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LBXHF4040WKT470MNR,TAIYOU,Wire Wound Chip Inductors

LBXHF4040WKT470MNR

Wire Wound Chip Inductors ,4020(4.0*4.0mm) ,47uH ,±20% ,700mA ,Chip SMD ,-

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The image is for reference only, please refer to the drawing for details

Data Sheet： LBXHF4040WKT470MNR_SS.pdf

Product number：	L01-4020-470MA700S0XH
Manufacturer Product Number：	LBXHF4040WKT470MNR
Manufacturer ：	TAIYOU
Series ：	TAIYOU-LBXH
Type ：	Wire Wound Chip Inductors
Size ：	4020(4.0*4.0mm)
Value ：	47uH
Tolerance ：	±20%
Rated Current ：	0.7A
DC resistance ：	0.55R
Description：	Wire Wound Chip Inductors ,4020(4.0*4.0mm) ,47uH ,±20% ,700mA ,Chip SMD ,-

Series Introduce Find Similar

Attribute Name	Attribute Value
Manufacturer	TAIYOU
Product Series	TAIYOU-LBXH
Product Type	Wire Wound Chip Inductors
EU RoHS	Compliant(2011/65/EU)
EU REACH	Dose not contain REACH SVHC(1907/2006/EC)

Series Introduce Find Similar

File

File Type	File Name
Data Sheet	LBXHF4040WKT470MNR_SS.pdf

Lead time： Estimated delivery date 2026-07-28

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Product Recommendation Maker Dynamics Applications

Murata obtained certification for the development process of the automotive functional safety standard "ISO 26262" Development process certification of automotive functional safety standards. Murata Manufacturing Co., Ltd. obtained the development process certification of the automotive functional safety standard "ISO 26262" issued by the German third-party certification body SGS-T Ü V Saar GmbH on February 13, 2024, and was awarded the certificate on May 21.

Do we need to lay copper foil underneath the inductor for DC-DC power supply? Inductors have alternating current, and laying copper at the bottom of the inductor will generate eddy currents on the ground plane. The eddy current effect will affect the inductance of the power inductor, and eddy currents will also increase system losses. At the same time, the noise generated by alternating current will increase the noise on the ground plane, which will affect the stability of other signals. From the perspective of EMC, laying copper on the bottom of the inductor and a complete ground surface is beneficial for EMI design; The current production process of inductors has been upgraded, and shielded inductors are used. There are very few leaked magnetic induction lines, which have little impact on the inductance of the inductors and are also beneficial for heat dissipation.

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0.1uF (100nF) capacitors may not necessarily be suitable for filtering circuits Filter capacitors play a very important role in switching power supplies, and how to correctly select filter capacitors, especially the selection of output filter capacitors, is a concern for every engineering and technical personnel. On the power filtering circuit, we can see various capacitors with different capacitance values, such as 100uF, 10uF, 100nF, 10nF, etc. How are these parameters determined? In the future, don't see capacitors with 0.1uF capacitance placed in everything. In some high-speed systems, these 0.1uF capacitors simply won't work.

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