

FSR MIDI Controller
System Overview
The FSR MIDI Controller adopts flexible FSR force-sensing resistor matrix as the sensing core, integrated with signal acquisition unit and main control module. When users strike the sensing pad, the system captures pressure magnitude in real time and converts it into MIDI digital signals with corresponding velocity values. Signals are output via USB or MIDI port to trigger sound generators and DAW software. The thin, bendable sensors support custom zoning and velocity curve adjustment, widely applied in electronic percussion pads, MIDI touch controllers for music creation and live performance.
How does it work?
The resistance of FSR sensor decreases with increased applied pressure. Pressure from strikes acts on FSR film, and the acquisition circuit converts resistance variation into analog voltage signals. The MCU scans, samples, filters and calibrates signals, then converts them into strike velocity values defined by MIDI protocol to generate MIDI event packets. The packets are sent to sound modules or DAW software to produce sounds corresponding to different impact strengths. Without striking, FSR remains high resistance and the system identifies no trigger signal.
Custom Your Own MEMBRANE FORCE SENSORS!
For helping you find or customize a sensor for your application,you need to tell us the following information.
Model
Standard or custom?If it is customized, please provide us with the drawings.
Size
Tell us your application, our FSRTEK offers standard FSR size. Otherwise, we can provide custom sizes and shapes. Just tell us your requirement for a fast quotation.
Application
Tell us your application, our engineers can confirm your choice will be the best one, and give more suggestions to meet your budget.
Sensing dimension
The sensing area,force measure range,thickness and force repeatable of products you need.
Quantity
The more quantity results in the low production cost, therefore, clients will get a better price according to quantity. FSRTEK have MOQ requirement for custom and standard membrane force sensors.
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