1、STABLE PERFORMANCE: Flexible sensors feature flexibility, ultra thin, ultra low power consumption, and extremely fast responsiveness. 2、SENSITIVE SENSING: The flexible pressure sensor can sense weak dynamics or static, and is highly responsive with excellent performance. 3、FLEXIBLE PRESSURE SENSOR: Long strip pressure sensor with 9 independent sensing zones, independent leads for each sensing zone, 2 connected leads at the common end and one vacant lead, total 12 interface leads with 1.0mm pitch. 4、EASY INSTALLATION: Comes with a compact size and a light weight as well, the easy installation can be quickly completed. 5、MAIN APPLICATION: This pressure sensor is suitable for using on scooter, robot, etc. You can use the sensor to make amazing works! Item Type: Thin Film Pressure Sensor Material: Polyester Film, High Conductivity Material and Nanometer Pressure Sensitive Material Pressure Sensing Range: 20g-6kg Trigger Force: 20g, triggered when default resistance value is less than 200kΩ Thickness: 0.4mm Durability: More than 1 million times (daily sitting and lying, under normal use) Style: Thin sheet, flexible Resistance When Not Triggered: Greater than 10MΩ Activation Time: Less than 0.01S Response Time: <1ms Electromagnetic Interference EMl: Not generated Electrostatic Discharge EDS: Not sensitive Application Scenarios: Presence judgment, sitting and sleeping posture analysis, sitting and sleeping posture correction, hip and body force analysis Product Description: L730-9Z is a long pressure sensor with 9 independent sensing zones, with N and 2 interface layout, independent leads for each sensing zone, 2 connected leads at the common end and one vacant lead, total 12 interface leads with 1.0mm spacing. the output resistance of each sensing zone changes accordingly to the external pressure of the flexible thin film pressure sensor. The cushion pressure sensor consists of a polyester film with excellent overall mechanical properties, a highly conductive material, and a nano scale pressure sensing material. The bottom layer is a flexible polyimide film and a conductive layer laminated to it, and the top layer is a flexible film and a pressure sensing material laminated to it. The two are laminated by double sided adhesive and isolate the sensing area of the top and bottom layers. When the sensing area is under pressure, the lines on the bottom layer that are separated from each other conduct, and the output resistance of the sensing area changes accordingly with the different pressure. 1 x Thin Film Pressure Sensor