Question

D2 in C1 a b 10Vsin(wt) D1 C2 ? 1. The circuit shown is a cascade of 2 recognizable topologies. Name them. 2. Sketch the waveform you expect to see (at steady-state) developing at nodes a and b. Explain your reasoning. You may assume that the ON voltage of the Schottky diodes is ignorably-small. 3. Verify your answer using LTspice. Use f=10kHz, C1=C2=10nF, D = BAT54. Run transient simulation for 1msec (10 input periods) and a step size of 1usec. Include print-out of your schematic and a plot containing in, a, and b.

          D2
in
C1
a
b
10Vsin(wt)
D1
C2
?
1. The circuit shown is a cascade of 2 recognizable topologies. Name them.
2. Sketch the waveform you expect to see (at steady-state) developing at nodes a and b. Explain
your reasoning. You may assume that the ON voltage of the Schottky diodes is ignorably-small.
3. Verify your answer using LTspice. Use f=10kHz, C1=C2=10nF, D = BAT54. Run transient
simulation for 1msec (10 input periods) and a step size of 1usec. Include print-out of your
schematic and a plot containing in, a, and b.
        
Show more…
D2
in
C1
a
b
10Vsin(wt)
D1
C2
?
1. The circuit shown is a cascade of 2 recognizable topologies. Name them.
2. Sketch the waveform you expect to see (at steady-state) developing at nodes a and b. Explain
your reasoning. You may assume that the ON voltage of the Schottky diodes is ignorably-small.
3. Verify your answer using LTspice. Use f=10kHz, C1=C2=10nF, D = BAT54. Run transient
simulation for 1msec (10 input periods) and a step size of 1usec. Include print-out of your
schematic and a plot containing in, a, and b.

Added by John M.

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University Physics with Modern Physics
University Physics with Modern Physics
Hugh D. Young 14th Edition
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1. The circuit shown is a cascade of 2 recognizable topologies. Name them. 2. Sketch the waveform you expect to see (at steady-state) developing at nodes a and b. Explain your reasoning. You may assume that the ON voltage of the Schottky diodes is ignorably-small. 3. Verify your answer using LTspice. Use f=10kHz, C1=C2=10nF, D = BAT54. Run transient simulation for 1msec (10 input periods) and a step size of 1usec. Include print-out of your schematic and a plot containing in, a, and b. D2 in C1 HH a b 10Vsin(wt) D
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Transcript

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00:01 So, according to the question, first of all we will write the given part.
00:03 So input rms voltage, input rms voltage which we denote by vp, it is given to us which is equal to 240 volts.
00:18 Okay.
00:20 Also the number of turns, that means ns upon np, number of turns in secondary upon number of turns in primary, it is given as 1 upon 5.
00:29 So we have to determine the voltage between p and q, it will be vs according to the given figure.
00:34 So we know according to the theory of transformer vs upon vp value is always equal to ns upon np...
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