FSR402 Resistance Type Pressure Sensor Compatible with Arduino
Specification:-
- Type: Force sensing resistor
- Model: FSR FA402
- Thickness：≤0.3mm
- Dimension：17.47mm*18.3mm
- Sensing dimension：Φ14.68mm
- Force measuring range：100g ~ 10KG
- Force repeatable （part to part)：±20%
- Working temperature：-30℃~60℃
SKU: CD9032A1
FSR402 Resistance Type Pressure Sensor Compatible with Arduino
The FSR402 Resistance Type Pressure Sensor is a versatile and sensitive sensor designed to measure pressure or force applied to its surface. Specifically compatible with Arduino microcontroller boards, this sensor offers seamless integration into Arduino projects, making it ideal for applications such as touch-sensitive interfaces, force-sensing resistors, and pressure-sensitive controls. This product description will explore the features, specifications, applications, and benefits of the FSR402 Resistance Type Pressure Sensor compatible with Arduino in detail. The FSR402 sensor utilizes resistance-type sensing technology to detect changes in pressure or force applied to its surface. As pressure is applied, the resistance of the sensor changes, providing a proportional analog output that can be read by the Arduino board. The FSR402 sensor is plug-and-play compatible with Arduino projects and was created especially for use with Arduino microcontroller boards. The Arduino IDE can be used for programming and seamless integration thanks to its easy connection to the analog input pins of Arduino boards. The analog output signal that a sensor generates is dependent upon the force or pressure exerted on its surface. The Arduino board's integrated analog-to-digital converter (ADC) can read this analog signal, allowing for accurate measurement and control of pressure-sensitive applications. The FSR402 sensor is lightweight and compact, making it easy to integrate into a variety of electronic devices and prototypes without taking up much room. Because of its small form factor, it can be used in applications like wearable technology and portable electronics where there is a shortage of space.
Applications:-
- Touch-sensitive interfaces and interactive displays
- Force-sensitive buttons and switches
- Pressure-sensitive pads and mats
- Wearable technology and health monitoring devices
- Robot grippers and tactile feedback systems
Features:-
- Seamless compatibility with Arduino projects
- Provides precise and responsive pressure sensing
- Compact size for easy integration into electronic devices
- High sensitivity enables the detection of subtle pressure changes
- Versatile applications in various industries and projects
