28R1550-000

Series:	28
Part Status:	Active
Type:	Flat
Design:	Solid
Impedance @ Frequency:	--
Material:	28
Inner Dimension:	--
Outer Dimension:	--
Ratings:	--
Mounting Type:	--
Length:	--

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Ferrite Cores - Cables and Wiring

Ferrite cores are used to construct cables and wiring for a variety of applications, ranging from power transmission to data communications. The 28R1550-000 device is a typical example of this type of core. This article will describe the application field and work principles of 28R1550-000 ferrite cores. A ferrite core is a type of transformer core based on an iron oxide compound, usually iron oxide mixed with barium and/or strontium oxides. Ferrite cores are composed of a ferrite material at the center surrounded by an insulated material, such as wire. The core acts as a magnetic shield and enables a magnetic-field signal to pass through the insulation without dissipating. The 28R1550-000 ferrite core is designed for power supplies and high-frequency power amplifiers. It is constructed of a zinc-coated steel lamination and consists of two single-gap cores. Its core size is 28 mm in outside diameter and 15.50 mm in inside diameter.The 28R1550-000 ferrite core offers high current capacity and good impedance characteristics. It is an ideal choice for power supplies, high-frequency power amplifiers, and other applications requiring high frequency power transmission. The core also offers low loss characteristics. The ferrite core is used for power transmission because it is a magnetic core that can readily carry large currents over a wide range of frequencies. The core can be used in both AC and DC power transmission.The two single-gap cores of the 28R1550-000 ferrite core are designed to handle high levels of current. This feature makes the device ideal for applications such as high-power amplifiers, inverters, and power supplies, among others. The core also offers good impedance characteristics, which can help reduce power loss in the system. In terms of working principle, the 28R1550-000 ferrite core acts as an inductor. When a voltage is applied to the core, it induces a powerful electromagnetic field in and around the core, which then causes current to flow through the wire. This current flow creates an opposing electromagnetic field, leading to the modulation and transfer of energy through the core. The ferrite core is a vital component of any wiring system used in a wide variety of applications. Its characteristics allow for the efficient and reliable transmission of power or data. The 28R1550-000 ferrite core is an excellent choice for applications requiring power supplies, high-frequency power amplifiers, and other power transmission applications. Its construction and size make it perfect for these types of applications, as well as its low loss characteristics.

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