World's First Climate Tech Platform | Free Delivery in India | Global Shipping

Become Seller

For Bulk Enquiry: sales@envmart.com

Shopping Cart $0.00

TDK 1 mH Ferrite Leaded Inductor Axial Mount, Max SRF 1.2 MHz, Q:60, 200 mA IDC, 3.8 Ω RDC LBC B82144A2105J000

Free Delivery in India | Lowest Global Shipping Charges

TDK 1 mH Ferrite Leaded Inductor Axial Mount, Max SRF 1.2 MHz, Q:60, 200 mA IDC, 3.8 Ω RDC LBC B82144A2105J000



Category Leaded Inductors Brand TDK Condition New

Specifications

Country of Origin	India
Diameter	5.2mm
Brand	TDK
Height	5.2mm
Length	14.8mm
Model	B82144A2105J000
Depth	5.2mm
Packaging	Ammo Pack
Mount Type	Axial
Series	LBC
Maximum Operating Temperature	40°C
Test Frequency	0.25MHz
Core Material	Ferrite
Inductance	1mH
Standards/Approvals	IEC, RoHS
Maximum DC Current	200mA
Pin Count	2
Maximum DC Resistance	3.8Ω
Inductance Tolerance	±5 %
Termination Style	Axial
Maximum Self Resonant Frequency	1.2MHz
Minimum Quality Factor	60
Lead Pitch	15mm
Lead Diameter	0.8mm
TDK 1 mH Ferrite Leaded Inductor, Max SRF	1.2 MHz, Q:60, 200 mA Idc, 3.8 Ω Rdc, LBC

Key Features

Maximum self-resonant frequency of 1.2 MHz ensures efficient RF filtering.
High quality factor (Q) of 60 improves performance in interference suppression.
Rated for a maximum DC current of 200 mA with DC resistance of 3.8 Ω.
Ferrite core material with axial termination style for reliable circuit integration.
Operating temperature up to 40°C ensures durability under typical conditions.
Meets IEC and RoHS standards for safety and environmental compliance.

Product Description

The TDK B82144A2105J000 is a high-performance 1 mH ferrite leaded inductor featuring axial mounting suitable for electrical and electronic circuitry used in telecommunications, automotive electronics, energy-saving lamps, and entertainment devices.

This inductor provides a maximum self-resonant frequency of 1.2 MHz and a quality factor of 60, making it ideal for RF blocking, filtering, decoupling, and interference suppression in demanding industrial and commercial applications.

Constructed with a large ferrite drum core and enamel copper wire winding, it is coated with a flame-retardant lacquer that enhances safety and durability. The electroplated nickel and pure tin terminals provide reliable soldering and connectivity, supporting wave soldering processes efficiently.

With a maximum DC current capacity of 200 mA and a DC resistance of 3.8 ohms, this inductor balances performance and thermal management effectively. The device adheres to IEC and RoHS standards, reflecting compliance with international safety and environmental requirements.

Compact physical dimensions include a 5.2 mm diameter and height, 14.8 mm length, and 15 mm lead pitch, with 0.8 mm lead diameter. These parameters enable ease of integration on a variety of PCB assemblies.

Maximum self-resonant frequency of 1.2 MHz for RF performance. Quality factor of 60 for improved electromagnetic compatibility. Axial leaded termination style suitable for wave soldering. Ferrite core for efficient magnetic performance.

Packaged in ammo packs for efficient manufacturing insertion processes. Compliant with IEC and RoHS regulations ensuring reliability and eco-friendliness.

This ferrite leaded inductor is suitable for industrial, telecommunications, automotive, electronic manufacturing, and energy-efficient lighting control applications. It offers a reliable component option for engineers and designers requiring precision inductance and quality materials.

Explore more high-quality inductors and related electronic components within the Electronics Components category at EnvMart to support your technical and manufacturing needs.

Explore more products in our Leaded Inductors category.