PCB Designing Using OrCAD

Go from schematic to printed circuit board (PCB) using Cadence OrCAD Capture, PSPICE and PCB Editor v17.2
For Electrical, Electronics, Instrumentation Engineers

Course Type

alternative

₹ 20313  

What You'll Learn ?

Schematic design using Orcad and Capture.
Simulate circuits with PSpice software.
Component selection and placement techniques.
PCB layout and routing fundamentals.
Signal integrity and EMI considerations.
Hands-on experience with Orcad tools.
Troubleshooting and debugging electronic circuits.
Designing for manufacturability and assembly.
Circuit optimization for performance and cost.
Real-world application of electrical engineering skills.
Course content

    Topic 1 | Introduction about OrCAD Capture

    Topic 1 | Introduction about OrCAD Capture

    Topic 2 | Creating new schematic part in OrCAD Capture

    Topic 2 | Creating new schematic part in OrCAD Capture

    Topic 3 | Setting up the schematic page preferences

    Topic 3 | Setting up the schematic page preferences

    Topic 4 | Working with Schematic Page Editor Window

    Topic 4 | Working with Schematic Page Editor Window

    Topic 5 | Placing symbols in OrCAD Capture

    Topic 5 | Placing symbols in OrCAD Capture

    Topic 6 | Modifying components by Part Editor

    Topic 6 | Modifying components by Part Editor

    Topic 7 | Editing of the Schematic Design

    Topic 7 | Editing of the Schematic Design

    Topic 8 | Creating Multi folder schematic Projects

    Topic 8 | Creating Multi folder schematic Projects

    Topic 9 | Design Validation & Processing

    Topic 9 | Design Validation & Processing

    Topic 10 | Bill of Material

    Topic 10 | Bill of Material

    Topic 11 | Introduction About PSpice

    Topic 11 | Introduction About PSpice

    Topic 12 | Netlist Creation and Simulation Profiles

    Topic 12 | Netlist Creation and Simulation Profiles

    Topic 13 | Bias Point Analysis

    Topic 13 | Bias Point Analysis

    Topic 13 | Bias Point Analysis

    Topic 14 | Transient Analysis (Introduction)

    Topic 14 | Transient Analysis (Introduction)

    Topic 15 | Transient Analysis (Design Development)

    Topic 15 | Transient Analysis (Design Development)

    Topic 16 | Probe Placement and Result Display

    Topic 16 | Probe Placement and Result Display

    Topic 17 | Multi-Window and Split Window Display

    Topic 17 | Multi-Window and Split Window Display

    Topic 18 | Parametric Analysis

    Topic 18 | Parametric Analysis

    Topic 19 | Temperature Analysis

    Topic 19 | Temperature Analysis

    Topic 20 | DC Sweep Analysis

    Topic 20 | DC Sweep Analysis

    Topic 21 | AC Sweep/Noise Analysis

    Topic 21 | AC Sweep/Noise Analysis

    Topic 22 | Monte Carlo/Worst Case Analysis

    Topic 22 | Monte Carlo/Worst Case Analysis

    Topic 23 | Mixed Signal A/D Simulation

    Topic 23 | Mixed Signal A/D Simulation

    Topic 24 | Introduction About PCB Editor

    Topic 24 | Introduction About PCB Editor

    Topic 25 | Working With Padstack

    Topic 25 | Working With Padstack

    Topic 26 | Working With Packages

    Topic 26 | Working With Packages

    Topic 27 | Creating a New Package Symbol for IC

    Topic 27 | Creating a New Package Symbol for IC

    Topic 28 | Package Symbol Wizard

    Topic 28 | Package Symbol Wizard

    Topic 29 | Introduction to Control Panel

    Topic 29 | Introduction to Control Panel

    Topic 30 | Bill of Material and DRC

    Topic 30 | Bill of Material and DRC

    Topic 31 | Importing the Netlist

    Topic 31 | Importing the Netlist

    Topic 32 | Types of Placement

    Topic 32 | Types of Placement

    Topic 33 | Board Placement & Editing Components

    Topic 33 | Board Placement & Editing Components

    Topic 34 | Creating a New Mechanical Symbol

    Topic 34 | Creating a New Mechanical Symbol

    Topic 35 | Creating a New Design File

    Topic 35 | Creating a New Design File

    Topic 36 | Use of Color192 Option

    Topic 36 | Use of Color192 Option

    Topic 37 | Board Routing

    Topic 37 | Board Routing

    Topic 38 | Setting Up the Design Constraints

    Topic 38 | Setting Up the Design Constraints

    Topic 39 | Checking Status and Generating Reports

    Topic 39 | Checking Status and Generating Reports

    Topic 40 | Introduction to Multilayer Board Designing

    Topic 40 | Introduction to Multilayer Board Designing

    Topic 41 | Adding & Applying Copper Layer

    Topic 41 | Adding & Applying Copper Layer

    Topic 42 | Multi-Layer Routing

    Topic 42 | Multi-Layer Routing

    Topic 43 | Advanced Multi-Layer Routing

    Topic 43 | Advanced Multi-Layer Routing

    Topic 44 | Final Design Review and Report Generation

    Topic 44 | Final Design Review and Report Generation

Description

Course Description
It incudes the OrCAD Capture, OrCAD PSpice and OrCAD PCB Editor. 
Virtually every electronic product is constructed with one or more printed-circuit boards (PCBs). The PCBs hold the ICs and other components and implement the interconnections between them.
The ideal PCB design starts with the discovery that a PCB is needed and continues through the final production boards. OrCAD Capture is the industry standard solution for designing and developing PCBs because of its intuitive schematic editing, project management, extensive compatibility, and cost-effectiveness.
PSpice is a SPICE analog circuit and digital logic simulation program. PSpice processes circuits and executes simulation. PSpice creates an output file to store the simulation results. PSpice supports the following types of analyses: DC Analysis - for circuits with time-invariant sources.
OrCAD PCB Editor contains a full-featured PCB editor based on Allegro technology. Its extensive feature set addresses a wide range of today's design challenges and manufacturability concerns such as intelligent placement and routing, constraint management, creating dynamic shapes, and design reuse.


Course objectives
To do PCB design and its simulation. PCB (Printed Circuit Board) designing is an integral part of each electronics product and this program is designed to make students capable to design their own projects PCB up to industrial grade.


Roles in industry
A PCB designer is primarily in charge of designing and developing Printed Circuit Boards (PCBs).
Design and develop Printed Circuit Boards
Prepare documents for PCB assembly, schematics, and fabrications using CAD software
Design layouts to develop high-speed and reliable circuits
Develop digital or analog designs
Work on the routing layout
Analyze and resolve any design-related issue
Provide support to PCB engineering and manufacturing teams
Provide revisions based on the specifications of customers and engineers

    Course Highlights

    • Schematic Modification for PCB Design
    • Design Rule Check
    • Pad Designer
    • Package Symbol & Package symbol wizard
    • Netlist creation
    • Component and board placement
    • Mechanical symbol placement
    • Manual and Automatic routing
    • Constraint Manager and X section
    • Blind, Buried, and through-hole VIA
    • Copper shaping
    • Artwork/Gerber file creation
    • Plot Generation
    • PCB Fabrication Process

    Address

    Near Jama Masjid, H No 5-1-44/4, KNK TOWER, OSMANPURA, AURANGABAD, Aurangabad, Maharashtra, 431005

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