If the gate length of a nMOS transistor is 10nm, under a certain value of electric field and the saturation velocity of electrons in silicon is in the order of 2x105 m/s. For a rough estimation, the possible required time for "an electron" to travel across the Si channel will be in about seconds.
If the gate length of a nMOS transistor is 10nm, under a certain value of electric field and the saturation velocity of electrons in silicon is in the order of 2x105 m/s. For a rough estimation, the possible required time for "an electron" to travel across the Si channel will be in about seconds.
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![If the gate length of a nMOS transistor is 10nm, under a
certain value of electric field
and the saturation velocity of electrons in silicon is in the
order of 2x105 m/s. For a
rough estimation, the possible required time for "an
electron" to travel across the Si
channel will be in about
seconds.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F382fac53-b51b-4573-8830-ef25719f1cc7%2F99db751a-ecdb-4050-828c-eb3dd52e17e6%2Fwpwbxed_processed.jpeg&w=3840&q=75)
Transcribed Image Text:If the gate length of a nMOS transistor is 10nm, under a
certain value of electric field
and the saturation velocity of electrons in silicon is in the
order of 2x105 m/s. For a
rough estimation, the possible required time for "an
electron" to travel across the Si
channel will be in about
seconds.
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