S-5742RBH1B-Y3N3U

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For most electronics applications, precise detection of momentary or continuous motion, which is best handled by a magnetic switch, is critical. The S-5742RBH1B-Y3N3U is a high performance, multi-output, hall-effect, solid state switch. This type of switch is used in various applications ranging from automotive to consumer electronics.

A Hall-effect switch, such as the S-5742RBH1B-Y3N3U, works via the Hall-effect, which is where a voltage is generated in a conductor or magnetic field when the conductor or magnetic field is exposed to a perpendicular magnetic field. This creates a switching effect on the magnetic field. When the magnetic field passes through the switch, it creates a voltage signal on the output contact of the switch.

The S-5742RBH1B-Y3N3U is a typical three-wire hall-effect switch and features an open collector output. It is designed to have an operating voltage range of 4.5V to 30V, and has an output current of 0.1A and resistance of 1KΩ. It can also detect changes in magnetic field strengths from 5.0mTesla to 50mTesla. It is appropriate for operating temperatures between -20C and 85C, and features an optional reverse polarity protection.

The S-5742RBH1B-Y3N3U is suitable for a wide range of applications, including automotive, industrial, and consumer electronic products. In automotive applications it can be used to detect wheel rotation and turning direction, for anti-skid control and for vehicle stability control. In industrial applications it can be used to detect temperature variation, and to detect changes in pressure, flow, and other parameters in process control automation. It can also be used in consumer electronics, such as game consoles and household and appliance control systems.

The S-5742RBH1B-Y3N3U is a well-rounded hall-effect switch ideal for a variety of applications. It has an easy installation and features a long lasting performance. Furthermore, it is designed to be used in both DC and AC circuits, making it an excellent choice for those looking for a highly accurate switch to detect changes in magnetic field strength.

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