Arduino Circuit Board Projects 1st Edition by Anbazhagan K, Ambika Parameswari K – Ebook PDF Instant Download/Delivery: 1838649271 ,9781838649276
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Product details:
ISBN 10: 1838649271
ISBN 13: 9781838649276
Author: Anbazhagan K, Ambika Parameswari K
This book is specially described about best IOT Projects with the simple explanation .From this book you can get lots of information about the IOT and How the Projects are developed. You can get an information about the free cloud services and effective way to apply in your projects. you can get how to program and create a proper automation in IOT products , Which is helpful for the starting stage people but they must know about internet of things….You will know how to process the microchip controller and new software for working. You can gain lots of project knowlegde from this book and i am sure, if you done this book, you have a IOT Knowlegde…From this you can get lot of new ideas …why are u waiting for ? and get it my friend …. we really proud to present this book for you …Thank u …..
Arduino Circuit Board Projects 1st Edition Table of contents:
Part 1: Introduction to Arduino
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Introduction to Arduino
- Overview of Arduino and its applications
- Getting started with Arduino IDE (Integrated Development Environment)
- Setting up the hardware: Arduino boards and accessories
- Introduction to microcontrollers and sensors
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Basic Electronics for Arduino Projects
- Understanding voltage, current, and resistance
- Ohm’s Law and basic electrical components (resistors, capacitors, LEDs, transistors)
- Reading circuit diagrams
- Powering an Arduino and understanding its power requirements
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Introduction to Arduino Programming
- Basics of Arduino programming (C/C++ for Arduino)
- Writing your first Arduino program
- Understanding loops, conditions, and variables
- Debugging your code and uploading to the board
Part 2: Arduino Projects and Circuits
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Project 1: Blinking LED with Arduino
- Components required
- Circuit diagram and setup
- Code explanation and running the first project
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Project 2: Arduino Temperature Sensor
- Using a temperature sensor (e.g., LM35 or DHT11)
- Reading analog values from sensors
- Displaying temperature on a serial monitor
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Project 3: Light-sensitive Light
- Using a photoresistor to detect light levels
- Controlling an LED based on ambient light
- Basic automation: turning on lights when it’s dark
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Project 4: Arduino Motion Detector
- Using a PIR (Passive Infrared) motion sensor
- Detecting motion and triggering an LED or alarm
- Setting up a basic motion-activated system
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Project 5: Digital Clock with Arduino
- Using an RTC (Real Time Clock) module
- Displaying time on a 16×2 LCD screen
- Programming time functions and handling multiple modules
-
Project 6: Sound-activated LED
- Using a sound sensor module
- Detecting sound levels to trigger LEDs or other outputs
- Building a simple sound-responsive circuit
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Project 7: Remote Control with Arduino (IR)
- Using an IR receiver and remote control
- Programming Arduino to read remote control signals
- Controlling devices using remote control inputs
Part 3: Advanced Arduino Projects
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Project 8: Arduino Servo Motor Control
- Using a potentiometer to control a servo motor
- Basic concepts of motor control
- Building a simple robotic arm or rotating device
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Project 9: Home Automation with Arduino
- Basic home automation system with sensors and Arduino
- Controlling appliances (e.g., lights, fans) remotely via relays
- Integrating sensors for automation (temperature, motion)
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Project 10: Smart Plant Watering System
- Using soil moisture sensors to automate plant watering
- Setting up a pump and relay system to water plants
- Programming thresholds for watering the plant
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Project 11: Arduino Bluetooth-controlled Car
- Using a Bluetooth module (e.g., HC-05) for remote control
- Motor control for a robot or car using a mobile app
- Building a basic robot with movement control via Bluetooth
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Project 12: Wireless Weather Station with Arduino
- Collecting weather data using sensors (e.g., temperature, humidity, barometric pressure)
- Sending data wirelessly to a display or cloud service
- Building a standalone weather station
Part 4: Troubleshooting and Final Tips
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Troubleshooting Arduino Circuits
- Common issues and how to diagnose them
- Debugging Arduino code
- Checking wiring and component functionality
-
Optimizing Your Projects
- Power management and optimizing Arduino circuits for efficiency
- Minimizing errors and improving project stability
- Scaling projects for real-world applications
Appendices
- A: Arduino Component List and Specifications
- B: Useful Arduino Libraries and Functions
- C: Resources for Arduino Projects and Learning
- D: Safety Tips for Working with Electronics
Index
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