Vc Vc Vc RM 0.2K R2 R2 2K 2K Vout R3 VINO VINO 10K R1 R1 Vout 10K 10K 03 RS 10k Vcc=5V, ß;=50, BR=2 a) Two inverter circuits are given above. Describe their types. b) Obtain Voltage Transfer Characteristics of these gates. Assume no load impedance is connected to the output. c) Find the maximum fan-out for each circuit. Which one is more preferrable and why?

Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Vc
Vc
Vc
RM
0.2K
R2
R2
2K
2K
Vout
R3
VINO-
Q1
VINO-
Q1
10K
R1
R1
Vout
10K
10K
03
R5
10k
Vcc=5V, B;=50, Br=2
a) Two inverter circuits are given above. Describe their types.
b) Obtain Voltage Transfer Characteristics of these gates. Assume no load impedance is
connected to the output.
c) Find the maximum fan-out for each circuit. Which one is more preferrable and why?
Transcribed Image Text:Vc Vc Vc RM 0.2K R2 R2 2K 2K Vout R3 VINO- Q1 VINO- Q1 10K R1 R1 Vout 10K 10K 03 R5 10k Vcc=5V, B;=50, Br=2 a) Two inverter circuits are given above. Describe their types. b) Obtain Voltage Transfer Characteristics of these gates. Assume no load impedance is connected to the output. c) Find the maximum fan-out for each circuit. Which one is more preferrable and why?
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