CambridgeIC develops integrated circuits for sensing the precise position of moving parts in machines. We specialise in resonant inductive position sensing, and our team has been leading the development of this technology for over 16 years.
Our customers are designers of electromechanical products seeking an innovative edge. Resonant inductive technology helps simplify product manufacture. Position sensors are built from conventional PCBs, so that they are accurate, robust and cheap to manufacture. However until CambridgeIC's foundation in 2007, the technology required special design skills. Our mission is to make design-in straightforward, by providing customers with a single-chip solution and a set of standard designs and integration tools.
| CambridgeIC's CAM204 in Elektra 2011 Finals |
CambridgeIC's CAM204 chip has been shortlisted for an Elektra 2011 award by a panel of independent judges. The CAM204 is a processor for resonant inductive sensing. Used with sensors built from PCBs, it detects the precise position of low-cost, sealed targets without contact. Sensors are available in a wide range of shapes and sizes for both linear and rotary sensing. |
