LHLC06TB4R7K

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors are components that use coils to store energy in the form of magnetic fields. They are one of the most important components in electronics as they form the basis of inductive capacitive (LC) circuits. The LHLC06TB4R7K is an example of a fixed inductor and its application field and working principle can be explored in this article.

LHLC06TB4R7K is an electrolytic-type, 3-coil, axial-lead, ceramic-filed inductor, featuring a 15.4H inductance at 100 kHz, and an excellent 0.6A current rating. This type of fixed inductor is mainly used for frequency-division applications, radio circuit, radio frequency transformer, broadband transformers, audio transformers, and LED drive applications. The inductance tolerance is about 10% and its Q factor is high. This kind of inductor also provides high reliability and stability, as well as excellent temperature and humidity resistance, too.

The working principle of fixed inductors is described as follows. An inductor consists of a coil of insulated wire, usually comprising of many turns. A magnetic field is created when current passes through it. This is because an electric current creates a magnetic field, which limits the magnetic field of the inductance and stores energy in the form of a magnetic field. This means that inductors can control the flow of current through a circuit by either delaying or speeding up the current. It also makes inductors useful for filtering out harmonic frequencies that can cause instability.

LHLC06TB4R7K works in three basic modes: linear, non-linear, and reverse inductance. In linear mode, the device follows a linear relationship between change in current and change in inductance. In non-linear mode, the inductance varies depending on the direction of the current. In reverse inductance mode, the inductance increases when the current is reversed. This mode is ideal for controlling current flow.

In addition to the above mentioned properties, LHLC06TB4R7K also offers a low DCR of 0.25 ohms and a maximum operating temperature of 80°C. It is also able to withstand high vibration and shock, making it suitable for tough industrial and automotive applications. Finally, its lead-free construction points to environmental compatibility advantages during production.

Overall, the LHLC06TB4R7K is a reliable, high performance, axial-lead, ceramic-filled inductor. It is mainly used for frequency-division, radio circuit, transformer, and LED drive applications, due to its excellent operating conditions at elevated temperatures, its low DCR and its high stability, reliability and resistance to vibration and shock. Its working principle also makes it very useful for controlling current and filtering out unwanted harmonic frequencies.

The specific data is subject to PDF, and the above content is for reference