3. Given: Cox = 10 fF/um² W= 5um L= 0.lum Ves- VTH 1 V Vos =0 Find : total charge stored in channel, Qfot Oet = wCor (Ves - Vru) L WCox (Ves – Vr4) L = (5um)(10 f7mt) ( 1 v) (0.1um) =5 fC %3D 6.3. Calculate the total charge stored in the channel of an NMOS device if Cox = 10 fF/µm², W = 5 µm, L=0.1 µm, and VGs – VTH = 1 V. Assume Vps = 0.

Introductory Circuit Analysis (13th Edition)
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Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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I am confused how they solved the answer of 5 femto-Coulombs? When I put it into my calculator, I am getting 5E-21. Can you help me understand how they get femto Coulombs?
3. Given: Cox = 10 fF/um²
Ves- V4
W = 5um
L = 0.lum
= 1V
Vos =0
Find
total charge stored in channel, Qtot
w Cox (Ves - VrH) L
= (5uim)(10 f7m+) ( 1 v) (0.1um) =(5 fC
6.3. Calculate the total charge stored in the
channel of an NMOS device if Cox =
10 fF/µm?, W = 5 µm, L= 0.1 µm, and
VGs – VTH = 1 V. Assume Vps = 0.
Transcribed Image Text:3. Given: Cox = 10 fF/um² Ves- V4 W = 5um L = 0.lum = 1V Vos =0 Find total charge stored in channel, Qtot w Cox (Ves - VrH) L = (5uim)(10 f7m+) ( 1 v) (0.1um) =(5 fC 6.3. Calculate the total charge stored in the channel of an NMOS device if Cox = 10 fF/µm?, W = 5 µm, L= 0.1 µm, and VGs – VTH = 1 V. Assume Vps = 0.
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