CIRCUIT DESIGN & PCB DESIGN


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Module 1 : Introduction to Circuit Designing

» Fundamental of circuit design
» Creating New Components
» Introduction to Analog Circuit Design
» Introduction to Digital Circuit Design
» Placing Symbols and Ports
» Labeling components
» Circuit optimization

Module 2 : Introduction to PCB Design

» Definition and Evolution of PCB
» Purposes of a PCB
» Types of PCBs
» Creating the Blank PCB
» Defining a sheet template
» Printed Circuit Technology
» PCB Construction (Power and Ground Plane)
» PCB Printing & Etching process
» Defining the Board Shape & Placement Boundary
» Creating a board outline & placement / routing boundary

Module 3 : PCB Schematic

» Basic concepts of PCB Designing
» Schematic capture
» From schematic to PCB
» Design structure
» Placing, editing, and connecting parts and electrical symbols
» Adding and editing graphics and text
» Changing your view of a schematic page
» Creating and editing parts
»  About the processing tools
» Preparing to create a net list
» Creating a net list
» Creating reports
» Exporting and importing schematic data

Module 4 : PCB Editor

» PCB Material.
» Using the PCB Editor panel.
» PCB Editor Preferences.
» Board Options dialog.
» Board Layers and Colors.
» Grids.

Module 5 : PCB layers

» Enabling Layers.
» Layer definitions.
» Defining the Electrical Layer
» Defining Mechanical layers.
» Defining PWR/GND layers.

Module 6 : Design information to the PCB

» Design synchronization with schematic tool.
» Resolving synchronization DRCs.
» Design transfer using a Net list.

Module 7 : Design rules and design rule checking

» Adding design rules in constraints manager
» Design rules concepts.
» How rules are checked.
» Where rules apply.
» Constraint region setting
» Design Rule Checking

Module 8 : Component Placement tools

» Placing components.
» Finding components for placement.
» Moving components.
» Interactive Placement commands.
» Re-Annotation.
» Placement Considerations – [Mechanical – Thermal – Electrical – Assembly].

Module 9 : Shielding

» Shielding Effectiveness.
» Shielding Practices.

Module 10: Routing Diagram

» Routing topologies and PCB Routing Considerations.
» Single Ended.
» Routing guidelines
» Copper Pour
» Differential routing (Design Considerations).

Module 11: PCB Layout and Grounding

» Discontinuities and other higher order mode effect – bend vias, pads and connectors.
» Basic layout rules.
» Basic grounding rules.

Module 12 : Footprint libraries

» Introduction to Library Design.
» IPC standards in Foot print design.
» Pad Design.
» Foot print design.

Module 13 : Drawings & Documentation

» Creating a new Output Job file
» Setting up Print job options
» Creating CAM files
» Running the Output Generator
» Drawing Requirements
» Assembly Drawing
» Master Drawing

Module 14 : Software covered: Circuit Wizard, Proteus & Eagle

» Drilling and Soldering
» Drilling of designed PCB
» Soldering Process of Components
» Testing & Troubleshooting

Category:- 100% Job Oriented Training for Circuit Design & PCB Design
Course Eligibility:- DIPLOMA/BE/B.TECH/M.TECH(EC/ET/EI/EN/IC/ IT)
Course Duration:- 3 Month(180 Hrs)

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