TDK 1008 Shielded Wirewound Surface Mount Inductor with Ferrite Core 4.7μH ±20% 210mA Idc NLFV25T-4R7M-EF

TDK NLFV25T-4R7M-EF 1008 Shielded Wirewound Surface Mount Inductor with a ferrite core is designed for precision decoupling and filtering in advanced electronic circuits. It features a 4.7μH inductance value with a ±20% tolerance, providing reliable performance in sensitive signal environments.

Manufactured using a resin molded wirewound construction, this compact 1008 package inductor incorporates a magnetic shield with ferrite powder in the external mold resin to minimize electromagnetic interference. It offers a maximum DC current rating of 210mA and a low DC resistance of 290mΩ to optimize energy efficiency in power-sensitive applications.

Engineered to operate across a temperature range from -40°C to 105°C, including self-temperature rise, this inductor is well-suited for demanding industrial and communication infrastructure systems such as smart meters, AV devices, xDSL equipment, and mobile base stations.

The component's maximum self-resonant frequency of 2.52MHz enables it to maintain inductive characteristics well into the high-frequency spectrum, offering excellent filtering and noise suppression capabilities.

Its surface mount termination style and tape & reel packaging support modern automated PCB assembly processes, facilitating efficient manufacturing workflows. Incorporates ferrite core with magnetic shielding to enhance electromagnetic compatibility.

Compact 1008 case size suitable for space-constrained layouts. Wide operating temperature range ensures stable performance in harsh environments. Low maximum DC resistance reduces power loss and heat generation. High-frequency operation with a self-resonant frequency of 2.52MHz.

Resin moulded wirewound construction offers mechanical robustness and electrical stability. Ideal for electronic components in smart meters, AV equipment, and communication devices.

Choose TDK’s NLFV25T-4R7M-EF for reliable inductor performance in modern surface mount electronic applications. Explore our Electronics Components category for more high-quality passive components.