Thin Film Pressure for Smart High-End for Seat 20g-10kg Intelligent Force Sensitive Resistor Flexible Sensor Module

resistive pressure sensitive sensor is a flexible thin film senso!

whose resistance decreases with the increase of the pressure acting on the induction region.

The flexible has the characteristics of flexible ultra-thin, ultra-low power consumption and extreme speed response, etc. Small size, this flexible pressure is based on nanometer pressure-sensitive materials supplemented by ultra-thin film substrate.

This pressure has the characteristic of high stability, high consistency.

Highly sensitive flexible nanometer materials can realize highly sensitive detection of pressure.

When detects outside pressure, the resistance of will change.

Pressure can be converted into a corresponding electrical output using simple circuit..

Film pressure

specification

The greater the force applied, The smaller the sensor resistance is When no force is applied, Sensor resistance tends to infinity Thin film pressure sensor

Output signal: analog

Pressure induction range: 20g-10kg

Not trigger resistance: Greater than 10MΩ

Typical applications

resistive pressure sensitive sensors can be used in the following applications:

Monitor in bed out of bed

Smart running shoes: Record the intensity and frequency of compression

Intelligent switch: set force identification to prevent misoperation

Counter: Records The Times of compression

The pressure level of the human body is measured on medica

equipment

Note:

Installation guide not included, we strongly recommend you seek professional installation.

Please check as much as possible to make sure the item is what you need.

Tips: The product may be updated constantly ,Due To Different Batches, The Actual Product May Have Slight Differences Or Colour Differences, Which Does Not Affect Use

Colour: P o Colour

Material: Plastic

Package Contents:

1 x Pressure Sensor

Only the above package content, other products are not included.

Note: Light reflection and different displays may cause the colour of the item in the picture a little dif