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The output waveform of a stable oscillator have
- a)Constant frequency at low amplitude only
- b)Constant frequency at high amplitude only
- c)Variable frequency
- d)Constant frequency
Correct answer is option 'D'. Can you explain this answer?
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The output waveform of a stable oscillator havea)Constant frequency at...
Virtually every piece of equipment that uses an oscillator has two stability requirements, AMPLITUDE STABILITY and FREQUENCY STABILITY. Amplitude stability refers to the ability of the oscillator to maintain a constant amplitude in the output waveform.
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The output waveform of a stable oscillator havea)Constant frequency at...
The output waveform of a stable oscillator has a constant frequency.
A stable oscillator is an electronic circuit that generates a continuous and reliable output signal with a constant frequency. It is designed to produce a waveform that maintains its frequency over time, even in the presence of external disturbances or variations in operating conditions.
Frequency stability refers to the ability of an oscillator to maintain a constant frequency output over a specified period of time. In a stable oscillator, the frequency remains consistent regardless of changes in amplitude, temperature, or other external factors.
The output waveform of a stable oscillator has a constant frequency, which means that the number of cycles produced per unit time remains the same. This frequency is determined by the design and components of the oscillator circuit.
The amplitude of the output waveform may vary in a stable oscillator, but it does not affect the frequency. The frequency remains constant regardless of the amplitude. Therefore, option 'D' is the correct answer.
- A stable oscillator is designed to generate a continuous and reliable output signal.
- Frequency stability refers to the ability of an oscillator to maintain a constant frequency over time.
- The output waveform of a stable oscillator has a constant frequency.
- The amplitude of the waveform may vary, but it does not affect the frequency.
- Option 'D' is the correct answer as it states that the output waveform of a stable oscillator has a constant frequency.
Explanation:
Stable Oscillator:
A stable oscillator is an electronic circuit that generates a continuous and reliable output signal with a constant frequency. It is designed to produce a waveform that maintains its frequency over time, even in the presence of external disturbances or variations in operating conditions.
Frequency Stability:
Frequency stability refers to the ability of an oscillator to maintain a constant frequency output over a specified period of time. In a stable oscillator, the frequency remains consistent regardless of changes in amplitude, temperature, or other external factors.
Constant Frequency:
The output waveform of a stable oscillator has a constant frequency, which means that the number of cycles produced per unit time remains the same. This frequency is determined by the design and components of the oscillator circuit.
Amplitude and Frequency:
The amplitude of the output waveform may vary in a stable oscillator, but it does not affect the frequency. The frequency remains constant regardless of the amplitude. Therefore, option 'D' is the correct answer.
Summary:
- A stable oscillator is designed to generate a continuous and reliable output signal.
- Frequency stability refers to the ability of an oscillator to maintain a constant frequency over time.
- The output waveform of a stable oscillator has a constant frequency.
- The amplitude of the waveform may vary, but it does not affect the frequency.
- Option 'D' is the correct answer as it states that the output waveform of a stable oscillator has a constant frequency.
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The output waveform of a stable oscillator havea)Constant frequency at low amplitude onlyb)Constant frequency at high amplitude onlyc)Variable frequencyd)Constant frequencyCorrect answer is option 'D'. Can you explain this answer?
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