Logic Equation (Y1): Y1 = f(A, B, C) = [[M(1,4) + X(3,5)1. The truth table:AB2. The standard SOP:Workshop 04Universal Gates (NAND, NOR)3. The standard POS:Y1mintermProduct Term4. The minimum SOP (Y2): (using Kamaugh's Map)5. The minimum POS (Y3): (using Karnaugh's Map)Maxterm(Sum Term)

It is given that: Y1=fA,B,C=∏M1,4+x3,5

Logic Equation (VI): Y1 = f(A,B,C)=IM(1.4) + X(3,5) 1. The truth table: A с 2. The standard SOP: 3. The standard POS: YI minterm Product Term 4. The minimum SOP (Y2): (using Karnaugh's Map) 5. The minimum POS (V3): (using Karnaugh's Map) Maxterm (Sum Term) *****

Logic Equation (VI): Y1 = f(A,B,C)=IM(1.4) + X(3,5) 1. The truth table: A с 2. The standard SOP: 3. The standard POS: YI minterm Product Term 4. The minimum SOP (Y2): (using Karnaugh's Map) 5. The minimum POS (V3): (using Karnaugh's Map) Maxterm (Sum Term) *****

Electric Motor Control

10th Edition

ISBN:9781133702818

Author:Herman

Publisher:Herman

Chapter22: Sequence Control

Section: Chapter Questions

Problem 6SQ: Draw a symbol for a solid-state logic element AND.

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Logic Equation (Y1): Y1 = f(A, B, C) = [[M(1,4) + X(3,5)
1. The truth table:
A
B
2. The standard SOP:
Workshop 04
Universal Gates (NAND, NOR)
3. The standard POS:
Y1
minterm
Product Term
4. The minimum SOP (Y2): (using Kamaugh's Map)
5. The minimum POS (Y3): (using Karnaugh's Map)
Maxterm
(Sum Term)

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6. The logic circuit: (From minimum SOP (Y2))
Number of gates used in the circuit:
2-Input AND gate.gates
2-Input OR gate,
NOT gate.
Number of idle gates in the chip:
2-Input AND gate
2-Input OR gate.
NOT gate...
7. The logic circuit: (From minimum POS (Y3))
gates
gates
2-Input AND gate
2-Input OR gate.
NOT gate.
gates
gates
gates
Number of gates used in the circuit:
2-Input AND gate
2-Input OR gate
NOT gate
Number of idle gates in the chip:
gates
gates
gates
gates
gates
gates
TC name:
IC name:
IC name:
IC name:
IC name:,
IC name:
ment

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