P3519-682K

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Fixed Inductors are an essential component of any electronic circuit. They are used in almost every system from the simplest consumer device to the most complex mission-critical system. The P3519-682K Fixed Inductors are designed for low-frequency applications and are particularly well-suited for high-power applications due to their high efficiency.

The P3519-682K Fixed Inductors feature an aluminum shell that provides excellent electrical and thermal properties. They are encased in an epoxy resin that is resistant to most corrosive agents and dust. The core of the inductor is made from high-grade ferrite and is non-magnetic, which helps ensure high power efficiency. The inductor also features a low-loss copper winding which reduces the losses from current leakage and helps the inductor to maintain its high efficiency at low frequencies.

The P3519-682K Fixed Inductors are designed for use in DC-DC converters, power supplies, inverters, and switching mode power supplies. They also have excellent noise immunity and are suitable for use in noise-sensitive applications such as medical electronics. The inductor also has high current handling capabilities and can handle currents up to 32A.

The working principle of the P3519-682K Fixed Inductors is based on the principle of electromagnetic induction. When a voltage is applied to the winding of the inductor, a current is induced by the changing magnetic field, creating a counter-emf or back emf in the inductor. This back emf is what allows the inductor to store energy and act as a filter in AC/DC circuits. This back emf is also responsible for reducing the losses in the circuit from current leakage, making the inductor more efficient.

The P3519-682K Fixed Inductors are high-performance components that are designed for low-frequency applications. They are extremely reliable, efficient, and durable, and are ideal for use in applications where power efficiency is crucial. They are also very cost-effective and can save time and money by reducing the need for complex power designs.

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