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

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)