Analog Circuits Questions and Answers – Series Clipper-1

This set of Analog Circuits Multiple Choice Questions & Answers (MCQs) focuses on “Series Clipper-1”.

1. For a circuit given below, what will be the output if input signal is a sine wave shown below.
(Use ideal diode model of diode)
Find the output if input signal is a sine wave for a circuit of ideal diode model of diode
Find the output if input signal is a sine wave for given graph
a) Input signal is a sine wave - option a
b) Input signal is a sine wave - option b
c) Input signal is a sine wave - option c
d) Input signal is a sine wave - option d
View Answer

Answer: c
Explanation: In the circuit of serial clipper, it clips the negative half cycle and the output will only contain positive half cycle. In this problem input is a sine wave, hence output will be positive half of sine wave.

2. For a circuit given below, what will be the output if input signal is a triangular wave shown below.
(Use ideal diode model of diode)
Find output if input signal is a triangular wave for a circuit of ideal diode model
Triangular wave for a circuit of ideal diode model
a) Input signal is a triangular wave - option a
b) Input signal is a triangular wave - option b
c) Input signal is a triangular wave - option c
d) Input signal is a triangular wave - option d
View Answer

Answer: d
Explanation: In the circuit of serial clipper, it clips the negative half cycle and the output will only contain positive half cycle. In this problem input is a triangular wave, hence output will be positive half of triangular wave.

3. For a circuit given below, what will be the output if input signal is a square wave shown below.
(Use ideal diode model of diode)
Find output if input signal is a square wave for a circuit of ideal diode model of diode
Find output if input signal is a square wave for given graph
a) Input signal is a square wave - option a
b) Input signal is a square wave - option b
c) Input signal is a square wave - option c
d) Input signal is a square wave - option d
View Answer

Answer: d
Explanation: In the circuit of serial clipper, it clips the negative half cycle and the output will only contain positive half cycle. In this problem input is a square wave, hence output will be positive half of square wave.
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4. A simple circuit diagram for a serial clipper is given below. What will be the transfer characteristics of the circuit?
(Use constant voltage drop model of diode)
Find the transfer characteristics of circuit of simple circuit diagram for serial clipper
a) The transfer characteristics of simple circuit diagram for serial clipper - option a
b) The transfer characteristics of simple circuit diagram for serial clipper - option b
c) The transfer characteristics of simple circuit diagram for serial clipper - option c
d) The transfer characteristics of simple circuit diagram for serial clipper - option d
View Answer

Answer: a
Explanation: Since at constant voltage drop model voltage drop across diode at forward bias is a constant. In this circuit if input is negative diode is reverse bias hence no current. So for negative input output is zero. For positive input Vout will be equal to input with a voltage drop of VD.

5. For a circuit given below, what will be the output if input signal is a sine wave shown below.
(Use ideal diode model of diode)
Circuit connected with voltage input resistor & diode
Graph representing variation in wavelength of voltage & time at 0 to 2π
a) Output contain negative half cycle with input as sine wave - option a
b) Output contain negative half cycle with input as sine wave - option b
c) Output contain negative half cycle with input as sine wave - option c
d) Output contain negative half cycle with input as sine wave - option d
View Answer

Answer: d
Explanation: In the circuit of serial clipper, it clips the positive half cycle and the output will only contain negative half cycle. In this problem input is a sine wave, hence output will be negative half of sine wave.
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6. For a circuit given below, what will be the output if input signal is a triangular wave shown below.
(Use ideal diode model of diode)
Find the output for circuit connected with resistor, voltage input & diode
Graph representing variation in wavelength of voltage & time at π to 2π
a) Output contain negative half cycle with input as triangular wave - option a
b) Output contain negative half cycle with input as triangular wave - option b
c) Output contain negative half cycle with input as triangular wave - option c
d) Output contain negative half cycle with input as triangular wave - option d
View Answer

Answer: a
Explanation: In the circuit of serial clipper, it clips the positive half cycle and the output will only contain negative half cycle. In this problem input is a triangular wave, hence output will be negative half of triangular wave.

7. For a circuit given below, what will be the output if input signal is a triangular wave shown below.
(Use ideal diode model of diode)
Find the output for circuit with input signal triangular wave shown in given diagram
Graph representing variation in wavelength in positive & negative of voltage & time
a) Output contain negative half cycle with input as square wave - option a
b) Output contain negative half cycle with input as square wave - option b
c) Output contain negative half cycle with input as square wave - option c
d) Output contain negative half cycle with input as square wave - option d
View Answer

Answer: c
Explanation: In the circuit of serial clipper, it clips the positive half cycle and the output will only contain negative half cycle. In this problem input is a square wave, hence output will be negative half of square wave.
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8. A simple circuit diagram for a serial clipper is given below. What will be the transfer characteristics of the circuit? (Use constant voltage drop model of diode)
Find the transfer characteristics of circuit at voltage drop across diode at forward bias
a) The transfer characteristics of circuit to input with voltage drop - option a
b) The transfer characteristics of circuit to input with voltage drop - option b
c) The transfer characteristics of circuit to input with voltage drop - option c
d) The transfer characteristics of circuit to input with voltage drop - option d
View Answer

Answer: b
Explanation: Since at constant voltage drop model voltage drop across diode at forward bias is a constant. In this circuit if input is positive diode is reverse bias hence no current. So for positive input output is zero. For negative input Vout will be equal to input with a voltage drop of VD.

Sanfoundry Global Education & Learning Series – Analog Circuits.

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