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The enhancement mode n-MOS load inverter requires 2 different supply voltages to:
- a)Keep load transistor in cutoff region
- b)Keep load transistor in linear region
- c)Keep load transistor in saturation region
- d)None of the mentioned
Correct answer is option 'B'. Can you explain this answer?
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The enhancement mode n-MOS load inverter requires 2 different supply v...
The enhancement mode n-MOS load inverter requires 2 different supply voltages to keep load transistor in linear region.
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The enhancement mode n-MOS load inverter requires 2 different supply v...
Explanation:
Enhancement mode n-MOS load inverter:
An enhancement mode n-MOS load inverter is a type of logic gate circuit that uses an n-MOS transistor as a load.
Two different supply voltages:
- To keep the load transistor in linear region:
When operating in the linear region, the load transistor acts as a resistor and allows for a smooth transition between the high and low logic levels. To maintain the load transistor in the linear region, two different supply voltages are required. This ensures that the load transistor operates within the linear region and provides the desired output characteristics.
- To prevent saturation of the load transistor:
If the load transistor were to operate in the saturation region, it would result in slower switching speeds and increased power consumption. By using two different supply voltages, the load transistor can be kept in the linear region, preventing saturation and ensuring optimal performance of the inverter circuit.
Therefore, the use of two different supply voltages in an enhancement mode n-MOS load inverter is essential to maintain the load transistor in the linear region and prevent saturation, ultimately improving the overall performance of the circuit.
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The enhancement mode n-MOS load inverter requires 2 different supply voltages to:a)Keep load transistor in cutoff regionb)Keep load transistor in linear regionc)Keep load transistor in saturation regiond)None of the mentionedCorrect answer is option 'B'. Can you explain this answer?
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