Delphi Non-Contact Rotary Position Sensor The Delphi Non-Contact Rotary Position Sensor converts rotary motion into an electrical signal to provide position information to a closed loop motion control system in automotive and nonautomotive applications. The Non-Contact Rotary Position Sensor's linear output voltage is directly proportional to the sensor's angle of rotation. Non-contact performance is made possible by a variety of technologies that include the latest linear programmable, fully-integrated Hall effect and Anisotropic magneto resistive (AMR) technologies. The three-wire sensor is fully electro-magnetic capability (EMC) compliant and is fully isolated from external disturbances. High volume manufacturing processes help achieve competitive costs Flexible design is adaptable to a wide range of applications Delphi Non-Contact Rotary Position Sensor Non-contact technology eliminates signal loss on high dither (Also shown with optional bracket and arm link.) applications Available mechanical links, arms, and brackets can be easily modified to meet customer requirements Typical Applications The Delphi Non-Contact Rotary Position Sensor is ideally suited for detection of road wheel position to enable closed-loop chassis control. Vehicle suspension travel is measured directly by mounting the sensor between the chassis and the sprung components. Other automotive applications include the following: • • • Pedal position Transmission gear selection Adaptive headlight aiming systems Non-automotive applications include the following: • • • • Marine hand throttle position Inboard/outboard tilt and rotation Agricultural equipment motion General industrial equipment Performance Advantages The Delphi Non-Contact Rotary Position Sensor was designed to perform in the most demanding automotive environments, including rocks, mud, salt, ice and snow. It is used in the underside of the world's hardest working trucks. www.delphi.com | © Delphi. All rights reserved. |

Delphi Non-Contact Rotary Position Sensor Using sensor inputs like yaw, pitch, and roll, the Delphi Non-Contact Rotary Position Sensor is helping to advance the performance of vehicle dynamics systems such as anti-lock brake systems, drive-by-wire, and vehicle stability enhancement. Performance Specifications This graph shows the typical electrical signal of the Delphi Non-Contact Rotary Position Sensor for a range of angles, or positions. This graph shows the pulse-width modulated output for the Delphi Non-Contact Rotary Position Sensor for a range of angles. Specifications Output voltage Maximum...