Linear Hall Effect Sensors
Linear Hall effect sensors are important devices in magnetic sensing technology. They can sense changes in magnetic fields and convert them to voltage signals indicating the strength of the magnetic field. These sensors are perfect for measuring position, speed, current, etc. These are used in many areas such as factories, automobiles, electronics, etc. to make the operation better and safer.
Description
The constituent parts of a linear Hall sensor are devices for measuring electrical current. It emits signals that resemble images of the surrounding magnetic field. Occasionally, it emits a signal that varies according to the strength of the magnetic field instead of just turning on or off. This signal can be transmitted through specialized wires for contemporary devices, or it can resemble a picture or flicker.
So, how does a linear Hall sensor works? When it experiences a stronger magnetic field, it releases a higher voltage; when it experiences a weaker magnetic field, it releases a lower voltage. The voltage varies in tandem with changes in the magnetic field. We can tell if something moved thanks to this. Furthermore, the voltage consistently indicates the type and strength of magnetic field it detects.
Application:
There are several uses for linear hall sensors circuits. For instance, current sensors use magnetic field measurement to determine the amount of electricity passing through wires. Hall current sensors are constructed in this manner. They can also convert variables like tension or pressure into distance by measuring displacement. In addition, they find application in throttle pedals, magnetic encoders, speed control, and numerous other fields.
Examples of well-known models:
DRV5053VAQDBZR: This sensor measures magnetic stuff up to ±9mT and works with power from 2.5V to 38V. It stays cool even when it's super cold or hot and needs a steady 3.6mA to do its magic.
DRV5053VAQDBZR
DRV5057A2QDBZT: This one measures a lot, up to ±42mT, and works between 3V to 3.63V (or 4.5V to 5.5V). It pumps out 20mA while dancing in sync with the music.
DRV5057A2QDBZT
DRV5013ADQDBZR: This sensor is smart about temperature, working fine from really cold to super hot.
MMC5603NJ: This one's super accurate in all directions, with a range of ±3mT. It's cool between -40°C to 85°C, connects smoothly, and works from 1.62V to 3.6V.
MMC5603NJ
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1).Quality Assurance: With over 20 years of experience, we always get our components legally to offer genuine imported electronic parts. We stick to quality because we believe in honesty.
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3).International Shipping: We work with reputable shipping companies to ensure safe packaging and delivery worldwide.
4).Flexible inspection: If customers are worried about product quality problems, we can send the product to the testing agency of your choice for pre-delivery inspection to ensure that everything meets your requirements before shipment.
Return policy
Under these circumstances, we accept returns or replacements:
1. We acknowledge any quantity deficiencies, incorrect items, or external defects (rust, breakage).
2. Giving notice of the flaw 90 days after delivery.
3. An unopened product in its original packaging.
FAQ
Q1: How does a Hall effect sensor work?
Q2: How can you determine if a sensor is linear?
Q3: Why is sensor linearization necessary?
Q4: How to order linear hall effect sensors from HK XRS TECHNOLOGY LIMITED?
Q5:How does HK XRS TECHNOLOGY LIMITED ensure the authenticity of its products and their sources?
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