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Secondary School Lesson Notes and Scheme of Work

SS1 First Term Basic Electronics Lesson Note and Scheme of Work

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SS1 First Term Basic Electronics Lesson Note and Scheme of Work

 

Basic Electronics Lesson Note and Scheme of Work – SS1 First Term

 

Week 1: Introduction to Basic Electronics

 

Overview of electronics and its applications.

Introduction to electronic components (resistors, capacitors, transistors).

Practical: Identifying and handling electronic components.

Week 2: Electric Circuits and Ohm’s Law

 

Understanding basic electric circuits.

Introduction to Ohm’s Law and its applications.

Practical: Experimenting with Ohm’s Law in simple circuits.

Week 3: Resistors and Resistive Networks

 

In-depth study of resistors and their properties.

Analysis of resistive networks.

Practical: Building and analyzing resistive networks.

Week 4: Capacitors and Capacitive Circuits

 

Exploring capacitors and their characteristics.

Understanding capacitive circuits.

Practical: Constructing and testing capacitive circuits.

Week 5: Semiconductor Fundamentals

 

Introduction to semiconductors and their role in electronics.

Basic semiconductor devices (diodes and transistors).

Practical: Demonstrating the behavior of diodes and transistors.

Week 6: Transistor Amplifiers

 

Understanding transistor amplifiers.

Types of transistor amplifiers (common emitter, common base, common collector).

Practical: Designing and testing transistor amplifier circuits.

Week 7: Integrated Circuits (ICs)

 

Overview of integrated circuits and their advantages.

Types of ICs and their applications.

Practical: Working with basic ICs in simple circuits.

Week 8: Digital Electronics Basics

 

Introduction to digital electronics.

Binary system and logic gates.

Practical: Implementing basic digital circuits.

Week 9: Sequential Logic Circuits

 

Understanding sequential logic circuits.

Flip-flops and their applications.

Practical: Building and testing flip-flop circuits.

Week 10: Communication Systems

 

Basics of communication systems.

Introduction to modulation and demodulation.

Practical: Simulating simple communication systems.

Week 11: Revision Week

 

Comprehensive review of topics covered so far.

Practice exercises and clarification of doubts.

Week 12: Examination Week

 

Conducting a written examination to assess understanding.

Practical exam: Application of knowledge in real-time scenarios.

Week 13: School Dismissal Week

 

Recap of key takeaways from the term.

Distribution of report cards and feedback.

This lesson plan aims to provide students with a solid foundation in basic electronics, combining theoretical knowledge with hands-on practical activities to enhance understanding.

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