Product Brief

Hall sensors offer preset sensitivity levels

Christoph Hammerschmidt
2/16/2010 2:09 AM EST
MUNICH, Germany — Automotive sensor system vendor Micronas presents three new value-optimized variants of the HAL 182x family. Their EMC performance and overvoltage protection makes them suited for automotive applications.

"The linear Hall sensors HAL 1821, HAL 1822 and HAL 1823 are available with different levels of sensitivity to match application requirements. In contrast to the existing HAL 1820, the programming functionality has been dropped with the new types in order to achieve a better price-performance ratio.

The sensors can be used to determine position, direction of motion, fluid level and for current measurements. They can also be used to replace classic potentiometers", says Peter Zimmermann, Director Marketing at Micronas.

HAL 1821, HAL 1822 and HAL 1823 are designed for use in automobiles, with superior EMC performance and with internal overvoltage and reverse voltage protection at the power supply pins.

An application board is available for the development. The Hall sensors are offered in TO92UA and SOT89A housings and aim for the temperature range TJ = "40 °C to +170 °C, with several temperature classes available within this range. Depending on type, the sensors are on offer at a price between EUR 0.65 and 0.75 at unit quantities of 100k. Samples in the TO92UA housing are available within the second quarter of 2010.

Micronas will present the HAL 1821, HAL 1822 and HAL 1823 sensors at the Embedded World 2010 trade fair in Nuremberg (Hall 12, Stand 236) from 2nd until 4th of March.

For further information click here





Please sign in to post comment

Navigate to related information

Jobs sponsored by

Datasheets.com Parts Search

185 million searchable parts
(please enter a part number or hit search to begin)
Browse the technical library
Our technical library houses over 4,000 high-quality sponsored white papers, application notes, reference guides, use cases—all organized by company.


Feedback Form