Breadboard for Electronics Prototyping
Objectives:
- Foundation in electronics prototyping using breadboards
- Hands-on practice with expert guidance.
Session #1 Fundamentals | Electronics, Electricity | Tools & Equipment
Session 1: Introduction to Electronics and Electricity
- Duration:Â 2Â hours
Objectives:
- Understand basic concepts of electricity and electrical energy.
- Learn about fundamental electronic components.
Topics:
- Basics of electricity: voltage, current, resistance
- Understanding Ohm’s Law
- Introduction to basic components: resistors, capacitors, diodes, LEDs
Exercises:Â
Build a simple series and parallel circuit on a breadboard.
Session 2: Tools and Equipment for Prototyping
- Duration:Â 2Â hours
Objectives:
- Familiarize with tools and equipment used for prototyping.
Topics:
- Overview of prototyping tools: multimeters, power supplies, oscilloscopes
- Setting up a breadboard and connecting components
- Safety tips and best practices
Exercises:Â
- Set up a basic circuit using provided tools and measure voltage and current with a multimeter.
Session #2 : Circuit Design | Boolean Logic Operations
Session 3: Circuit Design and Troubleshooting
- Duration:Â 2Â hours
Objectives:
Learn basic circuit design principles and troubleshooting techniques.
Topics:
- Designing simple circuits using schematic diagrams
- Common issues and troubleshooting methods
- Testing and verifying circuit functionality
Exercises:Â
Design, control and troubleshoot a simple LED blinking circuit.
Session 4: Introduction to Boolean Logic Operations
- Duration:Â 2Â hours
Objectives:
- Understand the basics of Boolean logic operations.
Topics:
- Introduction to logic gates: AND, OR, NOT, NAND, NOR
- Combining logic gates to create complex logic circuits
- Practical applications of Boolean logic in electronics
Exercises:Â
Build and test basic logic gate circuits on a breadboard.
Session #3 : 555 Timer IC | Advanced Prototyping
Session 5: Using 555 Timer IC in Circuits
- Duration:Â 3Â hours
Objectives:
- Learn to use the 555 Timer IC for various logic operations.
Topics:
- Introduction to the 555 Timer IC and its modes: astable, monostable, and bistable
- Configuring the 555 Timer for different applications
- Using the 555 Timer to control LEDs
Exercises:Â
Program a 555 Timer IC to create an LED blinking circuit with adjustable frequency.
Session 6: Advanced Prototyping Techniques and Final Project
- Duration:Â 3Â hours
Objectives:
- Explore advanced prototyping techniques and complete a final project.
Topics:
- Introduction to additional components: transistors, relays, switches
- Integrating multiple components in a complex circuit
- Final project: Designing and building a logic operation circuit using the 555 Timer and LEDs
Exercises:Â
Complete the final project and demonstrate its functionality.
Session #4 : Conclusion and Further Learning
Session 7: Conclusion and Further Learning
- Duration:Â 2Â hours
Objectives
- Review the key concepts learned and explore further learning opportunities.
Topics:
Recap of the workshop and key takeaways
Introduction to additional resources and advanced topics
Suggested further training:Â
- Microcontroller programming,Â
- Advanced circuit design, PCB design
Exercises:Â
Q&A session and discussing next steps for continued learning.
