The noise margin of a CMOS inverter with Vpp =5 V,Vrom = 1 V, Vrap =-1 V and K,, == 200 is3.45 VO 2.125 V2.675 V1.5 VFor a binary transmission link, the uncoded E/No ratio is 9 dB and matchedfiltering with polar transmission is used. The bit error rate is3.3x103.7x102.5x103.92x10The average propagation delay for a symmetrical CMOS inverterwith C=0.1 pF. Given thatWKnµA25andV2= 3 is0.43 ns0.42 ns0.41 nS0.44 nSA separately excited DC motor with supply voltage of 420 V, armature resistanceof 0.5 Q and K =1.8 V-s/rad is controlled by regenerative braking using a DCchopper. Assuming constant average armature current of 320 A duringregenerative braking, determine the speed of motor for a duty cycle of 0.65.1463 rpm69 rpm1225 rpm1629 rpm

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The noise margin of a CMOS inverter with Vpp =5 V,Vrom = 1 V, Vrap = -1 V and K, = Kp = 200is 3.45 V 2.125 V 2.675 V O1.5 V

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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Question

The noise margin of a CMOS inverter with Vpp =5 V,Vrom = 1 V, Vrap =-1 V and K,, =
= 200 is
3.45 V
O 2.125 V
2.675 V
1.5 V
For a binary transmission link, the uncoded E/No ratio is 9 dB and matched
filtering with polar transmission is used. The bit error rate is
3.3x10
3.7x10
2.5x10
3.92x10
The average propagation delay for a symmetrical CMOS inverter
with C=0.1 pF. Given that
W
Kn
µA
25
and
V2
= 3 is
0.43 ns
0.42 ns
0.41 nS
0.44 nS
A separately excited DC motor with supply voltage of 420 V, armature resistance
of 0.5 Q and K =1.8 V-s/rad is controlled by regenerative braking using a DC
chopper. Assuming constant average armature current of 320 A during
regenerative braking, determine the speed of motor for a duty cycle of 0.65.
1463 rpm
69 rpm
1225 rpm
1629 rpm

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