RE46C100D8F

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The RE46C100D8F is a hall-effect analog switch and sensor interface integrated circuit (IC) developed by Gruenbeck Electronic GmbH. It is a monolithic low-power CMOS IC with a minimum supply voltage of 1V. The device incorporates a Hall element, bipolar output transistors, Schmitt trigger circuitry, and a latch. It also includes an input amplifier and a voltage regulator to provide constant supply voltage regarless of the power supply voltage and transient spikes.

This integrated circuit was designed for a variety of applications, including automotive, industrial, and medical devices. It can be used as a contactor or switch, and for temperature sensing, temperature control, and pressure sensing. It is ideal for numerous applications in which a dependable, cost-effective switching or sensing solution is critical.

The RE46C100D8F offers reliability and a wide range of flexibility. It operates from a 1V to 5V supply voltage and has a sensing range from 1V to 15V. It has an output capable of sinking up to 200mA, and a low, 0.5µA quiescent current. The low power consumption makes it suitable for battery-powered and portable applications.

The RE46C100D8F features a single signal input that is compatible with a wide range of Hall elements. It also includes an adjustable hysteresis Schmitt trigger and a latch to provide reliable output signals with minimal noise and cross-talk. Additionally, the voltage regulator ensures consistent operation independent of the supply voltage, and helps to mitigate the effects of transient spikes.

The RE46C100D8F is a versatile and reliable sensor and switch interface for a variety of applications. It offers flexibility, low power consumption, and a wide range of supply voltages. Its single signal input makes it easy to integrate with a variety of Hall elements, and its adjustable Schmitt trigger and latch provide reliable signals with minimal noise and cross-talk. Moreover, its voltage regulator ensures consistent operation regardless of the supply voltage, and helps to mitigate the effects of transient spikes.

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