A Hall Effect sensor is magnetic sensing technology invented by American physicist Edwin Hall in 1879. The Hall Effect principle is the differential voltage generated in a current-carrying conductor when applying a perpendicular magnetic field. The voltage is a result of a Lorentz force from the applied magnetic field, which causes current electrons to concentrate in one end of the conductor and generate a potential difference between the two ends.
When a magnetic field isn’t present, current electron distribution is uniform, and Hall voltage is zero. When a magnetic field is applied, current electron distribution is disturbed and will result in a non-zero Hall voltage proportional to the cross product of the current and the applied magnetic field. The current is usually fixed, resulting in a direct relationship between Hall voltage and the applied magnetic field.
Hall Effect Sensor Benefits
Bringing more intelligent, highly portable products to market at affordable prices is vital for companies in the modern transportation, automation, industrial, and electronics sectors. But what are the Hall Effect sensor benefits? Hall Effect sensors offer a variety of characteristics that can help engineers and designers develop high-performing, pint-size products.
Examples include:
- Long life
- Reliability
- Perform in harsh environments
- True solid state
- Affordable
- Versatile
- No moving parts
- Minimal power consumption
- Small footprint
- Distance sensing
- Operates in extreme temperatures
Hall Effect Sensors Applications
Offering low power consumption and the ability to withstand harsh environments in a small footprint, Hall Effect sensors are cost effective and versatile. They are found in a variety of applications, which include the following:
- Process and packaging machines
- Electronics
- Marine vessels
- Agricultural machinery
- Computers
- Appliances
- Sewing machines
- Automobiles
- Aircraft
- Construction Equipment
- Machine tools
- Medical equipment
- Assembly lines and conveyer systems
- Inspection Equipment
Application Notes
Sensor Selection Application Notes
Custom Speed Sensors & Direction Dependent Speed Switches
Custom Magnetic Sensor Design and Manufacturing
Guide to Replacing a Speed Sensor
Selecting the Appropriate Hall Effect Sensor and Target Magnet
Why do I need to provide the gear pitch when ordering a Speed and Direction Gear Tooth Sensor?
Target Selection Application Notes
Selection or Design of Sensor Targets
Selecting the Appropriate Hall Effect Sensor and Target Magnet
Sensor Behavior Application Notes
Chopper Stabilization and Gear Tooth Sensors
The Effect of Mounting A Ferrous Metal Sensor in a Steel Sleeve
Understanding Duty Cycle and Phase Angle in Quadrature Sensors
Why Either Pole Hall Switches May Produce 3 Pulses from a Single Magnet
Sensor Output Monitoring Application Notes
How to Hook Up an LED to a Magnetic Sensor
Understanding Duty Cycle and Phase Angle in Quadrature Sensors
Meters and Signal Conditioners
How To Hook Up a Digital Magnetic Sensor to a Relay
Custom Hall Sensor Application Notes
PCBA Manufacturing & Design – Printed Circuit Board Prototyping Services
Thief Hatch Latch Detection Systems
Hall Effect Sensor Offering
Standex Detect offers a wide array of Hall Effect sensor options. They include:
- Single-channel Hall Effect switches
- Single-channel Hall Effect latches
- Two-channel Hall Effect switches (North and South Pole Outputs)
- Quadrature magnet sensors
- Speed and Direction Magnet Sensors
- Speed switch sensors
- Single Channel Gear Tooth Sensors
- Quadrature Gear tooth Sensors
- Speed and Direction Gear Tooth Sensors
- Digital and Analog Proximity Sensors
- Angular Position Sensors
With years of experience providing Hall Effect sensors, Standex Detect has the inventory to match your needs and the ability to work within your project timeline and budget.
Talk to one of our Engineers. We have years of experience in designing custom Hall Effect sensors for new applications as well as OEM replacements. Contact out Engineering Department today to discuss your specific needs.
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