subject- computer architecture 2.A register cell A is to implement the following register transfers:AND: A + A A BOR: A + A v BTXR: A + BWe assume that (1) Only one of AND, OR, and TXR is equal to 1; (2) For all of AND,OR, and TXR equal to 0, the content of A remains unchanged. Now design this registercell directly for D flip-flops using a sequential circuit design approach. Note that TXRrepresents "transfer".A)| Complete the following state table.Next State A(t+1)AND=0 AND=1| AND=1 OR=1 OR=1| TXR=1 | TXR=1Present State AOR=0B=0В-1B=0B=1B=0B=1TXR=0B)equation here. Hint: you can directly derive the equation from the state tableabove without using K-maps.Write down the equation for D;. You do not need to optimize yourPlease draw the circuit for the register cell. You can draw the circuitC)on a white paper using a ruler, and then, take a photo of it. Next, you caninsert the photo here.

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2. |A register cell A is to implement the following register transfers: AND: A + A ^ B OR: A + A v B TXR: A + B We assume that (1) Only one of AND, OR, and TXR is equal to 1; (2) For all of AND, OR, and TXR equal to 0, the content of A remains unchanged. Now design this register cell directly for D flip-flops using a sequential circuit design approach. Note that TXR represents "transfer". A) |Complete the following state table. Present State A Next State A(t+1) AND-0 AND=1 | AND=1 | OR=1 | OR=1 | TXR=1 | TXR=1 OR=0 B=0 B=1 B=0 B=1 B=0 B=1 TXR=0 B) equation here. Hint: you can directly derive the equation from the state table above without using K-maps. Write down the equation for D;. You do not need to optimize your C) on a white paper using a ruler, and then, take a photo of it. Next, you can insert the photo here. Please draw the circuit for the register cell. You can draw the circuit

2. |A register cell A is to implement the following register transfers: AND: A + A ^ B OR: A + A v B TXR: A + B We assume that (1) Only one of AND, OR, and TXR is equal to 1; (2) For all of AND, OR, and TXR equal to 0, the content of A remains unchanged. Now design this register cell directly for D flip-flops using a sequential circuit design approach. Note that TXR represents "transfer". A) |Complete the following state table. Present State A Next State A(t+1) AND-0 AND=1 | AND=1 | OR=1 | OR=1 | TXR=1 | TXR=1 OR=0 B=0 B=1 B=0 B=1 B=0 B=1 TXR=0 B) equation here. Hint: you can directly derive the equation from the state table above without using K-maps. Write down the equation for D;. You do not need to optimize your C) on a white paper using a ruler, and then, take a photo of it. Next, you can insert the photo here. Please draw the circuit for the register cell. You can draw the circuit

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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