Whether you are ready to lay out your own PCB-based inductive position sensor or want to purchase a pre-built evaluation sensor for rapid system prototyping, we can assist you with your project. Our Position Sensor Library is an excellent starting point. We also offer linear and rotary evaluation board (EVB) kits to quickly prototype your system application, an Integrated Programming and Calibration Environment (IPCE), programmers and software that simplify inductive position sensor evaluation, testing and programing. If you don’t see what you need here, contact our technical support team for advanced sensor information and other assistance with your project.
These kits come with your choice of an EVB, an IPCE programmer for accurate sensor measurement and programming and all the cables needed to interface the sensors and programmer to a computer. These programmers simplify designing, building and evaluating your own sensor applications.
Each inductive position sensor IC has several different evaluation boards to choose from. We offer EVBs for linear position sensors, angular/rotary position sensors and even redundancy. Use the provided cable to automatically interface these boards with our IPCE programmer and software.
This window, which is the most powerful and yet simple-to-use feature of the software, provides an easy way to change the IC’s operation to meet your system requirements. You can adjust all EEPROM parameters, including I/O interface options, sampling rate and analog front end, or make small adjustments to the calibration points.
Instantly capture data by clicking on the "capture data" button or do it automatically through the TCP/IP protocol. Then use the “Save Datalog” button to easily save the captured data in an Excel file. A unique sensor debug feature also allows you to capture the raw PCB sensor output, which is perfect when you want to understand how your unique mounting may be impacting the design. This mode gives you access to the internal Analog-to-Digital Converter (ADC) values, including fault diagnosis information to help you rapidly bring your sensor to production.
After measuring the sensor, use the analysis window to easily implement sensor linearization with the auto-calibration function. The software provides the optimal accuracy that can be achieved using the IC’s built-in calibration memory, or you can use an external Microchip MCU to achieve even better accuracy.
|Product||Status||Volume Pricing||Operating Temperature||ISO26262 Support||Output Interface||EEPROM Program||Temperature Sensor||Operating Voltage Range||Max Rated Voltage||Reverse Voltage Rating||MaxRefreshRate||Packages|
|LX3301A||In Production||$1.35||-40C to 125C (Grade 1)||ASIL B||Analog, PWM||VIN||No||4.4V to 5.6V||20V||-7V||2kHz||14/TSSOP|
|LX3302A||In Production||$1.18||-40C to 150C (Grade 0)||ASIL B||Analog, PWM, SENT, PSI5, SIN/COS||VIN, GPIO||Yes||4V to 6V||20V||-7V||2kHz||14/TSSOP|
|LX34050||In Production||$1.18||-40C to 150C (Grade 0)||ASIL B||SIN/COS||VIN, GPIO||No||4V to 6V||20V||-7V||100kHz||14/TSSOP|