PCB Designing (with 3D Model) in Orcad [2022]

PCB Designing (with 3D Model) in Orcad [2022], available at $19.99, has an average rating of 3.85, with 100 lectures, based on 647 reviews, and has 4874 subscribers.

You will learn about Students can draw their own schematics and Design their own custom Printed Circuit Boards. Students will learn basic terminologies related to PCBs that are used widely in books and industries In Addition students will learn widely used electronics concepts This course is ideal for individuals who are This course is very useful for students related to Electrical, Electronics and Computer Engineering . Also, this tool is worth to learn if you already have a knowledge about Altium Designer, Pads, Eagle or KiCAD or Engineering professionals who needs to learn and design their own printed circuit boards or Hobbyist, Entrepreneur and tech savvy people those are curious about PCBs It is particularly useful for This course is very useful for students related to Electrical, Electronics and Computer Engineering . Also, this tool is worth to learn if you already have a knowledge about Altium Designer, Pads, Eagle or KiCAD or Engineering professionals who needs to learn and design their own printed circuit boards or Hobbyist, Entrepreneur and tech savvy people those are curious about PCBs.

Enroll now: PCB Designing (with 3D Model) in Orcad [2022]

Summary

Title: PCB Designing (with 3D Model) in Orcad [2022]

Price: $19.99

Average Rating: 3.85

Number of Lectures: 100

Number of Published Lectures: 100

Number of Curriculum Items: 100

Number of Published Curriculum Objects: 100

Original Price: CA$24.99

Quality Status: approved

Status: Live

What You Will Learn

Students can draw their own schematics and Design their own custom Printed Circuit Boards.

Students will learn basic terminologies related to PCBs that are used widely in books and industries

In Addition students will learn widely used electronics concepts

Who Should Attend

This course is very useful for students related to Electrical, Electronics and Computer Engineering . Also, this tool is worth to learn if you already have a knowledge about Altium Designer, Pads, Eagle or KiCAD

Engineering professionals who needs to learn and design their own printed circuit boards

Hobbyist, Entrepreneur and tech savvy people those are curious about PCBs

Target Audiences

This course is very useful for students related to Electrical, Electronics and Computer Engineering . Also, this tool is worth to learn if you already have a knowledge about Altium Designer, Pads, Eagle or KiCAD

Engineering professionals who needs to learn and design their own printed circuit boards

Hobbyist, Entrepreneur and tech savvy people those are curious about PCBs

Get Detailed introduction to Orcad Capture CIS, Pad-stack Editor and PCB Editor with Project-1

Project 1: Learn How to design basic Circuit based on real life projects [For beginners]

Level Up your Skills with Project-2

Project 2: Learn to design Schematic & PCB for Arduino UNO(includes multiple schematic pages, Off page connectors, search parts from Digi-Key,Professional Bill of material, Smart PDF for Schematic, How to download custom footprints , How to create 3D Model etc )

This course is complete & detailed walk through of industry leading PCB  Design software. This course will help to develop a fundamentals in OrCAD, leading to better PCB design practices and skills.  After completion of this course you will have skill and useful resources to design your own custom PCB’s.

This course is complete & detailed walk through of industry leading PCB  Design software. This course will help to develop a fundamentals in OrCAD, leading to better PCB design practices and skills.  After completion of this course you will have skill and useful resources to design your own custom PCB’s.

This course is complete & detailed walk through of industry leading PCB  Design software. This course will help to develop a fundamentals in OrCAD, leading to better PCB design practices and skills.  After completion of this course you will have skill and useful resources to design your own custom PCB’s..

Course Curriculum

Chapter 1: Introduction & Installation

Lecture 1: Course Curriculum

Lecture 2: How to Install OrCAD Professional (2019)

Chapter 2: [For beginners] OrCad Capture CIS (2019)

Lecture 1: How to setup Project in OrCAD Capture

Lecture 2: Placing Parts, Wiring,Libraries,Symbols in OrCAD Capture Environment

Lecture 3: How to create custom Schematic symbols

Lecture 4: How to search symbols from Libraries

Lecture 5: First schematic Design (Real Life Project)

Lecture 6: How to assign footprints to schematic symbols

Lecture 7: Annotation, DRC, Netlist & Board File

Chapter 3: [For beginners] PCB Terminologies

Lecture 1: What is PCB

Lecture 2: What are Pads

Lecture 3: VIA (Vertical Interconnect Access)

Lecture 4: Plated vs Non Plated Holes

Lecture 5: What is Silkscreen

Lecture 6: What is SolderMask

Chapter 4: [For beginners] PCB Editor (2019)

Lecture 1: Introduction & Setup For PCB Editor

Lecture 2: How to setup Physical Rules (Constraint Manager)

Lecture 3: Requested Lecture (Physical Rules)

Lecture 4: PCB Layers (Cross_Section)

Lecture 5: How to place Components on PCB

Lecture 6: PCB Editor Custom Preferences

Lecture 7: How to Modify Footprints

Lecture 8: Board Outline & Mechanical symbols

Lecture 9: How To Update & Modify Board File

Lecture 10: PCB Routing Guidelines

Lecture 11: PCB Routing

Lecture 12: How to Setup Silkscreen

Lecture 13: Custom Text, Dimensions, NC Drill Legend.

Lecture 14: Gerber Files & NC Drill File

Lecture 15: Gerber Viewer

Chapter 5: [For beginners] Pad Stack Editor (2019) & Footprints

Lecture 1: Overview & Introduction of Padstack Editor

Lecture 2: How to Create Pads for Through Hole Resistor

Lecture 3: How to Create Footprint for Through Hole resistor

Lecture 4: How to Create Footprint for SMD Resistor

Lecture 5: Create Footprint for 555 Timer (DIP-8) [Through Hole]

Lecture 6: Footprint Layers (Important)

Lecture 7: Create Footprint for 555 Timer (DIP-8) [SMD]

Chapter 6: [Advanced] Arduino UNO Schematic in OrCAD Capture CIS (2019)

Lecture 1: Download Schematic & Project Setup in Capture CIS

Lecture 2: Schematic Symbols for ATMega328U & ATMega16UR

Lecture 3: Draw Schematic for AtMega328U & Wiring

Lecture 4: Reset Circuit & Decoupling Capacitor Schematic

Lecture 5: USB Bridge Schematic

Lecture 6: USB Circuit Schematic

Lecture 7: Net Naming (Alias) for AtMega328PU

Lecture 8: Net Naming (Alias) for USB Bridge Circuit

Lecture 9: Power Connector & voltage Regulator Circuit

Lecture 10: Power Selector Circuit

Lecture 11: Finishing our Arduino UNO Schematic

Chapter 7: [Advanced] Arduino UNO Components, Footprints & 3D Models from Digi-Key

Lecture 1: Component Properties Panel

Lecture 2: ATMega328PU Footprint & 3D Model

Lecture 3: ATMega16U2 Footprint & 3D Model

Lecture 4: Ceramic Capacitors Footprint(0805) & 3D Model (Part-1)

Lecture 5: Ceramic Capacitors Footprint(0805) & 3D Model (Part-2)

Lecture 6: Electrolytic Capacitors Footprint & 3D Model

Lecture 7: Diode Footprint & 3D Model

Lecture 8: LED Footprint(0805) & 3D Model

Lecture 9: Resistor Footprint(0805) & 3D Model

Lecture 10: Push Button Footprint & 3D Model

Lecture 11: Varistor Footprint & 3D Model

Lecture 12: 5V Voltage Regulator Footprint (SOT223) & 3D Model

Lecture 13: 3.3V (LDO) Voltage Regulator Footprint (SOT23) & 3D Model

Lecture 14: LM321 Footprint (SOT23) & 3D Model

Lecture 15: 16MHz Crystal Footprint & 3D Model

Lecture 16: Ferrite Bead & Inductor Footprint & 3D Model

Lecture 17: N Channel Mosfet Footprint (SOT23) & 3D Model

Lecture 18: Female Headers Footprint & 3D Model

Lecture 19: USB Type B Connector Footprint & 3D Model

Lecture 20: 12V DC Jack Connector Footprint & 3D Model

Lecture 21: ICSP Header Footprint & 3D Model

Chapter 8: [Advanced] PCB Editor (2019) Classes/Sub-classes

Lecture 1: Understanding Classes/sub-classes

Chapter 9: [Advanced] Fiducials & Mechanical symbols

Lecture 1: Create Schematic symbol for Fiducials and Mounting Holes

Lecture 2: Create Footprint for Fiducials and Mounting Holes

Chapter 10: [Advanced] Arduino UNO BOM, Smart PDF, Netlist and Board File

Lecture 1: Annotation, DRC, NetList and Board File

Lecture 2: Bill Of Material (BOM)

Lecture 3: Smart PDF of Schematic

Chapter 11: [Advanced ] Arduino UNO Component Placement

Lecture 1: PCB Editor Setup & Design Parameters

Lecture 2: Mounting Holes Placement

Lecture 3: Headers Placement

Lecture 4: ATMega328PU & Related Components Placement

Lecture 5: ATMega16U2 & Related Components Placement

Lecture 6: Rearrangement of Components

Lecture 7: Power Components Placement

Chapter 12: [Advanced] Arduino UNO Routing

Lecture 1: Physical Rules For Routing (Constraints)

Lecture 2: Routing Long Digital Connections (Part 1)

Lecture 3: Routing Long Digital Connections (Part 2)

Lecture 4: Route/ Track Glossing

Lecture 5: Routing Small Digital Connections

Lecture 6: Polygons/Shapes For Power Routing (Part 1)

Instructors

Rajandeep Singh
Embedded System Engineer

Rating Distribution

1 stars: 9 votes

2 stars: 9 votes

3 stars: 72 votes

4 stars: 265 votes

5 stars: 292 votes

Frequently Asked Questions

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