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FSR Force Sensitive Resistors FSR force sensors feature an ohmic resistor whose resistive value decreases when pressure is applied. Two polymer...
FSR Force Sensitive Resistors FSR force sensors feature an ohmic resistor whose resistive value decreases w...
FSR Force Sensitive Resistors FSR force sensors feature an ohmic resistor whose resistive value decreases w...
FSR Force Sensitive Resistors FSR force sensors feature an ohmic resistor whose resistive value decreases when pressure is applied. Two polymer...
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SS-U-N-S-00009, I.E.E.
FSR Force Sensitive Resistors
FSR force sensors feature an ohmic resistor whose resistive value decreases when pressure is applied.
Two polymer layers are laminated together to obtain sensors less than 1 mm thick: one layer is covered with a network of electrodes and the other with a printed semi-conductor.
Good measurement repeatability (±2%).
Low sensitivity to noise and vibration.
Service life greater than 10 million cycles.
Uses: keypads, robotics, security, automotive, medical devices etc.
Optimum pressure range
0.007 → 7 bar
Resistance:
10 MΩ → 1 kΩ
Maximum applied pressure:
35 bar
Signal return time:
1 → 2 ms
Operating temperature:
-30 °C → +170 °C
Connection:
solder lugs
Popular items
Popular items
Popular items
SS-U-N-S-00039, I.E.E.
FSR Force Sensitive Resistors
FSR force sensors feature an ohmic resistor whose resistive value decreases when pressure is applied.
Two polymer layers are laminated together to obtain sensors less than 1 mm thick: one layer is covered with a network of electrodes and the other with a printed semi-conductor.
Good measurement repeatability (±2%).
Low sensitivity to noise and vibration.
Service life greater than 10 million cycles.
Uses: keypads, robotics, security, automotive, medical devices etc.
Optimum pressure range
0.007 → 7 bar
Resistance:
10 MΩ → 1 kΩ
Maximum applied pressure:
35 bar
Signal return time:
1 → 2 ms
Operating temperature:
-30 °C → +170 °C
Connection:
solder lugs
Popular items
SS-U-N-S-00015, I.E.E.
FSR Force Sensitive Resistors
FSR force sensors feature an ohmic resistor whose resistive value decreases when pressure is applied.
Two polymer layers are laminated together to obtain sensors less than 1 mm thick: one layer is covered with a network of electrodes and the other with a printed semi-conductor.
Good measurement repeatability (±2%).
Low sensitivity to noise and vibration.
Service life greater than 10 million cycles.
Uses: keypads, robotics, security, automotive, medical devices etc.
Optimum pressure range
0.007 → 7 bar
Resistance:
10 MΩ → 1 kΩ
Maximum applied pressure:
35 bar
Signal return time:
1 → 2 ms
Operating temperature:
-30 °C → +170 °C
Connection:
solder lugs
Popular items
Popular items
Popular items
SS-U-N-S-00001, I.E.E.
FSR Force Sensitive Resistors
FSR force sensors feature an ohmic resistor whose resistive value decreases when pressure is applied.
Two polymer layers are laminated together to obtain sensors less than 1 mm thick: one layer is covered with a network of electrodes and the other with a printed semi-conductor.
Good measurement repeatability (±2%).
Low sensitivity to noise and vibration.
Service life greater than 10 million cycles.
Uses: keypads, robotics, security, automotive, medical devices etc.
Optimum pressure range
0.007 → 7 bar
Resistance:
10 MΩ → 1 kΩ
Maximum applied pressure:
35 bar
Signal return time:
1 → 2 ms
Operating temperature:
-30 °C → +170 °C
Connection:
solder lugs
New Items
New items
New items
SS-U-N-S-00009, I.E.E.
FSR Force Sensitive Resistors
FSR force sensors feature an ohmic resistor whose resistive value decreases when pressure is applied.
Two polymer layers are laminated together to obtain sensors less than 1 mm thick: one layer is covered with a network of electrodes and the other with a printed semi-conductor.
Good measurement repeatability (±2%).
Low sensitivity to noise and vibration.
Service life greater than 10 million cycles.
Uses: keypads, robotics, security, automotive, medical devices etc.
Optimum pressure range
0.007 → 7 bar
Resistance:
10 MΩ → 1 kΩ
Maximum applied pressure:
35 bar
Signal return time:
1 → 2 ms
Operating temperature:
-30 °C → +170 °C
Connection:
solder lugs
New items
New items
New items
SS-U-N-S-00039, I.E.E.
FSR Force Sensitive Resistors
FSR force sensors feature an ohmic resistor whose resistive value decreases when pressure is applied.
Two polymer layers are laminated together to obtain sensors less than 1 mm thick: one layer is covered with a network of electrodes and the other with a printed semi-conductor.
Good measurement repeatability (±2%).
Low sensitivity to noise and vibration.
Service life greater than 10 million cycles.
Uses: keypads, robotics, security, automotive, medical devices etc.
Optimum pressure range
0.007 → 7 bar
Resistance:
10 MΩ → 1 kΩ
Maximum applied pressure:
35 bar
Signal return time:
1 → 2 ms
Operating temperature:
-30 °C → +170 °C
Connection:
solder lugs
New items
SS-U-N-S-00015, I.E.E.
FSR Force Sensitive Resistors
FSR force sensors feature an ohmic resistor whose resistive value decreases when pressure is applied.
Two polymer layers are laminated together to obtain sensors less than 1 mm thick: one layer is covered with a network of electrodes and the other with a printed semi-conductor.
Good measurement repeatability (±2%).
Low sensitivity to noise and vibration.
Service life greater than 10 million cycles.
Uses: keypads, robotics, security, automotive, medical devices etc.
Optimum pressure range
0.007 → 7 bar
Resistance:
10 MΩ → 1 kΩ
Maximum applied pressure:
35 bar
Signal return time:
1 → 2 ms
Operating temperature:
-30 °C → +170 °C
Connection:
solder lugs
New items
New items
New items
SS-U-N-S-00001, I.E.E.
FSR Force Sensitive Resistors
FSR force sensors feature an ohmic resistor whose resistive value decreases when pressure is applied.
Two polymer layers are laminated together to obtain sensors less than 1 mm thick: one layer is covered with a network of electrodes and the other with a printed semi-conductor.
Good measurement repeatability (±2%).
Low sensitivity to noise and vibration.
Service life greater than 10 million cycles.
Uses: keypads, robotics, security, automotive, medical devices etc.
Optimum pressure range
0.007 → 7 bar
Resistance:
10 MΩ → 1 kΩ
Maximum applied pressure:
35 bar
Signal return time:
1 → 2 ms
Operating temperature:
-30 °C → +170 °C
Connection:
solder lugs
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