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Lesson 1/1: What is Arduino? Types of Arduino Boards and SunFounder Kit Lesson 2/31: Getting Arduino Software and using Documentation for SunFounder Arduino Kit 第3课/共31课：项目LED闪烁，什么是面包板、LED和电阻（使用SunFounder套件） Lesson 4/31: What are Binary, Decimal, Hexadecimal and Octal Number, Arduino Serial Monitor Lesson 5/31: Introduction to Arduino Data Types SunFounder Learning Kit 第6节/31：使用Arduino SunFounder套件制作蜂鸣器、驱动轮和迷你水泵 | Robojax Lesson 7/31: Digital Read Push button, detecting magnetic field SunFounder Kit | Robojax Lesson 8/31 : AnalogWrite LED Fade, for loop, while loop and do while loops | SunFounder Robojax Lesson 9/31: Reading Voltage Using Arduino, Potentiometer AnalogRead SunFounder Kit | Robojax Lesson 10/31: Conditional Statement in Arduino and Using Array | SunFounder Robojax Lesson 11/31: What is Arduino library and How to use DHT11 Temperature and Humidity Sensor | SunFounder 第12/31课：使用Arduino编程函数和开关 | SunFounder Robojax 第13/31课：使用XY摇杆与Arduino，并通过摇杆运动控制蜂鸣器 | Robojax 第14/31-1课：Arduino Millis（无延迟）和map函数 | SunFounder Robojax Lesson 15/31: Using Soil Moisture Sensor with Arduino SunFounder Kit | Robojax Lesson 16/31: Detecting Obstacle Using Infrared Obstacle Avoidance Sensor using SunFounder Kit 第17/31课：如何在Arduino中中断延时以及光敏电阻LDR | Robojax 第18/31课：使用伺服电机与Arduino SunFounder的Arduino套件 Lesson 19/31: Measure Distance Using Ultrasonic Sensor with Arduino | SunFounder Robojax 第20/31课：使用LCD1602与Arduino显示文本 | Robojax 第21/31课：使用Arduino的红外遥控 | SunFounder Robojax 第22/31课：使用Arduino和电子骰子驱动七段数码管 | SunFounder Robojax 第23/31课：智能车第一部分：SunFounder智能车组装与直流电机全桥详解 第24/31课：智能汽车第2部分：前进、后退、左转和右转以及控制汽车速度 第25/31课：智能小车3使用红外传感器避障 | SunFounder Robojax 第26/31课：智能小车第4部分：使用超声波传感器避障 | SunFounder Robojax 第27/31课：Car-5 SunFounder智能车使用Arduino跟随你的手 | Robojax 第28/31课：汽车-6 SunFounder自驾驶Arduino汽车使用 | Robojax 第29/31课：汽车-7 使用遥控器控制SunFounder智能车 | Robojax 课30/31：使用SunFounder Arduino套件的智能车进行Car-8线路追踪 | Robojax 第31/31课：使用DHT11和ESP01 SunFounder套件通过Wi-Fi测量温度和湿度
Lesson 16/31: Detecting Obstacle Using Infrared Obstacle Avoidance Sensor using SunFounder Kit
In this tutorial, we will learn how to use an Infrared Obstacle Avoidance Sensor to detect obstacles effectively. We'll demonstrate how to program actions in the code to respond when an obstacle is detected, using a buzzer as an example. Additionally, we will explore how to adjust the sensor's sensitivity to increase its detection range. This lesson includes detailed explanations of the wiring setup and complete code implementation.
