The 12 best hall sensor brands
Agilent, Honeywell and Bimba lead our ranking of 12 hall sensor brands. Compare what each brand makes, visit its official site, or shop it online.
Hall Sensor brands, ranked
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1
Agilent
Agilent began as Hewlett-Packard's test and measurement business before it became an independent company. It makes laboratory instruments, electronic test equipment, and related services for research, life sciences, and industrial labs. Its product lines include attenuators, cables, and DC power supplies used in electronics testing and analysis.
Website: agilent.com |Brands like Agilent
Popularity 10.0/10
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2
Honeywell
Honeywell's linear and switch Hall-effect ICs are a common pick for wheel speed, position, and current sensing in automotive and industrial designs.
Website: honeywell.com |Brands like Honeywell
Popularity 0.1/10
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3
Bimba
This brand is an extensive manufacturer of pneumatic, hydraulic, electric, and vacuum motion products, networked principally in the industrial automation market. Bimba provides solutions to machinery and automation industries with high-standard products, namely actuators, motors and control, sensors and switches, valves, fittings and tubing, air preps, grippers, manifolds, production presses, and others. The American label also devises custom products drafted for specific customers and applications with detailed technology to improve lifestyle.
Website: bimba.com |Brands like Bimba
Popularity 0.1/10
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4
LEM
LEM's Hall-effect current and voltage transducers suit drives, welding gear, UPS units and power supplies that need isolated measurement.
Website: lem.com |Brands like LEM
Popularity 0.1/10
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5
SMC
Factory engineers who need to move, clamp or switch machine parts use SMC hydraulic cylinders, solenoid valves, wire cable assemblies and linear actuators. SMC is a Japanese maker of pneumatic and automation equipment. Its parts are built for industrial control systems rather than consumer use.
Popularity 0.1/10
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6
Littelfuse
Littelfuse produces circuit protection components such as fuses, thermistors and reed switches for electronic equipment. The company began in 1927 in Chicago, Illinois. Its components are used across many industries that depend on electronic equipment, helping protect circuits from overload.
Website: littelfuse.com |Brands like Littelfuse
Popularity 0.1/10
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7
Arduino
Arduino is a website that provides a platform for learning electronics and the technicality of things. It creates lessons, tutorials, tips and tricks, samples, and source codes in a manner that is easy to grasp to assist newcomers in getting up and running quickly. It is a member of the Amazon Services Associates Program, which is an affiliate program that allows websites to earn advertising money by promoting and linking to the official Amazon website and its subsidiaries.
Popularity 0.1/10
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8
CR Magnetics
CR Magnetics builds Hall-effect current transducers and voltage transducers, typically chosen by OEMs integrating current monitoring into their equipment.
Website: crmagnetics.com |Brands like CR Magnetics
Popularity 0.1/10
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9
ABB
Industrial plants and electrical installers rely on circuit breakers, miniature circuit breakers, wire cable and electric motors from ABB. The Swiss-Swedish group also offers robotics and industrial software for factories and power systems. Its electrical products are built for safe,...
Popularity 0.1/10
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10
Vishay
Vishay's Hall-effect sensor ICs are part of a broad discrete and passive component range, often used in automotive and consumer position sensing.
Website: vishay.com |Brands like Vishay
Popularity 0.1/10
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11
Bei
Bei is a company that has been offering cutting-edge precision control systems and optical encoders for more than 60 years for several high-end industries. They provide optical encoders, accelerometers, optical scanners, and frequency products. The company serves the air, land,...
Website: beiprecision.com |Brands like Bei
Popularity 0.1/10
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12
Parallax
Parallex has brought convenient solutions for experimenting with flash memory, microSD card slot, and boot to properly configure LEDs with card edge connectors. Th pro plug Rev E is suitable for programming and communicating microcontrollers, followed by a USB mains...
Website: parallax.com |Brands like Parallax
Popularity 0.1/10
Official websites and social accounts
| Brand | Website | X / Twitter | YouTube | ||
|---|---|---|---|---|---|
| Agilent | agilent.com | /Agilent.Tech | – | @agilent | agilent |
| Honeywell | honeywell.com | /Honeywell | honeywell | @honeywell | honeywell |
| Bimba | bimba.com | – | – | @AutomateShow | – |
| LEM | lem.com | – | – | @LEM_Inc | LEM |
| Littelfuse | littelfuse.com | /Littelfuse | littelfuse | @littelfuse | Littelfuse |
| CR Magnetics | crmagnetics.com | /CRMagnetics | – | @CRMagnetics | – |
| Vishay | vishay.com | /VishayIntertechnology | – | @VishayIndust | VishayIntertech |
Hall Sensor Buying Guide
Hall sensors are electronic devices that detect magnetic fields and measure their intensity. Hall sensors have a number of uses across a variety of applications, from detecting the position of a door in a refrigerator to measuring the speed of a motor in a car. In this guide, we’ll go over some important factors to consider when buying a Hall sensor, so you can choose the right one for your needs.
Type of Hall Sensor
There are two main types of Hall sensors: analog and digital. Analog Hall sensors output a continuous voltage signal that ranges from low to high, and they’re commonly used in applications that require precise measurements. Digital Hall sensors, on the other hand, output a digital signal that is either on or off, and they’re typically used in applications that require simple on/off detection. When choosing a Hall sensor, it’s important to consider which type of sensor will best fit your needs.
Measuring Range
The measuring range of a Hall sensor is the range of magnetic fields the sensor can detect. Measuring range is usually expressed in units of Gauss or Tesla. Gauss is more commonly used as it is a smaller unit than Tesla. The sensitivity of a Hall sensor can vary greatly depending on its measuring range. Some Hall sensors have a narrow measuring range, while others have a wider measuring range. When selecting a Hall sensor, it’s important to ensure that the sensor’s measuring range is appropriate for your use case.
Accuracy
The accuracy of a Hall sensor refers to how closely its measurements reflect the true magnetic field it’s detecting. The accuracy of Hall sensors can be affected by a variety of factors, including temperature, manufacturing variations, and interference from other electronic devices. Generally, the accuracy of a Hall sensor increases with its sensitivity, so higher sensitivity Hall sensors tend to be more accurate. It’s important to consider the required accuracy of your application, and select a Hall sensor that meets those requirements.
Operating Temperature Range
The operating temperature range of a Hall sensor refers to the range of temperatures in which the sensor can reliably operate. This is an important consideration, particularly for applications in which the Hall sensor will be exposed to extreme temperatures. Different types of Hall sensors have different operating temperature ranges, so it’s important to select a sensor that can operate within the required temperature range for your application.
Package Type
Hall sensors come in a variety of package types, including surface mount, through-hole, and leaded. Surface mount packages are commonly used in space-constrained applications, while leaded packages are often used in applications where a higher level of durability is required. Through-hole packages are similar to leaded packages, but they require holes to be drilled in the PCB for installation. It’s important to consider the packaging type that will work best for your application.
Output Type
Hall sensors have a variety of output types, including voltage output, current output, and frequency output. Voltage output Hall sensors output a voltage signal that corresponds to the strength of the magnetic field being detected. Current output Hall sensors output a current signal that corresponds to the strength of the magnetic field being detected. Frequency output Hall sensors output a frequency signal that corresponds to the strength of the magnetic field being detected. The output type you choose will depend on the requirements of your application.
Price
The price of Hall sensors can vary greatly depending on factors such as sensitivity, measuring range, and packaging type. As a general rule, higher sensitivity Hall sensors tend to be more expensive than lower sensitivity sensors. When selecting a Hall sensor, it’s important to consider your budget and select a sensor that meets your requirements within that budget.
Conclusion
When selecting a Hall sensor, there are a number of important factors to consider, including the type of sensor, measuring range, accuracy, operating temperature range, package type, output type, and price. By carefully considering these factors and selecting a Hall sensor that meets your requirements, you can ensure that your application will perform reliably and accurately.
Interface
Some Hall sensors have an interface that allows them to communicate with other electronic devices, such as microcontrollers or digital signal processors. This can be useful in applications that require real-time data processing or control. Some common interfaces used on Hall sensors include I2C, SPI, and analog outputs.
Installation Requirements
When selecting a Hall sensor, it’s important to consider the installation requirements for your application. Different types of sensors have different installation requirements, such as the need for additional mounting hardware or special tools. It’s important to select a sensor that is easy to install or meets the installation requirements of your application.
Environmental Considerations
Hall sensors can be sensitive to environmental factors such as humidity or dust, and some may require additional protection, such as encapsulation, to ensure reliable operation in harsh environments. It’s important to consider the environmental conditions the Hall sensor will be exposed to and select a sensor that is designed to operate reliably in those conditions.
Applications
Hall sensors have a wide range of applications. Some common applications include:
- Motion detection and sensing
- Motor control
- Current sensing
- Magnetic field measurement
- Speed detection
- Position sensing
- Proximity sensing
When selecting a Hall sensor, it’s important to choose one that is specifically designed for your application.
Manufacturer/Supplier
When purchasing a Hall sensor, it’s important to choose a reputable manufacturer or supplier. Reputable manufacturers will typically offer high-quality sensors and provide support for their products. It may also be beneficial to choose a supplier with a large inventory and good customer service, as this can help to ensure timely delivery and support in the event of an issue.
Conclusion
Choosing the right Hall sensor can be a critical factor in the performance and reliability of your application. By considering important factors such as the type of sensor, measuring range, accuracy, operating temperature range, package type, output type, installation requirements, environmental considerations, application, and manufacturer/supplier, you can make an informed decision and select a Hall sensor that meets your requirements and performs reliably.
