LOGIC DESIGN ASSIGNMENT 1. A. B. To convert 85.85 from its decimal form to binary. 2|85 0.85 × 2 = (1). 70 2|42 r 1 0.70 × 2 = (1).40 2|21 r 0 0.40 × 2 = (0).80 2|10 r 1 0.80 × 2 = (1).60 2|5 r 0 0.85₁₀ = .1101₂ 2|2 r 1 2|1 r 0 =1010101₂ THEREFORE 85.85₁₀ = 1010101.1101₂ 2|0 r 1 To convert 85.85₁₀ to Octal 8|85 0.85 x 8 = (6).80 8|10 r 5 0.80 x 8 = (6).40 8|01 r 2
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EEN1036 Digital Logic Design Chapter 4 part I Simplification of Switching Function 1 Objective s s s s Simplifying logic circuit Minimization using Karnaugh map Using Karnaugh map to obtain simplified SOP and POS expression Five-variable Karnaugh map 2 Simplifying Logic Circuits • • • A A Boolean expression for a logic circuit may be reduced to a simpler form The simplified expression can then be used to implement a circuit equivalent to the original circuit Consider
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An Introduction to Digital Logic Up until now the labs have dealt with electricity in its analog form where a quantity is described by the amount of voltage‚ or current‚ or charge... expressed as a real number. However a large proportion of electronic equipment‚ including computers‚ uses digital electronics where the quantities (usually voltage) are described by two states; on and off. These two states can also be represented by true and false‚ 1 and 0‚ and in most physical systems are represented
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paste from Wikipedia. Remove all hyperlinks and edit properly. Note your references in the appropriate section of this lab report. Materials and Equipment * 7400 Quad 2-input NAND gate * 7402 Quad 2-input NOR gate * … * Logic Trainer * Digital Multimeter Procedures‚ Data and Results 1. These are usually provided. Pictures (of the experimental set-up‚ and NOT the members)‚ data‚ tables and results are presented here. Table No.1: Description | | | | | | |
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MCA 102 DIGITAL SYSTEMS & LOGIC DESIGN Module1 - Number systems and code. Number systems - Efficiency of number system‚ Decimal‚ Binary‚ Octal‚ Hexadecimalconversion from one to another- Binary addition‚ subtraction‚ multiplication and division‚ representation of signed numbers‚ addition and subtraction using 2’s complement and I’s complement. Binary codes - BCD code‚ Excess 3 code‚ Gray code‚ Alphanumeric code‚ Error detection codes‚ Error correcting code. Module II - Logic Gates and Boolean Algebra
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CPEN 214 - Digital Logic Design Binary Systems C. Gerousis © Digital Design 3rd Ed.‚ Mano Prentice Hall Digital vs. Analog • An analog system has continuous range of values – A mercury thermometer – Vinyl records – Human eye • A digital system has a set of discrete values – Digital Thermometer – Compact Disc (CD) – Digital camera Benefits of using digital Analog signal Digital signal • Advantages of using Digital: • Cheap electronic circuits • Easier to calibrate and adjust • Resistance
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Fourth Edition ISE 5.1i Programmable Logic Design Quick Start Hand Book By Karen Parnell & Nick Mehta June 2003 ABSTRACT Whether you design with discrete logic‚ base all of your designs on microcontrollers‚ or simply want to learn how to use the latest and most advanced programmable logic software‚ you will find this book an interesting insight into a different way to design. Programmable logic devices were invented in the late seventies and since then have proved to be very
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THE LOGIC OF EXPERIMENTAL DESIGN The randomized comparative experiment is one of the most important ideas in statistics. It is designed to allow us to draw cause-and-effect conclusions. Be sure you understand the logic: • Randomization produces groups of subjects that should be similar in all respects before we apply the treatments. • Comparative design ensures that influences other than the experimental treatments operate equally on all groups. • Therefore‚ differences in the response variable
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60 8.85 x 10-14 F/cm ESi 11.7 x O F/cm 6.x 3.97 x EO F/cm Commonly Used Prefixes for Units giga mega kilo milli micro nano pico femto G M k m In n p f 109 106 103 10-3 10-6 10-9 10-12 10-15 second edition CMO S DIGITAL INTE GRATE D CI RCUITS Analysis and Design SUNG-MO (STEVE) ANG University of Illinois at Urbana- Champaign YUSUF LEBLEBIGI Worcester Polytechnic Institute Swiss Federal Institute of Technology-Lausanne U McGraw-Hill.* Boston Burr Ridge‚ IL Dubuque‚ IA Madison‚ WI
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C HAPTER 1 © 2008 Pearson Education‚ Inc. 1-1. (a) (1) Calm: or (2) 10 mph (3) 100 mph (b) The microcomputer requires a table or equation for converting from rotations/second to miles/hour. The pulses produced by the rotating disk must be counted over a known period of time‚ and the table or equation used to convert the binary count to miles per hour. 1-2. –34° quantizes to –30° => 1 V => 0001 +31° quantizes to +30° => 7 V => 0111 +77° quantizes to +80° => 12 V => 1100
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