Smart Electronics 16 Point Thin Film Pressure Sensor IMM00092 Multi point Sensor FSR 1KG 10KG male femail terminal Double layer FPC Cable

Products > Sensor > Smart Electronics 16 Point Thin Film Pressure Sensor IMM00092 Multi point Sensor FSR 1KG 10KG male femail terminal Double layer FPC Cable

Smart Electronics 16 Point Thin Film Pressure Sensor IMM00092 Multi point Sensor FSR 1KG 10KG male femail terminal Double layer FPC Cable

16 Point Thin Film Pressure Sensor IMM00092 Multi point Sensor FSR 1KG 10KG male femail terminal Double layer FPC Cable

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16 Point Thin Film Pressure Sensor IMM00092 Multi point Sensor FSR

1KG 10KG male femal terminal Double layer FPC Cable

Product Information

The IMM0092 of Idong Film Electronics is a member of the single-node sensor family. Although IMM092 has 16 nodes, because IMM00092 has 32 lines of output, each node has 2 lines of output, and the 16 nodes are independent of each other. They are very reliable piezoresistive sensors. When the pressure (pressure) applied to the effective area of the sensor increases, the output resistance of the sensor decreases. Single-point sensors can be measured using a multimeter or customer's own circuit.
Purchase options1. Male terminal
2.Female terminal
3.Female terminal+plastic shell

Pressure Range OptionsMicro force range: 100g pressure
Small force range: 1kg pressure
Medium force range: 10kg pressure
Power range: 50 kg and aboveOther pressure ranges can be customized according to customer requirements

Feature	Value	Note
Minimum force	50g	the minimum force value is different for different ranges, this refers to the small force range sensor
Sensor range	1kg
Pressure resolution	analog output, continuous
Pressure repeatability	10%
No excitation resistance	2 Mega Ohms
Sensor thickness	0.18mm
Static resistance	2 Mega ohms	Unstressed, flat, not bent
Sensor rise time	<5ms
Long-term drift (creep)	1<5% per log(time)
Use times (life cycle)	1 million times
Working temperature	-40℃~60 ℃
Working humidity	5% ~ 95%
Parasitic capacitance	300P	single node
Substrate type	polyester	Thickness 0.075mm
Uniformity	+-25%