L-14WR33JV4E

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 commonly used in electronic circuits, mostly for filtering, tuning and energy storage applications, and are available with a number of different levels of inductance. Among the most popular fixed inductors is the L-14WR33JV4E, a full-bodied, surface mount inductor. This device provides a number of advantages, as outlined below.

Features

The L-14WR33JV4E offers excellent power handling and high temperature stability compared to other inductors. It is also one of the more efficient inductors on the market, boasting a 70 dB shielding effectiveness at 1 MHz. The inductor has a damping factor of 6 dB, which helps to minimize electrical interference. In addition, it comes with a wide temperature range of -55 to 150 degrees Celsius.

Application Fields

The L-14WR33JV4E has a number of uses in electronic circuits. It is often used in power line conditioning, dc-dc converters, and rectifiers, for example, as a key component in the smoothing process. Similarly, it can be used in power supply noise suppression, ensuring AC or DCEMI transient noise does not create electrical interference. This makes it an ideal inductor for switching power supply applications.

The device is also used extensively in telecoms and automotive applications. It can be used in telecoms circuits to ensure adequate power filtering, which helps reduce background noise and improves signal integrity. In automotive circuits, the inductor’s resistance helps decrease noise and EMI interference, prolonging the life of the vehicle.

Working Principle

The L-14WR33JV4E works on a basic inductive principle. When an alternating current (AC) is passed through the inductor, it generates an electromagnetic field that creates a back electromotive force (EMF) in the inductor. This EMF opposes the change in current, which causes current to be stored in the inductor. This reaction creates a lagging of the input current, which causes the inductance to act like a load resistor.

At the same time, the device creates impedance, or resistance to AC current. This reduces the current flow, so that it more closely matches the AC voltage. The resistance also helps reduce electrical interference by lowering the frequency of the returned current. This ensures that data transmission is more reliable and efficient.

Conclusion

For all these reasons, the L-14WR33JV4E is an ideal inductor for a variety of electronic applications. Its efficient, full-bodied design makes it suitable for a number of different fields, from telecoms to automotive. In addition, its high temperature stability and excellent power handling make it an ideal choice for noise suppression. Finally, its efficient working principle ensures that it provides reliable impedance, further reducing the risk of electrical interference.

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