Computer Science Engineering (CSE) Exam > Computer Science Engineering (CSE) Questions > If SM0=1, SM1=0, then the transceiver selecte...
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If SM0=1, SM1=0, then the transceiver selected is
- a)8-bit synchronous
- b)9-bit synchronous
- c)8-bit asynchronous
- d)9-bit asynchronous
Correct answer is option 'D'. Can you explain this answer?
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Verified Answer
If SM0=1, SM1=0, then the transceiver selected isa)8-bit synchronousb)...
If SM0=1, SM1=0, then the 9-bit asynchronous transceiver is selected.
Most Upvoted Answer
If SM0=1, SM1=0, then the transceiver selected isa)8-bit synchronousb)...
Explanation:
Given Information:
- SM0=1
- SM1=0
Transceiver Selection:
- When SM0=1 and SM1=0, it indicates a 9-bit asynchronous transceiver selection.
Explanation of Options:
- 8-bit synchronous: This option is not applicable as the given information does not match the criteria for an 8-bit synchronous transceiver.
- 9-bit synchronous: This option is not applicable as the given information does not match the criteria for a 9-bit synchronous transceiver.
- 8-bit asynchronous: This option is not applicable as the given information does not match the criteria for an 8-bit asynchronous transceiver.
- 9-bit asynchronous: This option is correct based on the given information (SM0=1, SM1=0).
Therefore, the transceiver selected in this scenario is a 9-bit asynchronous transceiver.
Given Information:
- SM0=1
- SM1=0
Transceiver Selection:
- When SM0=1 and SM1=0, it indicates a 9-bit asynchronous transceiver selection.
Explanation of Options:
- 8-bit synchronous: This option is not applicable as the given information does not match the criteria for an 8-bit synchronous transceiver.
- 9-bit synchronous: This option is not applicable as the given information does not match the criteria for a 9-bit synchronous transceiver.
- 8-bit asynchronous: This option is not applicable as the given information does not match the criteria for an 8-bit asynchronous transceiver.
- 9-bit asynchronous: This option is correct based on the given information (SM0=1, SM1=0).
Therefore, the transceiver selected in this scenario is a 9-bit asynchronous transceiver.
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If SM0=1, SM1=0, then the transceiver selected isa)8-bit synchronousb)9-bit synchronousc)8-bit asynchronousd)9-bit asynchronousCorrect answer is option 'D'. Can you explain this answer?
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