Features • Ultra Thin Design: Measuring only 0.6mm thick, this sensor ensures low power consumption while maintaining excellent stability for reliable performance • Rapid Response Time: Experience quick detection with high sensitivity, allowing for immediate feedback on pressure and temperature changes across a wide range • Seamless Integration: The user-friendly design enables easy operation and integration into various systems, making it ideal for diverse applications • Versatile Sensing Features: Capable of detecting a broad spectrum of pressure variations and subtle temperature shifts, this sensor adapts to various sensing needs • Promising Application Potential: Perfect for use in intelligent robotics, human-computer interaction, and medical health monitoring, expanding your project's capabilities Features: 1、ULTRA THIN AND STABLE: Thin film prure temperature sensor is ultra thin, the thickn does not exceed 0.6mm, poss low power consumption, excellent stability 2、QUICK RESPONSE: Flexible force sensing resistor come with fast prure and temperature response, high sensitivity and wide detection range 3、EASY TO INTEGRATE: Resistance type thin film prure sensor come with simple detection solutions and easy integration, easy to operate 4、VARIOUS SENSING CAPABILITIES: Using thin film flexible prure sensor has a variety of sensing capabilities in terms of prure and temperature, and can detect a wide range of prure changes and subtle temperature changes 5、WONDERFUL APPLICATION PROSPECTS: Shows great application prospects in intelligent robots, human computer interaction and medical health Specification: Item Type: Flexible Force Sensing Resistor Output Type: Resistive, voltage Output Voltage: 3.3 Material: Semiconductor Accuracy: 10% Working Temperature: 25 (℃) Package Case: PET How to Use: 1. The flexible prure and temperature integrated sensors are nonpolarity components and have no directionality in the circuit; 2. When using, please place the prure sensitive area of the sensor on a firm and flat . Using the sensor on a curved or special shaped will make the sensor initially conductive, that is, will be in a "response" state when there is no prure; in this state, the output resistance of the sensor can still respond to prure changes, and the corresponding relationship is no longer applicable to the reference data sheet; 3. If both the support and the force application are rigid and hard s, and the is larger than the sensitive area of the sensor, due to the structure of the sensor itself, the prure response may be small and unstable. A circular soft rubber pad needs to be attached to the center of the sensitive area, the diameter is slightly smaller than that of the sens Package List 1 x Flexible Force Sensing Resistor