Array Pressure Sensor 40x40 High Density Pressure Piezoresistive Sensor Flexible Piezo Resistance Sensor

Spec:Item Type: Array Pressure SensorModel: FS-ARR-40x40Material: Polyester FilmThickness: Approx. 0.2mm / 0.01inStyle: FlakyTrigger Force: Approx. 10 g / 0.35 ozResistance After Triggering: Less than 500KΩ. Pressure Range: Approx. 10 ~ 1000 g / 0.35 ~ 35.27 oz or above for every single sensing point. Resistance Application Range: 0.2~500KΩPressure Mode of Action: PressResistance When not Triggered: Greater than 1MΩ. Operating Temperature: -40~+85℃Repetitive Accuracy: ± 5% at 1Kg for every single sensing point. Drift: -10%, 24H at 1Kg. Hysteresis: 10%, 24H at 1Kg. Durability: Over 1,000,000 cycles, 1Kg force. Response Time: Electromagnetic Interference EMI: NoElectrostatic Discharge EDS: InsensitiveHow to Use:Install on corresponding equipments.PackageList:1 xArray Pressure Sensor

• Cutting-Edge Pressure Sensing: Our array pressure sensor features a 40x40 grid, with 1600 sensing points distributed at a spacing of 2.1 x 2.1mm. The resistance value of each sensing point decreases as the pressure increases, ensuring accurate measurements.
• Enhanced Connectivity: Designed with a 40PIN, 1.0 pitch plug-in interface in X+Y mode, our sensor provides a high-density connection. It has a horizontal and vertical spacing of 1.0mm, offering efficient and reliable data transmission.
• Superior Build Quality: Constructed with a polyester film known for its comprehensive mechanical properties, our sensor guarantees robustness. It also incorporates high conductivity and nanometer varistor materials, resulting in exceptional performance.
• Dual-Layer Structure: Our sensor consists of two layers, namely the bottom flexible line pressure-sensitive layer and the top flexible line pressure-sensitive layer. These layers are bonded using double-sided tape to isolate the sensing area.
• Swift and Accurate Response: When pressure is applied to the sensing area, the two pressure-sensitive layers make contact and conduct with each other. This produces resistance output variations, enabling precise pressure monitoring with excellent responsiveness.