Circuit Design and Simulation Quick Start Guide : Create Schematics and Layout Electronic Components

Table of Contents
About the Author
About the Technical Reviewer
Chapter 1: Microcontroller
	Introduction
	Embedded Microcontroller
	Microcontroller and Microprocessor
	More on Microcontrollers and Microprocessors
		Microcontroller: The Silent Commanders
		Microprocessor: The Computational Powerhouses
		Symbiosis and Distinction
	Microcontroller and Microprocessor Comparison
	Central Processing Unit
	Machine Cycle
	Fetching Instruction and Its Execution
	Address, Data, and Control: The Buses
	Control and Monitoring Devices
		Control Devices
		Monitoring Devices
		Integration and Connectivity
		Challenges and Considerations
		Control Devices
		Monitoring Devices
		Integration and Connectivity
		Challenges and Considerations
		Future Prospects
	Microcontroller Types
	Microcontroller: 8 Bit
	Microcontroller: 16 Bit
	Microcontroller: 32 Bit
	Embedded Microcontroller
	Microcontroller with External Memory
	The Architectural Specifications of Microcontroller
	Von Neumann Architecture
	Harvard Architecture
		Basic Principles
		Key Characteristics
		Advantages
		Applications
	CISC (Complex Instruction Set Computer) Architecture for Microcontroller
		Key Characteristics and Features
		Advantages of CISC Architecture for Microcontrollers
		Challenges and Considerations
	RISC (Reduced Instruction Set Computer) Architecture for Microcontroller
	SISC (Specific Instruction Set Computer) Architecture for Microcontroller
	Applications of Microcontrollers
Chapter 2: Basics
	Exporting Design in EAGLE.BRD Format
	Exploring Component Manuals
	Generating a Shareable CSV File
	Interacting with the CSV File
Chapter 3: Explaining the  Interface and Simulating Your First Circuit
	Unveiling the Intricacies
	Editing Components and Parameters
	Editing Components
		Observing the Circuit’s Ensemble
		Crafting a Traffic Light Application
		Establishing Connections
		The Unveiling of the Inspector
		Bringing Realism to Your Application
		Configuring Resistance Properties
		Embarking on the Simulation Journey
		The Art of Tinkering
		Exploring Resistance and Brightness
		Charting the Course Ahead
	Wiring Components
		Crafting the Ensemble
		Guided by Color and Practice
		A Choreography of Arrangement
	Adding Components
Chapter 4: Breadboard and RGB LEDs
Chapter 5: Ohm’s Law
Chapter 6: Series and Parallel Circuits
Chapter 7: Arduino Output Basics
	Arduino Digital Output: LED Control
	Arduino Dealing with Multiple LEDs and Breadboard
	Arduino Analog Output: Fading LED
Chapter 8: Arduino Input Basics
	Reading Digital Input
	Reading Analog Value
Chapter 9: Dealing with RGB LED with Potentiometers
Chapter 10: Arduino Serial Monitor
	Conclusion: Navigating the Circuit Design Odyssey
	Exploring Boundless Horizons: Beyond Circuit Design and Simulation
Index