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PCB CIRCUIT DESIGNING

Section 1: Introduction to PCB designing concepts

  • What is PCB
  • Difference between PWB and PCB
  • Types of PCBs
  •           -Single Sided (Single Layer)
  •           -Multi-Layer (Double Layer)
  • PCB Materials

Section 2: Component introduction and their categories

  • Active Components
  •           -Diode
  •           -Transistor
  •           -MOSFET
  •           -LED
  •           -SCR
  •           -Integrated Circuits
  • Passive Components
  •           -Resistor
  •           -Capacitor
  •           -Inductor
  •           -Transformer
  •           -Speaker/Buzzer

  • Through Hole Packages
  •           -Axial lead
  •           -Radial Lead
  •           -Single Inline Package(SIP)
  •           -Dual Inline Package(DIP)
  •           -Transistor Outline(TO)
  •           -Pin Grid Array(PGA)
  • Through Hole Packages
  •           -Metal Electrode Face(MELF)
  •           -Leadless Chip Carrier(LCC)
  •           -Small Outline Integrated Ciruit(SOIC)
  •           -Quad Flat Pack(QPF) and Thin QFP (TQFP)
  •           -Ball Grid Array(BGA)
  •           -Plastic Leaded Chip Carrier(PLCC)

Section 3: Detailed description to development tools

  • Brief Introduction
  • Types of pcb Laminate used
  • Description of PCB Layers
  • Knowledge of component footprint,vias,tracks,padstack
  • Schematic making
  • Component making
  • PcbLayout designing
  • Schematic to pcb conversion
  • Schematic from Pcb(Reverse)

  • Brief Introduction
  • Pcb layer analyzing
  • DRC check
  • PCB penalization
  • Gerber generation
  • Constraints of Pcb manufacturing
  • PCB complete manufacturing knowledge
  •           -Screen/photo printing
  •           -Pcb printing,Etching,legend printing
  •           -Drilling
  •           -Routing

Section 4 : Lab practice

  • PCB Designing of Basic and Analog Electronic Circuits
  • PCB Designing of Power Supplies
  • PCB Designing of Different Sensor modules
  • PCB Designing of Electronics Projects
  • PCB Designing of Embedded Projects

  • Making the schematic of Academic and Industrial projects
  • PCB Designing of these projects
  • Soldering and Desoldering of components as per Design
  • Testing and Troubleshooting Methods

Section 5 : Project work and documentation

  • Description of Project Development Process
  • Project Discussion & Allotment
  • Synopsis Making & Submission
  • Practice of De-Soldering & Soldering
  • Introduction to Hardware Techniques
  • Project Completion
  • Detailed Project Report Submission
  • Final Project PPT

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