(a) Figure 1.1 shows a voltage clamp circuit where D, and D; are ideal diodes. Calculate the values of the two constant voltage sources, V, and V2, if the output voltage voUT is given by the waveform shown in Figure 1.2 when the input voltage is vN = 10 sin(@t). R www D VIN VOUT + Figure 1.1

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(a) Figure 1.1 shows a voltage clamp circuit where D, and D2 are ideal diodes.
Calculate the values of the two constant voltage sources, V, and V2, if the
output voltage VOUT is given by the waveform shown in Figure 1.2 when the
input voltage is vIN = 10 sin(@t).
ww
D
VIN
VOUT
V.
Figure 1.1
10
5
-5
- 10
3 7
4 7
ot in radians
Figure 1.2
(b) Sketch the corresponding output voltage vouT for the circuit shown in
Figure 1.1 when vIN = 10 sin(@t), and the values of the constant voltage
sources are V1= 20 V and V2= 4 V. You should note the polarities of the
constant voltage sources as indicated in Figure 1.1 and assume D, and D2
are ideal diodes.
To facilitate your sketch, a dashed plot of the input voltage vIN is included
at the end of the examination. Please detach this sheet, use it to sketch the
output voltage, VOUT., and then add the sheet to your answer book.
(c) For the circuit shown in Figure 1.1, assume that each diode has an internal
voltage drop of 1 V in forward bias operation with negligible resistance.
Calculate the minimum output value for the output voltage, VOUT, when the
input voltage has an offset of +2 V (i.e., vIN = 2 + 10sin(@t) ), and when the
values of the constant voltage sources are V= 20 V and V2=4 V.
VOUT in Volts
Transcribed Image Text:(a) Figure 1.1 shows a voltage clamp circuit where D, and D2 are ideal diodes. Calculate the values of the two constant voltage sources, V, and V2, if the output voltage VOUT is given by the waveform shown in Figure 1.2 when the input voltage is vIN = 10 sin(@t). ww D VIN VOUT V. Figure 1.1 10 5 -5 - 10 3 7 4 7 ot in radians Figure 1.2 (b) Sketch the corresponding output voltage vouT for the circuit shown in Figure 1.1 when vIN = 10 sin(@t), and the values of the constant voltage sources are V1= 20 V and V2= 4 V. You should note the polarities of the constant voltage sources as indicated in Figure 1.1 and assume D, and D2 are ideal diodes. To facilitate your sketch, a dashed plot of the input voltage vIN is included at the end of the examination. Please detach this sheet, use it to sketch the output voltage, VOUT., and then add the sheet to your answer book. (c) For the circuit shown in Figure 1.1, assume that each diode has an internal voltage drop of 1 V in forward bias operation with negligible resistance. Calculate the minimum output value for the output voltage, VOUT, when the input voltage has an offset of +2 V (i.e., vIN = 2 + 10sin(@t) ), and when the values of the constant voltage sources are V= 20 V and V2=4 V. VOUT in Volts
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