24-1: Below is shown a state (or flow) map for an unknown sequential circuit (not necessarily a mp- flop). The values of the map represent the next state (G:(t+d), G2(t+d)). XY 01 00 00 11 11 10 11E 01° 10V 01' 11M 00 00 10A 10" 00 G:(t)G2(t) 01 11 11 11 11° 10 11 00B G, Cross- coupled circuit G, g. Suppose inputs XY change from 11 to 01 while initially in state A. What is the next stable state the circuit will end up in? h. Next, suppose the circuit is initially in state I and inputs change from 11 to 10. What is the next unstable state the circuit will end up in?
24-1: Below is shown a state (or flow) map for an unknown sequential circuit (not necessarily a mp- flop). The values of the map represent the next state (G:(t+d), G2(t+d)). XY 01 00 00 11 11 10 11E 01° 10V 01' 11M 00 00 10A 10" 00 G:(t)G2(t) 01 11 11 11 11° 10 11 00B G, Cross- coupled circuit G, g. Suppose inputs XY change from 11 to 01 while initially in state A. What is the next stable state the circuit will end up in? h. Next, suppose the circuit is initially in state I and inputs change from 11 to 10. What is the next unstable state the circuit will end up in?
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

Transcribed Image Text:24-1: Below is shown a state (or flow) map for an unknown sequential circuit (not necessarily a mp-
flop). The values of the map represent the next state (G:(t+d), G2(t+d)).
XY
01
00
00 11
11
10
11E
01°
10V
01'
11M
00
00
10A
10"
00
G:(t)G2(t)
01
11
11
11
11°
10 11
00B
G,
Cross-
coupled
circuit
G,
g. Suppose inputs XY change from 11 to 01 while initially in state A. What is the next stable state
the circuit will end up in?
h. Next, suppose the circuit is initially in state I and inputs change from 11 to 10. What is the next
unstable state the circuit will end up in?
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