A uniform piece of semiconductor 0.2 μm long sustains a voltage of 1 V. If the low-field mobility is equal to 1350 cm²/(V.s) and the saturation velocity of the carriers 107 cm/s, determine the effective mobility. Also, calculate the maximum allowable voltage such that the effective mobility is only 10% lower than lo.

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Author:Robert L. Boylestad
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A uniform piece of semiconductor 0.2 μm long sustains a voltage of 1 V. If the low-field mobility
is equal to 1350 cm²/(V.s) and the saturation velocity of the carriers 107 cm/s, determine
the effective mobility. Also, calculate the maximum allowable voltage such that the effective
mobility is only 10% lower than 0.
Transcribed Image Text:A uniform piece of semiconductor 0.2 μm long sustains a voltage of 1 V. If the low-field mobility is equal to 1350 cm²/(V.s) and the saturation velocity of the carriers 107 cm/s, determine the effective mobility. Also, calculate the maximum allowable voltage such that the effective mobility is only 10% lower than 0.
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