Arduino Temperature Sensor Features and Functions

Arduino Temperature Sensor is a device often used in Arduino project or robotic project to keep the project under control and working well. One of the biggest issues with robotic project is the fact that the temperature sometimes rises too high, caused by the exaggerated power supply. This is where a temperature sensor is needed. If you want to start an Arduino project or robotic project anytime soon, you really need to know more about Arduino Temperature Sensor. Below is more information about it.

Arduino Temperature Sensor Features and Functions

1. The Features of Arduino Temperature Sensor Device

The Arduino Temperature Sensor device is completed by high accuracy so that it can count exactly the state temperature of the project. Usually, this device is completed by voltage input ranging between 2.7V and 5.5V DC. As for its output range, the device can produce 0.1V to 2.0V. The lowest output produced when the temperature of the project is -40°C or lower than the amount. As for the highest output produced by the device, it is when the project has temperature 150°C or more. It means that the device can detect the temperature between -40°C or -40°F to 150°C or 302°F. This device is usually completed by ±2°C accuracy. It means that the device can almost precisely control the temperature of the project by giving you the closest temperature sensor.

2. The Functions of Arduino Temperature Sensor Device

The functions of the device are including producing the voltage output to predict the temperature of the project. Usually, this device is a low voltage device so that the temperature sensor can be more precise. The Arduino Temperature Sensor device also does not need any calibration externally because it already has scale factor to convert the temperature easily. That is the main function of the device. Beside of that function, the device is also useful to keep the project on the right track when it is connected to power.

3. Why Using Arduino Temperature Sensor Device?

The main reason of using Arduino Temperature Sensor is to avoid overheating. Starting project of Arduino or robotic device requires many parts. Assembling those parts consume a lot of power. That is why the project can easily get overheating. Overheated project can cause damage to the parts and also other catastrophic situations such as the project catches on fire. This is why you need a device to control its temperature. By the time you know that the project is literally too hot, you can disconnect the project from the battery or power source temporarily and wait for it to cool down.

Now that you know the features and function of Arduino Temperature Sensor. You also know already about the mandatory issue why you need to use this device. Arduino has its own temperature sensor product. However, you can also buy the temperature sensor device elsewhere. Just make sure that the temperature sensor that you use is compatible with your base board and your other components. That way, the Arduino Temperature Sensor is going to work well and make sure that your project is going to end up successfully.