The 4-bit multi-function register (Q) employed in the following logic circuit has twocontrol inputs (S1, So). This register can perform four functions depending on thevalues of S1 and So, as described in the following table:so s1FunctionHold Q Value1Clear QDecrement QLoad parallel Input11Q, QoABCS, Out; Out, Out, Out,SoIn, In, In, In,ClockI; , I, 1,Register Q is controlled by three external signals A, B and C through the gates shownin the logic diagram. I = (I3l2|110) is the register inputs and Q = (Q3Q2Q1Q0) is theoutput (content) of the register. What will be the new value of Q after the clockpulse in the following scenarios:1) If Q = 1111, I = 1111, A = 1, B = 1, and C = 12) If Q = 0001, I = 1000, A = 0, B = 0, and C = 03) If Q =1010, I = 0101, A = 0, B = 1, and C = 1Blank # 1Blank # 2Blank # 3

Given Four bit multi function register (Q) has a two control inputs (s0,s1)

The 4-bit multi-function register (Q) employed in the following logic circuit has two control inputs (S1, So). This register can perform four functions depending on the values of S1 and So, as described in the following table: so s1 Function Hold Q Value Clear Q Decrement Q 11 Load parallel Input Q3 Q2 Q, Qo BD A S, Out; Out, Out, Out, So C In, In, In, In. Clock I; 1 I, 1, Register Q is controlled by three external signals A, B and C through the gates showl in the logic diagram. I = (13l2|1|0) is the register inputs and Q = (Q3Q2Q1Q0) is the output (content) of the register. What will be the new value of Q after the clock pulse in the following scenarios:

The 4-bit multi-function register (Q) employed in the following logic circuit has two control inputs (S1, So). This register can perform four functions depending on the values of S1 and So, as described in the following table: so s1 Function Hold Q Value Clear Q Decrement Q 11 Load parallel Input Q3 Q2 Q, Qo BD A S, Out; Out, Out, Out, So C In, In, In, In. Clock I; 1 I, 1, Register Q is controlled by three external signals A, B and C through the gates showl in the logic diagram. I = (13l2|1|0) is the register inputs and Q = (Q3Q2Q1Q0) is the output (content) of the register. What will be the new value of Q after the clock pulse in the following scenarios:

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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