The thin film bending sensor can make static and dynamic measurements of any contact surface pressure.

The curved sensor converts the pressure of the sensor induction region into the resistance signal, and then according to the force.

The calibrated relation curve of the resistance gets the change information of the external pressure, the greater the pressure, the sensor loses.

The smaller the resistance is.

entry name

parameter

Horizontal state resistance

Bending sensor

Horizontal state resistance

Greater than 1M Omega

Resistance error

20%

Sensor power

0.50W peak 1W

Number of use

>100 million times

Sensor thickness

0.4mm

Sensor length / width

80mm/7.7mm (other lengths can be customized)

Scope of use

-15 C to 60 C

Bending range

0 degree ~90 degrees, forward bending, black downward

Matters needing attention

The RFP thin film pressure sensor is a surface sensor. Therefore, when using, try to make the load even and avoid sharp objects contacting the sensor directly. In addition, the sensor can bend any angle to both sides, but it can't bend.

Eumbo has a core patented technology for flexible thin film tactile pressure sensors.

The thickness of the sensor is only 0.1mm-0.2mm, and the flexibility is very good, so it is used to measure all kinds of contact surfaces.

The pressure created better conditions. Compared with the traditional methods of measurement, this is a kind of classics.

Economic, efficient, accurate, rapid, intuitive, convenient pressure distribution measurement tools.

The standard RFP pressure sensor consists of two thin film of polyester and two thin films.

Table - laying conductors and semiconductors. When the external force acts on the sensing point, its resistance will follow the external force.

When the law changes and the pressure is zero, the maximum resistance is, the greater the pressure is, the smaller the value is. Through the difference

Different density of sensor points are placed in the place where different spatial resolution can be achieved. Different

The area and spatial resolution of the sensor can meet various measurement requirements.
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