"Automation" Essays and Research Papers

INDUSTRIAL TRAINING REPORT Introduction to VLSI technology with VERILOG and FPGA Submitted in partial fulfillment of the Requirements for the award of Degree of Bachelor of Technology in Electronics and Communication Engineering Submitted Name:- Tanuj Kumar Mishra Roll:- 110103200 SUBMITTED TO: Department of Electronics and

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Case Study 3 Overview: The case scenario is about Mentor Graphics Corporation who had a vision on his company for over 10 years. They spent several months interviewing customers and designing a computer workstation where the new vision was in the works. Later on‚ while Mentor Graphics was trying to think of a new vision‚ their competitor‚ Daisy Systems were doing the same thing and became the company to come out on top with there new vision causing Mentor Graphics to come up with something that

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Swinburne University of Technology Faculty of Engineering‚ Computing and Sciences HET202 Digital Electronics Design Project Aim To become familiar with the design of digital circuits using a hardware description language‚ to simulate these designs and finally implement them using a FPGA. Assessment This project has a weighting of 10% of the total subject marks. Assessment is based on demonstration in the laboratory and submission of a written project report. The report is due at the

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I. OBJECTIVES 1. To understand how to describe basic circuits using VHDL 2. To compile and simulate a VHDL text file 3. To learn how to assign pins for a desired circuit to the eSOC II board 4. To download a program to the eSOC II board and verify that the programmed circuit operates as designed II. PARTS LIST Equipment: IBM PC or Compatible with Windows 2000 or Higher Quartus II Design Software – Version 9.1 Parts: eSOC II Board III. INTRODUCTION The circuit design

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FM Transmitter Here is the schematic‚ PC board pattern‚ and parts placement for a low powered FM transmitter. The range of the transmitter when running at 9V is about 300 feet. Running it from 12V increases the range to about 400 feet. This transmitter should not be used as a room or telephone bug. Part Total Qty. Description Substitutions C1 1 0.001uf Disc Capacitor C2 1 5.6pf Disc Capacitor C3‚C4 2 10uf Electrolytic Capacitor C5 1 3-18pf Adjustable Cap R1 1 270 Ohm 1/8W Resistor

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1 CHAPTER 1: INTRODUCTION TO ASIC AND STANDARD IC SECTION 1.1: INTRODUCTION An ASIC is an application-specific integrated circuit. Some digital logic ICs and their analog counterparts are standard parts‚ or standard ICs .They are readily available in market. One can select standard ICs from catalogs and data books and buy them from market. Different microelectronic systems are designed using the standard ICs. With the advent of VLSI in the 1980s engineers began to realize the advantages

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Expt No: Date: TSPICE USING TANNER EDA TOOL Aim: To implement NAND‚ NOR‚ NOT GATE and Differential amplifier using tanner EDA tool. Software Required: S Edit Software. Procedure: 1. Startprogramsselect tanner EDA SEdit software 2. Create new designdesign name. 3. cell new viewenter cell nameok 4. Under Project Name  click addbrowsemy documents 1.tanner EDA tanner EDA tools process select generic 250 nmgeneric 250nm devicesopen 2. tanner EDA tanner EDA

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With designs becoming increasingly complex by the day and transistor geometries shrinking‚ almost all the functional domains across SoC design teams are having a hard time to signoff their functions and Static Timing Analysis (STA) timing closure is also no exception. STA Timing closure is always an important and critical part of SoC design and lower technology nodes have only compounded the challenges for STA teams. As the VLSI industry has entered the epoch of a lower technology node‚ diminishing

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[pic] Coursework Title: FPGA Programming Project Module Name: Programmable Electronic Devices Module Code: 6008ENGFRI Level: 6 Credit Rating: 20 Weighting: 100% Lecturer: C Wright Issue Date: 18/01/2013 Hand-in Date: 28/03/2013 Hand-in Method: Hand in printed report at Avril Robarts LRC Feedback Date: 15/04/2013 Feedback Method: Return of marked scripts Programmes: IEC Learning Outcomes to be assessed LO1‚ LO2‚ LO3‚ LO4‚ LO5 6008ENGFRI

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A basic introduction to Cadence OrCAD PCB Designer Version 16.3 Professor John H. Davies Department of Electronics and Electrical Engineering Glasgow University‚ Glasgow‚ G12 8QQ‚ Scotland‚ UK Email: jdavies@elec.gla.ac.uk 2010 July 08 Contents Preamble 2 1 Introduction 3 2 One-transistor amplifier: Schematic capture 5 3 OrCAD PCB Editor 14 4 Instrumentation amplifier – single-sided board 25 5 Instrumentation amplifier – double-sided board 35

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