Q2Draw the schematic circuit for a resistively loaded NMOS inverter and therelative voltage transfer characteristic where the different regions of operationof the transistor are shown.(a)Write the finite static power dissipation P for a resistively loaded NMOSmverter. What is the main orgin of P?(b)Draw the schematic of a CMOS inverter with a load capacitance of 40 pFattached to the output. Calculate the dynamic power dissipation, if there is asquare wave input signal switching at 25 MHz with an amplitude of Vpo=5 V.For the calculation consider Vo= Vpo and V = 0.(c)%3DDD chematicmvertes of th acntosloadcapeeftancea Hachto outpatPmosSuitchingVoutVead→Vdd oNmasVoldGNDDiret pathyramieCurent-Powesdůsipatfon &Paun = * VDD*[o to !transitionHereGiren thatCL = 40PFHor. high state40 xto12VDp =5Y, J=85MAZVH = VDD 2 Ve =0EquialentHerePagn=x(5)x (25x105) LOw to hightransitionO.025WVODCL

Answered: Draw the schematic circuit for a…

Draw the schematic circuit for a resistively loaded NMOS inverter and the relative voltage transfer characteristic where the different regions of operation of the transistor are shown.

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

Section: Chapter Questions

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Question

Q2
Draw the schematic circuit for a resistively loaded NMOS inverter and the
relative voltage transfer characteristic where the different regions of operation
of the transistor are shown.
(a)
Write the finite static power dissipation P for a resistively loaded NMOS
mverter. What is the main orgin of P?
(b)
Draw the schematic of a CMOS inverter with a load capacitance of 40 pF
attached to the output. Calculate the dynamic power dissipation, if there is a
square wave input signal switching at 25 MHz with an amplitude of Vpo=5 V.
For the calculation consider Vo= Vpo and V = 0.
(c)
%3D
DD

chematic
mvertes of th a
cntos
load
capeeftance
a Hach
to outpat
Pmos
Suitching
Vout
Vead
→Vdd o
Nmas
Vold
GND
Diret path
yramie
Curent-
Powes
důsipatfon &
Paun = * VDD*
[o to !
transition
Here
Giren that
CL = 40PF
Hor. high state
40 xto12
VDp =5Y, J=85MAZ
VH = VDD 2 Ve =0
Equialent
Here
Pagn=
x(5)x (25x105) LOw to high
transition
O.025W
VOD
CL

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