Microchip LXK3302AL002, LX3302A Linear Evaluation Kit for LX3302A for For interfacing to and managing of inductive

The Microchip LXK3302AL002 is a comprehensive evaluation kit built around the LX3302A inductive position‑sensor interface IC, designed to enable engineers to develop, test, and calibrate linear position-sensing solutions quickly. The kit features a 100 mm measurement‑range linear sensor board pre‑populated with the LX3302A and calibrated target assembly, along with Microchip’s IPCE (“Integrated Programming & Calibration Environment”) USB programmer and software. This makes it ideal for industrial automation, robotics, motion control, and precision displacement measurement systems.

Crucial Features and Benefits of Choosing the Microchip Evaluation Kit

• Complete ready‑to‑use kit: sensor PCB with LX3302A, calibration target, programmer, cables and software.
• Supports 100 mm linear measurement range with high accuracy and built‑in inductive robustness.
• Outputs configurable via IPCE: analogue, PWM (push‑pull or open drain), SENT, PSI5, or threshold detect formats for maximum system flexibility.
• On‑chip EEPROM in the LX3302A stores calibration/coefficient data, enabling reliable repeatable performance and fast deployment.
• Ideal for rapid prototyping and evaluation of inductive position‐sensor solutions in demanding industrial environments.

Purpose‑Built for Industrial Position Sensing Systems

This evaluation kit allows system integrators and engineers to derive market‑ready designs based on a proven inductive sensing core. The LX3302A IC and measurement board are pre‑calibrated, reducing development risk and time‑to‑market. Using the included IPCE software and programmer, you can capture sensor data, auto‑calibrate with the click of a button, program the EEPROM, and export logged data for analysis.

Application Versatility of the Product

• Linear displacement measurement in automation, robotics, or stage‑control systems (100 mm travel).
• Precision position feedback for actuators, valve stems, cylinder rods or guided motion systems.
• Development and evaluation of new inductive sensor modules prior to full production deployment.
• Calibration and characterisation workflows for inductive position sensors using PC‑based logging and configuration.
• Retrofit or OEM sensor designs.

For more information please check the datasheets.