Introduction to Sequential Circuits.

Introduction to Latches and Flip-Flops.

Basic SR Latch using NOR Gate:

1. Logic Diagram

2. Designing Truth Table considering 4 Input combinations.

Basic SR Latch using NAND Gate:

1. Logic Diagram

2. Designing Truth Table considering 4 Input combinations.

Types of Triggering:

1. Level Triggered

a) Positive Level Triggered b) Negative Level Triggered

2. Edge Triggered

a) Positive Edge Triggered b) Negative Edge Triggered

Introduction to Flip-Flops.

Understanding the LOGIC Diagram of level Triggered Flip-Flops

1. SR Flip-Flops

a) Indeterminate State in SR Flip-Flops

2. D Flip-Flops

3. JK Flip-Flops

a) RACE-AROUND condition in JK Flip-Flops

4. T Flip-Flops

Designing of Truth Tables of Flip-Flops:

1. SR Flip-Flops

2. D Flip-Flops

3. JK Flip-Flops

4. T Flip-Flops

Characteristic Equation of Flip-Flops using K-Map Simplification:

1. SR Flip-Flops

2. D Flip-Flops

3. JK Flip-Flops

4. T Flip-Flops

Excitation Table of Flip-Flops:

1. SR Flip-Flops

2. JK Flip-Flops

3. D Flip-Flops

4. T Flip-Flops

Conversion of one type of Flip-Flop to another Type:

1. D to T Flip-Flop

2. JK to SR Flip-Flop

3. SR to JK Flip-Flop

4. T to D Flip-Flop

5. SR to D Flip-Flop

6. JK to T Flip-Flop

Bonus Videos(5) for Our Students

1. Analysis of Clocked Sequential Circuits

2. State Tables

3. State Diagram

4. Clocked D&TFlip-Flops explained

This course has been designed to understand the logic behind flip-flops , their truth tables, characteristics equations and explains conversion from one flip-flop to another. Useful for graduates/electronics engineers and more..