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Smart Electronics High density distribution plantar pressure sensor, resistor type sensor FSR pressure acquisition weight sensor
Smart Electronics High density distribution plantar pressure sensor, resistor type sensor FSR pressure acquisition weight sensor
High density distribution plantar pressure sensor, resistor type sensor FSR pressure acquisition weight sensor
Film pressure sensor is piezoresistive, also known as resistive, equivalent to varistor in the circuit.
When the sensor has no external load, the circuit is in high resistance state (generally greater than 2m Ω).
When the external pressure is applied to the sensor, the circuit resistance will decrease (tens of K Ω or less).
With a multimeter, the resistance value can be read directly by connecting to two external terminals.
The resistance value changes with the change of external pressure. The voltage is inversely proportional
to the resistance, while the voltage カ is linearly related to the conductivity, so the pressure change can be
inversely deduced according to the conductivity change.
Film pressure sensor is piezoresistive, also known as resistive, equivalent to varistor in the circuit.
When the sensor has no external load, the circuit is in high resistance state (generally greater than 2m Ω).
When the external pressure is applied to the sensor, the circuit resistance will decrease (tens of K Ω or less).
With a multimeter, the resistance value can be read directly by connecting to two external terminals.
The resistance value changes with the change of external pressure. The voltage is inversely proportional
to the resistance, while the voltage カ is linearly related to the conductivity, so the pressure change can be
inversely deduced according to the conductivity change.
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Smart Electronics High density distribution plantar pressure sensor,
resistor type sensor FSR pressure acquisition weight sensor
resistor type sensor FSR pressure acquisition weight sensor
Film pressure sensor is piezoresistive, also known as resistive, equivalent to varistor in the circuit.
When the sensor has no external load, the circuit is in high resistance state (generally greater than 2m Ω).
When the external pressure is applied to the sensor, the circuit resistance will decrease (tens of K Ω or less).
With a multimeter, the resistance value can be read directly by connecting to two external terminals.
The resistance value changes with the change of external pressure. The voltage is inversely proportional
to the resistance, while the voltage カ is linearly related to the conductivity, so the pressure change can be
inversely deduced according to the conductivity change.
When the sensor has no external load, the circuit is in high resistance state (generally greater than 2m Ω).
When the external pressure is applied to the sensor, the circuit resistance will decrease (tens of K Ω or less).
With a multimeter, the resistance value can be read directly by connecting to two external terminals.
The resistance value changes with the change of external pressure. The voltage is inversely proportional
to the resistance, while the voltage カ is linearly related to the conductivity, so the pressure change can be
inversely deduced according to the conductivity change.
Model: imm-00014
Size: 30.5cm * 36.4cm
Interface: FPC
Conductor: 96
Row and column: 52 rows * 44 columns
Induction unit: 2288
Applicable to: foot, seat, mattress pressure distribution detection, etc
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