Utilize a dedicated amplifier that can be attached to an ultra-thin and flexible sheet-type pressure sensor belt!
The system can be attached to the tips of fingers and can obtain electrical signals when touching objects. The pressure sensor has an ultra-thin and flexible structure, using a force-sensitive resistor (FSR) that changes its resistance value when force is applied. It outputs both a digital signal (TTL level) that is binarized at a threshold level (variable) and an analog signal simultaneously. There are wide-ranging applications in ergonomics and sports-related experiments and research. 【Specifications】 ■ Sensor thickness: Approximately 0.4mm ■ Measurement range: 0 to approximately 10kg ■ Resistance change range: Approximately 2KΩ to 10MΩ ■ Load vs. output characteristics: Non-linear ■ Pressure resistance: Approximately 20Kg (not suitable for pressing with sharp objects) ■ Rise time: Approximately 1 to 2mS ■ Reproducibility: ±2% ■ Temperature range: -30 to 170℃ ■ Cable length: Standard 1.3m (length can be specified for a fee depending on the type of sensor)
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For more details, please refer to the PDF document or feel free to contact us.
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【Application Examples (Partial)】 ■ As a foot switch To obtain information during landing or takeoff while walking or running. ■ As a touch switch To obtain information when a ball or equipment touches or separates from the hand. ■ Attached to sports equipment such as rackets To obtain information on the timing of contact or separation between the ball and the equipment, as well as contact duration. ■ As a substitute for reaction keys ・ As a reaction key for measuring various reaction times. ・ For measuring tapping or stepping actions, etc. *For more details, please refer to the PDF document or feel free to contact us.
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Q'sfix not only develops IT systems that support social infrastructure but also assists customers aiming for digital transformation, while applying advanced biometric and motion measurement technologies in fields such as sports, education, and rehabilitation.
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