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TDK 0805 Shielded Multilayer Surface Mount Inductor with Ferrite Core 33 μH ±10% 5 mA Idc Q:30 MLF2012

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TDK 0805 Shielded Multilayer Surface Mount Inductor with Ferrite Core 33 μH ±10% 5 mA Idc Q:30 MLF2012

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Category Surface Mount Inductors Brand TDK Condition New

Specifications

Country of Origin	India
Brand	TDK
Height	1.25mm
Length	2mm
Model	MLF2012
Depth	1.25mm
Series	MLF2012
Maximum Operating Temperature	85°C
Minimum Operating Temperature	-40°C
Core Material	Ferrite
Inductance	33μH
Standards/Approvals	RoHS
Package/Case	0805
Maximum DC Current	5mA
Pin Count	2
Maximum DC Resistance	1.1Ω
Inductance Tolerance	±10 %
Termination Style	Surface Mount
Maximum Self Resonant Frequency	28MHz
Minimum Quality Factor	30
Inductor Construction	Multilayer

Key Features

Compact 0805 package size suitable for high-density mounting.
Magnetically shielded with a ferrite core for stable high-frequency operation.
Maximum DC resistance of 1.1 Ω ensures efficiency.
Operating temperature range from -40°C to 85°C for versatile applications.
Multilayer monolithic construction provides mechanical robustness.
RoHS compliant and moulded design for environmental and structural quality.
Maximum self-resonant frequency of 28 MHz suitable for signal lines and tuners.
Quality factor minimum of 30 ensures high performance in RF applications.

Product Description

TDK MLF2012 0805 Shielded Multilayer Surface Mount Inductor is a high-quality electronic component designed for compact and efficient circuit designs. It features a 33 μH inductance with ±10% tolerance and a maximum DC current rating of 5 mA. The inductor uses a ferrite core with magnetic shielding to minimize EMI, making it reliable for high-frequency applications.

This multilayer surface mount device is constructed with a monolithic structure that supports high-density mounting on printed circuit boards, ideal for mobile telephony, tuners, computers, and other electronics requiring compact inductors.

The component offers a maximum DC resistance of 1.1 Ω and withstands operating temperatures from -40°C to 85°C. It complies with RoHS environmental standards and is moulded for enhanced durability.

The inductor's maximum self-resonant frequency is 28 MHz with a minimum quality factor of 30, ensuring excellent performance in signal processing tasks. Its 2-pin surface mount termination style facilitates automated assembly processes.

Applications for the TDK MLF2012 inductor include signal lines in mobile telephony, RF tuners, and computing devices, contributing to signal filtering, energy storage, and noise reduction.

Compact 0805 package for space-saving installation. Magnetically shielded ferrite core construction minimizes interference. Wide operational temperature range supports varied environments. Compliant with environmental regulations such as RoHS.

High self-resonant frequency and quality factor aid high-frequency circuit performance. Surface mount termination facilitates PCB automation.

This TDK MLF2012 series surface mount inductor is suited for industrial, telecommunications, computing, and consumer electronics applications. Browse our Electronics Components category on EnvMart to explore related inductors and passive components.

Explore more products in our Surface Mount Inductors category.

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Frequently Asked Questions

The inductance value of this model is 33 μH with a tolerance of ±10%.

The maximum DC current rating for this inductor is 5 mA.

The dimensions of this inductor are 2 mm in length, 1.25 mm in height, and 1.25 mm in depth.

The maximum self-resonant frequency is 28 MHz, making it suitable for high-frequency applications.

It operates within a temperature range of -40°C to 85°C.

The maximum DC resistance is 1.1 Ω, ensuring efficient performance.

This model uses a ferrite core, which provides magnetic shielding for reduced EMI.

The minimum quality factor for this inductor is 30, which supports high performance in RF applications.

The termination style of this inductor is surface mount, facilitating automated assembly processes.

Yes, this model is RoHS compliant, adhering to environmental regulations.

This inductor is suitable for applications in mobile telephony, RF tuners, and computing devices, contributing to signal filtering and noise reduction.

It features a multilayer monolithic construction, which supports high-density mounting on printed circuit boards.