Understand how digital systems store state: from feedback loops to SR latches, D latches, and edge-triggered flip-flops. Learn how memory elements work, and how to design circuits that rely on sequential logic.
Overview
Syllabus
- Unit 1: Storing a Bit
- Making a Circuit Remember
- Feedback Loops with AND Gates
- Building a Memory Loop
- Unit 2: The SR Latch
- Building the SR Latch
- Triggering the Forbidden State
- SR Latch Concepts Quiz
- Wiring the SR Latch
- Unit 3: Building the D Latch
- Constructing the Data Latch
- The Safe Memory Circuit
- Quiz about D Latch Fundamentals
- Unit 4: Understanding Flip Flops
- Building a Master Slave Flip Flop
- Testing Master Slave Noise Immunity
- Quiz about Flip-Flops
- Mastering Master Slave Timing
- Unit 5: Building Digital Registers
- Building a Loadable Memory Cell
- Wiring a Single Bit Register
- Building a Two Bit Register
- Building a Smart Register