N08DPA221K

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Fixed inductors, commonly found in electronic circuits, are electrical components that are used for a broad array of applications. The N08DPA221K is a fixed inductor from TDK that is well suited for those applications. This article will provide information about the application field and working principle of the N08DPA221K.

The N08DPA221K is a high performance, low profile, and ferrite core inductor with a wide range of applications. It is designed for through hole mounting and is capable of handling high currents while still maintaining a small form factor. This makes it ideal for applications that require a compact and efficient inductor such as Automotive, Aerospace, Military, and High Frequency applications.

The N08DPA221K is designed for operation at a temperature range from -40 to +85 degrees Celsius. It has a low self-resonant frequency which makes it suitable for many high frequency applications. The inductor also has low noise which helps in reducing EMI and RFI interference. Furthermore, the inductor has good solderability for through hole mounting.

The N08DPA221K works on the basic principles of an inductor. An inductor is an electrical component that is used to store energy in the form of a magnetic field. When a voltage is applied across the inductor, a current will flow through it, creating a magnetic field. When the voltage is removed, the magnetic field collapses, releasing the energy stored in the inductor as a current.

The N08DPA221K is a high performance fixed inductor designed for a wide range of applications. It is capable of handling high currents while still maintaining a small form factor, making it ideal for Automotive, Aerospace, Military, and High Frequency applications. It has a low self-resonant frequency and low noise which helps reduce EMI and RFI interference. Furthermore, the inductor has good solderability for through hole mounting. The N08DPA221K works on the basic principles of an inductor, storing energy in the form of a magnetic field. When a voltage is applied across the inductor, the magnetic field is generated and when the voltage is removed, the magnetic field collapses, releasing the energy stored in the inductor as a current.

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