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Design a 2-bit multiplier with 2 2-bit inputs (X₁X and Y₁Y0) and gives out a 4-bit product (P3P2P₁P0) using ACT1 logic modules only, no other gates are allowed. Intermediate logic module signals (F1, F2, and S) are not accessible to other logic modules. A0 A1- SA- ВО B1- SB- SO S1 ACT 1 Logic Module is equivalent to AO A1 SA- ВО B1 SB SO SO SO S1 Logic Module 0 F1 1 0 1 F2 M3 0 1 4

Design a 2-bit multiplier with 2 2-bit inputs (X₁X and Y₁Y0) and gives out a 4-bit product (P3P2P₁P0) using ACT1 logic modules only, no other gates are allowed. Intermediate logic module signals (F1, F2, and S) are not accessible to other logic modules. A0 A1- SA- ВО B1- SB- SO S1 ACT 1 Logic Module is equivalent to AO A1 SA- ВО B1 SB SO SO SO S1 Logic Module 0 F1 1 0 1 F2 M3 0 1 4

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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ACT 1 logic module

Design a 2-bit multiplier with 2 2-bit inputs (X₁Xo and Y₁Yo) and gives out a 4-bit product (P3P2P1P0) using ACT1 logic modules only, no other gates are allowed. Intermediate logic module signals (F1, F2, and S) are not accessible to other logic modules. A0 A1 SA- ВО B1- SB- SO S1 ACT 1 Logic Module F is equivalent to A0 A1 SA- ВО B1 SB SO S1 Logic Module 0 F1 S 0 S F2 M3
Transcribed Image Text:Design a 2-bit multiplier with 2 2-bit inputs (X₁Xo and Y₁Yo) and gives out a 4-bit product (P3P2P1P0) using ACT1 logic modules only, no other gates are allowed. Intermediate logic module signals (F1, F2, and S) are not accessible to other logic modules. A0 A1 SA- ВО B1- SB- SO S1 ACT 1 Logic Module F is equivalent to A0 A1 SA- ВО B1 SB SO S1 Logic Module 0 F1 S 0 S F2 M3
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