TDK 2.2 mH Ferrite Leaded Inductor Radial Mount, Max SRF 1.5 MHz, 180 mA DC Current, 9.5 Ω DC Resistance B82144B1225J000

TDK B82144B1225J000 2.2 mH Ferrite Leaded Inductor is designed for reliable performance in telecommunications, automotive electronics, energy-saving lamps, and entertainment electronics applications. This radial mount inductor has a maximum self-resonant frequency of 1.5 MHz and can carry a maximum DC current of 180 mA with a DC resistance of 9.5 Ω.

The inductor features a ferrite drum core wrapped with enamel copper wire winding, providing effective RF blocking, filtering, decoupling, and suppression of electromagnetic interference. The lead wires have a flame-retardant lacquer coating with non-lacquered segments and are electroplated with nickel and pure tin, ensuring robust solderability and durability during wave soldering processes.

The component's leads are bent radially with a 5 mm spacing suitable for standard PCB insertion and automated assembly machines. It is packaged in tape and reel format to facilitate efficient handling during manufacturing. The part operates reliably over a temperature range from -55°C to 125°C, making it suitable for industrial and automotive environments.

The LBC series inductors from TDK provide a very wide inductance range and a minimum quality factor of 60. They are color band coded for inductance identification as per IEC 60062 standards. This product adheres to RoHS and IEC certifications, ensuring compliance with environmental and quality standards.

Constructed with a ferrite core and enamel copper wire winding. Inductance tolerance is ±5% ensuring consistent performance. Features a radial lead termination style with 0.8 mm lead diameter and 5 mm lead pitch. Maximum DC resistance is 9.5 Ω, maintaining low power loss.

Rated for operating temperatures from -55°C up to 125°C. Packaging includes tape and reel suited for wave soldering automated assembly. Part of the LBC series, suitable for RF blocking, filtering, and interference suppression use cases.

Compliant with RoHS and IEC standards.

This inductor is ideal for industrial electronics manufacturing, telecommunications equipment, automotive electronic systems, and energy-saving lighting products. It contributes to stable electrical performance and noise reduction in complex electronic circuits.

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