No-campus attendance No commuting No travel cost No deadline pressure Download FREE PCB design tutorial from before you begin the course

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1 PCB Design & Embedded System Starter Kits ONLINE PCB Design Signal Integrity Courses Embedded System Design Course Digital Design with Verilog Course BOOKS Printed / DVD format PCB Design Training course on demand at your desk without leaving your workspace - No-campus attendance No commuting No travel cost No deadline pressure. All exams are open-book/open notes Learn at your own pace; complete in as little as 25 days! Anyone with Electronics background - Enroll any time and enjoy affordable fee. The modules start with solid basics. Download FREE PCB design tutorial from before you begin the course. You will begin by learning the important principles that are the fundamental rules for just about, whatever you may do in PCB design. Then, you will get detailed instruction in techniques and procedures. Gradually, we will guide you through exciting hands-on projects that you can complete at your kitchen table. Academia, amateurs, professionals and research labs across the India and around the world would appreciate the kinds of technical skills we teach. There are no educational prerequisites to enroll. However, you should be familiar with basic electronics, and comfortable with fundamentals. CONTENTS About PCBkey ONLINE Training benefits Page 2 Training on Cadence Tool Page 3-8 Training on Mentor Graphics Tool Page 9 14 CAM350 Page 15 Training on Hyperlynx Signal Integrity Analysis Page Books Page 19 FAQ Page 20 Product matrix, Price and Payment options Page 21 Disclaimer: Due to CEDA s policy of continuous improvement, specific course content is liable to change without notice. Therefore, this agenda should be taken as a guide only and does not form part of any agreement between CEDA and any other party Updated January 14, 2013

2 Learn the skills you need to succeed as a PCB/Embedded Design Engineer - at home, workplace at your own pace. KEY to your ONLINE PCB DESIGN & SIGNAL INTEGRITY TRAINING needs What is inside the Course material Package? 1. PCB Design Software 2. Training Manual 3. MULTIMEDIA DVD with audiovideo Classroom tutorial just likes live session. 4. Certificate after project completion. 5. Support one month free support through phone & . E / DISTANCE LEARNING Keeping your design skills up to date requires continually learning and exploring the latest tools, techniques, and methodologies. However, it can be hard to fit training and travel time into busy project schedules. PCBkey offers Online training as a flexible and cost-effective alternative to site-based training. PCBkey Training is a part of CEDA located at New Delhi, INDIA. For more details about CEDA visit What is an Online/Distance Certificate course? Online Training is a Virtual Classroom audio-video environment that allows you to feel in live training events without the need to travel. You listen to lectures, participate in lab exercises, ask questions, and receive feedback just as you would do in a conventional classroom except you do it from the convenience of your desktop, or anywhere you have an Internet and phone connection. It saves the hassle, expense, and travel time to a training site. Why choose Online/Distance course? Save 75% training cost to improve your productivity by learning the very latest tools. Virtual classes consist of multiple three-hour sessions spread over several days, leaving the rest of each day free for you to concentrate on your design projects. Course Material How it works? How I practice? What is the support level? Install the PCB Design Software package from the DVD inside the course material. Training consists of conventional written discussions (in Adobe Acrobat ) of subjects, including links to multimedia demonstrations. A click on the "Show me now opens an audio-video clip showing exactly how to perform a specific action. User controls are available to pause or repeat the clip until the action is understood. Additionally, the same PCB design files used to create the demonstrations are included, allowing further practice for LAB session Practice the LAB session on your own WERE STUCK? A Click on the Show me now opens an audio-video clip showing exactly how to perform a specific action. Still not clear? Phone or us Your Specialized Tutor will be happy to help you. At this end almost 24x7, one-specialist tutor will be present to support - clarify your doubts through either or phone. What I need at my end? A Windows based PC preferably with Internet connection or a Phone Who will be benefited? Fresh engineering graduates, Instructors, design engineers, new Cadence & Mentor-Graphics users, Board Designers, Embedded designers, project executives, project leaders, PCB Designers, HiSPEED Designers, Signal Integrity Engineers & busy executives. The course provided me with a better understanding of PCB manufacture and will assist in resolving PCB failures. Also, I will now be able to design PCB to a standard to create ease of manufacture and reliability. Vinod Sharma, Max Remmer - Samsung Dr. M. Narayanan American University of Sharjah Victor Naobia Nigerian College of Aviation Technology, Zaria Pankaj Verma Southampton, UK A practical ONLINE tutorial session to help you, design PCBs through CADENCE & MENTOR Graphics TOOL

3 OrCAD PSpice Self Guided Tutorial OrCAD PSpice Duration: 40 hours Course Overview Agenda Course Part# PCBkey OCD0509 Pricing USD75 / INR 3500 Shipping $50 This course will cover the following topics : Learn how to enter a design for simulation Run DC bias, DC sweep, and AC sweep analysis Edit stimulus and run parametric analysis Learn how to edit models, run Monte Carlo analysis, create subcircuits and create parts for simulation from a model or subcircuit definition Learn how to create linear and non-linear transformers, perform temperature, worst case and noise analysis Learn about analog behavioral modeling, as well as running digital and mixed simulation Session 1 Building a design for simulation Setting up and running DC bias point analysis Setting up and running DC and AC sweep analysis Viewing simulation results in the probe window Setting up sources and using markers Creating and simulating a text netlist Accessing the stimulus editor using VSTIM, ISTIM, and DIGSTIM Running transient analysis Working with local and global libraries Session 2 Who Should Attend? Engineers seeking maximum productivity in minimum time Engineers new to analog and mixed-signal simulation Prerequisites You must be familiar with creating a schematic using OrCAD Capture or Allegro Design Entry HDL. You must also be proficient with using Windows and standard Windows applications. Examining common simulation errors Creating linear and non-linear transformers Setting up and running parametric analysis Creating a subcircuit Creating parts for simulation models Performing temperature analysis Configuring and running Monte Carlo analysis Simulating with hierarchical blocks and symbols Session 3 Simulating using analog behavioral modeling Using digital components in a design Combining analog and digital components in designs Using performance analysis and creating goal functions Setting up and running worst case analysis Setting up and running noise analysis

4 OrCAD Capture & PCB Designer OrCAD Capture Duration: 10 hours OrCAD PCB Designer Duration: 30 hours Course Part# PCBkey OCD0509 Pricing USD410 / INR Shipping $50 Course Overview Building parts and symbols Creating a new project Creating multi-sheet flat designs Copying work between projects Assigning reference designators Design checking Adding intersheet signal references Creating a Bill of Materials and other reports Adding part and net properties Creating a netlist for OrCAD Layout Building a hierarchical design Learning Objectives Session1 Getting started with OrCAD Capture Building a simple schematic Processing a design Building a multi-sheet schematic Editing properties LAB SESSION Session2 Creating parts and symbols Building a hierarchical design Preparing a design for Layout LAB SESSION Course Overview The OrCAD PCB DESIGNER consists of five modules, which include all the fundamental steps for designing a PCB, from loading logic/netlist data through producing manufacturing/nc output. The task-oriented labs show you the combined use of interactive and automatic tools. Modules Allegro PCB Editor: Module 1: Getting Started Allegro PCB Editor: Module 2: Library Development Allegro PCB Editor: Module 3: Logic Import, Design Rules and Component Placement Allegro PCB Editor: Module 4: Routing, Glossing and Copper Areas Allegro PCB Editor: Module 5: Post Processing and Manufacturing Output Learning Objectives Session1 Learn about the user interface. Learn about design preparation (libraries). Padstacks Component Symbols LAB SESSION Continued

5 OrCAD PCB Designer continued Session2 Import logic design data Learn about design rule definition Perform interactive placement Perform pin and gate swapping LAB SESSION Session3 Perform interactive routing Perform automatic routing Create copper areas for positive and negative planes. Learn about manufacturing output and documentation. LAB SESSION The course kit comes with 1. OrCAD PCB Designer Software evaluation CD 2. Training Manual 3. MULTIMEDIA DVD with audio- video Classroom tutorial just likes live session 4. Allegro reference design and LAB session files 5. Certificate after project completion 6. Support 1-month free support. Satisfaction guaranteed

6 Allegro PCB Editor Allegro PCB Editor with OrCAD -Capture Duration: 40 hours Course Overview The Allegro PCB Editor consists of nine modules, which include all the fundamental steps for designing a PCB, from loading logic/netlist data through producing. Manufacturing/NC output. The last four modules of this course introduce you to ways to build on the basics of the tool and address board design for high-speed purposes, while touching on ways to increase productivity. The task-oriented labs show you the combined use of interactive and automatic tools. Modules Allegro PCB Editor: Module 1: Getting Started Allegro PCB Editor: Module 2: Library Development Allegro PCB Editor: Module 3: Logic Import, Design Rules and Component Placement Allegro PCB Editor: Module 4: Routing, Glossing and Copper Areas Allegro PCB Editor: Module 5: Post Processing and Manufacturing Output Allegro PCB Editor: Module 6: Being Productive using the PCB Editor Allegro PCB Editor: Module 7: Rules, Constraints, and High-Speed Routing Allegro PCB Editor: Module 8: Autoplace, Interactive Routing, and PCB Router Tips Allegro PCB Editor: Module 9: Glossing, Copper Planes, and Tools to Produce Designs Learning Objectives Session1 Course Part# PCBkey APE0609 Pricing USD549 / INR Shipping $50 Learn about the user interface. Learn about design preparation (libraries). Padstacks Component Symbols LAB SESSION Session2 Import logic design data Learn about design rule definition Perform interactive placement Perform pin and gate swapping LAB SESSION Session3 Perform interactive routing Perform automatic routing Create copper areas for positive and negative planes. Learn about manufacturing output and documentation. LAB SESSION Continued

7 Allegro PCB Editor continued Session4 Customize PCB Editor to increase productivity. Learn about the different files. Use the Constraint Manager. Learn about advanced constraints. Autoroute high-speed designs. Learn about differential pairs. LAB SESSION Session5 Perform interactive bus routing. Perform advanced interactive and automatic routing of critical nets. Learn complex design strategies. Design to interface to PCB Router. Perform advanced glossing. Generate test points. Learn about split and complex power planes. LAB SESSION YOUR PROFESSIONAL TUTOR Training on demand at your desk without leaving your workspace, saves travel time and cost Learn the skills you need to succeed as a PCB Design Engineer - at home, at your own pace. The course kit comes with 1. Allegro Design Software evaluation CD 2. Training Manual 3. MULTIMEDIA DVD with audio- video Classroom tutorial just likes live session 4. Allegro reference design and LAB session files 5. Certificate after project completion 6. Support 2 months free support satisfaction guaranteed

8 Altium Designer Altium Designer Course Overview Building parts and symbols Creating a new project Creating multi-sheet flat designs Copying work between projects Assigning reference designators Design checking Adding intersheet signal references Creating a Bill of Materials and other reports Adding part and net properties Creating a netlist Learning Objectives Session1 Getting started with Altium Environment Building a simple schematic Processing a design Building a multi-sheet schematic Editing properties LAB SESSION Session2 PCB Layout design Course Part# PCBkey AD09 Pricing USD366/ INR 16,500 Shipping $50 The course kit comes with 1. Altium Designer Software evaluation CD 2. Training Manual in DVD 3. MULTIMEDIA DVD with audio- video Classroom tutorial just like live session 4.ALTIUM reference design and LAB session files 5.Exercise 6. Support one month free support satisfaction guaranteed Libraries Creating parts and symbols The library structure Using the Library Manager Library List Searching Libraries Creating Part Types Using the CAE Decal Editor Creating a New Library Create an IC Decal and Part Type Using the CAE Decal Wizard Drafting The Drafting Toolbar Adding Text Creating 2D Lines Design Preparation Design rules - Hierarchy structure, rules interface, Default rules and extended rules option, Clearance, Routing and High Speed rule categories, Conditional rules and printing rule reports Board layer preparation - number of layers, naming, routing and plane types, assigning nets to planes, routing direction, increasing and decreasing layers and documenting physical board make-up Designing a Schematic Printing and Documentation Print/Plot Schematics Report Files LAB SESSION

9 PADS PCB Design Training PADS Logic Duration: 9 hours Course Overview The PADS Logic Training class will teach you the workflow of creating a design. You will be guided through the steps necessary to capture schematics. Course highlights include generating electrical components, adding/updating parts, generating netlists, generating reports (BOM), and interfacing with PADS Layout. Hands-On Labs Throughout this course, extensive hands-on lab exercises example will help you understand better. Hands-on lab topics include: Navigating the Interface Creating and Modifying Drafting Items Creating Libraries and Library Objects Designing a one page Schematic Setting Board Properties Outputting Netlists and Plots Cross probing - PADS Layout integration Learning Objectives User Interface Mouse Functions and the Main Toolbar The Status Window and Toolbars Design Preferences and Display Colors File Management Modeless Commands Course Part# PCBkey PB0709 Pricing USD299 / INR Shipping $50 Libraries The library structure Using the Library Manager Library List Searching Libraries Creating Part Types Using the CAE Decal Editor Creating a New Library Create an IC Decal and Part Type Using the CAE Decal Wizard Drafting The Drafting Toolbar Adding Text Creating 2D Lines Design Preparation Design rules - Hierarchy structure, rules interface, Default rules and extended rules option, Clearance, Routing and High Speed rule categories, Conditional rules and printing rule reports Board layer preparation - number of layers, naming, routing and plane types, assigning nets to planes, routing direction, increasing and decreasing layers and documenting physical board make-up Designing a Schematic Printing and Documentation Print/Plot Schematics Report Files Bill of Materials Setup Creating a Netlist OLE Object Linking and Embedding The course kit comes with 1. PCB Design Software evaluation CD 2. Training Manual 3. MULTIMEDIA DVD with audio- video Classroom tutorial just likes live session 4. PADS reference design and LAB session files 5. Certificate after project completion 6. Support 1 month free support..satisfaction guaranteed Continued

10 PADS Layout Duration: 20 hours Course Overview The PADS Layout class will teach you the workflow of laying out a printed circuit board using the latest version of Mentor Graphics PADS Layout. You will be guided through the steps necessary to design a printed circuit board. Course highlights include creating physical components, importing netlists, adding/updating parts, routing connections, generating reports and Gerber information. Detailed lab exercises help reinforce the discussion during the lectures and provide you with extensive tool usage experience under the guidance of our industry expert instructors. You will learn how to Customize and work with the PADS Layout interface Create Board Outlines, Keepouts and 2D Line items Create Parts Types, Decals and Pad Stacks Import netlists, create board stackup and set up design rules Place parts manually and use cross probing capabilities Route a design using manual/interactive routing and editing tools Create copper shapes and plane areas Verify the design Generating Gerber Data Work with ECO files The Decal Wizard for instant creation of common component footprints Using Pad Stacks to change pin pad shapes on board and documentation layers Learning Objectives User Interface Graphical interface - toolbars File management - importing/exporting file types Changing tool defaults/creating and using start-up files Setting layer and object colors Altering settings through Preference and Status interfaces Biasing objects for selection with the Filter Mouse/keyboard command combinations and Modeless Commands Drafting Drafting Toolbar commands and Changing Drafting Preferences Creating and combining text and 2D-Lines Creating and saving frequently used objects to the Library Board Outlines and Cutout (holes in boards) Keepouts for various restrictions Setting global (whole board) and local (small area) height restrictions Dimensioning and measurement preferences Library Fundamentals of PADS Layout library structure Accessing libraries and changing library settings Part Types assigning decals, gate and pin swaps, refdes prefix, alphanumeric pin numbers, implicit pins and attributes Decals creating component footprints by adding pins, silkscreen outlines, polarization indicators and copper Placement Grid and Design Preferences Design Toolbar placement tools Routing Design Toolbar routing tools Routing with the: Route Editor, Dynamic Route Editor, Pin to Pin Autorouter, and Bus Route Editor Routing options, adding vias and layer pairs Protecting traces (gluing) Using the Trace Length Monitor Creating through hole, partial vias and via layer pairs Adding stitching vias Modifying trace widths Copper Generation Drafting Toolbar copper tools Copper and copper cut outs Copper Pours flooding, net assignment, and thermal generation Creating copper fill, patterns and solids Flood, Hatch command and viewing options Creating modifying split/mixed planes and individual thermal control Design Verification Measuring clearances with the View Clearance tool Using the Verify Design utility to check the design against design rules Clearance and Plane settings for verification Working with Error Markers Output Generation Generating reports Gerber files for PCB FABRICATION

11 PADS Hi SPEED Router Training PADS Hi Speed Router Duration: 9 hours Course Part# PCBkey PHSD709 Pricing USD164/ INR 7049 Shipping $50 Course Overview PADS Advanced Rule set option gives maximum control of PADS Layout extensive design rule hierarchy, necessary for today s high speed designs High Speed Introduction When High Speed HSD Rules Impedance Control Trace Implementation Net Length and maintaining for Net Tuning Differential pair Matched pair Shielding Shielding rules Routing High-Speed through PADS Router. Check next page

12 PADS Hi Speed Routing PADS Router HSD Duration: 9 hours Course Overview PADS HSD Router Training covers: When you should (and shouldn t) use PADS Router PADS Router Link PADS Router Monitor and File Management PADS Router windows, menus and toolbars and interface customization Keypad commands, mouse operation and shortcut keys Object filtering, selection and query methods Placement methods Design rules and preferences and properties Display options Setting up and running the autorouter Generating and understanding reports Design verification and error checking Use the FIRE option (Fast Interactive Route Editor) Set up Extended Rules and Properties Route Differential Pairs and High Speed Nets Use the Length Monitor and add-accordions Key topics Basic Router Philosophies PADS Router Interface Using the Filter Main, Routing and Selection Toolbars Project Explorer Pane Continued.

13 PADS Router continued Command and Navigation Windows Main Toolbar buttons Property Dialogs Customizing the Interface Tools Menu Setting General and Routing Preferences Setting up the Routing Strategy Setting Testpoint Preferences Other Setup Dialogs Net Coloration Assigning Properties By Selection Routing Route, Fanout, Optimize by selection Reviewing Router Reports The Routing Status Bar Pre-Routing Analysis The Route Report file Integrity Test Design Statistic, Testability and Testpoint Reports Autorouting Preparation Preparation, Routing and Fanout Order Layout Direction, Corner and Quality Settings PADS Layout Interface Fanout, Routing, DFT Audit, Layers and Strategy Setup

14 Hyperylynx Power Integrity Training Hyperlynx Power Integrity Duration: 9 hours Course Overview This session - Optimizing Power Delivery with Effective Decoupling - will discuss the ever-growing need for appropriate decoupling to meet the AC current demands of today's power-hungry ICs. Issues such as the number of decoupling capacitors, which values to use, and how to mount the capacitors will be discussed, as well as optimizing your design to reduce cost and use fewer layers. We will also illustrate how analysis of the problem can lead to a more robust power system, allowing you to get to market faster and have confidence in your PCB design. What will you learn How decoupling issues can affect your PCB design How to analyze your PCB to quickly pinpoint power delivery issues and explore solutions How HyperLynx PI can help solidify your PCB power distribution network Practical Demonstration of fundamental Plane noise analysis, Power delivery analysis and Via impedance analysis through Hyperlynx Topics Covered Overview Why do I need AC analysis Understanding the Power Delivery Network (PDN) PDN Impedance and Z parameters Capacitors Parasitics and its Effect of mounting PCB Decoupling Noise Analysis and Noise Propagation

15 PCB CAM with CAM350 Course Part# PCBkey CM0509 Pricing USD90 / INR 4500 Shipping $50 CAM350 Training covers: CAM350 is a multi-use tool for printed circuit board design and fabrication. It can be used to verify CAM materials that have been created by other PCB design tools such as PADS Layout or Cadence. It can be used to prepare those same materials for various processes such as step and repeat, panelization or adjusting feature sizes to compensate for fabrication variables. It can even be used to design a PCB board from the ground up or reverse engineer a PCB design from existing photo plots. All PCB design tools have DRC (design rule check) utilities to verify connectivity and spacing rules. But these utilities only check the rules against the Design Database. CAM350 has the ability to check the design database against the actual materials that will be used to manufacture the PCB. This adds an extra layer of protection from errors that can be introduced either inadvertently by incorrect settings in the utility used to generate the fabrication materials, or the potential inability of the design software to detect certain errors. Also explained are the output capabilities of CAM350 to create check plots, Gerber and NC files, and a smart ODB++** database that is compatible with Valor-Genesis software. The necessary steps will typically be explained with text and graphics, but most operations will also be demonstrated with live action using on-screen digital video media. The real-time video clips demonstrate their respective subject areas. How It Works Training consists of conventional written discussions in Adobe Acrobat of subjects, including links to multimedia demonstrations. NEW incorporation CAM-CHECKS- you should check before you release your design to FAB House A click on the "Show me now" opens an audio-video clip showing exactly how to perform a specific action. User controls are available to pause or repeat the clip until the action is understood. Additionally, the same PCB design files used to create the demonstrations are included, allowing further practice.

16 HyperLynx SI-Signal Integrity Analysis Course Part# PCBkey SI0709 Pricing USD375 / INR Shipping $50 Signal integrity (SI) analysis is an essential part of modern electronic design. Increasingly fast edge rates in today s integrated circuits (ICs) cause detrimental high-speed effects, even in PCB designs running at low operating frequencies. As driver ICs switch faster, a growing volume of boards suffers from signal degradation, including over/undershoot, ringing, glitching, crosstalk, and timing problems. When degradation becomes serious enough, the logic on a board can fail. Hardware engineers, PCB designers and signal integrity specialists alike can use HyperLynx as a team; getting simulation results without requiring weeks of software training. The emphasis is on getting designs right the first time, avoiding costly overdesign, and saving recurrent layout, prototype and test cycles in the lab. Audience: Design and CAD Engineers who will use HyperLynx to analyze signal integrity Prerequisites Familiarity with High-speed PCB concepts Slight Familiarity with Hyperlynx user interface is recommended though not mandatory Hyperlynx Training covers: The HyperLynx Signal Integrity Analysis course was developed to help you understand basic signal integrity, crosstalk, EMI concepts and gain proficiency in signal integrity, crosstalk, and EMI analyses, pre and post layout. Detailed lab exercises help reinforce what is discussed during the lectures and provide you with extensive tool usage experience under the guidance of our industry expert instructors. You will learn how to Create and simulate LineSim cell-based and free-form schematics Investigate termination strategies Investigate stack-up strategies Translate design databases Identify and debug SI and Crosstalk issues Read eye diagrams and how to specify a mask Simulate EMC and evaluate the results Assign models and component values Evaluate SI and Crosstalk issues Translate PCB layout databases Run BoardSim simulations interactively and in batch mode Run BoardSim for both single and multi-board projects Evaluate batch mode simulation reports to identify potential problems The course kit comes with 1. HyperLynx Software evaluation CD 2. Training Manual 3. MULTIMEDIA DVD with audio- video Classroom tutorial just likes Live session 4. Hyperlynx reference design and LAB session files 5. Certificate after project completion 6. Support one month free support satisfaction-guaranteed Throughout this course, extensive hands-on lab exercises provide you with practical experience using HyperLynx software. Hands-on lab topics include: LineSim free-form and cell-based schematic creation, editing stack-up, assignment of models and component values Compare theoretical values with simulation results Manual and automatic waveform measurements of overshoot, flight-time and crosstalk. Evaluating the effects of different impedance matching strategies, topologies, technologies, and stack-ups in LineSim Create, test, and debug IBIS models Add model libraries using different methods in BoardSim Perform Batch Mode Quick Analysis in BoardSim and review the report Perform Batch Mode Detailed Analyses in BoardSim and analyze the reports Interactively simulate different scenarios to fix problems in BoardSim Document and forward annotate changes made in BoardSim Analyze nets using eye diagrams and SPICE simulations Set up and simulate nets between boards using multiboard projects

17 HyperLynx SI continued Key Topics Pre Layout Activities Post Layout Activities Fundamental Concepts of SI and Crosstalk LineSim s Free-form and Cell-based User Interface Using the Stackup Editor and the Schematic Editor Assigning Models and Component Values Setting Simulation Power Supply Voltages Simulation Analysis via the Scope & Spectrum Analyzer Using the Terminator Wizard Technology, Topology, Termination, and Transmission Line Solutions Design Flow Multi-board Analysis Pre Layout Constraint Generation Passing Constraints to Layout Creating and Testing MOD Models (Databook) Testing IBIS Models Modeling Vias in LineSim and BoardSim BoardSim User Interface BoardSim Interactive SI, Crosstalk, and EMI simulations Translating PCB Layouts to HyperLynx Batch Mode (Board Wizard) in BoardSim Quick Analysis in BoardSim Back Annotation Termination Strategies Using Quick Terminators Finding Possible Solutions by Comparing Potential Solutions Setting up differential pairs Analyzing with eye diagrams Lossy Analysis Simulating with SPICE and S-parameter models Multiboard Analysis Create/edit Multiboard Projects and Caveats Multiple Instances (e.g. DIMMS, SIMMS) Adding Terminators in Multi-board Projects Throughout this course, extensive hands-on lab exercises provide you with practical experience using HyperLynx software. Hands-on lab topics include: LineSim free-form and cell-based schematic creation, editing stack-up, assignment of models and component values Compare theoretical values with simulation results Manual and automatic waveform measurements of overshoot, flight-time and crosstalk. Evaluating the effects of different impedance matching strategies, topologies, technologies, and stack-ups in LineSim Create, test, and debug IBIS models Add model libraries using in BoardSim Perform Batch Mode Quick Analysis in BoardSim and review the report Perform Batch Mode Detailed Analyses in BoardSim and analyze the reports Interactively simulate different scenarios to fix problems in BoardSim Document and forward annotate changes made in BoardSim Analyze nets using eye diagrams and SPICE simulations Set up and simulate nets between boards using multiboard projects

18 Dx Designer & Expedition PCB Table of Content The book is for everyone willing to use and explore Expedition PCB in 2 two different approach Quick Start method and detailed learning for PCB Layout and DX Designer for as electronic schematic capture software. The training book shows precisely and easily the whole range of commands and functions of within 16 progressive chapters. The book can be used for Expedition PCB 2010 versions of the software. The book content designed and written by a group of designers at Centre for Electronics Design Automation CEDA - may use as ready reckoner. 1. Section A 1. Introduction 2. Process Flow and Library Overview 3. Project Folder Structure 4. The Design Capture User s Interface 5. Creating the Project File 6. Placing Parts & Symbols 7. Placing wires 8. Placing Text properties 9. Placing Buses 10. Placing Graphics 11. Hierarchical Designs 12. Verify 13. Create CDB 14. Packager 15. Utilities 16. Customization Section B 1. Introduction to Expedition PCB 2. Library & Data Overview 3. Creating Padstacks 4. Creating Cells 5. Starting a PCB Layout 6. Routing Traces 7. Generating Planes 8. Finalizing the Silkscreen 9. Generating Gerber Data 10. Generating Drill Data Section C Quick Reference 1. Getting Started with DX-Designer 2. Getting Started with DX-Designer Central Library 3. Copy 4. Import Project 5. Easy BUS and 6. Easy BUS project files in DX-Designer Project Example folder 7. Forward Annotation and Example files 8. Forward Annotation project files in DX-Designer Project Example folder Section D Quick Reference 1. Getting Started with Expedition PCB 2. Expedition PCB project file folder 3. Setup 4. Place 5. Planes 6. Route 7. Analysis Menu 8. BOM 9. Silkscreen 10. ECO 11. Drill 12. Gerber

19 Embedded System Design Course 8051 Based Embedded Design Starter course Duration: 50 hours Course Overview Courseware content Training Manual Evaluation board (8051 based) Serial Cable Jumpers Course Part# PCBkey EDS8051 Pricing USD75 / INR 3750 Shipping $50 Training Kit The lowest price in the Industry. Ceda s Distance Learning Program is an effort to promote Microcontroller education within the Technical and Engineering community. Why 8051 Based as the world has moved to ARM based powerful controller? 8051 is a very popular micro controller widely used by hobbyist and industry. If you find any Engineering curriculum 8051 has been described in detail for entry-level designer. Further there are many supports available from the Net, which will be a benefit. This fully interactive self-study course of embedded system design teaches the basic concepts of embedded system. The course is recommended for all individuals who want to learn embedded from scratch. PCBkey Distance Learning Program is a 25 days course that will take approximately 70 hours to complete. It is divided into 10 lessons. It includes one copy of the training workbook, a course Guide and 1 DVD with video classroom, a Reference book, and an 8051 based hardware kit with your complete course registration. System/Hardware Requirement: A PC with serial (RS232) port. If serial port is not available, a USB to serial converter can be purchased from your local PC shop. 12Volt power adapter Software requirements: MS Windows XP/Vista/Windows7 Your 5 comprehensive modules start with solid basics. You'll begin by learning the important principles that are the fundamental rules for just about whatever you may do in embedded system design. Then, you'll get detailed instructions in techniques and procedures. Step by step, we'll guide you through exciting hands-on projects. Who Should Attend? Engineering Student can take up this as Summer- Training Course Engineers new to Embedded systems Engineers who wants to switch over to Embedded Systems Prerequisites You must be familiar with Basic Electronics functionality. Course module Check next page

20 Embedded System Design Course Agenda FOLLOW THE SESSIONS IN THE ORDER GIVEN BELOW. AFTER EVERY SESSION FILL THE WORK BOOK SESSION Introduction of Embedded System. 2. Real time Examples of Embedded System. 3. Design cycle of an Embedded System. 4. Real-time and non real time concepts. 5. Trends & Market Scenario. 6. A detailed example of an Embedded System (Thermostat). 7. Embedded Application Programming. 8. Different types of processor with example (GPS system, Match Box PC Palm Top etc. SESSION Introduction to Microcontroller. 2. Difference between Microcontroller and Microprocessor. 3. Introduction to MC51 Microcontroller. 4. Architecture of a) Memory Architecture. b) Addressing mode. c) Special Function Registers. d) Pin Description of e) Additional features. 5. Writing program in Assembly language a) What is an IDE? b) Demo of UMPS i) Writing program ii) Assembling iii) Connecting Peripherals iv) Simulation & Debugging v) Generating an image (hex file) SESSION Detail Description of All special function Register a) Timer b) Serial Communication c) Interrupts 2. Instruction sets in 8051 a) Data Transfer b) Arithmetic Operation c) Logical Operator d) Bit operation e) Branching Instruction. SESSION Introduction to Embedded C Language a) Why Embedded C? b) What is the use of Embedded C? 2. Introduction of Cross Compiler a) Compiler b) Assembler c) Linker d) Loader e) Memory 3. Trade off between using C for desktop & embedded system. 4. Different Cross Compilers in Market. 5. Introduction to Keil software. SESSION - 5 and 6 1. Embedded C Programming a. Special keywords in Embedded C b. Introduction of KEIL software c. Demo of Keil Software i. Creating projects ii. Writing C Program iii. Compiling, Debugging iv. Generating hex file. d. Memory mapping of 8051 e. Interfacing External memory f. Memory specifies. 2. Memory models 3. A demo of all the keywords used in Keil. SESSION Embedded Communication Protocols a. Parallel Communication. b. Serial Communication. i. Asynchronous Communication. ii. Synchronous Communication. SESSION Introduction of I2C Protocol a. I2C Protocol b. I2C Implementation c. A Real time example using IC DS1302. SESSION Introduction to SPI Protocol a. SPI Protocols b. Implementation c. Example of SPI Protocol 2. Test Communication protocol. SESSION Concepts of Operating System a. What is an Operating System? b. What makes an Operating System? c. Types of Operating System. 2. Concepts of Real Time Operating System 3. Difference between RTOS & Other OS 4. An Example of RTOS SESSION Tasks. Multi Tasking 2. Process. 3. Threads. 4. How scheduler works Scheduling algorithms. 5. Types of Schedulers. 6. Scheduling in VX-Works, UCOS. 7. Graff chart concepts SESSION Semaphores a. Binary semaphore b. Counting Semaphore c. Mutex Semaphore 2. Shared Memory 3. Message Q s. 4. Notation used. 1. Difference between RISC & CISC Machines 2. Memory Architecture a. Von-neumann Architecture b. Harvard Architecture 3. Microprocessor & Microcontroller a. Difference between Microprocessor & Microcontroller b. 8 bit Microprocessor & Microcontroller c. 16 bit Microprocessor & Microcontroller d. 32 bit Microprocessor & Microcontroller 4. How 32 bits up on uc is better? LAB CD IS A PART OF THE DVD 1. Schematic of the Board. 2. Quick start manual (PDF) 3. Example programs IDE 5. Data Sheets of all IC s used on Board

21 Frequently Asked Questions PCB Design ONLINE/e-learning Training FAQs training USA AMERICA CALIFORNIA Q: Who will be benefited from PCBkey ONLINE TRAINING- KITS? A: Engineering Students, Planning to switch over to Designing, Project leaders, Embedded designers, Board designers, Layout Engineers, PCB Designers, New Cadence and Mentor Graphics users, Hi-SPEED Designers, Signal Integrity Engineers. Q: What exactly is e-learning / ONLINE Training? A: E-learning is the teaching concept for the 21st century, a learning environment on the Internet developed especially for you, which guides you through the material using explanations, animations and questions, and which includes a test at the end. If you have any questions, you can use or phone to communicate with your own specialist tutor. The result is a modern, pleasant and flexible way of learning. training, editor training, Q: If I need more support to understand the PCB tutorials? A: We can voice and video chat through goggle or we can set up Microsoft net meeting The specialist tutor will browse your desktop and present a demo to clarify your doubts remotely. It is like having your own Live Tutor in front of you... at the hours that you need them most! Q: Are you struggling to work on your Cadence OrCAD, Cadence Allegro PCB Editor and PADS layout project? A: After you buy PCBkey Training KIT, you get the support right away through out the project. The easy payment procedure will help you to complete the payment. Training on demand at your desk without leaving your workspace - No campus attendance, no commuting, no deadline pressure. All exams are open-book/open notes Learn at your own pace; complete in as little as 25 days! Anyone familiar with basic electronics- Enroll any time and enjoy affordable fee. The modules start with solid basics. Download FREE PCB design tutorial from before you begin the course. You will begin by learning the important principles that are the fundamental rules for just about, whatever you may do in PCB design. Then, you will get detailed instruction in techniques and procedures. Gradually, we will guide you through exciting hands-on projects that you can complete at your kitchen table. Academia, amateurs, professionals and research labs across the India and around the world would appreciate the kinds of technical skills we teach. There are no educational prerequisites to enroll. However, you should be familiar with basic electronics, and comfortable with fundamentals. Q: I am not in a position to move out from my work place for 3-4 days training. Do you have training facility at our location? Is it possible to provide me training on Weekends? Is it possible to provide training at my location? A: Online Training is a Virtual Classroom audio-video environment that allows you to feel in live training events without the need to travel. You listen to lectures, participate in lab exercises, ask questions, and receive feedback just as you would do in a conventional classroom except you do it from the convenience of your desktop, or anywhere you have an Internet and phone connection. It saves the hassle, expense, and travel time to a training site. Start the training instantly NOW xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx Q: I am doing MSc. in Microelectronics from Bolton University - checked up many PCB Design Training service providers in UK and US. The training fees start from $ $3000 which is excluding travel cost, hotel cost. A: CEDA s PCB worldwide training is an extended service of CEDA PCB Designing services. Cost cutting continues to be the mantra at most organizations. CEDA s training fees is almost 75% less than the prevailing fees, which are in the tune of $2000. Further, CEDA s PADS/Allegro PCB online training programme will help companies and individual to downsize travel budget As per our study no other training company can offer this much value for your training investment Q: Is it o 2 hours every day instead of at a stretch of 2-3 There is more Training Introduced, which we may not have updated in this catalog yet. Please refer the below link for more information

22 For latest price & product list please refer our site *ADD $50 for Shipping & Handling charges through FedEx Need more information? Interested to Buy? Drop a line of the product-name of your interest from the Product Matrix pcbkey@gmail.com Payments from INDIA accepted through Cheque /DD in favor of CEDA payable at Delhi. If you are in a hurry, you may deposit the amount in your nearest branch of ICICI / HDFC bank (mail us we will provide a/c details) International payments accepted through Paypal or through secure credit card option. PCBkey TRAINING products brought to you by CEDA. For more details visit Multimedia PCB Design & Signal Integrity Training kit/tutorials Training on demand at your desk without leaving your workspace, saves travel time and cost 5G- DEEPA PLOT #10 IP EXTN. PATPARGANJ, DELHI INDIA PHONE: MOBILE