Construct Standard RTL with active pull up resistor gate and perform thefollowing1- Detrmine the voltage transfer characteristics (VTC)2- Study the effect of Variation of Rc on :a. The average power dissipationb. The fan-out (such that VOH=Vcc/2)c. Rise time( t;) and fall time (tf)3- Study the effect of Variation of RB on :a. The average power dissipationb. The fan-out (such that VoH=Vcc/2)c. Rise time( t;) and fall time (t)Discuss the results in a short reportHint: For fanout1. lių can be measured directly2. For IoH: connect the output to a resistor (RL) . Start changing the resistorvalue and monitor Vo. Once Vo reaches Vcc/2, fix RL and measure thecurrent passing through RL. This is IoHHint for rise time and fall timeTo measure t, and t, connect a small capacitor ( in the 10-9 to 10-12 F) range atthe output of the gate

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Construct Standard RTL with active pull up resistor gate and perform the following

Introductory Circuit Analysis (13th Edition)

13th Edition

ISBN:9780133923605

Author:Robert L. Boylestad

Publisher:Robert L. Boylestad

Chapter1: Introduction

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Question

Construct Standard RTL with active pull up resistor gate and perform the
following
1- Detrmine the voltage transfer characteristics (VTC)
2- Study the effect of Variation of Rc on :
a. The average power dissipation
b. The fan-out (such that VOH=Vcc/2)
c. Rise time( t;) and fall time (tf)
3- Study the effect of Variation of RB on :
a. The average power dissipation
b. The fan-out (such that VoH=Vcc/2)
c. Rise time( t;) and fall time (t)
Discuss the results in a short report
Hint: For fanout
1. lių can be measured directly
2. For IoH: connect the output to a resistor (RL) . Start changing the resistor
value and monitor Vo. Once Vo reaches Vcc/2, fix RL and measure the
current passing through RL. This is IoH
Hint for rise time and fall time
To measure t, and t, connect a small capacitor ( in the 10-9 to 10-12 F) range at
the output of the gate

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