'Binary conversion' diaporamas de présentation

EKT 121 / 3 ELEKTRONIK DIGIT 1

EKT 121 / 3 ELEKTRONIK DIGIT 1. CHAPTER 1 INTRODUCTION TO DIGITAL LOGIC. Number & codes (1). Digital vs. Analog Numbering systems Decimal (Base 10) Binary (Base 2) Hexadecimal ( Base 16) Octal ( Base 8) Number conversion Binary arithmetic

740 views • 55 slides

CS101 Introduction to Computing Lecture 8 Binary Numbers & Logic Operations

CS101 Introduction to Computing Lecture 8 Binary Numbers & Logic Operations. The focus of the last lecture was on the microprocessor. During that lecture we learnt about the function of the central component of a computer, the microprocessor And its various sub-systems

955 views • 49 slides

Residue Number systems

Residue Number systems. P.V. Ananda Mohan FNAE, Fellow IEEE pvam@vsnl.net IEEE CAS Chapter 8 th March 2008 Bangalore. Binary to RNS converter. Binary to RNS converter. Binary to RNS converter. Why RNS. Input Binary Number.

1.35k views • 45 slides

Digital Logic & Design Lecture 01

Digital Logic & Design Lecture 01. Analogue Quantities. Continuous Quantity Intensity of Light Temperature Velocity. Digital Values. Discrete set of values. Continuous Signal. Continuous Signal. Digital Representation. Under Sampling. Electronic Processing. Analogue Systems

902 views • 42 slides

CS Unplugged

672 views • 36 slides

Information System

Information System. Instructor: Adil Waheed Lecturer University of Sargodha Lahore E-mail:- adil_pu@yahoo.com. Digital Systems. Digital vs. Analog Waveforms. Digital: only assumes discrete values. Analog: values vary over a broad range continuously. Analogue Quantities.

398 views • 30 slides

Chapter 2

Chapter 2. Number Systems, Operations, and Codes. Decimal Numbering System . The decimal numbering system has 10 digits 0 through 9 The decimal numbering system has a base of 10 with each position weighted by a factor of 10

436 views • 26 slides

CS/COE0447 Computer Organization & Assembly Language

CS/COE0447 Computer Organization & Assembly Language. Pre-Chapter 2. void swap(int v[], int k) { int temp; temp = v[k]; v[k] = v[k+1]; v[k+1] = temp; }. swap: muli $2, $5, 4 add $2, $4, $2 lw $15, 0($2) lw $16, 4($2) sw $16, 0($2) sw $15, 4($2) jr $31.

230 views • 23 slides

State Board of Technical Education & Training Andhra Pradesh

263 views • 23 slides

Week 2 Introduction to the Hexadecimal Number System

452 views • 21 slides

Ch. 2 Floating Point Numbers

438 views • 16 slides

ECT 464

366 views • 16 slides

Digital Circuits

Digital Circuits. Analog and Digital Signals. V M. Noise margins in Logic Circuits. V DD. "1". V. OH. Noise margin high. NM. H. V. IH. Undefined. Region. V. NM. Noise margin low. L. IL. V. OL. "0". V GND. Gate Input. Gate Output. Noise margins in Logic Circuits.

242 views • 16 slides

143 views • 14 slides

IP Addressing and Subnetting

IP Addressing and Subnetting. Decimal To Binary Conversion. Address Class Identification. Address Class 10.250.1.1 _____ 150.10.15.0 _____ 192.14.2.0 _____ 148.17.9.1 _____ 193.42.1.1 _____ 126.8.156.0 _____ 220.200.23.1 _____. Default Subnet Masks.

504 views • 12 slides

Powers of 2

175 views • 12 slides

NUMBER SYSTEM AND CODES

5. NUMBER SYSTEM AND CODES. LEACH, MALVINO & SAHA. Why binary numbers are used. Almost all digital computers and systems are based on binary (two-state) operation. For instance, the switch shown in figure can be open or closed; therefore, a switch is one example of a natural binary device.

352 views • 8 slides

Decimal to Binary Conversion

329 views • 8 slides

Integer Conversion Between Decimal and Binary Bases

206 views • 6 slides