Products
CambridgeIC develops integrated circuits for sensing the precise position of moving parts in machines. They work with position sensors that are built from conventional PCBs, so that they are accurate, robust and manufacturable at low cost. Sensors measure the position of targets mounted on moving parts, and are tolerant of large gaps and misalignment. Our solutions deliver high performance and reduce the need for bearings, seals, housings and couplings associated with traditional position sensors. From the first prototype to volume production, our product range simplifies working with resonant inductive position sensing and helps customers build cost effective electromechanical products.
Linear Sensors
CambridgeIC's linear sensor designs measure the precise linear position of a target. Sensors are built using conventional PCB technology, so they are accurate, stable and cost effective.
Rotary Sensors
CambridgeIC's rotary sensor designs measure the precise angle of a target. Sensors are built using conventional PCB technology, so they are accurate, stable and cost effective.
Inductive Target
Targets mark moving parts, so their position can be sensed with resonant inductive technology. They are inductively coupled to a sensor, so no electrical or mechanical contact is required.
Tools and Accesories
A selection of development tools available to assist the evaluation and integration of CambridgeIC's resonant inductive position sensing technology, including development boards and kits for CTUs.
Arc Position Sensors
CambridgeIC's arc sensor designs measure the angle of targets moving around an arc. They are built using conventional PCB technology, so they are accurate, stable and cost effective.
