'Parallel adder' presentation slideshows

Top-down modular design

Top-down modular design. Decoders. n -to-2 n decoder: logic network with n inputs and 2 n outputs. One output is active for each of the 2 n input combinations ? each minterm Decoder ? minterm generator Most common use: Memory selection. Decoders.

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comp.nus.sg/~cs2100/

http://www.comp.nus.edu.sg/~cs2100/. Lecture #17. Combinational Circuits. Lecture #17: Combinational Circuits. Introduction Analysis Procedure Design Methods Gate-Level (SSI) Design Block-Level Design Summary of Arithmetic Circuits Example: 6-Person Voting System Magnitude Comparator

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Digital Arithmetic

Digital Arithmetic. Wen-Hung Liao, Ph.D. Objectives. Perform binary addition, subtraction, multiplication, and division on two binary numbers. Add and subtract hexadecimal numbers. Know the difference between binary addition and OR addition.

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Use k-map for each one

Use k-map for each one. Using full adder units, build an 8-bit parallel adder which add two binary numbers of 8 bits each. Using only one 8-bit parallel adder ( designed in previous question), design a circuit that multiply a 5-bit number A by 3.

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EE1A2 Microprocessor Systems & Digital Logic

EE1A2 Microprocessor Systems & Digital Logic. Part I Digital Electronic System Design Dr. T. Collins. Content. Binary Arithmetic Addition and subtraction. Arithmetic circuits. Arithmetic Logic Units Micro-Controllers Micro-controller architecture.

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Parallel Adder Recap

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Registers and Counters

Registers and Counters. A register consists of a group of flip-flops and gates that affect their transition. An n -bit register consists of n -bit flip-flops capable of storing n bits of binary information. In addition to flip-flops, a register may have combinational gates that

1.52k views • 15 slides