CAM312 Development Board

CAM312 Development Board includes a CAM312 chip and the external circuitry required for operating up to two Type 4 sensors, or one Type 2 or Type 6 sensor.

The CAM312 Development Board may be used to evaluate the CAM312 chip.  Connect one or more sensors as required to the sensor connectors.  A CTU Adapter may be connected to the CAM312 Development Board's SPI interface, for USB connection to a PC running CambridgeIC CTU Software.

The CAM312 Development Board may be used for customer product development.  Example host code is available for download from a link below.  This is to assist with development of a customer's embedded software.  The code includes examples targeting a Raspberry Pi and Arduino Due.  Please see how to connect a Raspberry Pi 4B to a CAM312 Development Board.

Find out more about how sensors are classified and what this means for CTU selection in our FAQ.

Features

  • Measures up to two Type 4 or Type 1 sensors
  • Measures one Type 2 or one Type 6 sensor
  • Sensor Type selection with selectable jumper positions
  • 14-way header for host SPI interface connection
  • Operates from 3.3V

Applications

  • Prototyping CAM312 chip based applications
  • Processor board for position sensor solutions

CAM312 Development Board includes a CAM312 chip and the external circuitry required for operating up to two Type 4 sensors, or one Type 2 or Type 6 sensor.

The CAM312 Development Board may be used to evaluate the CAM312 chip.  Connect one or more sensors as required to the sensor connectors.  A CTU Adapter may be connected to the CAM312 Development Board's SPI interface, for USB connection to a PC running CambridgeIC CTU Software.

The CAM312 Development Board may be used for customer product development.  Example host code is available for download from a link below.  This is to assist with development of a customer's embedded software.  The code includes examples targeting a Raspberry Pi and Arduino Due.  Please see how to connect a Raspberry Pi 4B to a CAM312 Development Board.

Find out more about how sensors are classified and what this means for CTU selection in our FAQ.

Features

  • Measures up to two Type 4 or Type 1 sensors
  • Measures one Type 2 or one Type 6 sensor
  • Sensor Type selection with selectable jumper positions
  • 14-way header for host SPI interface connection
  • Operates from 3.3V

Applications

  • Prototyping CAM312 chip based applications
  • Processor board for position sensor solutions

CambridgeIC

Founded in 2007, CambridgeIC has developed single chip processors and a set of standard sensor designs and integration tools. These help customers embed resonant inductive sensing inside their products, by drawing on modular and well proven components.

Contact

Cambridge Integrated Circuits Ltd
21 Sedley Taylor Road
Cambridge
CB2 8PW
UK
+44 (0) 1223 413500
info@cambridgeic.com