load Voltage (average value of Load Voltage), VL(DC) = VL(average)
g) Find the peak load current, IL (peak)
h) Find the average load current, IL (average)
i) Find the PIV (Peak Inverse Voltage) across the diode when the diode is reverse biased

Added by -Ngel P.

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