TDK expands its tool chain for the easy programming of various Micronas Hall-effect sensors with the Magnetic Sensor Programmer MSP V1.0. It replaces the APB 1.5 and complements the existing programmer line, which comprises the USB-Programming Kit V1.01 and the HAL APB V5.1. Designed for use in the development laboratory, the company now offers three dedicated tools supporting all programmable Micronas sensors.
The programmer is suitable for all members of the product families HAL 18xy, HAL/R 24xy, HAL 28xy, HAL/R/C 37xy as well as forthcoming angular sensors. The devices are mainly applied in automotive applications for position detection or angle measurement, and amongst others, in throttle valves, accelerator pedals, EGR, neutral-gear recognition, transmission gear sensor, bending lights and steering-angle applications. Additionally, in the field of industrial electronics, the programmable linear sensors HAL 18xy and HAL 24xy are used for current measurement, joysticks, rocker switches, and for manifold extended position measurement scenarios.
To optimize the system performance in these applications, an individual programming of the sensor is necessary. Therefore, TDK offers the corresponding hardware and software. Compared to its predecessor, the Magnetic Sensor Programmer can drive higher currents and to handle sensors with a PSI5-output.
The programmer can be connected to a PC via its RS-232 or USB interface. TDK provides dedicated software supporting a command interface for the communication with a PC. This allows the implementation of specific PC software for engineering purposes or development. For each of the programmable Hall sensor families, a specific software exists providing a graphical user interface based on LabView. Those currently using APB 1.5 can switch to the new Magnetic Sensor Programmer, which is compatible to previous software versions. The programming software for the different sensor families is provided for free. After registration, it can be downloaded from TDK-Micronas’ online service portal. For more details, visit TDK-Micronas.