EI1805TBCSS

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Proximity sensors are sensors used to detect objects that are in close proximity to it. The sensor produces an electric field or a beam of electromagnetic radiation which, when triggered by an object, is detected and generates a signal. This signal can then be used to detect the presence, position, or distance of an object.

EI1805TBCSS is a type of proximity sensor. It is an integrated current sensor designed to detect and measure current in the range of 1 mA to 9.8 A in alternating current (AC) circuit. The sensor consists of a hall-effect element, a signal conditioner, and an output amplifier. It is mounted around the diameter of wire, cable, or busbar in order to measure the current that flows through it.

The EI1805TBCSS has a very wide range of application. It is commonly used in industrial automation and robotics, medical devices, agricultural and domestic applications, and many others. It is also used in energy management systems and mobile power solutions, home automation systems, and smart home systems.

The working principle of the EI1805TBCSS is based on the Hall effect. The Hall effect is a phenomenon in which an electric current is induced in a conductor when it is exposed to a magnetic field. The current detected by the EI1805TBCSS is proportional to the strength of the magnetic field, which is generated by the current passing through the wire, cable, or busbar.

The EI1805TBCSS works by measuring the current through an enclosed area. The magnetic field produced by the current forces a small current in the Hall effect element within the sensor. This current signal is then conditioned and amplified by the signal conditioner and output amplifier, creating a voltage signal proportional to the magnetic field. This voltage signal can then be used to measure the current passing through the enclosed area.

The EI1805TBCSS is a highly reliable and low cost current sensor that is widely used in various applications. It is easy to install and operate, and provides accurate and consistent signal readings. It is also highly resistant to electromagnetic interference, making it very reliable for applications where accuracy is important.

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