L-05B39NKV6T

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Fixed inductors are electronic components that allow electricity to flow through a loop or winding of wire. They are usually used in power supplies, radio transmitters, receivers, and oscillators. The part number for one type of fixed inductor is L-05B39NKV6T.

The application field of the L-05B39NKV6T is very broad. Fixed inductors can be found in all kinds of electrical equipment, from power supplies and radios to measuring instruments and computers. Basically, inductors that can handle higher current are used for applications which require power to be distributed rapidly and efficiently over long distances. This type of inductor is also highly adaptable to different forms of high-frequency and pulse-width modulation.

One of the characteristics of the L-05B39NKV6T is its reasonably high current rating. It is capable of passing up to 25.2 amps at 25°C, and this allows it to be used in high-power devices such as motors, computer power supplies, and other power-intensive applications. This makes the L-05B39NKV6T the ideal choice for applications where high power consumption is expected.

At the same time, the part number L-05B39NKV6T also features good temperature behavior, which is a must for inductors with such high current ratings. The rated temperature ranges from −40°C to +85°C, providing a good baseline for sizing, temperature stability, and reliability. In addition to the high current rating, the L-05B39NKV6T also benefits from good tolerance to overload, with a typical tolerance 109% at 25°C burning.

The working principle of a fixed inductor is quite simple. When an electric current passes through a fixed inductor, the current will create a magnetic field, thereby creating an inductance. Inductance can be thought of as resistance to the change of current. This is why a fixed inductor is often referred to as a “reactive component”, as it has a significant effect on the current it is carrying, depending on the frequency of the current.

The L-05B39NKV6T has a specific range of working frequencies and offers good performance at those frequencies. It can work at any frequency between 50 Hz and 500 kHz while maintaining an excellent level of efficiency. This makes it a great choice for power supplies and other electronic circuits that require a wide range of frequencies.

In conclusion, the the L-05B39NKV6T is an excellent choice for any application where high current and excellent temperature behavior are required. It offers good performance at a wide range of frequencies and a competitive price. This makes it an ideal fit for power supplies, radio transmitters, and other power-intensive applications.

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