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Design of a Binary Priority Encoder as shown in Figure 1 and form all with the NOR and NAND gates. Constructed the The description of the required encoder is given below (A is MSB): Normal cases (if only one input is activated): - if only A is activated (A =0), XY = 00 - if only B is activated (B =0), XY = 01 Encoder - if only C is activated (C =0), XY = 10 A Output Bits - if only D is activated (D =0), XY = 11 • Abnormal cases (if more than one input is activated): I Input Bits - - A has more priority than B - B has more priority than C - C has more priority than D - A has more priority than B,C,D Figure 1 R has more priority than C D

Design of a Binary Priority Encoder as shown in Figure 1 and form all with the NOR and NAND gates. Constructed the The description of the required encoder is given below (A is MSB): Normal cases (if only one input is activated): - if only A is activated (A =0), XY = 00 - if only B is activated (B =0), XY = 01 Encoder - if only C is activated (C =0), XY = 10 A Output Bits - if only D is activated (D =0), XY = 11 • Abnormal cases (if more than one input is activated): I Input Bits - - A has more priority than B - B has more priority than C - C has more priority than D - A has more priority than B,C,D Figure 1 R has more priority than C D

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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Design a binary priority encoder as shown in the figure 1

Design of a Binary Priority Encoder as shown in Figure 1 and form all with the NOR and NAND gates. Constructed the The description of the required encoder is given below (A is MSB): Normal cases (if only one input is activated): - if only A is activated (A =0), XY = 00 - if only B is activated (B =0), XY = 01 Encoder - if only C is activated (C =0), XY = 10 · Output Bits - if only D is activated (D =0), XY = 11 Abnormal cases (if more than one input is activated): I Input Bits - I - A has more priority than B I3 - B has more priority than C - C has more priority than D - A has more priority than B,C,D Figure 1 - B has more priority than C,D (for example, if both C and D are activated, XY = 10) • If no input is activated: XY= 00 %3D AB
Transcribed Image Text:Design of a Binary Priority Encoder as shown in Figure 1 and form all with the NOR and NAND gates. Constructed the The description of the required encoder is given below (A is MSB): Normal cases (if only one input is activated): - if only A is activated (A =0), XY = 00 - if only B is activated (B =0), XY = 01 Encoder - if only C is activated (C =0), XY = 10 · Output Bits - if only D is activated (D =0), XY = 11 Abnormal cases (if more than one input is activated): I Input Bits - I - A has more priority than B I3 - B has more priority than C - C has more priority than D - A has more priority than B,C,D Figure 1 - B has more priority than C,D (for example, if both C and D are activated, XY = 10) • If no input is activated: XY= 00 %3D AB
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