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Electronic Devices and Circuit Assignment on clamper and clipper
Typology: Assignments
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Q1 Draw the output waveform of the circuit given below.
Figure 1
Determine V out
for the network given below.
Figure 2
Q3 Explain the inside behavior of the material of PN Junction diode in forward and reverse
biasing.
Q4 What happens when a conduction-band electron in a silicon crystal loses some energy?
Q5 Because of its barrier potential, can a diode be used as a voltage source? Explain
Q6 The peak voltage across each half of a center-tapped transformer used in a full-wave rectifier
is 140 V. Assuming ideal diodes, find the average output voltage of this rectifier.
Q7 What is the PIV for the diodes in a center-tapped transformer that produces an average output
voltage of 60 V?
Q8 Describe in your own words the characteristics of the ideal diode and how they determine
the on and off states of the device. That is, describe why the short-circuit and open-circuit
equivalents are appropriate.
Q9 Determine the peak forward current through each diode in the circuits given below.
Figure 3
Determine the level of V
for following network.
Figure 4
Q 11 Determine Vo and I for the following network.
Figure 5
Q 15 A power-supply transformer has a turns ratio of 2:5. What is the secondary voltage if the
primary voltage is connected to a 110 V rms source?
Q 16 For each of the energy diagrams in following figure, determine the class of material based
on relative comparisons.
Figure 9
Q 17 If a diode is forward-biased, how does its current change if the temperature decreases?