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100 micron 75 micron- 2 micron 1 micron C 3 micron 50 micron b) If a voltage of 5V is applied across what is the velocity of the electrons in sections A, B and C

100 micron 75 micron- 2 micron 1 micron C 3 micron 50 micron b) If a voltage of 5V is applied across what is the velocity of the electrons in sections A, B and C

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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(Calculation of Resistance) Consider a slab of Si which is .2x10-4cm thick and doped at a value of N₂=10¹4cm-³. The width for the slab is 100x10-4 cm and the length of the slab is 5x104cm. The mobility of the material at this value of doping is 1000 cm²/V-sec. Calculate the resistance of the slab. Note the patterned regions are the metal contacts 10 microns 100 microns a) Consider a slab of the same material with the same thickness but in the shape shown below. Calculate the total resistance of this slab. Note the patterned regions are the metal contacts
Transcribed Image Text:(Calculation of Resistance) Consider a slab of Si which is .2x10-4cm thick and doped at a value of N₂=10¹4cm-³. The width for the slab is 100x10-4 cm and the length of the slab is 5x104cm. The mobility of the material at this value of doping is 1000 cm²/V-sec. Calculate the resistance of the slab. Note the patterned regions are the metal contacts 10 microns 100 microns a) Consider a slab of the same material with the same thickness but in the shape shown below. Calculate the total resistance of this slab. Note the patterned regions are the metal contacts
100 micron 75 micron- 2 micron 1 micron C 3 micron 50 micron b) If a voltage of 5V is applied across what is the velocity of the electrons in sections A, B and C
Transcribed Image Text:100 micron 75 micron- 2 micron 1 micron C 3 micron 50 micron b) If a voltage of 5V is applied across what is the velocity of the electrons in sections A, B and C
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P-channel Metal-Oxide Semiconductor (PMOS), N-channel Metal-Oxide Semiconductor (NMOS), and Complementary Metal-Oxide Semiconductor (CMOS)
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