by using SR-F.F, the input of SR-F.Fs are SA=A'C+A'B, RA= C'+AB'C, SB=AB'C'. RB=A'B, SC=B'C'+B, RC= AB OSA-A'B'C+A'BC, RA= AB'+BC, SB=AB'C, RB=A'BC, SC=A'+AB',RC= AC' OSA-A'C+BC, RA= BC+AB'C, SB=AB'C. RB-A'BC, SC=AB'+A'C'+B'C,RC= AC' OSA-A'C, RA= C'+AB'' SB=A'C. RB-A'B, SC=B'+C',RC= BC O None of them

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Q8/To design a counter which count in the following sequence 7,6,3,5,0,1
by using SR-F.F, the input of SR-F.Fs are
SA=A'C+A'B, RA= C'+AB'C, SB=AB'C'. RB=A'B, SC=B'C'+B, RC= AB
SA-A'B'C+A'BC, RA= AB'+BC, SB=AB'C, RB-A'BC, SC=A'+AB',RC= AC'
OSA-A'C+BC, RA= BC+AB'C, SB=AB'C. RB=A'BC, SC=AB'+A'C'+B'C,RC= AC'
O SA-A'C, RA= C'+AB'' SB=A'C. RB-A'B, SC=B'+C',RC= BC
O None of them
*
Transcribed Image Text:Q8/To design a counter which count in the following sequence 7,6,3,5,0,1 by using SR-F.F, the input of SR-F.Fs are SA=A'C+A'B, RA= C'+AB'C, SB=AB'C'. RB=A'B, SC=B'C'+B, RC= AB SA-A'B'C+A'BC, RA= AB'+BC, SB=AB'C, RB-A'BC, SC=A'+AB',RC= AC' OSA-A'C+BC, RA= BC+AB'C, SB=AB'C. RB=A'BC, SC=AB'+A'C'+B'C,RC= AC' O SA-A'C, RA= C'+AB'' SB=A'C. RB-A'B, SC=B'+C',RC= BC O None of them *
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