Published Jan 19, 2018

Episode 93: How Computers Work Part III - Logic Gates and Components

James Fodor delves into the fundamental building blocks of computer circuits, covering the significance of logic gates, transistors, and advanced logic components like multiplexers and binary adders, in shaping modern computing through efficient data handling, processing, and memory storage.

Episode Highlights

Topics covered

Episode Highlights

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Episode 93: How Computers Work Part III - Logic Gates and Components

Topics covered

Popular Clips

Nand Gate Basics

Binary Addition Explained

Understanding Multiplexers

Flip Flops and Registers

Memory Addressing Explained

Decoders Explained

Clock Generators Explained

Understanding Comparators

Logic Gate Fundamentals

Control Bits Explained

Memory Storage Basics

Building Logic Gates

Logic Gates Explained

Understanding Computer Buses

Episode Highlights

Advanced Logic Components

Logic Gate Foundations

Transistor Logic Implementation

Related Episodes

Episode 91: How Computers Work Part I - What is a Computer?

Episode 92: How Computers Work Part II - Silicon and Transistors

Episode 96: How Computers Work Part VI - High Level Programming and Software

Episode 94: How Computers Work Part IV - Processor Architecture and Machine Code

Episode 95: How Computers Work Part V - Assembly Language and the Operating System

Episode 139: Cybersecurity and Cryptocurrencies

Episode 84: Advanced Quantum Mechanics Part II

Episode 85: Introduction to Quantum Field Theory

Episode 43: Electric Forces and Fields

Episode 14: Principles of Quantum Mechanics

Episode 60: Memory Encoding and Recall

Episode 57: Electric Current and Circuits

Episode 120: Computational Chemistry Part 2

Episode 150: How Home Appliances Work

Episode 66: An Overview of Language Part 1

Episode 93: How Computers Work Part III - Logic Gates and Components

Topics covered

Popular Clips

Episode Highlights

Advanced Logic ComponentsJames Fodor explores the intricate workings of multiplexers, decoders, and binary adders in computer circuits. He highlights their roles in data selection, arithmetic operations, and memory storage, emphasizing their importance in modern computing.

Advanced Logic Components

Logic Gate FoundationsJames Fodor explores the intricacies of logic gates and their role in modern computing. He explains Boolean algebra, fundamental logic gates, and CMOS technology, highlighting their importance in digital circuit design.

Logic Gate Foundations

Transistor Logic ImplementationJames Fodor explores the intricacies of computer logic components, focusing on inverters, NAND gates, flip flops, and clock generators. He highlights their roles in processing and memory storage, emphasizing their foundational importance in modern computing.

Transistor Logic Implementation

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