C=0 V = 111 C=1 V = 000 C=0 V = 001 C=0 V = 010 1 U U 111 000 001 010 U 110 101 100 011 C=0 V = 111 C=0 V = 101 C=0 V = 100 C=0 V = 111 C=0 V = 101 C=0 V = 100 C=0 V = 011 1 1 COVOLE Input U determines when the modulus-6 counter will increment, when U=0 no change in state, when U=1 then increment the state value by 1, C and V are outputs of the counter. State 110 and 111 are illegal state and will always go to state 000 when inadvertently occur.

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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Determine the state equation of the state diagram

C=0
V = 111
C=1
V = 000
C=0
V = 001
C=0
V = 010
1
U
U
111
000
001
010
U
110
101
100
011
C=0
V = 111
C=0
V = 101
C=0
V = 100
C=0
V = 111
C=0
V = 101
C=0
V = 100
C=0
V = 011
1
1
COVOLE
Input U determines when the modulus-6 counter will increment, when U=0 no change in
state, when U=1 then increment the state value by 1, C and V are outputs of the
counter. State 110 and 111 are illegal state and will always go to state 000 when
inadvertently occur.
Transcribed Image Text:C=0 V = 111 C=1 V = 000 C=0 V = 001 C=0 V = 010 1 U U 111 000 001 010 U 110 101 100 011 C=0 V = 111 C=0 V = 101 C=0 V = 100 C=0 V = 111 C=0 V = 101 C=0 V = 100 C=0 V = 011 1 1 COVOLE Input U determines when the modulus-6 counter will increment, when U=0 no change in state, when U=1 then increment the state value by 1, C and V are outputs of the counter. State 110 and 111 are illegal state and will always go to state 000 when inadvertently occur.
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