help please to create a logic circuit that manipulates a 16-bit input according to the nx and zx control bits (i.e., the circuit should conditionally zero and negate the 16-bit input). This logic can be used to manipulate the x and y inputs, as well as the out output. Chips for bitwise And-ing and addition have already been built in this and in the previous chapter. Thus, what remains is to build logic that chooses between them according to the f control bit. write HDL code that integrates all the other chips Chip name: ALUInputs:x[16], y[16],// Two 16-bit data inputsZX,nx,zy,ny,f,noOutputs: out [16],// Zero the x input// Negate the x input// Zero the y input// Negate the y input// Function code: 1 for Add, 0 for And// Negate the out output// 16-bit output// True iff out=0// True iff out<0// 16-bit zero constant// Bit-wise negation// 16-bit zero constantzr,ngFunction:if zx then x = 0if nx then x=! xif zy then y=0if ny then y=!yif f then out=x + yelse out =X & Y// Integer 2's complement addition// Bit-wise Andif no then out = ! out// Bit-wise negation// Bit-wise negationComment:if out=0 then zr = 1 else zr = 0 // 16-bit eq. comparisonif out<0 then ng = 1 else ng = 0 // 16-bit neg. comparisonOverflow is neither detected nor handled.

The question is asking to create a logic circuit using Hardware Description Language (HDL) that…

Answered: Chip name: ALU Inputs: x[16], y[16], //…

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

Problem 1PE

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help please to create a
logic circuit that manipulates a 16-bit input according to the nx and zx control bits
(i.e., the circuit should conditionally zero and negate the 16-bit input). This logic can
be used to manipulate the x and y inputs, as well as the out output. Chips for bit
wise And-ing and addition have already been built in this and in the previous chap
ter. Thus, what remains is to build logic that chooses between them according to the
f control bit. write HDL code that integrates all the other chips