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

Become Seller

For Bulk Enquiry: sales@envmart.com

Shopping Cart $0.00

Wurth Elektronik WE-RFI 0805 Shielded Surface Mount Inductor with Ferrite Core 4.7 μH ±5% 180 mA 744760347A

Free Delivery in India | Lowest Global Shipping Charges

Wurth Elektronik WE-RFI 0805 Shielded Surface Mount Inductor with Ferrite Core 4.7 μH ±5% 180 mA 744760347A

Name: Wurth Elektronik WE-RFI 0805 Shielded Surface Mount Inductor with Ferrite Core 4.7 μH ±5% 180 mA 744760347A
Brand: Wurth Elektronik
SKU: 373104
Price: 0.52 USD
Availability: InStock



Category Power Inductors Brand Wurth Elektronik Condition New

Specifications

Country of Origin	Malaysia
Brand	Wurth Elektronik
Height	1.2mm
Length	2mm
Model	744760347A
Depth	1.25mm
Packaging	Tape & Reel
Series	WE-RFI
Maximum Operating Temperature	85°C
Minimum Operating Temperature	-40°C
Core Material	Ferrite
Inductance	4.7μH
Standards/Approvals	IEC 61249-2-21, JEDEC JS709B, REACH, RoHS
Package/Case	0805
Maximum DC Current	180mA
Maximum DC Resistance	2.8Ω
Inductance Tolerance	±5 %
Termination Style	Surface Mount
Maximum Self Resonant Frequency	50MHz
Minimum Quality Factor	15
Inductor Construction	Ferrite Core
Automotive Standard	AEC-Q200

Key Features

This 0805 package inductor features a ferrite core for stable inductance performance.
Designed for low frequency RF and RFID applications with minimal acoustic noise.
Operates reliably within -40°C to 85°C temperature range.
Includes AEC-Q200 automotive standard certification for enhanced quality assurance.
Surface mount termination style ensures compatibility with automated PCB assembly.
Provides a maximum DC resistance of 2.8 Ω and a maximum self-resonant frequency of 50 MHz.
Constructed with a ferrite core to reduce leakage flux and improve performance.
Packaged in tape and reel format for efficient production handling.

Product Description

Wurth Elektronik 744760347A model is a WE-RFI Series 0805 shielded surface mount inductor equipped with a ferrite core, providing an inductance of 4.7 μH with a ±5% tolerance and a maximum DC current rating of 180 mA. This compact inductor is engineered for low frequency RF and RFID (keyless) applications, ensuring low acoustic noise and minimal leakage flux noise.

The device's operating temperature spans from -40°C to 85°C, meeting automotive grade AEC-Q200 standards. Its packaging is tape & reel, facilitating streamlined automated PCB assembly processes.

Featuring a maximum DC resistance of 2.8 Ω and a maximum self-resonant frequency of 50 MHz, this surface mount inductor is suitable for industrial, electronic manufacturing, automotive, and communication equipment use cases that require stable inductive components with shielding capabilities.

Its compact dimensions measure 2 mm in length, 1.2 mm in height, and 1.25 mm in depth, ensuring an 0805 footprint compatible with standard surface mount technology lines. The ferrite core construction enhances performance by reducing flux leakage and providing improved quality factors, rated at a minimum of 15.

This inductor's ferrite core construction provides stability and shielding from electromagnetic interference. Offers a low inductance tolerance of ±5%, ensuring precision in electronic circuit behavior. Meets IEEE and IEC standards such as IEC 61249-2-21 and JEDEC JS709B along with REACH and RoHS compliance for environmental safety.

Designed for demanding industrial applications with extended temperature and current ratings. Supplied in tape and reel packaging for high-volume automated assembly efficiency. Supports automotive electronics due to AEC-Q200 certification compliance.

This Wurth Elektronik WE-RFI Series inductor is ideal for electronics manufacturing industries, automotive systems, communication devices, and industrial control systems requiring high performance, reliability, and shielding in surface mount inductors.

Explore related Wurth Elektronik surface mount inductors and Power Inductors on EnvMart for comprehensive sourcing and technical specifications.