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Global Global Parallel exponders from other tRAcrocells clear clock From MUX 5 To /O PRE MUX 1 Prodact DIT Q selection 角rix MUX 2 EN CLR Vce MUX 3 Shareds expader Diar MUX 4 ines PIA 15 expander product terms from other macrocells 7 Q3 13(b) XOR output=0, flip-flop Q=0, from I/O input=1, MUX 1 select=1, MUX 2 select=0, MUX 3 select=1, MUX 4 select=0, and MUX 5 select=1.

Global Global Parallel exponders from other tRAcrocells clear clock From MUX 5 To /O PRE MUX 1 Prodact DIT Q selection 角rix MUX 2 EN CLR Vce MUX 3 Shareds expader Diar MUX 4 ines PIA 15 expander product terms from other macrocells 7 Q3 13(b) XOR output=0, flip-flop Q=0, from I/O input=1, MUX 1 select=1, MUX 2 select=0, MUX 3 select=1, MUX 4 select=0, and MUX 5 select=1.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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answer 13B, no need to answer A

Q3 13. Determine how the microcell is configured (combinational or registered) and the data bit that is on the output (to I/O) for each of the following conditions. The flip-flop is a D type. Global Global Paralel eapanders from other macrocells clear clock From MUX 5 I/0 To I/O PRE D/T MUX 1 Prodact - m -C selection Imatnx MUX 2 EN CLR Voc- JMUX 3 Shared expander MUX 4 15 expander product terms from other macrocells ines PIA Q3 13(a) XOR output=1, flip-flop Q=1, from I/O input=1, MUX 1 select=1, MUX 2 select=0, MUX 3 select=0, MUX 4 select=0, and MUX 5 select=0. Global Global clear clock Parallel expanders from other EmAcricells From MUX 5 - To I/O MUX 1 PRE DIT Prodact. erm selection matrix MUX 2 EN CLR Voe- Vce MUX 3 Shared: expander MUX 4 ines 15 expander product terms from other PIA macrocells 7 Q3 13(b) XOR output=0, flip-flop Q=0, from I/O input=1, MUX 1 select=1, MUX 2 select=0, MUX 3 select=1, MUX 4 select=0, and MUX 5 select=1.
Transcribed Image Text:Q3 13. Determine how the microcell is configured (combinational or registered) and the data bit that is on the output (to I/O) for each of the following conditions. The flip-flop is a D type. Global Global Paralel eapanders from other macrocells clear clock From MUX 5 I/0 To I/O PRE D/T MUX 1 Prodact - m -C selection Imatnx MUX 2 EN CLR Voc- JMUX 3 Shared expander MUX 4 15 expander product terms from other macrocells ines PIA Q3 13(a) XOR output=1, flip-flop Q=1, from I/O input=1, MUX 1 select=1, MUX 2 select=0, MUX 3 select=0, MUX 4 select=0, and MUX 5 select=0. Global Global clear clock Parallel expanders from other EmAcricells From MUX 5 - To I/O MUX 1 PRE DIT Prodact. erm selection matrix MUX 2 EN CLR Voe- Vce MUX 3 Shared: expander MUX 4 ines 15 expander product terms from other PIA macrocells 7 Q3 13(b) XOR output=0, flip-flop Q=0, from I/O input=1, MUX 1 select=1, MUX 2 select=0, MUX 3 select=1, MUX 4 select=0, and MUX 5 select=1.
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