accomplished using a decoder which has 4 input lines and 10 output lines (the 10 output lines correspond to the decimal numbers 0-9). This device is used to convert between binary numbers and decimal numbers. Encoders: An encoder performs the opposite function of a decoder. An encoder takes a input on one of its 2n input lines and converts it to a coded output with n lines. Part 1. Analysis of a Decoder Procedure: Set up the circuit as shown on page 4. In this circuit X & Y are the encoded
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tangent of two variables * atan — Arc tangent * atanh — Inverse hyperbolic tangent * base_convert — Convert a number between arbitrary bases * bindec — Binary to decimal * ceil — Round fractions up * cos — Cosine * cosh — Hyperbolic cosine * decbin — Decimal to binary * dechex — Decimal to hexadecimal * decoct — Decimal to octal * deg2rad — Converts the number in degrees to the radian equivalent * exp — Calculates the exponent of e * expm1 — Returns
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information interchange) e.g. Unicode systems‚ and EBCDIC (extended binary coded decimal interchange code) IBM mainframe and mid-range computers‚ together with devices communicate with these machines use EBCDIC. The Unicode system of coding text is used more widely and has become the standard for representing text digitally. Standard ASCII represents the English language characters using decimal numbers in the range from 0 to 127 and requires 7 bits per character. Unicode systems extend ASCII characters
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In today’s world‚ there exists many binary systems: hot and cold‚ light and dark‚ good and evil‚ the list goes on and on. One of the most important binary systems we have is in gender‚ male and female. The span of human history has seen the creation and development of societal expectations based on a person’s sex. While the system is far from perfect‚ with gender inequality continuing to exist across the globe‚ humanity has accomplished much with this system. Ursula Le Guin uses The Left Hand
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LABORATORY MANUAL ECE 420 Digital VLSI Design 1 Content Experiment No. 1 Name of Experiment 2 Write a program in Verilog to implement all logic gates. Write a program in verilog to implement half adder/full adder/subtractor Write a program in verilog to implement multiplexer/demultiplexer Write a program in verilog to implement decoder/encoder Write a program in verilog to implement 4 bit parallel adder using Gate level modelling Introduction to experiments after MTP
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b 3 Write a C++ Program to reverse the string using stack. a Write a C++ program to sum the two data members in a class using a friend 50 function. Test the program with proper input with main function. b Write a C++ program to convert the following infix expression to postfix 50 expression. 2 + 3 * 5 - (6*7) + 9 4 a 50 Implement the following class hierarchy. Shape Sphere Cylinder Square The base class contains pure virtual function to calculate the area
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MANIPAL INSTITUTE OF TECHNOLOGY A constituent institute of Manipal Academy of Higher Education (MAHE) - Deemed University MANIPAL – 576 104‚ KARNATAKA‚ INDIA. Subject Code: ECE – 101/201 BASIC ELECTRONICS COURSE MATERIAL For 1ST & 2ND Semester B.E. (Revised Credit System) DEPARTMENT OF ELECTRONICS & COMMUNICATION ENGINEERING CONTENTS Module 1. – SEMI CONDUCTOR THEORY Mr. Hemanth Kumar A.R.‚ Lecturer‚ Pg. 27 – 49 Pg. 1 – 26 Module 2. – PN JUNCTION DIODE AND ITS APPLICATIONS
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MOVEMENT RECOGNITION AND AUDIO GUIDANCE DEVICE FOR VISUALLY IMPAIRED PEOPLE Miss. Gayatri Dandekar Miss. Deepti Kulkarni Student BE ENTC Student BE COMP dandekargayatri@gmail.com kddeepti@gmail.com MKSS’S Cummins College of Engineering For Women‚ Karvenagar‚ Pune-411052 Abstract -Now a day’s many systems are developed
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1101001101010011 001010010101010 1010101000110010 010101001011000 110101100011010 11010100001011 001010100110 1001010010 IP Addressing and Subnetting Workbook Version 1.1 11111110 10010101 00011011 11010011 10000110 IP Address Classes Class A 1 – 127 (Network 127 is reserved for loopback and internal testing) 00000000.00000000.00000000.00000000 Leading bit pattern 0 Network . Host . Host . Host Class B 128 – 191 Leading bit pattern 10 10000000.00000000.00000000.00000000 Class C 192 – 223 Leading
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rigid disks? A. Operating frequency B. Area C. Access times D. None of the above ANS: 13. Interfaces to memory and I/O devices are made through A. Central Switch B. Buses C. Data links D. All of the above ANS : 14. What converts data from electrical to other forms of energy in an I/O module? A. Convertor B. Transformer C. Transducer D. Arbiter ANS : 15. Which of the following is not a function of the OS A. Program execution B. Error correction C. Data/Instruction
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