2SS52M Hall sensor, omnipolar resistive, digital

Position sensors in the 2SS series include magnetoresistive materials made of silicon inside a plastic enclosure. The integrated circuit responds to very weak magnetic fields with a digital output. Although this signal is compatible with the signal from our digital Hall effect sensors, magnetoresistive sensor signals can be triggered with a much greater distance between the sensor and the magnet.

- When operating with high sensitivity, the distance can be increased by one inch or more depending on magnet size - Digital p-switching power output - Omnipolar - can be operated with magnetic north or south pole - Operating rate: 0 kHz up to more than 100 kHz - Small size

Technical product specifications: Product type: integrated circuits for magnetoresistive, digital position sensors Packet type: U Pack, radial leads Supply voltage: 3.8 ... 30 V DC Output type: digital, current sinking Connection type: printed circuit board Magnetic actuation: omnipolar Operating temperature: -40 - +150°C Storage temperature: -40 - +150°C Output voltage: max. 0.4 V DC Rise time (10% to 90%): max. 1.5 µs Fall time (90% to 10%): max. 1.5 µs Supply current: 11 mA Output current (max.): 20 mA Switching point (OP, operating point): max. 2.5 mT [25 G] Switching point: min. 0.5 mT [5 G] Leakage current: 10 µA Differential: max. 0.8 mT [8 G]