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Bipolar Hall IC

Bipolar Hall IC

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        Bipolar Hall switches are specifically divided into bipolar Hall switches without latch and bipolar Hall switches with latch. "Bipolar Hall effect switches typically open when the magnetic field strength at the south pole is sufficient, and close when the magnetic field strength at the north pole is sufficient. However, if the magnetic field is removed, it is a random output, either open or closed.". Bipolar latching Hall effect switches typically open when the South Pole magnetic field strength is sufficient, and close when the North Pole magnetic field strength is sufficient. However, if the magnetic field is removed, the output state will not be changed. These Hall effect switches can be magnetically driven using a north-south alternating magnetic field and a multipole ring magnet.
Switch Hall IC

Switch Hall IC

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        Hall switch has the characteristics of contactless, low power consumption, long service life, high response frequency, and is internally sealed with epoxy resin, so it can work reliably in various harsh environments. Hall switch can be applied to proximity switches, pressure switches, odometers, etc., as a new type of electrical accessories.
All-polar Hall IC

All-polar Hall IC

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        Hall switch has the characteristics of contactless, low power consumption, long service life, high response frequency, and is internally sealed with epoxy resin, so it can work reliably in various harsh environments. Unlike other Hall effect switches, these devices can be turned on as long as there is a sufficiently strong North or South Pole magnetic field; When there is no magnetic field, the output will be turned off.
Driver Hall IC

Driver Hall IC

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        Drive type Hall chips are commonly used in brushless motors, which can reflect mechanical events in a magnetic drive manner. In static state (without magnetic field), theoretically, the output should be equal to half of the power supply voltage within the operating voltage and temperature range. Increasing the South Pole magnetic field will increase the voltage from its static voltage. Conversely, increasing the North Pole magnetic field will increase the voltage from its static voltage. These components measure the angle, proximity, motion, and magnetic flux of the current.

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