PCB Design Course using Eagle CAD in English

PCB Design and electronics circuit are basements for all type of electronics products. PCBs are derived from the analog and digital circuits which are prepared according to the application required. Printed circuit boards are the main pillars of the Electronics world. Every Electronics products has PCB inside it, from consumer gadgets like computers, smart phones and gaming consoles to industry and even high-tech products.

The key points you are going to learn from this courses are...

• Basics of Electronics with respect to PCB Design. In brief you will learn about the active electronics components and passive electronics components & circuits.
• Work with Power Supply Circuit designing and circuit simulation. Waveform analysis and component behavior on various conditions. Application wise circuit design
• Schematic Creation using Eagle CAD PCB design tool. Initially you will learn about the how to make proper electronics symbols in library of Eagle CAD PCB Design
• Multi-sheet schematic creation using off page connections and bus connection application. Will learn about the Design Rule Check (DRC) specifically ERC and DRC.
• Footprint or 2D Layout of the SMD, PTH and BGA components with wide variety of interface connectors. Learn about Bill of Material (BOM) & Component datasheets.
• Switching from schematic to PCB Board design. Creating the different types of board shapes and size. Import footprints into board design. Setting Layer stalkup
• Component placement on Top side of the PCB and Bottom side of the PCB. 2-Layer Routing practice. Setting up the Gerber layers for Manufacturing the designed PCB

Reed Courses Certificate of Completion

Digital certificate - Included

• Introducing PCB Design Course Using Eagle CAD 10:33

  • 1: What we Learn Here...? Preview 07:39
  • 2: How to get the Eagle CAD tool and Installation Preview 02:54

• An Introduction to Schematic Entry 55:04

  • 3: Fresh New Project 03:43
  • 4: Schematic Environment 03:48
  • 5: Schematic Sheets 03:04
  • 6: Frames in Schematic 07:18
  • 7: Working with Grids 08:16
  • 8: Assigning Shortcut Keys 05:48
  • 9: Color Settings 03:50
  • 10: User Interface options 03:36
  • 11: Zoom Controls 02:30
  • 12: Sample Schematic Preparation Preview 13:11

• Eagle CAD Library Creation 1:48:53

  • 13: An Intro to Eagle CAD Library 07:52
  • 14: How to create Eagle CAD Library 03:00
  • 15: Eagle CAD Library Environment 07:14
  • 16: How to Download the Datasheets and 3D Models 10:06
  • 17: Electronic Symbol Creation 18:41
  • 18: Footprint Creation 35:56
  • 19: Importing or Creating 3D Model 16:12
  • 20: How to use library in fresh project? 09:52

• Complete Schematic Guide 3:51:37

  • 21: Start with new project: Creating required symbols. 25:28
  • 22: Importing Footprints to Symbols 15:06
  • 23: Schematic Preparation 13:59
  • 24: Working with Nets or Wires 11:45
  • 25: Part Reference and Value 12:19
  • 26: Application of Net Label in Schematic 12:14
  • 27: Multi Sheet Schematic Preparation 09:01
  • 28: Net Labeling within and different Sheets of a Schematic 30:30
  • 29: How to use Bus in Eagle CAD Schematic 10:59
  • 30: ERC Checking: Errors and Warning Analysis and Rectifying 26:39
  • 31: Exporting Project Related Files 15:10
  • 32: Bill Of Material Preparation 23:48
  • 33: BOM: The other Way 24:39

• Board Outline 1:01:49

  • 34: Switching to Board Design 07:03
  • 35: Board Shape Creation 21:27
  • 36: DXF Export and Import 05:23
  • 37: How to add Board Dimension 07:00
  • 38: Non Plated Thru Hole (NPTH) Placement 06:17
  • 39: Board Restrictions 07:04
  • 40: Cutout on Board 07:35

• Design Rules and Net Classes in Eagle CAD PCB Design 1:24:09

  • 41: An Introduction to Net Class 05:20
  • 42: How to Net Class 07:26
  • 43: What are Net Rules 13:22
  • 44: DRC (Design Rule Check) Settings 22:48
  • 45: How to Calculate Trace Width? 15:41
  • 46: How to Calculate Trace Spacing 19:32

• Component Placement in Eagle CAD 1:49:18

  • 47: An Intro to Component Placement in Eagle CAD PCB Design 15:40
  • 48: Single Sided PCB (Top Side) Component Placement 31:33
  • 49: Dual Sided PCB (Top and Bottom Side) Component Placement 06:57
  • 50: Component Alignment While Placement 25:44
  • 51: Text Size and Alignment 19:18
  • 52: Switch to 3D Board and Analyze Component Placement Preview 10:06

• Routing and Plane in Eagle CAD PCB Design 1:51:42

  • 53: Lets Start Routing 10:51
  • 54: Routing: All Types of Routing Functions 22:51
  • 55: Route Ripup and Its Types 06:34
  • 56: Auto Routing 08:10
  • 57: What are VIAs and How to use VIAs 14:34
  • 58: 2-Layer Routing 22:23
  • 59: Planes: Global and Split Planing 14:32
  • 60: Design Visibility Analysis 07:33
  • 61: Assignment on Placement and Routing 04:14

• DRC and Gerber Creation 35:47

  • 62: Design Rule Check Part 1 11:04
  • 63: Design Rule Check Part-2 08:01
  • 64: Gerber Creation 09:29
  • 65: Gerber Viewer 07:13

PCB Design and electronics circuit are basements for all type of electronics products. PCBs are derived from the analog and digital circuits which are prepared according to the application required. Printed circuit boards are the main pillars of the Electronics world. Every Electronics products has PCB inside it, from consumer gadgets like computers, smart phones and gaming consoles to industry and even high-tech products.

Skills you gain after the course completion:

• Basic Electronics and Electronic components expertise.

• Circuit Designing (Power management circuit designing)

• Circuit Simulation for best understanding of the subject.

• Tools/Software Expertise.

• Basic design module practice.

• Advanced design module practice.

• Design expertise:

  o Assignments consists single and double sided PCB.

  o Assignments consists 2-Layers design.

• Library Module:

  o Symbol and Footprint design for all types of packages.

• High speed placements & routing techniques.

• Design for Manufacturing, Testing and Fabrication expertise.

• Gerber generation and editing.

Benefits of choosing PCB Design Course:

• Strong hold in basic electronics.

• Circuit Design capability.

• Circuit analysis & ERC.

• Components knowledge.

• Power Supply designing.

• Expert in library creation.

• Multi-layer PCB designing.

• Gerber creation & editing.

This course is for ...

• Diploma in electronics, Bachelor in Engineering Electronics, Fresher or experience working in PCB design and fabrication
• Beginner who is interested in electronics board and manufacturing unit.

Prerequisites for taking your course are...

• Yes, Basic Electronics knowledge is essential. Electronics component knowledge is an added advantage.
• Required eligibility is BSc(Electronics), Diploma (Electronics or Electrical), BE (Electronics or Electrical) and any Master degree in Electronics and Electrical

PCB designers can work in various industries, including electronics, communication and manufacturing. A PCB designer is a technical professional who uses computer software programs to design the layout for circuit boards. Landing a job as a PCB designer can be both worthwhile and rewarding. PCB designers can make up to $100,000 per year, and the career field is expected to grow 2% by 2028.

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