PE-1008CD562KTT

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Fixed inductors are electronic components used to store energy for use in either inductive energy transfer or in the filtering and blocking of electronic signals. The PE-1008CD562KTT is a fixed inductor, designed to perform a specific range of applications and processes. This article will provide an overview of the PE-1008CD562KTT\'s application field and its working principle.

The PE-1008CD562KTT is primarily designed for use in critical Filter applications, as well as in power switching circuits. The component is most suitable to be used as an input signal or output filter, when integrated with high frequency switching. As an input signal or output filter, the PE-1008CD562KTT can provide a high value of noise reduction, and appropriate harmonic generation. Thanks to its construction robustness, the component ensures excellent performance in extreme conditions of temperature, moisture and vibration.

The PE-1008CD562KTT utilizes an electrostatic shield device. This device physically separates and organizes the printed copper traces to ensure reliable low-impedance connections. This is further augmented by the implementation of an internal choke inductor, which aids in high-frequency noise and spike rejection. The component then further utilizes ferrite cores that are further designed specifically for power inductor applications.

In terms of its technical specifications, the PE-1008CD562KTT offers an inductance of 100μH and an impedance of 0.022 Ohms. The component further features a rated DC current of 3 A and can accommodate a maximum DC current of 5 A. The component also has a high SRF, 35MHz, along with a low DC resistance. This ensures reliable performance at any temperature where the component is used.

The PE-1008CD562KTT is a fixed inductor designed to store energy used in inductive energy transfer or in the filtering and blocking of electronic signals. It is primarily designed for use in critical Filter applications, as well as in power switching circuits, and can provide a high value of noise reduction, and appropriate harmonic generation. The device utilizes an electrostatic shield device along with ferrite cores and an internal choke inductor to ensure reliable low-impedance connections and high-frequency noise and spike rejection. The component offers an inductance of 100μH along with an impedance of 0.022 ohms, a rated DC current of 3 A and can accommodate a maximum DC current of 5 A. The component further features a high SRF of 35MHz and a low DC resistance, offering reliable performance under most operating conditions.

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