PT250R-1500-VM

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Fixed inductors are electronic devices used to generate a magnetic field when energized by electric current. They are generally found in electronic circuits and are used to store energy, strengthen or shape signals, or for other purposes. The PT250R-1500-VM is a fixed inductor designed to provide two primary functions: transformation and amplification of signals.

The PT250R-1500-VM comes with an integrated magnetizing coil and a transformer. The integrated magnetizing coil generates a magnetic field when electric current is supplied to it. The transformer then converts the generated magnetic field into electrical energy, amplifying the original signal. This is done by passing the electric current through a coil wound around a core material, creating a magnetic field. The electrical current then passes through the core, inducing a voltage that is amplified from the original voltage.

The main application field of the PT250R-1500-VM is high efficiency, high power DC-DC conversion. It is designed to work in a wide range of input and output voltages, from a wide variety of sources. Its high power efficiency makes it suitable for applications where high efficiency is essential, such as power inverters, battery chargers, and DC-DC converters. It is also ideal for use in renewable energy systems such as small wind turbines and solar panel systems, where every watt of energy is important.

The PT250R-1500-VM is designed for operation under high temperatures. It can operate effectively up to 85°C with very low temperatures rise, significantly reducing energy losses due to thermal effects. Additionally, it is highly reliable and is designed to tolerate high inrush current of up to 1.5 times its rated current. This makes it suitable for applications where high reliability and current-handling capability are essential.

The PT250R-1500-VM is an efficient, reliable and robust fixed-inductor solution for a variety of electronic applications. It is a powerful device capable of transforming and amplifying signals to help create efficient power systems. Its ability to operate at high temperatures with low temperature rise allows it to be used in many renewable energy applications as well as in power inverters, battery chargers, and DC-DC converters, making it an ideal solution for many uses.

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