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PCB Design
    • PCB Design Fundamental
    • Electronics Components in PCB Design
    • PCB Design Rules and Components Arrangements
    • Polygon and Thermal Management
    • PCB Fabrication Process
    • PCB Design Syllabus
  • UNIT I: PCB Design Fundamentals
    • What is PCB and Application
    • Types of PCB & Substrate
    • PCB Terms
    • Types of Vias
    • IPC Standard
    • PCB Design Flow
  • UNIT II: Electronics Components in PCB Design
    • Active & Passive Components
    • Difference Between TH & SMD Components
    • SMD Components Package Types
    • SMD Components Value Identification
    • PCB Track Angle
    • 0 Ohm Resister
  • UNIT III: PCB Design Rules & Components Arrangements
    • Components Arrangements in PCB Design
    • Track Width Calculation
    • Design Rule Parameters
  • UNIT IV: Polygon & Thermal Management
    • Polygon & Its Types
    • Thermal Management System
  • UNIT V: PCB Fabrication Process
    • PCB Fabrication Process
  • STUDY MATERIAL
    • UNIT I: PCB Design Fundamentals
    • UNIT II: Electronics Components in PCB Design
    • UNIT III: PCB Design Rules and Components Arrangements
    • UNIT IV: Polygon & Thermal Management
    • UNIT V: PCB Fabrication Process
  • Design Procedure in CAD Tool
    • Software Installation and Environment Setup
    • Library Creation
    • Board Layout Creation
    • Polygon Creation and DRC Checking
    • PCB Fabrication Process
  • PROJECT
    • 1. Design a single-layer PCB for a circuit that blinks an LED at a controlled rate using a timer IC.
    • 2. Design a PCB for a light-dependent resistor (LDR) based automatic light switch.
    • 3. Design a PCB for a temperature sensor circuit that displays readings on an LCD screen.
    • 4. Design a single-layer PCB for a small audio amplifier circuit using discrete components.
    • 5. Design a PCB for a simple buzzer alarm circuit triggered by a pushbutton.
    • 6. Design a single-layer PCB for a basic infrared remote control transmitter circuit.
    • 7. Design a PCB for a circuit implementing basic logic gates (AND, OR, NOT) using discrete components.
    • 8. Design a single-layer PCB for a simple metronome circuit with adjustable tempo control.
    • 9. Design a PCB for a circuit that measures and displays battery voltage level.
    • 10. Design a PCB for a circuit that encodes text messages into Morse code using LEDs or a buzzer.
    • 11. Design a PCB for a basic FM radio receiver circuit with an antenna and audio output.
    • 12. Design a double-layer PCB for a simple DC motor driver circuit with variable speed control.
    • 13. Design a PCB for a weather station sensor that measures temperature, humidity, and pressure.
    • 14. Design a double-layer PCB for a basic line follower robot using infrared sensors and motor control.
    • 15. Design a PCB for a simple smart home device controller with functionalities like light control or temperature regulation.
  • ASSESSMENT
    • PCB Design Assessment
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