L-07C13NKV6T

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Fixed Inductors,such as the L-07C13NKV6T, are a type of passive component based on the principles of inductance. Inductance is caused by the relative movement between electric circuits, magnetic fields, and time-dependant changes in a circuit. When electrical current flows in an inductor, it generates a magnetic field around the coil (this is known as “mutual induction”). This magnetic field induces a voltage in the coil that opposes the flow of the original current. This opposes the current flow and will create the inductance.

The L-07C13NKV6T is a fixed inductor designed for applications such as filtering, voltage regulation, and surge suppression. It is also used as a power source filter in power supplies for semiconductor equipment, ICs, LEDs, and audio components. The L-07C13NKV6T is made up of a coil of two layers with an outer core. The inner core is made up of two layers of copper wire in a ‘bifilar’ configuration, tightly wound around an outer core of ferrite. This offers effective magnetic shielding, making it suitable for use in high frequency applications.

The L-07C13NKV6T boasts a strong inductance to capacitance (L/C) ratio of greater than 9:1. This ensures a high rate of suppression of short pulse spikes, which makes it ideal foruse in power applications. It has a ferrite core with high permeability and a low DC resistance, which allows for stability and reliability in the design. The large operating temperature range (from -40°C to +105°C) ensures that the inductor can handle extreme environmental conditions and helps to reduce power consumption.

In addition to the features mentioned above, the L-07C13NKV6T comes with a high-frequency, low-resonance design. This design reduces harmonic distortion and noise generated by the inductor, which is particularly important in audio equipment and other sensitive electronic circuits. It also has strong heat dissipation capabilities due to its unique air-cooled structure.

In summary, the L-07C13NKV6T is a fixed inductor designed for high frequency, high performance applications such as filtering, voltage regulation, and surge suppression. It features excellent features such as a high L/C ratio, a ferrite core with high permeability and low DC resistance, and a wide operating temperature range. Additionally, it has a high-frequency, low-resonance design for reducing harmonic distortion and noise, as well as strong heat dissipation capabilities. This makes the L-07C13NKV6T an ideal choice for many power supply applications.

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