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Which of the following is done to convert a continuous time signal into discrete time signal?
- a)Modulating
- b)Sampling
- c)Differentiating
- d)Integrating
Correct answer is option 'B'. Can you explain this answer?
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Which of the following is done to convert a continuous time signal int...
Explanation: A discrete time signal can be obtained from a continuous time signal by replacing t by nT, where T is the reciprocal of the sampling rate or time interval between the adjacent values. This procedure is known as sampling.
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Which of the following is done to convert a continuous time signal int...
Sampling
To convert a continuous time signal into a discrete time signal, the process of sampling is utilized. Sampling involves taking samples of the continuous signal at regular intervals in time.
Process of Sampling:
- Sampling involves selecting specific points in time at which to measure the amplitude of the continuous signal.
- The intervals at which these samples are taken determine the sampling rate of the signal.
- The samples obtained will represent the amplitude of the continuous signal at specific points in time.
Conversion:
- By sampling a continuous time signal, we can convert it into a discrete time signal that can be processed digitally.
- The discrete time signal will consist of a sequence of samples, each representing the amplitude of the signal at a specific point in time.
Importance:
- Sampling is crucial in various applications such as digital signal processing, telecommunications, and control systems.
- It allows for the conversion of analog signals into digital form for easier manipulation and processing.
In conclusion, sampling is the process used to convert a continuous time signal into a discrete time signal by selecting specific points in time to measure the amplitude of the signal.
To convert a continuous time signal into a discrete time signal, the process of sampling is utilized. Sampling involves taking samples of the continuous signal at regular intervals in time.
Process of Sampling:
- Sampling involves selecting specific points in time at which to measure the amplitude of the continuous signal.
- The intervals at which these samples are taken determine the sampling rate of the signal.
- The samples obtained will represent the amplitude of the continuous signal at specific points in time.
Conversion:
- By sampling a continuous time signal, we can convert it into a discrete time signal that can be processed digitally.
- The discrete time signal will consist of a sequence of samples, each representing the amplitude of the signal at a specific point in time.
Importance:
- Sampling is crucial in various applications such as digital signal processing, telecommunications, and control systems.
- It allows for the conversion of analog signals into digital form for easier manipulation and processing.
In conclusion, sampling is the process used to convert a continuous time signal into a discrete time signal by selecting specific points in time to measure the amplitude of the signal.
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Which of the following is done to convert a continuous time signal into discrete time signal?a)Modulatingb)Samplingc)Differentiatingd)IntegratingCorrect answer is option 'B'. Can you explain this answer?
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