[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"part:ti:LM46002":3},{"part":4,"mfr":13,"docs":19,"aliases":174,"alts":175,"breadcrumbs":176,"related":177,"more_from_mfr":219},{"id":5,"pn":6,"pn_norm":6,"series":7,"package":7,"lifecycle":8,"summary":9,"params":10,"features":11,"pins":7,"updated_at":12,"category_name":7,"category_name_en":7,"category_path":7},55923,"LM46002",null,"active","3.5-V to 60-V, 2-A Synchronous Step-Down Voltage Converter datasheet (Rev. C)",[],[],"2026-10-11T07:39:51.940Z",{"slug":14,"name_en":15,"name_cn":16,"website":17,"is_domestic":18},"ti","Texas Instruments","德州仪器","https:\u002F\u002Fwww.ti.com",false,[20,28,36,44,52,58,66,73,80,87,93,100,107,114,121,129,136,142,149,155,162,168],{"id":5,"filename":21,"title":22,"pages":23,"size_bytes":24,"lang":7,"doc_version":7,"published_at":7,"role":25,"outline_count":26,"thumb":27},"TI-LM46002.pdf","LM46002 3.5-V to 60-V, 2-A Synchronous Step-Down\t Voltage Converter datasheet (Rev. C)",54,2048838,"datasheet",75,"\u002Fthumbs\u002F04\u002Faf\u002F04afd1830d4cdb7cfc8431db2b3c97c5e1a29f0367916fef22985507ac50f5fe.jpg",{"id":29,"filename":30,"title":7,"pages":31,"size_bytes":32,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":34,"thumb":35},91477,"slta055.pdf",11,224802,"appnote",0,"\u002Fthumbs\u002F78\u002F87\u002F78877cb45974bbecca84908a76f39f9979c8e3b9b4d4923cbfe5a0505133184b.jpg",{"id":37,"filename":38,"title":39,"pages":40,"size_bytes":41,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":42,"thumb":43},92282,"slva059b.pdf","Understanding Inverting Buck-Boost Power Stages in Switch Mode Power Supplies (Rev. B)",27,897426,18,"\u002Fthumbs\u002F65\u002F62\u002F6562ba7960bf7a56f0fb487d44d9cecab7b9ae25ff94da7a4dd68b0989576520.jpg",{"id":45,"filename":46,"title":47,"pages":48,"size_bytes":49,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":50,"thumb":51},94218,"snla016b.pdf","AN-643 EMI\u002FRFI Board Design (Rev. B)",31,760095,39,"\u002Fthumbs\u002F7e\u002Fdf\u002F7edf7691d60528ec5536e9d22ce39c955bd7bc9efdae94e2c3792b030a07c869.jpg",{"id":53,"filename":54,"title":55,"pages":31,"size_bytes":56,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":31,"thumb":57},94690,"snoa425c.pdf","AN-1246 Stresses in Wide Input DC-DC Converters (Rev. C)",437538,"\u002Fthumbs\u002F91\u002F71\u002F9171118e82fbeabdb45e7476dc6ad1d9987c4a5a89e73129330d529d4fe10acc.jpg",{"id":59,"filename":60,"title":61,"pages":62,"size_bytes":63,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":64,"thumb":65},95077,"snva021c.pdf","AN-1149 Layout Guidelines for Switching Power Supplies (Rev. C)",5,84701,7,"\u002Fthumbs\u002Fb0\u002F94\u002Fb094d3c5a7b7cdd9dbe58da06b9127970fe596643123d6663f30313ebc57ce73.jpg",{"id":67,"filename":68,"title":69,"pages":42,"size_bytes":70,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":71,"thumb":72},95091,"snva038b.pdf","AN-1197 Selecting Inductors for Buck Converters (Rev. B)",572285,15,"\u002Fthumbs\u002F83\u002Fce\u002F83ce0997547cd2388010c75dda842f0878e1e57185f8fbe02872429fc4a23a7b.jpg",{"id":74,"filename":75,"title":76,"pages":71,"size_bytes":77,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":78,"thumb":79},95093,"snva054c.pdf","AN-1229 SIMPLE SWITCHER PCB Layout Guidelines (Rev. C)",383672,12,"\u002Fthumbs\u002F2d\u002Fdd\u002F2ddd88ce573c9a68a0b171ac18de40c3e32870b0711cc2502795c1837e99e35c.jpg",{"id":81,"filename":82,"title":83,"pages":71,"size_bytes":84,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":85,"thumb":86},95116,"snva183b.pdf","AN-1520 A Guide to Board Layout for Best Thermal Resistance for Exposed Packages (Rev. B)",9458748,13,"\u002Fthumbs\u002F19\u002F48\u002F1948e5bb8ee9aa21d09308e3e09fce1c4dce87d659e57efdc2b65f5b6372fb5f.jpg",{"id":88,"filename":89,"title":90,"pages":64,"size_bytes":91,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":62,"thumb":92},95118,"snva190b.pdf","AN-1533 Over Voltage Protection Circuit for Automotive Load Dump (Rev. B)",85421,"\u002Fthumbs\u002Fd4\u002Fab\u002Fd4ab3d8068be1a05d2c1c2f0bdef834d2526705ed5b58f535da272c6fa51172e.jpg",{"id":94,"filename":95,"title":96,"pages":62,"size_bytes":97,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":98,"thumb":99},95120,"snva207a.pdf","Techniques for Thermal Analysis of Switching Pwr Supp Designs (Rev. A)",1412119,6,"\u002Fthumbs\u002F52\u002F0f\u002F520f6ace828999e059f21a94f18522f646333ac1173b967ca955870dad427084.jpg",{"id":101,"filename":102,"title":103,"pages":104,"size_bytes":105,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":78,"thumb":106},95149,"snva364a.pdf","How to Measure the Loop Transfer Function of Power Supplies (Rev. A)",9,2763588,"\u002Fthumbs\u002Ff0\u002F43\u002Ff043db4fc6be32dd84c35a2f152f96c4ff23eeb4ef69ad790d4d7cdafcb597f5.jpg",{"id":108,"filename":109,"title":110,"pages":111,"size_bytes":112,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":111,"thumb":113},95155,"snva411a.pdf","Error Amplifier Limitations in High Performance Regulator Applications (Rev. A)",10,157095,"\u002Fthumbs\u002Fb8\u002F0d\u002Fb80d48023d9d57a16e96e6c51d11257b8f87b88f30d6da94049c9ce16d778bcb.jpg",{"id":115,"filename":116,"title":117,"pages":85,"size_bytes":118,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":119,"thumb":120},95174,"snva489c.pdf","AN-2162 Simple Success With Conducted EMI From DC-DC Converters (Rev. C)",2534293,14,"\u002Fthumbs\u002Fa3\u002F94\u002Fa39470d417815f074d8b0367eb6eeac18348c3c2bc1513ac08491c9e94d2a6bc.jpg",{"id":122,"filename":123,"title":124,"pages":125,"size_bytes":126,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":127,"thumb":128},95209,"snva555.pdf","Understanding and Applying Current-Mode Control Theory",30,419375,56,"\u002Fthumbs\u002F41\u002F28\u002F412846ed6c03b9f9ceff42e294c821673f4ca3520be2ee32672c27e3209ab141.jpg",{"id":130,"filename":131,"title":132,"pages":133,"size_bytes":134,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":133,"thumb":135},95249,"snva638a.pdf","AN-2155 Layout Tips for EMI Reduction in DC\u002F DC Converters (Rev. A)",16,3714372,"\u002Fthumbs\u002F52\u002Fe7\u002F52e7f142d23e4e2cc41723f3c80e884f5e3cfca37c847ed2229017cf7784b1f0.jpg",{"id":137,"filename":138,"title":139,"pages":111,"size_bytes":140,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":31,"thumb":141},95276,"snva718.pdf","Compensation Made SIMPLE with LM4360x, LM4600x",468027,"\u002Fthumbs\u002F4e\u002F19\u002F4e1967c2eab87f185e2c2afd063351c590cfc4abdf82a14a00de5f526c2d2018.jpg",{"id":143,"filename":144,"title":145,"pages":146,"size_bytes":147,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":146,"thumb":148},95277,"snva719.pdf","Thermal Design made SIMPLE with LM43603 and LM46002",8,548447,"\u002Fthumbs\u002F11\u002F1b\u002F111b073fa527da30e64bc8105402919ce68415673d534eeaa153a371c654472c.jpg",{"id":150,"filename":151,"title":152,"pages":31,"size_bytes":153,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":78,"thumb":154},95279,"snva721a.pdf","Low Radiated EMI Layout Made SIMPLE with LM4360x and LM4600x (Rev. A)",524782,"\u002Fthumbs\u002F29\u002F3d\u002F293daf0da2cb80bce9c74d56e42f99b2a8cfbdd96709b16f77ce8b9cbfa9dff5.jpg",{"id":156,"filename":157,"title":158,"pages":159,"size_bytes":160,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":159,"thumb":161},95280,"snva722b.pdf","Inverting Applications Made SIMPLE with LM4360x and LM4600x (Rev. B)",19,1910146,"\u002Fthumbs\u002Fdd\u002F93\u002Fdd9366172dd79331d184b4319f859351b6635a85599bc3787a06c76df1b5bcb9.jpg",{"id":163,"filename":164,"title":165,"pages":62,"size_bytes":166,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":62,"thumb":167},95350,"snva816.pdf","Differences Between LM4600x\u002FLM4360x A and Non-A OPNs",60851,"\u002Fthumbs\u002F5d\u002Fc8\u002F5dc83e6fdc123816aa0c05e9bb1e741e2592f5be5356d9c19274659722316d7b.jpg",{"id":169,"filename":170,"title":171,"pages":71,"size_bytes":172,"lang":7,"doc_version":7,"published_at":7,"role":33,"outline_count":40,"thumb":173},96311,"spra953d.pdf","Semiconductor and IC Package Thermal Metrics (Rev. D)",599442,"\u002Fthumbs\u002F8a\u002Fb8\u002F8ab81b5a351132ae8ab049d984e7cc72f1eb3dd3e4d9d8e063be6fcd841080a9.jpg",[],[],[],[178,181,184,187,191,195,198,201,204,207,210,213,216],{"pn_display":179,"pn_norm":179,"package":7,"summary":180},"LM46000","3.5-V to 60-V, 0.5-A Synchronous Step-Down Voltage Converter datasheet (Rev. B)",{"pn_display":182,"pn_norm":183,"package":7,"summary":180},"LM46000-Q1","LM46000Q1",{"pn_display":185,"pn_norm":185,"package":7,"summary":186},"LM46001","3.5-V to 60-V, 1-A Synchronous Step-Down Voltage Converter datasheet (Rev. B)",{"pn_display":188,"pn_norm":189,"package":7,"summary":190},"LM46001-Q1","LM46001Q1","3.5-V to 60-V, 1 A Synchronous Step-Down Voltage Converter datasheet (Rev. B)",{"pn_display":192,"pn_norm":193,"package":7,"summary":194},"LM46002-Q1","LM46002Q1","3.5-V to 60-V, 2-A, Synchronous Step-Down Voltage Converter datasheet (Rev. B)",{"pn_display":196,"pn_norm":196,"package":7,"summary":197},"LM4666","  Filterless High Efficiency Stereo 1.2W Switching Audio Amplifier datasheet (Rev. A)",{"pn_display":199,"pn_norm":199,"package":7,"summary":200},"LM4667","  Filterless High Efficiency 1.3W Switching Audio Amplifier datasheet (Rev. C)",{"pn_display":202,"pn_norm":202,"package":7,"summary":203},"LM4670","  Filterless High Efficiency 3W Switching Audio Amplifier datasheet (Rev. C)",{"pn_display":205,"pn_norm":205,"package":7,"summary":206},"LM4671","Filterless High Efficiency 2.5W Switching Audio Amplifier datasheet (Rev. D)",{"pn_display":208,"pn_norm":208,"package":7,"summary":209},"LM4673","Filterless, 2.65W, Mono, Class D Audio Power Amplifier datasheet (Rev. D)",{"pn_display":211,"pn_norm":211,"package":7,"summary":212},"LM4674","Boomer® Audio Power Amplifier Series Filterless 2.5W Stereo Class D Audio Power Amplifier datasheet (Rev. F)",{"pn_display":214,"pn_norm":214,"package":7,"summary":215},"LM4674A","  Filterless 2.5W Stereo Class D Audio Power Amplifier datasheet (Rev. A)",{"pn_display":217,"pn_norm":217,"package":7,"summary":218},"LM4675","Ultra-Low EMI, Fltrles, 2.65W, Mono, ClassD Audio Pwr Amp w\u002FSprd Spectrum datasheet (Rev. C)",[220,223,226,229,232,235,238,241,244,247,249,252],{"pn_display":221,"pn_norm":221,"summary":222},"TPS5430","5.5V 至 36V 输入、3A、500kHz 降压转换器",{"pn_display":224,"pn_norm":224,"summary":225},"TPS5430DDAR","5.5V 至 36V 输入、3A、500kHz 降压转换器（卷带）",{"pn_display":227,"pn_norm":227,"summary":228},"TPS5431","5.5V 至 23V 输入、3A、500kHz 降压转换器",{"pn_display":230,"pn_norm":230,"summary":231},"TLV9064","10MHz 低噪声 RRIO 四路运算放大器",{"pn_display":233,"pn_norm":233,"summary":234},"TLV9062","10MHz 低噪声 RRIO 双路运算放大器",{"pn_display":236,"pn_norm":236,"summary":237},"LM317","1.25V 至 37V 可调、1.5A 三端线性稳压器",{"pn_display":239,"pn_norm":239,"summary":240},"SN65HVD75","3.3V 半双工 RS-485 收发器 20Mbps",{"pn_display":242,"pn_norm":242,"summary":243},"SN65HVD72","3.3V 半双工 RS-485 收发器",{"pn_display":245,"pn_norm":245,"summary":246},"TLV9061","10MHz 低噪声 RRIO 单路运算放大器",{"pn_display":248,"pn_norm":248,"summary":7},"XTR111",{"pn_display":250,"pn_norm":250,"summary":251},"TPS53820","Integrated Step-Down Converter with SVID Interface for Intel® CPU Power Supply datasheet",{"pn_display":253,"pn_norm":253,"summary":254},"TPS53830","Integrated Step-Down Digital Converter for DDR5 On-DIMM Power Supply datasheet"]