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At which frequency the digital data can be applied to a gate?
- a)Run-time frequency
- b)Propagation Frequency
- c)Operating frequency
- d)AC frequency
Correct answer is option 'C'. Can you explain this answer?
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At which frequency the digital data can be applied to a gate?a)Run-tim...
The operating frequency refers to the frequency at which the communications are being made with the total bandwidth occupied by the carrier signal with modulation.
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At which frequency the digital data can be applied to a gate?a)Run-tim...
The frequency at which digital data can be applied to a gate is the operating frequency.
Digital data refers to the discrete representation of information in binary code, where signals are represented by a series of 0s and 1s. These digital signals are processed by electronic devices such as gates, which are the basic building blocks of digital circuits.
The operating frequency is the frequency at which a digital circuit or device is designed to function optimally. It determines the speed at which data can be processed and transferred within the circuit. In the context of applying digital data to a gate, the operating frequency represents the rate at which the gate can accept and process incoming digital signals.
Reasons for choosing option 'C' (Operating frequency):
1. Run-time frequency: The term "run-time frequency" is not commonly used in the context of digital circuits or gates. It does not specifically refer to the frequency at which digital data is applied to a gate.
2. Propagation Frequency: Propagation frequency is related to the delay or time taken for a signal to propagate through a circuit. It is not directly related to the frequency at which digital data is applied to a gate.
3. AC frequency: AC frequency generally refers to the frequency of alternating current, which is not directly relevant to the frequency at which digital data is applied to a gate.
The correct answer is option 'C' (Operating frequency) because it represents the frequency at which digital data can be applied to a gate. The operating frequency determines the speed and efficiency of digital circuits in processing and transferring data.
Explanation:
Digital data refers to the discrete representation of information in binary code, where signals are represented by a series of 0s and 1s. These digital signals are processed by electronic devices such as gates, which are the basic building blocks of digital circuits.
Operating Frequency:
The operating frequency is the frequency at which a digital circuit or device is designed to function optimally. It determines the speed at which data can be processed and transferred within the circuit. In the context of applying digital data to a gate, the operating frequency represents the rate at which the gate can accept and process incoming digital signals.
Reasons for choosing option 'C' (Operating frequency):
1. Run-time frequency: The term "run-time frequency" is not commonly used in the context of digital circuits or gates. It does not specifically refer to the frequency at which digital data is applied to a gate.
2. Propagation Frequency: Propagation frequency is related to the delay or time taken for a signal to propagate through a circuit. It is not directly related to the frequency at which digital data is applied to a gate.
3. AC frequency: AC frequency generally refers to the frequency of alternating current, which is not directly relevant to the frequency at which digital data is applied to a gate.
Conclusion:
The correct answer is option 'C' (Operating frequency) because it represents the frequency at which digital data can be applied to a gate. The operating frequency determines the speed and efficiency of digital circuits in processing and transferring data.
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At which frequency the digital data can be applied to a gate?a)Run-time frequencyb)Propagation Frequencyc)Operating frequencyd)AC frequencyCorrect answer is option 'C'. Can you explain this answer?
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