P3519-103K

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Fixed inductors are an important part of any electrical setup, be it in a factory environment or a home electronics installation. P3519-103K fixed inductors are designed for use in environments where a high-temperature rating is required. They are specially made for use in applications with high voltage, high current, and extreme temperatures.

Unlike traditional inductors, the P3519-103K fixed inductors use a patented low temperature co-fired ceramic base material. This material ensures that the inductor can handle temperatures up to 260° C. This makes them perfect for use in applications such as automotive systems, solar inverters, or transport and distribution centers.

The P3519-103K fixed inductors are constructed using a flat copper conductor. A ferrite core is wrapped around the conductor to increase the inductance. The two are secured to the ceramic base material that is impregnated with epoxy to increase the thermal conductivity and strength.

The way the P3519-103K fixed inductors works is fairly straightforward. As a current passes through the conductor, a magnetic field is created around the coil. This field interacts with the nearby ferrite core, inducing a magnetic field in it. The ferrite core then converts this magnetic field into an electrical current, creating a voltage drop that can be used as the desired inductor.

The advantages of using P3519-103K fixed inductors is twofold. Firstly, these inductors are extremely resistant to temperature fluctuations, making them ideal for tough outdoor environments. Secondly, they are rated at very high inductance, allowing them to handle high levels of current. This makes them perfect for applications such as electric motors and power converters.

Overall, the P3519-103K fixed inductors offer excellent performance and reliability when used in applications where a high temperature rating is needed. With their patented low temperature co-fired ceramic base material and high inductance rating, these inductors can handle high currents and extreme temperatures, making them a great choice for a variety of applications.

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