How Memory Address Decoding Works

This Video Looks into the process of Memory Address Decoding and as to why it is required.

Contents:

00:00 Intro
01:02 Current Configuration (No Address Encoding / Decoding)
01:25 Binary Encoded Memory Addresses
03:38 Memory Address Decoder
04:10 Introduction to : Logic AND gates and Logic NOT gates
05:29 Binary Logic of Address Decoder
08:46 Outro : Next Video 1 → Multiplexer Circuits
09:11 Outro : Next Video 2 → ASCII Encoding

The Videos of this Series :

1: How a Computer Works: Introduction to Playlist -Understanding Core Fundamentals of Computer Hardware
   • How a Computer Works: Introduction to...  

2 : How a Computer CPU or microProcessor Works - I - ( Core Fundamentals of Electrical circuit of a CPU)
   • How a Computer CPU or microProcessor ...  

3: How a CPU Instruction Decoder and Instruction Execution Works
   • How a CPU Instruction Decoder and Ins...  

4. How Memory Address Decoding Works
[you are here]

5. How Memory Address Decoding Works (Part 2)
   • How Memory Address Decoding Works (Pa...  

6: How Computer Memory Works (The Core Fundamentals of Electrical Circuit of DRAM)
   • How Computer Memory Works (The Core F...  

7: How Flat Panel Display Electrical Circuit Works. (Understanding the Core Fundamentals)
   • How Flat Panel Display Electrical Cir...  

8: Basic Fundamentals of Number Systems
   • Number Systems: The Basic Fundamentals  
Hint on Identifying Redundant Circuit Element in Address Decoder Circuit:
Hint 1: If we send data from A to B and then B to C. And if instead we can directly send data from A to C, without causing any issues. Then circuit element B is redundant and can be removed.
Hint 2: The Redundant Circuit Element is clearly visible at the following locations
05:56
06:14
07:50-