SS413A Hall sensor, bipolar, digital, TO-92

Sensor ICs in the SS400 series are small and versatile digital Hall-effect components that are driven by the magnetic field of a permanent magnet or electromagnet and designed to react to alternating north and south poles. Bipolar, unipolar and latch magnets are available. Thanks to band-gap regulation, extremely stable operation is possible over the entire range of supply voltage from 3.8 V DC to 30 V DC. These sensors are suitable for continuously 20-mA-switching power outlets and withstand temporary current peaks to a maximum of 50 mA. The 3.8-V rating makes them useful in many different low-voltage applications. The power output of the open collector can be easily connected with a large selection of electronic circuits. In order to be able to offer reliable products and high quality, the SS400 series has been tested at 25°C [75°F] and 125°C [257°F]. All catalogue items in this series are classified for operation at up to 150°C [302°F].

- Design with a quadruple Hall effect eliminates load effects - Temperature-compensated magnets provide stable operation over a wide temperature range from -40° to 150°C - Miniature standard plastic housing with 3-wire connection and a roll option for automated insertion into components, thereby reducing installation costs - A broad supply-voltage range from 3.8 V DC to 30 V DC makes them useful in a wide range of applications. - The digital power output of the open collector can be easily connected with a large selection of electronic circuits.

Technical product data: Product type: Temperature-compensated integrated circuit for digital Hall-effect sensor Package type: Low-profile TO-92 housing, straight standard connection wires, 14.99-mm [0.590-inch], 12.7-mm [0.050-inch] separation Supply voltage: 3.8-30 V DC Output type: Sink Connection type: Printed circuit board Magnetic actuator: bipolar Operating temperature: -40°C to +150°C Storage temperature: -50°C to +150°C Output voltage: 0.4 V DC max. Rise time (10% to 90%): 1.5 µs max. Fall time (90% to 10%): 1.5 µs max. Switch-on point: 14.0 mT [140 G] max. at 25°C Switch-off point: -14.0 mT [-140 G] min. at 25°C Supply current: 10 mA Output current (max.): 20 mA Leakage current: 10 µA max. Differential: 2.0 mT [20 G] min. at 25°C