New Era to Power Delivery: Sunlord Multiphase Co-Fired Power Inductor HTF-MP Series
Product images
Sunlord's Multiphase Co-Fired Power Inductor HTF-MP series has upgraded the single-phase HTF-H products in terms of integrated applications. Compared with the single-phase HTF-H series, the HTF-MP series is more suitable for complex multiphase power supply applications in design, effectively meeting the needs of ultra-thin and high-power devices, such as high-performance computing platforms and low-profile electronic devices. Thanks to the innovative structural design, the HTF-MP series inductor demonstrates its unique and powerful advantages:
Compared with assembled inductors, it has no acoustic noise, lower EMI, and lower losses;
Compared with traditional molded inductors, it has higher magnetic permeability and better DCR;
Compared with HTF-H inductors, it has higher integration and saves more space.
Background
With the continuous development of AI technology, the demand for computing power in data centers is rapidly increasing, which causes the AI servers and other equipments are developing towards high power. Due to the application of AI acceleration cards, the height of devices is more limited. Due to that, multi-phase ultra-low, ultra-high current copper magnetic co-fired power inductors HTF-MP have emerged. HTF-MP plays an important role in the power supply system composed of multi-phase controllers and DrMOS. It can regulate voltage through nonlinear control, multi-phase interleaved parallel connection and other technologies to meet the power supply needs of GPU and HBM3 modules. Therefore, HTF-MP has great potential in the key application stage of GPU power supply system: 12V to 0.8V~1.3V conversion.
At the same time, AI PC began to enter the market, and electronic products were developing towards slimness, with stricter requirements for the size and performance of internal electronic components. Such devices not only pursue slim design, but also set higher standards for the current carrying capacity of the devices. In order to meet this market demanding, the HTF-MP series products have developed corresponding ultra-low and small-sized types. Not only has it achieved significant reduction in size, but also has the characteristic of high saturation current, ensuring the high current capability of HTF-MP under low profile design.
Product Features
Low loss, low EMI, high reliability, high saturation current;
Highly integrated, reducing the quantity of components and save their footprint on the board;
Cooperate with vertical power delivery mode for the vertical space utilization.
Application
VRM and TLVR power supply for AI server CPU, GPU and other applications;
Power supply for industrial equipment and base stations.
Appearance and Dimension
Electrical Characteristics
Operating Temperature: -40℃~+125℃
Product Advantages
Higher Space Utilization:
Multiphase inductors can be combined with vertical power delivery schemes to reduce board area occupation.
More Flexible Design:
Multiphase inductors can increase heat sinks and improve the temperature stability of products.
Production
Mass production
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本文由玄子转载自Sunlord Official Website,原文标题为:New Era to Power Delivery: Sunlord Multiphase Co-Fired Power Inductor HTF-MP Series,本站所有转载文章系出于传递更多信息之目的,且明确注明来源,不希望被转载的媒体或个人可与我们联系,我们将立即进行删除处理。
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顺络电子(Sunlord)电感器选型表
目录- Inductor
型号- MWSD1005C16NJTM81,SDWL4532C1R6KSTF,SDWL2012FW4R7MSTF,MWSD1005C17NGTM81,HQ0603H5N6HT01,MWSD1608FE6R8MT,SDFL1608L68NMTF,SDFL3216S5R6KTF,UHQ0402H3N9CP01,SDWL1608C18NGSTFM11,MWSD1005C14NGT,SDWL2520C82NJSTF,SDCL1608C56NKTDF,SDWL2012FW1R0KSTF,MWSD1005CR12KT,SDWL1608C27NHSTF,SDWL1608CP15NHSTF,SDWL2012CR30JSTF,SDWL2012CR54KSTF,MWSD1005F33NMT,HQ0402H30NHT01,SDCL1608C68NJTDF,SDCL1005C20NKTDF,SDWL2520FW1R8JSTF,SDCL1608CR68JTDF,HQ0603H36NHT01,SDWL2012C72NGSTF,SDWL1608C18NGSTFM01,SDWL2012C11NJSTF,SDFL1608T220KTF,MWSD1005C1N5BTM81,HQ0603QR10HT01,SDFL1608Q1R1MTF,SDCL1608C10NHTDF,SDWL1608C16NKSTF,SDWL2012C68NJSTF,SDWL1608CPR39JSTF,UHQ0402H0N3CP01,MCL1005NR22MT,MWSD1005C2N8CTM01,MWSD1005C2N9BTM01,SDCL0402H2N6ST01,SDWL4532CR12KSTF,HQ0603H0N6ST01,SDWL1608CP27NGSTF,MWSD1005C2N2JT,MWSD1005C11NJTM81,SDWL2012C56NKSTF,MWSD1005C8N7JT,HQ1005C1N8CT,SDWL1608C91NKSTF,SDCL0402H2N9CT01,SDCL1608C2N7BTDF,SDCL1005C4N3CTDF,SDFL1608LR82KTF,SDWL3225FWR12JSTF,SDCL0402H4N0ST01,SDCL1005CR36HTDF,HQ0603Q16NHT01,SDFL1608LR15MTF,SDCL1005C9N1JTDF,SDWL1608CP91NJSTF,HQ0603Q3N3BT01,SDWL2012CR43GSTF,SDWL2520FW6R8JSTF,HQ0603QR11JT01,SDWL2520C4N1JSTF,HQ0603Q1N9BT01,SDWL1608C39NGSTF,SDWL2012CP47NJSTF,SDWL2520FW8R2JSTF,SDWL3216C15NJSTF,SDWL3216CR15KSTF,MWSD1005C38NGT,SDWL1608CR24JSTF,SDCL0402H9N1JT01,SDCL0603QR12JT02B03,MWSD1005C2N2KT,MWSD1005FR39JTM01,SDWL1608C3N6KSTF,MWSD1005CP22NKSTF,MWSD1005CR12JT,SDWL2520CR23KSTF,SDWL2012C4R7KSTF,HQ1005C5N8ST,MWSD1005FR14JTM01,SDCL1005C82NJTDF,SDWL3225C12NGSTF,SDWL1608CR14HSTF,SDWL4532C2R1GSTF,HQ0603Q3N6ST01,MWSD1005C1N8ST,WL1608FSR78JTF,MWSD1005C8N7HT,SDWL1608CP4N3JSTF,MWSD1005C1N8KT,UHQ0402H4N3HP01,SDWL2012C29NGSTF,SDFL1608LR27MTF,MWSD1005C14NKT,SDWL1608CR15JSTF,MWSD1005CP3N3DSTF,SDHL1005C10NKTDF,SDCL1005C56NHTDF,SDWL1608C72NJSTFM01,MWSD1005C2N2CT,WL1608FSR33KTF,SDWL2520CR30GSTF,SDWL1608CR15GSTFM01,SDWL1608CR10KSTF,HQ0402H4N2CT01,HQ1005C2N2BT,UHQ0402H16NHP01,HQ0402H0N4BT01,SDWL2012C24NKSTF,SDWL2520C68NGSTF,HQ0402H1N1BT01,MWSD1005C8N7GT,MWSD1005C6N9HTM01,MWSD1005C9N1GTM01,SDWL2520C43NGSTF,MWSD1005C14NJT,SDCL0603Q56NHT02B03,SDCL1608C1N5CTDF,SDWL2520C180GSTF,SDFL3216Q1R8KTF,SDWL3216CR47JSTF,SDFL1005QR39LTF,HQ0603Q3N9CT01,HQ0603Q91NHT01,MWSD1005C2N2DT,WL1608FSR27KTFM01,SDWL4532C180KSTF,MWSD1005C2N9BTM81,HQ0603H1N3ST01,SDFL2012LR68MTF,SDFL3216S6R8KTF,UHQ0402H5N1JP01,MWSD1005CP13NGSTF,HQ0603Q2N9ST01,MWSD1005C12NGTM81,MWSD1005F33NKT,SDWL2012C43NJSTF,HQ0603H2N3CT01,MWSD1005C1N3DTM11,SDWL2012FW3R9KSTF,MWSD1005C7N0GTM01,SDWL2520CR77GSTF,SDFL2012T330LTF,SDWL3225FWR82JSTF,SDWL1608C9N1GSTF,SDCL0402H3N3ST01,SDCL1005C3N6CTDF,SDWL4532C93NKSTF,HQ0603Q4N0BT01,SDWL2520C20NKSTF,SDHL1005C22NJTDF,SDWL1608CP16NJSTF,MWSD1005F33NJT,SDWL1608CP47NHSTF,SDFL1608LR39MTF,SDWL3225FWR27KSTF,MWSD1005C14NHT,SDCL1608C18NJTDF,SDFL3216T470LTF,MWSD1005C1N3STM81,SDCL0603Q68NJT02B03,SDHL1005C47NJTDF,SDWL2012FW100JSTF,SDWL2520CR12GSTF,SDWL2520CR64JSTF,UHQ0402H4N3SP01,SDCL0603Q4N7JT02B03,HQ0402H3N2ST01,SDFL2012LR56MTF,SDFL2012LR10KTF,SDWL1608C4N3KSTF,SDWL2012C22NGSTF,SDFL1005L68NLTF,SDFL1005LR12KTF,MWSD1005C2N2BTM81,MWSD1005C3N6BTM81,SDWL2012C47NGSTF,MWSD1005C9N9JTM81,SDWL1608C82NGSTF,MWSD1005C9N8GTM01,MCL1608NR56JT,SDWL2012CR29GSTF,SDWL3225FW4R7KSTF,WL1608FS4R7MTF,MWSD1005C16NJTM01,SDFL2012Q2R7MTF,MWSD1005CP4N3JSTF,SDWL2520C6R8KSTF,UHQ0402H2N6BP01,HQ1005C8N7JT,SDWL2520C3R6KSTF,UHQ0402H3N3BP01,SDWL3225FWR68JSTF,SDWL4532C1R0JSTF,MWSD1005C7N7GTM81,SDWL2012CR36KSTF,SDWL3225C30NGSTF,SDWL2520C8R2KSTF,SDWL2012C31NKSTF,SDWL3216CR33KSTF,MWSD1005C1N3DTM81,SDWL2520FW3R9MSTF,SDWL3225C33NJSTF,SDWL3225FWR18KSTF,MWSD1005CP16NJSTF,MWSD1005C8N4KTM81,SDFL3216Q2R2LTF,MCL1608NR56KT,SDCL0402H1N6BT01,SDWL2012CR91JSTF,SDWL3225C3N9JSTF,SDWL2012CR16JSTF,SDCL1608CR12JTDF,MWSD1005C9N2JTM81,SDWL3216CR22GSTF,MWSD1005C91NKT,SDWL2520C4N7KSTF,SDWL3225CR13JSTF,SDWL3225C5R6JSTF,MWSD1005CP1N0SSTF,SDWL3225CR56JSTF,SDCL1005C6N2BTDF,MWSD1005C1N5BTM01,MWSD1005C6N2ST,SDWL2520CR50KSTF,MWSD1005C2N7DTM01,HQ0603H11NHT01,SDFL2012LR22KTF,WL1608FS180JTF,SDWL2520FW5R6KSTF,SDWL2520C36NGSTF,HQ1005C2N2CT,SDWL2520C1R8KSTF,HQ0603Q2N1CT01,MWSD1005CH82NHSTF,SDWL2520C27NKSTF,SDWL1608CPR10JSTF,MWSD1005CP27NGSTF,SDWL3216C47NJSTF,MWSD1005CP51NHSTF,SDWL2012C36NJSTF,SDWL1608C6N2JSTF,SDCL0603Q7N5HT02B03,MWSD1005C91NJT,MWSD1005C2N4KTM81,MWSD1005C4N9CTM01,SDWL2520CR86GSTF,MWSD1005C6N9HTM81,SDWL2012CR86JSTF,SDCL0402H2N3BT01,SDWL2520FW1R0MSTF,UHQ0402H1N5BP01,SDHL1608C39NKTDF,MWSD1005C1N8JT,SDCL0402H0N5BT01,SDWL2012CR72KSTF,MWSD1005C2N2BT,HQ0603H18NHT01,SDCL0603Q22NHT02B03,SDWL2012FW2R2JSTF,SDWL2520C64NJSTF,HQ0402H2N5ST01,SDWL3225FW1R2MSTF,HQ0603H1N6CT01,SDFL1005L47NMTF,SDFL1608Q4R7MTF,MCL1608NR56MT,SDWL3216FW180JSTF,MWSD1005C3N9JTM81,MWSD1005C2N8CTM81,SDCL0603Q2N7ST02B03,MWSD1005C58NJTM81,WL1608FSR39MTFM01,MCL1005NR22KT,HQ0402H2N8CT01,MWSD1005F70NKTM01,SDWL1608CP3N6JSTF,UHQ0402H8N2HP01,MCL1608NR12JT,MWSD1005C5N0BTM01,SDWL1608C23NKSTF,SDWL1608C12NGSTFM01,HQ0603Q10NJT01,MWSD1005CHR22GSTF,HQ1005C6N2ST,MWSD1005C1N8CT,SDWL1608C4N7SSTF,UHQ0402H2N9SP01,SDFL3216LR33MTF,MWSD1005C91NHT,MWSD1005CR12GT,SDFL1005LR15LTF,SDWL1608CP5N6KSTF,
Ultra-large Current Assembled Power Inductor of TLVR-WPZ Series Provided 0906/1206/1205mm Products
The WPZ series of assembled inductors for ultra-large current TLVR applications adopt a fully automatic assembly process. Through the use of ultra-low loss magnetic materials and a patented insulation design process, it can achieve higher saturation current and more accurate inductance controlling in similar products of the same size.
铭普光磁(Mentech)功率磁珠选型指南
目录- POWER INDUCTOR Introduction POWER INDUCTOR Selection table POWER INDUCTOR Selection Guide
型号- MHB1110SGR25K,MHB1005SG SERIES,MHB1304SGR38M,MHB1308SGR26KA,MHB1207SG SERIES,MHB1010SG,MHB1807SG,MHB1206SGR22L,MHB1304SG,MHB1304SGR46M,MHB0605SGR08K,MHB1308SG,MHB1206SGR18L,MHB1304SGR22M,MHB0710-SGR20K,MHB0710SGR37K,MHB0810SGR55K,MHB1005SGR25K,MHB0710SGR45K,MHB1010SGR35K,MHB0810SGR SERIES,MHB1308SG SERIES,MHB0810SGR15K,MHB1207SGR30M,MHB0605SGR13K,MHB1207SGR50M,MHB1010SGR38K,MHB1206SGR37L,MHB1207SGR70M,MHB1110SGR40K,MHB1110SGR32K,MHB1110SGR20K,MHB1206SGR33L,MHB1304SGR25M,MHB1304SGR33M,MHB0810SGR36K,MHB1807SG SERIES,MHB0810SGR44K,MHB1005SGR22K,MHB1005SGR10K,MHB0810SGR20K,MHB1110SG,MHB0710-SGR27K,MHB1807SGR66M,MHB1207SG,MHB1010SGR30K,MHB1010SGR22K,MHB1207SGR35M,MHB1304SG SERIES,MHB1807SGR46M,MHB1807SGR34M,MHB1308SGR21KA,MHB1308SGR44KA,MHB1206SGR12L,MHB1010SGR25K,MHB0605SGR22K,MHB0605SGR18K,MHB0710SG,MHB0810SGR25K,MHB0710-SGR22K,MHB1005SGR15K,MHB0710-SGR18K,MHB1010SGR33K,MHB1110SGR27K,MHB1110SGR15K,MHB1110SG SERIES,MHB1010SGR45K,MHB1206SGR23L,MHB1110SGR22K,MHB1308SGR32KA,MHB1308SGR11KA,MHB1005SG,MHB1207SGR40M,MHB1110SGR30K,MHB1207SGR60M,MHB0605SGR15K,MHB1304SGR19M,MHB1010SG SERIES,MHB1807SGR80M,MHB0710-SGR33K,MHB0810SGR22K,MHB1807SGR40M,MHB1807SGR60M,MHB1005SGR20K,MHB0810SGR30K,MHB0810SGR,MHB1005SGR16L,MHB1206SG,MHB1005SGR12K,MHB0710SG SERIES,MHB1206SG SERIES,MHB1005SGR08K,MHB0605SGR10K
Transfer Molded Power Inductor—WT Series greatly Reduce the Possibility of Damaging The Coil Insulation Layer
Sunlord adopts low-pressure molding technology and bottom-end electrode structure, which solves the risk of open and short circuits of molded inductors from the source, and due to the use of low-loss magnetic materials, the product has the characteristics of high reliability and excellent electrical properties.
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