PCB Layout Design Module

Theory:

• Introduction to PCB
• Definition of PCB
• Invention & inventor name
• Copper Clad Laminate
• Selection of copper & insulator thickness
• Specification & classification of PCBs (s/s, d/s)
• Understanding plated through holes technology
• Introduction to SMT technology
• Manufacturing video of PCB

Practical:

• Identify s/s & d/s PCBs

I have learned all above topics very well

Theory:

• Fundamentals of electronics
• Component introduction & category
• Introduction to schematic diagram
• Symbols of electronics components & their footprints
• Introduction to datasheets (www.alldatasheet.com)

Practical:

• Familiar with component hardware
• Collect datasheet of different components
• Make symbol of electronic components on paper by hand

I have learned all above topics very well

Practical:

• Component placement in activity 1
• Configuring footprint in library

I have learned all above topics very well

Theory:

• Net list feeding procedure

Practical:

• Net list feeding in activity 1

I have learned all above topics very well

Theory:

• Routing
• Track width, pad stack, solder side/comp side, layers, DRC

Practical:

• Designing of single side circuits
• Checking for errors

I have learned all above topics very well

Theory:

• Ground pouring, tear drop

Practical:

• Designing of different single side circuits
• Checking for errors

I have learned all above topics very well

Theory:

• Introduction to double sided
• Why use double sided
• Size & cost factor of d/s

Practical:

• Started with activity 4 with d/s PTH
• Pad stack, footprints, vias, track width

I have learned all above topics very well

• NC DRILL
• PHOTO PLOTTED FILMS

I have learned all above topics very well

Theory:

• Introduction to Auto Routing
• Setting up rules
• Defining Constraints
• Auto route setup
• Follow The Activity List Projects

Practical:

• Designing Of Different Circuits
• Checking For Errors

I have learned all above topics very well

Theory:

• Soldering Methods
• Safety Precautions
• Different Method Of Soldering
• Use Of Flux In Soldering
• Checking For Errors
• De-Soldering Techniques

Practical:

• Project PCB's Assembled
• Designing Of Different Circuits

I have learned all above topics very well

Theory:

• Introduction To Electronic Lab Equipment

Practical:

• Live Presentation Of Multi meter, C.R.O, DC Supply Etc.
• Competition, Doubts & Practical Session

I have learned all above topics very well

Theory:

• Revision From Starting To End
• Prepare Notes

Practical:

• Collect End-Output Of Your Designed Circuits

I have learned all above topics very well

Theory:

• PCB Design Electrical Consideration
• Perfect Grounding & By Passing
• Introduction To Pre-Production Engineering

Practical:

• Design Layouts

I have learned all above topics very well