This video demonstrates how to use a host microcontroller to improve the accuracy of inductive position sensors. The video uses the IPCE along with the LX3302AQPW-EASY IC and downloadable sensors to reach a desired accuracy level. While advanced linearization through EEPROM programming is available inside the LX3302A, the video shows an example of simply using a PIC18F microcontroller to do the linearization all without having to internally linearize or program the EEPROM of the LX3302A. This is perfect for the LX3302AQPW-EASY based downloadable sensors, but can also be applied to any inductive position sensor to increase accuracy. In this video we use the LX3302A web design that use the LX3302AQPW-EASY. Below are links to the IPCE software, LX3302a Web-design sensors , LX3302A and LX3301A product pages. 1. You can download the IPCE software and downloadable sensor designs from our Getting Started with Inductive Sensors getting started design page. https://www.microchip.com/en-us/products/sensors-and-motor-drive/inductive-position-sensors/getting-started-with-inductive-position-sensors 2. LX3302A product Page: Inductive Position Sensor IC with a max 150 degC operating temperature and analog, PWM, SENT and PSI5 outputs. https://www.microchip.com/wwwproducts/en/LX3302A 3. LX3301A Product Page: Inductive Position Sensor IC with a Max 125 degC operating temperature and Analog and PWM outputs. https://www.microchip.com/wwwproducts/en/LX3301A 4. Inductive Position Sensor Overview Page. https://www.microchip.com/en-us/products/sensors-and-motor-drive/inductive-position-sensors