SI8519-C-IM

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Current transducers are used in a variety of systems to measure the current of a device. The SI8519-C-IM is one such transducer, whose application field and working principle make it a valuable tool for measuring current.

At its core, the SI8519-C-IM is a Hall-effect transducer. Using the Hall-effect principle of a current-induced magnetic field, the transducer measures the amount of current flowing through a device. This transducer works on three-phase systems and is able to measure a wide range of current levels.

The SI8519-C-IM is designed to measure current in the range of up to 2000A without any external shunt. It can be applied in different fields, for example, automotive, power and process control systems. It is also suitable for use in renewable energy applications, such as solar energy conversion.

The transducer also features isolation, protection, and overload sensing. The features enable it to monitor current under tight safety regulations, while also ensuring accurate and reliable current measurement. It is equipped with a digital display, allowing users to observe readings with ease.

In order to ensure accuracy, the SI8519-C-IM uses a low-noise analog signal sampling technique. This technique minimizes the effects of electrical noise, making the transducer more responsive and accurate. It is also equipped with an over-current protection feature, which helps protect the circuit from excessive current.

The SI8519-C-IM is a compact transducer with a wide range of features. With its high accuracy, isolation, and overload sensing capabilities, the SI8519-C-IM offers reliable current measurement, making it an ideal choice for a variety of applications. Whether for automotive, power, process control, or renewable energy systems, the SI8519-C-IM is a reliable choice for current sensing.

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