74402800033

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Fixed Inductors are broadly defined as components which store energy via an electromagnetic field. The 74402800033 is a fixed inductor made of ferrite and boasts incredibly low power losses and high power handling capabilities.

This particular inductor is composed of two parts: the core and the internal winding. The core is constructed with a ferrite material, while the internal winding is composed of an alloy of copper, iron and nickel. The combination of ferrite and alloy provides the 74402800033 with impressive performance characteristics which make it suitable for a wide range of applications.

The 74402800033 has a variety of applications in basic switching and pulsed circuits. Computer design engineers can use the part to ensure the integrated circuit (IC) has maximum power handling capabilities, as well as minimizing the power losses through the inductor. The 74402800033 also works in power conversion applications, such as in AC/DC, DC/DC and AC/AC converters. When used in these applications, it helps to reduce power loss in high surge current, like peak current surge, and has shown an improved inductor core quality and robustness.

In addition to its applications in basic switching and pulsed circuits, the 74402800033 is also capable of being used as an EMC filter. In an EMC filter, the part helps reduce EMI (Electromagnetic Interference) emissions and ensure that the device is compliant with stringent EMC standards like CISPR or FCC.

In terms of its working principle, the 74402800033 works by inducting a voltage along the internal winding when a current is applied to the inductor. This voltage creates an electromagnetic field which stores energy. When the current is removed, the energy stored is released. This energy release is used to provide adequate capacitance (measured in Farads) to the circuit, allowing for better filtration and power handling capabilities.

The 74402800033 is an excellent choice for a wide range of applications and offers impressive performance characteristics thanks to its combination of ferrite and alloy materials. With its ability to store and release energy, the inductor helps provide increased power handling capabilities and reduce power losses in various applications.

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