Dual Hall-effect latch IC
MLX90224 Melexis
The MLX90224 series are dual Hall-effect latch ICs. It includes two Hall-effect latch functions of which typical thresholds are ± 2.0mT.
Top features
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4.5 V to 26 V operation
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Open-drain outputs
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SIP-VA package (Through-hole)
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Typical sensitivity ± 2 mT
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Quadrature outputs (option A) or speed
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Hall plate quadrature spinning current / Chopper-stabilized amplifier
Dual Hall-effect latch IC - MLX90224
Product description
The magnetic flux detection is performed through a fast circuitry, featuring a continuous offset cancellation technique (quadrature-spinning current and chopper-stabilized amplifier).
The spacing of the plates is 1.85 mm. The BOP and BRP are temperature-compensated (+500 ppm/DegC). The output refresh rate is 15 us.
The MLX90224-A quadrature outputs are latched on in the presence of a sufficiently strong South pole magnetic flux density (BOP) facing the marked side of the package. Similarly, the output are latched off in the presence of a sufficiently strong North magnetic flux density (BRP).
Learn more about the Hall-effect principle.
Features and benefits
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4.5 V to 26 V operation
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Open-drain outputs
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SIP-VA package (Through-hole)
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Typical sensitivity ± 2 mT
-
Quadrature outputs (option A) or speed
-
Hall plate quadrature spinning current / Chopper-stabilized amplifier
Documents and tools
Datasheet(s)
Selection guide(s)
Related tech talks
Videos
Dual die concept explained
Melexis announces a range of new magnetic latch and switch sensors that are the first in the world to feature two silicon dice the same package (dual die concept).
Step-by-step guide to Latch & Switch portfolio
During this video, Thomas Strauven, Applications Engineer for Latch & Switch, guides you through the Melexis selection guide for the Latch & Switch portfolio. This selection guide is a parametric document that allows you to find and compare the specifications and features of our extensive Latch & Switch portfolio.
