L-07C5N6SV4T

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Fixed inductors are electronic components that store energy in the form of magnetic fields, typically by wrapping copper wire around a core material. As current is passed through the winding, the inductor opposes any change in the magnetic field density, hence providing a resistive impedance model. The L-07C5N6SV4T is a type of fixed inductor that offers specific performance advantages in the fields of data transmission, audio applications and wireless communication.

The L-07C5N6SV4T is a low-profile, high-performance inductor, featuring a low DC resistance, high frequency magnetics. It is designed for high frequency switching applications. The inductance range is from 4.7 uH to 100 uH, and the working temperature range from -40 to +120 C. The L-07C5N6SV4T offers superior operational performance with superior resistive stability, due to its robust construction and superior manufacturing process.

The L-07C5N6SV4T is typically applicable for power conversion and filtering applications. In particular, it is suitable for high frequency SMPS, high frequency DC-DC, and efficient EMI/RFI filter applications. It has been widely used in automotive, aircraft, aerospace, rail, marine, industrial and consumer applications, given its outstanding performance characteristics.

As an efficient power solution, the L-07C5N6SV4T offers many advantages over other types of fixed inductors. The component boasts excellent power efficiency, low EMI/RFI levels, greater current flow, and a very small size. The device is equipped with a low-resistance winding, making it capable of operation in harsh environmental conditions. The use of a high-temperature insulation coating ensures its long-term protection. Furthermore, the component ships with a solder termination, which allows for quick and easy integration with other components.

The operating principle of the L-07C5N6SV4T involves the magnetic field generated by passing a current through its winding. The inductor resists any changes in the magnetic field density, thus providing a resistive impedance model. The magnetic field strength is determined by the number of windings and the diameter of the wire. As the current increases, the inductance increases, resulting in a higher degree of efficiency. This allows the component to stabilize the current and minimize power losses, while offering superior signal-quality delivery.

The design of the L-07C5N6SV4T ensures a low DC resistance, high frequency magnetics, and excellent power efficiency. It is suitable for the most demanding applications, as it performs reliably within a wide temperature range. It also has an improved self-resonant frequency, allowing for low profile installations in even the most compact systems. This high-performance component is therefore an ideal choice for those applications requiring a high degree of power delivery.

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