Computer Science Engineering (CSE) Exam > Computer Science Engineering (CSE) Questions > The pulse width of the signal INIT at the rec...
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The pulse width of the signal INIT at the receiving terminal must be more than
- a)10 microseconds
- b)20 microseconds
- c)40 microseconds
- d)50 microseconds
Correct answer is option 'D'. Can you explain this answer?
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The pulse width of the signal INIT at the receiving terminal must be m...
The pulse width of the signal must be more than 50microseconds at the receiving terminal.
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The pulse width of the signal INIT at the receiving terminal must be m...
Understanding Pulse Width Requirements
The pulse width of a signal is a critical parameter in digital communication systems. It refers to the duration for which the signal remains in a high or low state. In the context of the INIT signal at the receiving terminal, the pulse width must be sufficiently long to ensure reliable detection and processing by the receiving device.
Factors Influencing Pulse Width
- Signal Integrity: A longer pulse width helps in overcoming noise and ensures that the signal can be distinguished from any potential interference. This is particularly important in environments with electromagnetic interference.
- Timing Margins: Digital circuits often have timing specifications that dictate how long a signal must remain stable for proper recognition. A pulse width that is too short may lead to misinterpretation of the signal.
Reasons for Choosing 50 Microseconds
- Standard Practices: In many communication protocols, a pulse width of 50 microseconds is a commonly adopted standard. This allows for enough time for the circuit to process the signal, reducing the risk of errors.
- Device Specifications: The receiving terminal's specifications may require a minimum pulse width to ensure that the signal is correctly interpreted. If the pulse width is shorter than 50 microseconds, it might not be detected reliably.
Conclusion
In summary, the requirement for a pulse width greater than 50 microseconds for the INIT signal ensures that the receiving terminal can accurately read and process the signal. This consideration is crucial for maintaining data integrity and minimizing error rates in digital communication systems.
The pulse width of a signal is a critical parameter in digital communication systems. It refers to the duration for which the signal remains in a high or low state. In the context of the INIT signal at the receiving terminal, the pulse width must be sufficiently long to ensure reliable detection and processing by the receiving device.
Factors Influencing Pulse Width
- Signal Integrity: A longer pulse width helps in overcoming noise and ensures that the signal can be distinguished from any potential interference. This is particularly important in environments with electromagnetic interference.
- Timing Margins: Digital circuits often have timing specifications that dictate how long a signal must remain stable for proper recognition. A pulse width that is too short may lead to misinterpretation of the signal.
Reasons for Choosing 50 Microseconds
- Standard Practices: In many communication protocols, a pulse width of 50 microseconds is a commonly adopted standard. This allows for enough time for the circuit to process the signal, reducing the risk of errors.
- Device Specifications: The receiving terminal's specifications may require a minimum pulse width to ensure that the signal is correctly interpreted. If the pulse width is shorter than 50 microseconds, it might not be detected reliably.
Conclusion
In summary, the requirement for a pulse width greater than 50 microseconds for the INIT signal ensures that the receiving terminal can accurately read and process the signal. This consideration is crucial for maintaining data integrity and minimizing error rates in digital communication systems.
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The pulse width of the signal INIT at the receiving terminal must be more thana)10 microsecondsb)20 microsecondsc)40 microsecondsd)50 microsecondsCorrect answer is option 'D'. Can you explain this answer?
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