Separating the rotary controller from the electronic body uses magnetic position detection to keep precise input while reducing product size and easing storage.
Segmented magnetic and amagnetic housing parts shield resolver windings from transformer fields, improving angular measurement accuracy.
Downward bobbin supports lift the coil above the PCB, creating space for nearby components without sacrificing Barkhausen sensor function.
High-speed sampling and complex baseband demodulation correct resolver noise, delay, and gain errors for more accurate rotor position.
A single sensor housing with selectable side openings lets PCB connectors be positioned to match customer orientation needs while cutting tooling cost.
Segmented ESD diodes protect signal inputs and ground reference to suppress BCI noise and preserve accurate inductive position sensing.
Sinusoidal voltage sensing and matrix transformation replace encoder hardware to improve BLDC motor position accuracy without filtering.
A fiber optic plate brings the input surface closer to the light passage pattern, reducing diffusion while protecting the light-receiving element.