ASEK713ELC-30A-T-DK

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Evaluation boards are pieces of hardware used to aid engineers in quickly increasing their efficiency when creating a project. The board can be used to combine several components into a single unit, allowing the engineer to focus on the main application rather than having to put together each component individually. Sensors are often connected to such boards to provide additional feedback and control logic for a project. One such evaluation board is the ASEK713ELC-30A-T-DK, which is a 3-wire Hall Effect sensor board with a rated operating temperature range of -20°C to 85°C.

ASEK713ELC-30A-T-DK is a high-performance ASIC (Application-Specific Integrated Circuit) designed to accurately detect a range of magnetic fields from zero to 10 Gauss. This board is widely used in a variety of applications such as speed sensors in automobiles, reed switch detection, proximity detection, positioning sensing, and robotics. Some of the features of the board include ultra-low power consumption for longer battery life, low voltage operation for extended temperature ranges, and a built-in temperature compensation for reliable magnetic field sensing.

In technical terms, the ASEK713ELC-30A-T-DK board works by measuring the strength of an external magnetic field and converting it into electrical signals on its three outputs. The board can detect both ferrous and non-ferrous materials. This board has an output of 4.75V -5.25V, which is driven by a 3.6V to 28V supply voltage. The output of the board is a voltage proportional to the applied magnetic flux density. It is relative to a 10mT (milli-Tesla) reference input and can be adjusted with a sensitivity adjustment potentiometer.

The board features an EMI (Electro-Magnetic Interference) protection circuit, which is separate from the magnetic sensing technology. The board also features ESD (Electro-Static Discharge) protection, which helps protect the device against ESD events. In addition, the board features a tightly coupled non-volatile memory, which allows settings to be stored and retrieved quickly.

Overall, the ASEK713ELC-30A-T-DK sensor board is well-suited for a variety of applications, ranging from speed sensors and proximity detection to robotics and automotive applications. The board is simple to use and features a number of features that make it an ideal choice for any engineer looking to implement a reliable, cost-effective magnetic field sensing solution.

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