Learn Robotics Infrared Sensor : Scratch to Pro

Learn Robotics Infrared Sensor : Scratch to Pro, available at $19.99, with 20 lectures.

You will learn about Introduction to Infrared ( IR ) Sensor How Infrared ( IR ) Sensor works ? Infrared ( IR ) Sensor working Components used in Infrared ( IR ) Sensor Circuit Diagram and Arduino code for Analog Readings Circuit Diagram and Arduino code for Digital Readings This course is ideal for individuals who are This course is for students who wants to learn Robotic Sensors from Scratch to use sensors in Robotics Projects It is particularly useful for This course is for students who wants to learn Robotic Sensors from Scratch to use sensors in Robotics Projects.

Enroll now: Learn Robotics Infrared Sensor : Scratch to Pro

Summary

Title: Learn Robotics Infrared Sensor : Scratch to Pro

Price: $19.99

Number of Lectures: 20

Number of Published Lectures: 20

Number of Curriculum Items: 20

Number of Published Curriculum Objects: 20

Original Price: ₹799

Quality Status: approved

Status: Live

What You Will Learn

Introduction to Infrared ( IR ) Sensor
How Infrared ( IR ) Sensor works ?
Infrared ( IR ) Sensor working
Components used in Infrared ( IR ) Sensor
Circuit Diagram and Arduino code for Analog Readings
Circuit Diagram and Arduino code for Digital Readings

Who Should Attend

This course is for students who wants to learn Robotic Sensors from Scratch to use sensors in Robotics Projects

Target Audiences

This course is for students who wants to learn Robotic Sensors from Scratch to use sensors in Robotics Projects

In this course, you will learn about Robotics main and Important sensor which is Infrared Sensor. This Sensor is widely used in making Robotics Projects. This Infrared Sensor is used in making Line Follower Robot, Object Follower Robot and many other projects. In this course you’re going to learn many new things about Infrared Sensor, It’s working, Physics laws used in Infrared Sensor, Components used in Infrared Sensor, and you can also make this Infrared sensor on PCB. Then, the comparator which is used in this Infrared Sensor is LM 358 Dual Op-Amp comparator, it’s features, specifications and pin configuration also. Interfacing of Infrared Sensor with Arduino for Analog Readings, Circuit Diagram of Analog Pin, Arduino code of Analog Readings and Testing of project for Analog Readings. Then Interfacing of Infrared Sensor with Arduino for Digital Readings, Circuit Diagram of Digital Pin using Led with 330 ohm Resistor , Arduino code of Digital Readings and Testing of project for Digital Readings.

This is my First course on Udemy, If this course will got good ratings and comments then I will upload my Next course for next Robotics Sensor.

Please ignore any speaking mistake and if you like this course please give ratings. Thank You Happy Learning!!

Course Curriculum

Chapter 1: Introduction to Infrared ( IR ) Sensor

Lecture 1: Introduction to Infrared ( IR ) Sensor

Chapter 2: How Infrared ( IR ) Sensor works ?

Lecture 1: How Infrared ( IR ) Sensor works ?

Lecture 2: What Physics Laws used in Infrared Sensor working ?

Lecture 3: Law 1. Stefan Boltzman Law

Lecture 4: Law 2. Planck's Radiation Law

Lecture 5: Law 3: Wein's Displacement Law

Chapter 3: Working of Infrared ( IR ) Sensor

Lecture 1: Working of Infrared ( IR ) Sensor

Chapter 4: Components of Infrared ( IR ) Sensor

Lecture 1: Components of Infrared ( IR ) Sensor

Lecture 2: Circuit Diagram with components to make Infrared Sensor on PCB

Lecture 3: LM 358 Dual Op-Amp used in Infrared Sensor

Lecture 4: LM 358 Dual Op-Amp Features and Specifications

Lecture 5: LM 358 Dual Op-Amp Pin Configuration

Chapter 5: Circuit Diagram and Arduino Programming

Lecture 1: Circuit Diagram and Arduino Programming

Lecture 2: Interfacing and Connections of Infrared Sensor for Analog Readings

Lecture 3: Arduino Code for Analog Readings ( Analog Pin )

Lecture 4: Testing of Infrared Sensor for Analog Readings

Chapter 6: Circuit Diagram and Arduino Programming for Digital Readings ( Digital Pin )

Lecture 1: Interfacing and Connections of Infrared Sensor for Digital Readings

Lecture 2: Arduino Code for Digital Readings ( Digital Pin )

Lecture 3: Testing of Infrared Sensor for Digital Readings

Chapter 7: Thank You

Lecture 1: Thanks for choosing my Course

Instructors

Mohd Sohail
Robotics Engineer / Trainer and Freelancer

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