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MCL2016A1R0MT,SUNLORD,Multilayer Chip Inductors

MCL2016A1R0MT

Multilayer Chip Inductors,201610,1uH,±20% ,lrms:1.1A,Chip SMD,SUNLORD-MCL

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

Product number：	L02-20161R0M0000SLL
Manufacturer Product Number：	MCL2016A1R0MT
Manufacturer ：	SUNLORD
Series ：	SUNLORD-MCL
Type ：	Multilayer Chip Inductors
Size ：	201610
Value ：	1uH
Tolerance ：	±20%
TCR(PPM_ ：	1.1A
Description：	Multilayer Chip Inductors,201610,1uH,±20% ,lrms:1.1A,Chip SMD,SUNLORD-MCL

Series Introduce Find Similar

Attribute Name	Attribute Value
Manufacturer	SUNLORD
Product Series	SUNLORD-MCL
Product Type	Multilayer Chip Inductors
EU RoHS	Compliant(2011/65/EU)
EU REACH	Dose not contain REACH SVHC(1907/2006/EC)

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Lead time： Estimated delivery date 2025-05-18

Product Recommendation Maker Dynamics Applications

Product Recommendation Maker Dynamics Applications

Crossing the technical threshold of blood glucose meters is an indispensable electronic component Of course, there is a huge business opportunity in the blood glucose meter market, and component manufacturers have also recognized it. Therefore, they have been following the development of technology and the market, making meticulous product layouts to better meet the needs of developers. In this field, Murata Manufacturing has a very comprehensive technical preparation, relying on a rich product portfolio to create a comprehensive solution around blood glucose meters (including CGM products).

USB4 noise reduction measures and verification solutions - practical operation Murata will provide a complete solution for USB noise reduction measures and verification from the following six aspects. 1. A brief history of USB. What noise issues may occur with USB4. 3. Noise reduction: How to apply CMCC is crucial (recommended CMCC products from Murata: NFG0QHB372HS2/NFG0QHB542HS2). 4. Evaluation of radiated noise. 5. Internal EMC assessment and response measures. 6. Signal integrity confirmation.

""=""> 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.

Murata will achieve mass production of 2016 DFE2MCPHR33MJLLQ and DFE2MCPHR47MJLLQ metal power inductors Murata commercialized metal power inductors for automotive use, which are 2016 in size, have ultra-high industry standards for low DC resistance, support high current and high voltage resistance. Murata Manufacturing Co., Ltd. (hereinafter referred to as "Murata") has developed a new series of car mounted power inductors (1) "DFE2MCPH_JL (DFE2MCPHR33MJLLQ, DFE2MCPHR47MJLLQ) series" using wire wound metal alloys (hereinafter referred to as "this product"). It is a small car mounted power inductor with a size of 2016 (2.0x1.6mm), which not only achieves high voltage resistance of 40V, but also achieves industry ultra-high level (2) DC resistance and rated current. Mass production will begin in January 2024.

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.

What are Murata's products suitable for medical applications? With the changes in the healthcare market environment, personal healthcare devices used for daily health management have also been affected. These products are smaller in size and support cloud connectivity. Murata's product features: By utilizing compact universal components (capacitors, inductors, etc.), we manufacture compact products with higher design freedom. Utilize Bluetooth Intelligent modules and wireless communication modules that support near-field communication (NFC) make it easier to manufacture daily health monitoring products with network connectivity capabilities.

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Product Recommendation Maker Dynamics Applications

SUNLORD integrated power inductor helps Qualcomm 8750 AI flagship mobile phone platform land The upgrade of performance cannot be separated from the upgrade of hardware, and the power supply is a very important part of it. To improve AI performance, the Qualcomm 8750 platform has adjusted the nuclear power supply inductance to a value of 0.24uH for the first time, and proposed Isat to meet the high requirements of 6.5A&DCR<24mohm. Shunluo Electronics was the first to develop the material MWTC1412065SR24MTB02 suitable for the Qualcomm 8750 platform, and obtained Qualcomm testing certification, making it the first domestically produced product.

AUTOMOTIVE WORLD Nagoya Shenzhen Sunlord Electronics Co., Ltd. was established in 2000 and went public in 2007. It is a high-tech enterprise specializing in the research and development, production, and sales of various electronic components. Our products include various passive devices such as magnetic devices, microwave devices, sensitive devices, and precision ceramics, widely used in fields such as communication, consumer electronics, computers, automotive electronics, new energy, telecommunications, and industrial electronics. AUTOMOTIVE WORLD Nagoya is a leading automotive industry technology exhibition in Japan, bringing together a wide range of advanced automotive technologies such as automotive electronics, EV/HV/FCV, autonomous driving, lightweight, and component processing technology. Nagoya, the capital of Aichi Prefecture in central Japan, has the largest automobile industry cluster in Japan. Many world leading well-known automobile enterprises have headquarters and factories in Nagoya.