RE46C167S16TF

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The RE46C167S16TF is an magnetic switch detector designed to detect the position of a magnet relative to its housing. It is mainly used in industrial, automotive, medical and consumer applications. This device consists of two parts: the Sense Element and the Controller. The Sense Element uses a Hall Effect element to detects the magnetic field direction and intensity and then communicates it to the Controller. The Controller then uses this information to set the output states accordingly.

The RE46C167S16TF can detect the position of a single magnet or dual magnets. It is designed to work with the magnets in series, and the magnets can be located anywhere from 10mm to 30mm away from the sensing element. When the distance of the magnets from the sensing element is within range, the controller can provide an accurate measurement of the magnetic field direction and intensity.

The RE46C167S16TF comes with two output types: a digital output and an analog output. The digital output provides a logic “0” or “1” depending on the position of the magnet. The analog output provides a voltage or current output that corresponds to the magnetic field intensity detected. The outputs can be used to control any application from blinking LEDs, to activating motors or triggering a sequence of events.

The RE46C167S16TF can operate between 2.7V to 5.5V, making it a great low voltage component. It has an operating temperature range of -25°C to +85°C and can operate for up to 5 million cycles. It is available in a compact, 4-pin DIP package and requires a PMOS user-defined input capacitor for proper operation.

The RE46C167S16TF is an ideal sensor component for many applications in industrial, automotive, medical and consumer industries. It can be used to detect the position of a single or dual magnets, and its digital and analog outputs can be used to control various devices such as LEDs, motors and more. Its low voltage operation and extended operating range makes it a reliable and efficient component in any application.

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