PC9FJ560K

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Fixed Inductors

The PC9FJ560K is a fixed inductor, meaning it is a passive, two-terminal, electrical component with static inductance. It is favored for its ability to store energy and for regulating voltages by providing an adjustable current without changing its form. It is typically used in the power sector, such as smartphones, computers, auto starter systems, and power plants. The PC9FJ560K is particularly effective for applications with high current and high pulse-currents.

Application Field and Working Principle

The PC9FJ560K is well-suited to application fields that require high current, high reliability, and low proces. Power sectors relying on high current will find the PC9FJ560K a reliable option for power regulation, charge delivery, and other applications. These fields include auto starter systems, smart phones, power plants, and computer motherboard components.

The PC9FJ560K is an induction device that uses an internal magnetic field to maintain a current in an electric circuit. The working principle of the PC9FJ560K is simple: the magnetic field induced by the input current carries a back-induced voltage, which acts as an opposing voltage to the input voltage, and prevents any further increase of the current. This is known as inductive reactance, and the ratio of voltage to current in this circuit is known as its “impedance”, which is used in the calculation of the inductor’s net effect on the total circuit design.

The PC9FJ560K has a high working temperature, making it an ideal choice for applications that require increased current, stability and reliability. It is also resistant to oxidation and does not require additional protection from the elements. The PC9FJ560K utilizes the NdFeB magnetics technology which allows for high saturation flux and improved linearity of the PC9FJ560K.

The PC9FJ560K is constructed in a bobbin-style frame that consists of an outer core, an inner core, and an underlying substrate. This structure provides better thermal stability, as well as increased inductance and stability in higher frequency applications. The outer core is constructed from ferrite, which is known for its high permeability and high current-handling capacity. The inner core is composed of a copper alloy which further increases the conductivity of the component. The substrate is made from an electrical grade ceramic which allows for a higher breakdown voltage, especially when used in power supply applications.

The PC9FJ560K also offers a range of frequency response options from the base cut-off frequency of 0.7KHz to as high as 300KHz. This capability makes it suitable for high frequency applications such as in power switching devices, DC-DC converters, and other power electronic products.

Other advantages of the PC9FJ560K include its compact size, low electrical noise, and its high accuracy in current measurements. Its excellent thermal stability and high temperature range also make it suitable for various applications that require higher current capacity. Overall, the PC9FJ560K is an excellent choice for applications in the power sector, providing an ideal balance of low cost, high accuracy, and high reliability.

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