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An NMOS transistor is operating at the edge of saturation with an overdrive voltage VOV and a drain
current ID. If VOV is doubled, and we must maintain operation at the edge of saturation, what should VDS
be changed to? What value of drain current results?
current ID. If VOV is doubled, and we must maintain operation at the edge of saturation, what should VDS
be changed to? What value of drain current results?
Most Upvoted Answer
An NMOS transistor is operating at the edge of saturation with an over...
``Analysis of Change in VOV and VDS``
``Change in VOV``
- When VOV is doubled, the overdrive voltage increases, causing the NMOS transistor to operate further into saturation.
- The drain current ID will increase due to the higher overdrive voltage.
``Maintaining Operation at the Edge of Saturation``
- To maintain operation at the edge of saturation, VDS should also be increased proportionally to VOV.
- The increase in VDS will help in keeping the NMOS transistor in saturation region.
``New Value of VDS and Drain Current``
- The new value of VDS should be adjusted to maintain the transistor at the edge of saturation. It should be increased by the same factor as VOV.
- The drain current will also increase due to the higher VOV and VDS values.
``Explanation``
- When VOV is doubled, it means that the transistor is driven harder into saturation. In order to maintain the transistor at the edge of saturation, the VDS voltage should also be increased to accommodate the higher VOV.
- By adjusting VDS accordingly, we can ensure that the transistor remains in saturation and operates efficiently.
- The increase in VDS will result in a higher drain current, as the transistor will allow more current to flow through it due to the increased voltage across it.
``Change in VOV``
- When VOV is doubled, the overdrive voltage increases, causing the NMOS transistor to operate further into saturation.
- The drain current ID will increase due to the higher overdrive voltage.
``Maintaining Operation at the Edge of Saturation``
- To maintain operation at the edge of saturation, VDS should also be increased proportionally to VOV.
- The increase in VDS will help in keeping the NMOS transistor in saturation region.
``New Value of VDS and Drain Current``
- The new value of VDS should be adjusted to maintain the transistor at the edge of saturation. It should be increased by the same factor as VOV.
- The drain current will also increase due to the higher VOV and VDS values.
``Explanation``
- When VOV is doubled, it means that the transistor is driven harder into saturation. In order to maintain the transistor at the edge of saturation, the VDS voltage should also be increased to accommodate the higher VOV.
- By adjusting VDS accordingly, we can ensure that the transistor remains in saturation and operates efficiently.
- The increase in VDS will result in a higher drain current, as the transistor will allow more current to flow through it due to the increased voltage across it.
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An NMOS transistor is operating at the edge of saturation with an overdrive voltage VOV and a drain current ID. If VOV is doubled, and we must maintain operation at the edge of saturation, what should VDS be changed to? What value of drain current results?
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An NMOS transistor is operating at the edge of saturation with an overdrive voltage VOV and a drain current ID. If VOV is doubled, and we must maintain operation at the edge of saturation, what should VDS be changed to? What value of drain current results? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about An NMOS transistor is operating at the edge of saturation with an overdrive voltage VOV and a drain current ID. If VOV is doubled, and we must maintain operation at the edge of saturation, what should VDS be changed to? What value of drain current results? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for An NMOS transistor is operating at the edge of saturation with an overdrive voltage VOV and a drain current ID. If VOV is doubled, and we must maintain operation at the edge of saturation, what should VDS be changed to? What value of drain current results?.
An NMOS transistor is operating at the edge of saturation with an overdrive voltage VOV and a drain current ID. If VOV is doubled, and we must maintain operation at the edge of saturation, what should VDS be changed to? What value of drain current results? for UPSC 2024 is part of UPSC preparation. The Question and answers have been prepared according to the UPSC exam syllabus. Information about An NMOS transistor is operating at the edge of saturation with an overdrive voltage VOV and a drain current ID. If VOV is doubled, and we must maintain operation at the edge of saturation, what should VDS be changed to? What value of drain current results? covers all topics & solutions for UPSC 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for An NMOS transistor is operating at the edge of saturation with an overdrive voltage VOV and a drain current ID. If VOV is doubled, and we must maintain operation at the edge of saturation, what should VDS be changed to? What value of drain current results?.
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