Magnetic Hall Effect Sensor Magnet N35 D6 x3mm

Magnetic Hall Effect Sensor Magnet N35 D6 x3mm, Precision Neodymium Magnet Disk Sensor, Hall Effect Switches and Magnetoresistive sensors NdFeB Magnet, disc super magnets for Hall sensors, AMR sensors, GMR sensors, Reed Switch TMR sensors

Magnetic Hall Effect Sensor Magnet N35 D6 x3mm Technical Introduction
Item No.: MPSNM-0603
Magnet Size: 6mm x 3mm
Tolerances: ±0.004″
Material: Rare Earth NdFeB
Grade of Neodymium: N35
Plating/Coating: Ni-Cu-Ni
Brmax: 11,900Gauss
BHmax: 35 MGOe
Max Temperature: 80℃ /176F
Magnetization Direction: (A)
Surface Gauss: Gauss

Permanent magnets have a consistent non-varying magnetic field that has a north and south pole associated with them. The magnets come in different materials – rare earth, Alnico and hard ferrite. They all come in different sizes and shapes and have different magnetic strengths. The rare earth are the strongest, Alnico are the most stable, and ferrite are the least expensive. magnetic sensor permanent magnet  – The magnetic strength is generally measured in gauss or milliTesla. A Reed Switch requires either a permanent magnet or magnetic field in order to activate the switch, thus it is commonly called a magnetic reed switch. Magnets have reversible and irreversible demagnetization specifications. Engineers should consider shock, vibration, strong external magnetic fields as well as high temperatures in their designs. All these factors influence the magnetic force and the long term stability in different ways. Preferably the magnet is mounted on the moving part of the application. Professional tuning of magnet and reed switch pairing can improve the functionality of the whole sensor-magnet system.

Hall Effect Switches and Magnetoresistive sensors provide a single digital switching output (or relay output) that turns on when a magnetic field is present and then off when the magnetic field leaves. When paired with magnets these sensors can be used to measure speed or count or to confirm a position or alignment between the sensor and target magnet.Magnetic Hall Effect Sensor Magnet

Hall Effect Latches provide a single digital switching output that turns on when a South Pole Magnetic field is present. The output remains on until a North Pole field is detected. The latching output is useful in creating a 50% duty cycle when detecting alternating North and South Poles in Multi-pole magnet tape and magnet wheels. Magnetic Hall Effect Sensor Magnet

Dual Output Hall Effect Switches combine a South Pole Hall Switch and a North Pole Hall Switch into a single sensor with two outputs. These sensors are frequently used in applications where multiple magnets are present with one pole for measuring speed of a rotating target and then one opposite pole magnet is used to index a specific location in the rotation or to provide a once per rotation count.Magnetic Hall Effect Sensor Magnet