'Timing diagram' diaporamas de présentation

Ch 3. Digital Circuits

Ch 3. Digital Circuits. 3.1 Logic Signals and Gates. N bits can represent states. (When N=1, 2 states). Input. Output. Black-box. Black-box representation and Truth table shows a logic circuit with input/output and ignores electrical behavior of the circuit.

1.12k views • 98 slides

UML

936 views • 63 slides

877 views • 54 slides

The Microarchitecture Level

927 views • 46 slides

Sequential Logic

Sequential Logic ENEL 111 1 7 3 Sequential Logic Circuits So far we have only considered circuits where the output is purely a function of the inputs With sequential circuits the output is a function of the values of past and present inputs This particular example is not very useful

1.38k views • 37 slides

EKT 124 / 3 ELEKTRONIK DIGIT 1

EKT 124 / 3 ELEKTRONIK DIGIT 1. CHAPTER 1 INTRODUCTION TO DIGITAL LOGIC. LOGIC GATES. NOT Gate (Inverter) AND Gate OR Gate NAND Gate NOR Gate X-OR and X-NOR Gates Fixed-function logic: IC Gates. Introduction(1)

601 views • 37 slides

How safe is safe enough? (and how do we demonstrate that?)

How safe is safe enough? (and how do we demonstrate that?). Dr David Pumfrey High Integrity Systems Engineering Group Department of Computer Science University of York. Why System Safety ?. Why do we strive to make systems safe? Self interest

448 views • 27 slides

Chapter 7

Chapter 7. Flip-Flops, Registers, Counters, and a Simple Processor. Chapter Objectives. In this chapter you will learn about: Logic circuits that can store information Flip-flops, which store a single bit Registers, which store multiple bits

622 views • 26 slides

Sequential circuits

Sequential circuits. Part 1: flip flops All illustrations ?2009-2010, Jones & Bartlett Publishers LLC, (www.jbpub.com). Maintaining values over time. Electronic signals (e.g. clock pulses) are transient

429 views • 24 slides

Synchronous Counter with MSI Gates

787 views • 23 slides

Counter Circuits and Applications

Counter Circuits and Applications. Group 6 ??? ?? ???. Overview. Analysis of Sequential Circuits. Ripple Counters. Design of Divide-by-N Counters. Ripple Counter ICs. Applications. System Design Applications. Seven-Segment LED Display Decoders. Synchronous Counters.

586 views • 22 slides

System Programming

NFC-IET-2011 . System Programming. Lecture-09 Hardware Programming Dated: April 18, 2011 By Somia Razzaq Note: Some slides and images of following lecture are taken from VU. - Synchronous Devices require a timing signal. Interval Timer. Clock generated. Microprocessor. Clk. Clk.

428 views • 22 slides

Quality Improvements Quantity Increases Quantifiable Results

780Qi and TE. Quality Improvements Quantity Increases Quantifiable Results. Overview. 780 and TE is not very different from a TE program using Full Setpoint control Differences: You write to different SD values to Start a Feed

264 views • 17 slides

Analysis 2: Realizing Use Cases [A&N 12]

Analysis 2: Realizing Use Cases [A&N 12]. Recall, use case (your requirement). Online shop system. credit card company. Pay. customer. ID 1: Buy Desc : a customers pay the items she has in the basket. Primary actors : customer Secondary actors: credit card company

235 views • 15 slides

CHAPTER 3

CHAPTER 3. Counter Application (Part A) By : Pn Siti Nor Diana Ismail. Outlines. Up/down synchronous counter Cascade counter Counter decoding Design counter application. i. Up/down synchronous counter. It capable of progressing in either direction through a certain sequence.

725 views • 14 slides

Open-loop full-digital duty cycle correction circuit

Open-loop full-digital duty cycle correction circuit. C. Yoo, C. Jeong and J. Kih ELECTRONICS LETTERS 26th May 2005 Vol. 41 No. 11. ??????????? ????????. Outline. Introduction Open-loop full digital duty cycle correction Experimental result Conclusion References. Introduction.

1.24k views • 13 slides

Pre -Chopper Beam Dynamics

262 views • 11 slides

ECE 111

ECE 111. Run-Length Encoding Project (RLE). Run-Length Encoding. A simple lossless compression algorithm See http://en.wikipedia.org/wiki/Run-length_encoding Example Input: WWWWWWWWWWWW B WWWWWWWWWWWW BBB WWWWWWWWWWWWWWWWWWWWWWWW B WWWWWWWWWWWWWW

300 views • 10 slides

State Machine Design Procedure

State Machine Design Procedure. 1. Build state/output table (or state diagram) from word description using state names. 2. Minimize number of states (optional). 3. State Assignment: Choose state variables and assign bit combinations to named states.

391 views • 6 slides

Flat Panel Display : Principle and Driving Circuit Design

639 views • 2 slides