Sensing Points: The pressure distributing sensor is an array type pressure sensor with 1936 sensing points, 44 horizontal and 44 vertical sensing points. Accurate sensing and quick response time. Array Distribution: The sensor adopts array distribution, Xm Yn corresponds to the m th column, n th row of induction points, respectively, with a multimeter (not included) ohmic grade probe connected to the interface Xm and Ym can measure the resistance value of Xm Yn induction points. PET Material: The sensor is made of PET with excellent overall mechanical properties and is divided into a bottom flexible line pressure sensitive layer, and a top flexible line pressure sensitive layer. Resistance Value: The resistance value of each sensing point of the pressure sensor decreases as the pressure acting on it increases. The interface is 44PIN. Port Output Value: When the sensing area is under pressure, the two pressure sensitive layers contact each other for conduction, and the resistance output value of the port changes with different positions. 1 x Array Pressure Sensor Item Type: Array Pressure SensorModel: FS ARR 44 44Material: PETPressure Sensing Range: 20g to 1kg or More, Single Sensing PointTrigger Force: 20g, Triggered When Default Resistance Value Is Less Than 200kΩThickness: Approx. 0.2mm / 0.008inStyle: Thin SheetResistance When Not Triggered: Greater Than 1MΩActivation Time: Less Than 0.01SHysteresis: 10%, 24H at 1kgResponse Time: <10μsElectromagnetic Interference EMl: Not GeneratedElectrostatic Discharge EDS: InsensitiveDrift: -10%, 24H at 1kgDurability: More Than 1000000 Times, 1kg ForcePressure Action Mode: PressProduct Description: Pressure distribution sensor is an array type pressure sensor with 1936 sensing points, 44 sensing points horizontally and 44 vertically, one sensing point every 1.9x 1.9mm( 0.07in), 1.6x 1.6mm( 0.06in) sensing points, 0.3mm( 0.012in) gaping between sensing points, the resistance value of each sensing point decreases as the pressure acting on it increases. The interface is 44PIN, 1.0 pitch plug interface, X plus Y mode, horizontal 44pin, vertical 44pin, pin pitch 1.0mm( 0.04in).The sensor is made of PET film with excellent comprehensive mechanical properties, divided into a bottom flexible line pressure sensitive layer, and a top flexible line pressure sensitive layer, both of which are laminated by double sided adhesive to isolate the sensing area of the top and bottom layers. When the sensing area is pressurized, the two pressure sensitive layers contact each other for conduction, and the resistance output value of the port changes with different positions. Item Type: Array Pressure SensorModel: FS ARR 44 44Material: PETPressure Sensing Range: 20g to 1kg or More, Single Sensing PointTrigger Force: 20g, Triggered When Default Resistance Value Is Less Than 200kΩThickness: Approx. 0.2mm / 0.008inStyle: Thin SheetResistance When Not Triggered: Greater Than 1MΩActivation Time: Less Than 0.01SHysteresis: 10%, 24H at 1kgResponse Time: <10μsElectromagnetic Interference EMl: Not GeneratedElectrostatic Discharge EDS: InsensitiveDrift: -10%, 24H at 1kgDurability: More Than 1000000 Times, 1kg ForcePressure Action Mode: PressProduct Description: Pressure distribution sensor is an array type pressure sensor with 1936 sensing points, 44 sensing points horizontally and 44 vertically, one sensing point every 1.9x 1.9mm( 0.07in), 1.6x 1.6mm( 0.06in) sensing points, 0.3mm( 0.012in) gaping between sensing points, the resistance value of each sensing point decreases as the pressure acting on it increases. The interface is 44PIN, 1.0 pitch plug interface, X plus Y mode, horizontal 44pin, vertical 44pin, pin pitch 1.0mm( 0.04in).The sensor is made of PET film with excellent comprehensive mechanical properties, divided into a bottom flexible line pressure sensitive layer, and a top flexible line pressure sensitive layer, both of which are laminated by double sided adhesive to isolate the sensing area of the top and bottom layers. When the sensing area is pressurized, the two pressure sensitive layers contact each other for conduction, and the resistance output value of the port changes with different positions.