P1330R-394G

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Fixed inductors are components with a core of magnetic material that is wound with one or more coils of a conductor. The most common types are iron core inductors with coils of copper or aluminum wire. They are used to store energy in the form of magnetic fields, as well as to filter signal noise and radio frequency interference.

The P1330R-394G is a type of fixed inductor specifically built for high current applications. This device features high peak current with a low temperature coefficient, making it suitable for power supply and DC-DC converters.

The inductance of the inductor is determined by the number of coils and the core material. The P1330R-394G has a core made of ferrite, and it is wound with an internal copper wire. The inductance of the device can range from 0.47µH to 4.7µH, depending on the number of coils and the core material.

The construction of the P1330R-394G is made with an epoxy coating over the inner coil windings to protect the device from environmental conditions, particularly moisture and dust. The epoxy coating ensures that no electric current is lost from the device, and it also prevents any EMI from affecting the performance of the inductor.

The P1330R-394G can also be used in UPS systems, computer power supplies, and related equipment. It is also ideal for use in high-current and high-frequency applications, such as motor drivers, high-density power converters and switching converters.

The working principle of the P1330R-394G inductor is quite simple. When a voltage is applied to the inductor, a magnetic field is created around the inductor, which results in the current increasing. When the current passes through the inductor, the magnetic field is increased. This increase in the magnetic field causes the voltage drop across the inductor. This causes an opposing voltage, causing the current to decrease. This decrease in current creates a positive voltage at the inductor’s output.

The P1330R-394G is a great choice for high-current applications that require high frequency operation. It is designed to provide reliable current conduction and stability for many years, even in harsh conditions. Its epoxy coating ensures that the device will last for many years without any performance issues. It is reliable and cost-effective, making it a popular choice among engineers and power supply manufacturers.

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