Description:

This course provides an in-depth overview of digital electronics, focusing on the utilization of transistors as switches. It covers the fundamental concepts of basic logic gates formation like AND, OR, and NOT gates, as well as an exploration of how combinational circuits create and applied with C programming. Additionally, the course delves into the concept of tristate buffers, as well as the formation and usage of Random Access Memory (RAM) and Read-Only Memory (ROM) in electronic systems.

Key Highlights:

• Fundamentals of transistor as switches
• Formation of basic logic gates
• Combinational circuits with transistors
• Understanding tristate buffers
• Usage of RAM and ROM in electronic systems

What you will learn:

• Understanding Transistor as Switch
  Learn how transistors act as switches in digital circuits.
• Formation of Basic Logic Gates
  Discover how basic gates like AND, OR, and NOT gates are constructed using transistors.
• Combinational Circuits with Transistors
  Deep dive into how combinational circuits are built and operated with C using transistors.
• Exploring Tristate Buffers
  Gain insights into the concept and application of tristate buffers in electronic circuits.
• Usage of RAM and ROM
  Understand the formation and practical usage of RAM and ROM in electronic systems.