TDK SIMID 1812 Shielded Wirewound Surface Mount Inductor with Ferrite Core 220μH ±10% 115mA Idc Q30 B82432C1224K000

TDK B82432C1224K000 SIMID Series Shielded Wirewound Surface Mount Inductor provides a rated inductance of 220μH with a tolerance of ±10%, supporting a maximum DC current of 115mA. Designed with a ferrite core and a wirewound construction, it offers reliable performance in compact 1812 package dimensions (4.5mm length, 3.2mm height and depth), suitable for surface mount technology.

The inductor is shielded to reduce electromagnetic interference and features a maximum self-resonant frequency of 6MHz with a quality factor of 30. It operates effectively within a wide temperature range from -55°C to 150°C, making it suitable for demanding environments including automotive electronics, telecommunications, industrial electronics, filtering supply voltages, coupling, decoupling, and antenna systems.

This component is moulded for durability and packaged in tape and reel format to facilitate automated PCB assembly processes. It conforms to RoHS standards, ensuring compliance with environmental regulations. Manufactured in Hungary, the TDK SIMID series offers a dependable solution for designers seeking high-quality inductors with stable electrical characteristics.

This inductor features a ferrite core for efficient magnetic performance. It has a compact 1812 package suitable for surface mount technology. The device operates reliably from -55°C up to 150°C. With a maximum DC resistance of 7.5Ω, it ensures low power losses.

The shielded wirewound construction minimizes electromagnetic interference. It offers a high quality factor (Q) of 30 and a maximum self-resonant frequency of 6MHz. Packaging is supplied as tape and reel for ease of automated assembly.

Complies with RoHS standards ensuring environmental safety. Ideal for automotive, telecommunications, and industrial electronic applications. Explore the range of high-quality Surface Mount Inductors at EnvMart to find components tailored for your electronic design requirements.