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Which of the following components in a transistor circuit is really responsible for harmonic distortion?
- a)Capacitor
- b)Resistor
- c)Transistor
- d)Inductance
Correct answer is option 'C'. Can you explain this answer?
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Which of the following components in a transistor circuit is really re...
Harmonic distortion is caused by Active elements in the circuit. Hence transistor is causing harmonic distortion.
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Which of the following components in a transistor circuit is really re...
Transistor
The component in a transistor circuit that is really responsible for harmonic distortion is the transistor itself.
Explanation
- When a transistor is operating in its active region, it amplifies the input signal. However, due to the non-linear characteristics of the transistor, it introduces distortion to the output signal.
- This distortion results in the generation of harmonics, which are multiples of the input signal frequency. These harmonics can degrade the quality of the output signal and lead to harmonic distortion.
Impact of Transistor on Harmonic Distortion
- The non-linear behavior of the transistor causes it to produce harmonics of the input signal, which can result in distortion.
- As the input signal amplitude increases, the non-linearity of the transistor becomes more pronounced, leading to higher levels of harmonic distortion.
Minimizing Harmonic Distortion
- To reduce harmonic distortion caused by the transistor, techniques such as feedback, biasing, and proper circuit design can be employed.
- By carefully selecting the operating point of the transistor and optimizing the circuit design, the effects of harmonic distortion can be minimized.
The component in a transistor circuit that is really responsible for harmonic distortion is the transistor itself.
Explanation
- When a transistor is operating in its active region, it amplifies the input signal. However, due to the non-linear characteristics of the transistor, it introduces distortion to the output signal.
- This distortion results in the generation of harmonics, which are multiples of the input signal frequency. These harmonics can degrade the quality of the output signal and lead to harmonic distortion.
Impact of Transistor on Harmonic Distortion
- The non-linear behavior of the transistor causes it to produce harmonics of the input signal, which can result in distortion.
- As the input signal amplitude increases, the non-linearity of the transistor becomes more pronounced, leading to higher levels of harmonic distortion.
Minimizing Harmonic Distortion
- To reduce harmonic distortion caused by the transistor, techniques such as feedback, biasing, and proper circuit design can be employed.
- By carefully selecting the operating point of the transistor and optimizing the circuit design, the effects of harmonic distortion can be minimized.
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Which of the following components in a transistor circuit is really responsible for harmonic distortion?a)Capacitorb)Resistorc)Transistord)InductanceCorrect answer is option 'C'. Can you explain this answer?
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