PCB Design in Cadence OrCAD/Allegro: Basics to Expert level

Based on the detailed course content and requirements you've provided, here's a structured overview of what this PCB Design Course with OrCAD/Allegro offers and how it aligns with industry needs:

Course Overview:

Objective: To equip learners with comprehensive knowledge and hands-on experience in PCB design using industry-standard tools like OrCAD Capture, Allegro, and Cadence.

Target Audience: Electrical/Electronics & Communication diploma holders, BE/BTech., BSc/MSc in Electronics & Communication, ME/MTech. (E&CE) in Communication.

Key Features of the Course:

1. Fundamentals of PCB Design:

   • Understanding electronic components and schematics.
   • Basics of circuit designing and preparation of schematic designs.
   • Component parts editing and creation, net list generation, and Bill Of Material (BOM) creation.
   • Performing Electrical Rule Checking (ERC).

2. Footprint Creation:

   • Designing footprints for through-hole, surface-mount devices (SMD), BGA/PGA, etc.

3. Board Designing:

   • Creating board size and shape.
   • Placement of components effectively.
   • PCB routing with best practices.
   • Adding power planes, performing design rule checking, and generating Gerber files for manufacturing.

4. Practical Application:

   • Assignments include single/double-sided PCB designs up to multi-layer (2-6 layers).
   • Practice with symbol and footprint design in the library module.

5. Skills Gained:

   • Proficiency in basic electronics and electronic components.
   • Capability to design circuits and perform simulation.
   • Expertise with PCB-CAD tools like OrCAD/Allegro for library creation and multi-layer board designing.
   • Ability to generate Gerber files for manufacturing.

6. Course Benefits:

   • A strong foundation in the basics of electronics, circuit design, and PCB layout.
   • The ability to perform advanced tasks such as critical placements, routing techniques, and power supply designing.
   • Preparedness for real-world applications in the electronic industry.

Course Outcomes:

Upon completion of this course, learners will be able to:

1. Understand Electronic Components:

   • Gain a deeper understanding of how electronic components function within circuits.

2. Design and Simulate Circuits:

   • Create detailed schematics and simulate circuits for better comprehension.

3. Master PCB-CAD Tools:

   • Become proficient in using OrCAD/Allegro for all aspects of PCB design, from single-layer to complex multi-layered boards.

4. Generate Manufacturing Files:

   • Learn to create Gerber files, which are essential for the actual manufacturing process.

5. Troubleshoot and Optimize Designs:

   • Gain skills in troubleshooting designs using ERC and optimizing designs for better performance and manufacturability.

6. Library Management:

   • Master the creation of symbols and footprints for components, essential for reusable and scalable PCB designs.

Additional Benefits:

• Career Opportunities:

  • This course opens up career opportunities in electronics design across various industries such as aerospace, automotive, telecommunications, consumer electronics, and more.

• Industry Standards:

  • Learning with industry-standard tools ensures that the skills you acquire are transferable and relevant to most PCB design roles.

• Project-Based Learning:

  • The course emphasizes hands-on projects, providing practical experience that can directly translate into a professional setting.

This comprehensive PCB Design Course is designed to prepare learners for a successful career in electronics design, offering them the skills and knowledge necessary to meet industry demands and excel in their field.