FSG15N1A Contact force sensor For Blockage Detection Hemodialysis Machines

FSG15N1A Contact force sensor For Blockage Detection Hemodialysis Machines

Working Principle:

When a silicon piezoresistive element is bent by external force, its resistance increases proportionally. The external force is directly transmitted to the silicon sensing element via a stainless-steel plunger, causing the element's impedance to increase in proportion to the force. The resistance changes in the bridge circuit generate a corresponding mV output signal.

Product Features:

• High voltage output
• Compact size
• Low noise
• Commercial-grade compact package
• Extremely low offset (typical 30μm @ full scale)
• Low repeatability error (0.5% of full scale)
• Low linearity error (0.5% of full scale)
• Low load center deviation error
• Minimum resolution: 1g
• Fast response (1ms)
• Low power consumption
• High ESD resistance (-10kV)

Typical Applications:

• Medical field: Blockage detection, hemodialysis machines, etc.
• Industrial applications: Variable tension control, load and pressure detection, etc.

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FSG15N1A Contact force sensor For Blockage Detection Hemodialysis Machines Images