High-End Hall Sensor Overview
High-End Hall Sensor Overview 3 types available: the precise HE144 Hall sensor, the stable ánd precise HE244 and the 3D HE444 Very precise Hall Effect Sensors, analog Hall sensor ICs Can also be used as RoHS replacements for the original Siemens / Infineon KSY14 and KSY44 or even KSY10 and KSY13 Hall sensor We use proven technologies with long-term reliability and stability Very high resolution, ppm level, can be used with modern magnets Optimized for low Hall sensor current, less power or battery consumption Measure strong magnetic fields with high precision, even tested above 10 Tesla Many digits (6+) due to the high resolution, combined with ability to detect small changes in very strong magnetic fields Wide temperature range. Already tested downto-196 degrees Celcius, -320 degrees Fahrenheit, a test to 4 Kelvin is in process Robust, can be used outside specifications and will still work Very low noise, ideal for magnetic measurements or controls A very low PHE, no error reading in X and Y direction, perfect for ratiometric 3D magnetic field measurements Moves your Hall sensing from % range to ppm range Special packages are possible, just ask, we are specialized in custom packages for all kinds of electronic components Fr: Capteurs à effet Hall De: Hallsensoren, Sensoren Hall, Nl: Hall sensoren
HE144 High Precision Hall Sensor Can be used as RoHS and Green pin-to-pin replacement for Siemens / Infineon KSY14 and KSY44 Hall sensors Measures strong magnetic fields with very high precision Has a very wide temperature range Low drift Low TC on offset Low long-term drift Very low noise Low temperature coefficients Wide usable range from milliTesla range to many Tesla Ultra low PHE (Planar Hall Effect Error), meaning Z field measurements show no X and Y field errors Typical 1000 Ohm and 0,2 Volt/Tesla at 1 mA Technical information can be found here: HE144 datasheet To be able to use these sensors up to their full potential, read this application note about offset compensation: HE144 Hall sensor application note Typical applications Magnetometers Wind generators Valve control Servo control Positioning Pressure measurement Multi-sensor and differential usage Neodymium magnetic field measurements Layer thickness measurement - Schichtdickenmessung	HE244 High Precision Ultra Stable Hall Sensor Solderpad pinout as HE144, future version with pins is pin-compatible, contact us for more information A version with welded, fine twisted-pair cable is now available too, contact us for more information Measures strong magnetic fields with very high precision Has a very wide temperature range Ultra low drift Very low offset, with ultra low TC on offset Ultra low long term drift Very low noise Very low temperature coefficients Very wide range from a few µTesla to many Tesla Ultra low PHE (Planar Hall Effect Error), meaning Z field measurements show no X and Y field errors Typical 500 Ohm and 0,2 Volt/Tesla at 2 mA Moves Hall measurements into the 6+ digit range! Technical information can be found here: HE244 datasheet Typical applications Measuring precize homogenous fields Precize current and power sensors Measure both strongly magnetized metals ánd remanent (rest) magnetism with one sensor Low DC current sensing in strong AC currents, for example in windmills where only a limited DC current is allowed to be fed into the net measurements in small metal, magnet and ferrite airgaps
HE344 High Precision 3D Hall Sensor note: not available yet Can be used to measure precisely the strength of a magnetic field and the 3D direction Note: the datasheet is not available yet, for each channel the HE144 datasheet can be used, each axis is identical Note that this sensor is only deliverable on request, the HE444 is the standard part Solderpad pinout as three times the HE144 Hall effect sensor, can be delivered with welded fine twisted pair cable, contact us for more information Measures strong 3D magnetic fields with high precision, enabling measurement of field strength and direction, 3D Has a very wide temperature range Low drift Low temperature coefficient on offset Low long-term drift Low noise Wide usable range from below milliTesla range to many Tesla Low PHE (Planar Hall Effect Error), meaning Z field measurements show almost no X and Y field errors Typical 1000 Ohm and 0,2 Volt/Tesla at 1 mA per axis Integrating temperature sensing may be possible, on request only Typical applications 3D Magnetometers 3D Positioning Multi-sensor and differential usage Three-dimensional compass giving also tilt	HE444 Ultra Stable 3D Hall Sensor Measures strong and weak 3D magnetic fields with very high precision, enabling measurement of field strength and 3D direction Ratiometric, measures positive and negative fields with high precision All axes cross exactly in the same center point Only 3.3 by 3.3 by 3.3 mm size Ceramic enclosure Can be soldered but also be bonded For testing the HE244 can be used, each axis is identical, but the HE444 shows an even better PHE (Planar Hall Effect) reduction Solderpad pinout as three times the HE244 Hall sensor, can also be delivered with welded fine twisted pair cable, contact us for more information Has a very wide temperature range, and a version up to +250 ºC (+480 ºF) is available Very low offset, with ultra low temperature coefficient on offset, giving ultra low total drift Also ultra low long term drift Very low noise Very wide range from a µTesla range to many Tesla Extremely low PHE (Planar Hall Effect) Error, meaning Z field measurements show no X and Y field errors Axes do not influence each other Typical 500 Ohm and 0,2 Volt/Tesla at 2 mA per axis Moves 3D Hall measurements into the 6+ digit range! Technical information can be found here: HE444 Hall sensor datasheet Typical applications Precize 3D magnetometers Precize 3D positioning Measuring precize 3D homogenous fields MRI scanners Universities, research facilities Mapping magnetic fields
General information We produce in Europe Small packages with low inductance and low EMC and magnetic loop pickup, also in lower frequencies The sensors have a current input and differential (balanced) voltage output The sensors measure positive ánd negative magnetic fields The sensors are optimized for low sensor currents Customer specific packages can be created Integrating temperature sensing and/or current source and/or amplification is possible It is possible to use the sensors outside several specifications without destroying them, especially very low temperatures are no problem at all, the sensors are already tested in liquid nitrogen Samples are available For dynamic, low noise measurements , we recommend sensor currents of 1 mA or lower for the HE144, 2 mA or lower for the HE244, 2 mA or lower for each channel of the HE444 For higher output, higher currents can be used, 5 mA for the HE144 and 10 mA for the HE244 and HE444

High-End Hall Sensor Overview

3 types available: the precise HE144 Hall sensor, the stable ánd precise HE244 and the 3D HE444
Very precise Hall Effect Sensors, analog Hall sensor ICs
Can also be used as RoHS replacements for the original Siemens / Infineon KSY14 and KSY44 or even KSY10 and KSY13 Hall sensor
We use proven technologies with long-term reliability and stability
Very high resolution, ppm level, can be used with modern magnets
Optimized for low Hall sensor current, less power or battery consumption
Measure strong magnetic fields with high precision, even tested above 10 Tesla
Many digits (6+) due to the high resolution, combined with ability to detect small changes in very strong magnetic fields
Wide temperature range. Already tested downto-196 degrees Celcius, -320 degrees Fahrenheit, a test to 4 Kelvin is in process
Robust, can be used outside specifications and will still work
Very low noise, ideal for magnetic measurements or controls
A very low PHE, no error reading in X and Y direction, perfect for ratiometric 3D magnetic field measurements
Moves your Hall sensing from % range to ppm range
Special packages are possible, just ask, we are specialized in custom packages for all kinds of electronic components
Fr: Capteurs à effet Hall De: Hallsensoren, Sensoren Hall, Nl: Hall sensoren