[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"part:ti:AMC3302Q1":3},{"part":4,"mfr":14,"docs":20,"aliases":123,"alts":124,"breadcrumbs":125,"related":126,"more_from_mfr":171},{"id":5,"pn":6,"pn_norm":7,"series":8,"package":8,"lifecycle":9,"summary":10,"params":11,"features":12,"pins":8,"updated_at":13,"category_name":8,"category_name_en":8,"category_path":8},52815,"AMC3302-Q1","AMC3302Q1",null,"active","Automotive High-Precision, ±50-mV Input, Reinforced Isolated Amplifier With Integrated DC\u002FDC Converter datasheet (Rev. A)",[],[],"2026-10-11T07:14:40.259Z",{"slug":15,"name_en":16,"name_cn":17,"website":18,"is_domestic":19},"ti","Texas Instruments","德州仪器","https:\u002F\u002Fwww.ti.com",false,[21,29,38,44,51,58,64,72,79,85,93,100,108,115],{"id":5,"filename":22,"title":23,"pages":24,"size_bytes":25,"lang":8,"doc_version":8,"published_at":8,"role":26,"outline_count":27,"thumb":28},"TI-AMC3302Q1.pdf","AMC3302-Q1 Automotive High-Precision, ±50-mV Input, Reinforced Isolated Amplifier With Integrated DC\u002FDC Converter datasheet (Rev. A)",37,2140807,"datasheet",53,"\u002Fthumbs\u002F70\u002Fa4\u002F70a47f2798b4a4e1c4edff8a00b94f9cee5b9e158576a7c92ca7cce2e594569b.jpg",{"id":30,"filename":31,"title":32,"pages":33,"size_bytes":34,"lang":8,"doc_version":8,"published_at":8,"role":35,"outline_count":36,"thumb":37},88428,"sbaa229b.pdf","Interfacing a Differential-Output (Isolated) Amp to a Single-Ended Input ADC (Rev. B)",3,374675,"appnote",0,"\u002Fthumbs\u002F13\u002F31\u002F1331a3c7003dff9f2a2c24c6d3ae95a347e5cefdd14958d61c46142c0950517c.jpg",{"id":39,"filename":40,"title":41,"pages":33,"size_bytes":42,"lang":8,"doc_version":8,"published_at":8,"role":35,"outline_count":36,"thumb":43},88472,"sbaa293c.pdf","Comparing shunt- and hall-based isolated current-sensing solutions in HEV\u002FEV (Rev. C)",290009,"\u002Fthumbs\u002F8a\u002F4c\u002F8a4ced3fc2d094bdd07bd3c6666f65aaa68bf9dd35cac5d750b9b1f93567c4e3.jpg",{"id":45,"filename":46,"title":47,"pages":48,"size_bytes":49,"lang":8,"doc_version":8,"published_at":8,"role":35,"outline_count":36,"thumb":50},88516,"sbaa348.pdf","Isolated Current-Sensing Circuit With ±50-mV Input and Single-Ended Output",6,639525,"\u002Fthumbs\u002F19\u002F85\u002F1985a5984bdd8eb8416f1f1218140462061d5439e7400de6c1c69f53362edd32.jpg",{"id":52,"filename":53,"title":54,"pages":55,"size_bytes":56,"lang":8,"doc_version":8,"published_at":8,"role":35,"outline_count":36,"thumb":57},88517,"sbaa349.pdf","Isolated Current-Sensing Circuit With ±50-mV Input and Differential Output",5,587934,"\u002Fthumbs\u002F43\u002F64\u002F4364dcba7f9ec4e6d9b894ed1a89d7b0077c0b693d014c7493305bc24a2dc953.jpg",{"id":59,"filename":60,"title":61,"pages":33,"size_bytes":62,"lang":8,"doc_version":8,"published_at":8,"role":35,"outline_count":36,"thumb":63},88574,"sbaa460.pdf","Shunt Resistor Selection for Isolated Data Converters",240440,"\u002Fthumbs\u002Ffc\u002F77\u002Ffc777b0af03f4e3f07e01637fc4effb55b7fe9bbaee0bfed70cbfce018ec0dab.jpg",{"id":65,"filename":66,"title":67,"pages":68,"size_bytes":69,"lang":8,"doc_version":8,"published_at":8,"role":35,"outline_count":70,"thumb":71},88601,"sbaa515a.pdf","Best Practices to Attenuate AMC3301 Family Radiated Emissions EMI (Rev. A)",12,1831951,13,"\u002Fthumbs\u002F3e\u002Fcf\u002F3ecfceb1d28c5bf23551a933e844548d7bb9cd8b00cf11d3f5b9feee249559ce.jpg",{"id":73,"filename":74,"title":75,"pages":76,"size_bytes":77,"lang":8,"doc_version":8,"published_at":8,"role":35,"outline_count":36,"thumb":78},88641,"sbaa568.pdf","Isolated Current-Sensing Circuit With Front-End Gain Stage",7,362027,"\u002Fthumbs\u002F7e\u002F41\u002F7e41846299fea42d499e7357bec2fedd5124b017ddd713a8e115446a2a5a88fa.jpg",{"id":80,"filename":81,"title":82,"pages":55,"size_bytes":83,"lang":8,"doc_version":8,"published_at":8,"role":35,"outline_count":36,"thumb":84},88660,"sbaa605.pdf","AMC3311 Increased High-Side Supply Current",792143,"\u002Fthumbs\u002F2c\u002F69\u002F2c6980096f0a2e7ba949eb6e817044523667b7d64b067203495043a031a0984c.jpg",{"id":86,"filename":87,"title":88,"pages":89,"size_bytes":90,"lang":8,"doc_version":8,"published_at":8,"role":35,"outline_count":91,"thumb":92},88709,"sbaa701a.pdf","Isolated Converters CISPR25 Radiated Emissions (Rev. A)",17,7210831,8,"\u002Fthumbs\u002F87\u002F51\u002F87517f05eb807d931346264dbec8c44b9f7147993bf43e624e2d61b23052859a.jpg",{"id":94,"filename":95,"title":96,"pages":97,"size_bytes":98,"lang":8,"doc_version":8,"published_at":8,"role":35,"outline_count":36,"thumb":99},88762,"sbaa786a.pdf","Optimized Excitation Power Stage for Electrically Excited Synchronous Machines (Rev. A)",4,311719,"\u002Fthumbs\u002F41\u002F8a\u002F418a2c94019dbf45a9eb6c449ad3076ba5cda0e37523e87f780d1eebb526204b.jpg",{"id":101,"filename":102,"title":103,"pages":104,"size_bytes":105,"lang":8,"doc_version":8,"published_at":8,"role":35,"outline_count":106,"thumb":107},89812,"sdaa154.pdf","AMC High Side Power Supply Options",11,523481,18,"\u002Fthumbs\u002F18\u002F95\u002F189556b554c240f1e7fcd41153444f408940dac99127a6f70f5c98b743d05cfb.jpg",{"id":109,"filename":110,"title":111,"pages":104,"size_bytes":112,"lang":8,"doc_version":8,"published_at":8,"role":113,"outline_count":106,"thumb":114},98034,"sbau330c.pdf","AMC3301, AMC3302, and AMC3330 Evaluation Module (Rev. C)",683693,"user_manual","\u002Fthumbs\u002F75\u002Ff5\u002F75f5fc38b39b2c60c2d5d363812afebfa66ee78c523358f63221a48daf8552d1.jpg",{"id":116,"filename":117,"title":118,"pages":119,"size_bytes":120,"lang":8,"doc_version":8,"published_at":8,"role":113,"outline_count":121,"thumb":122},98131,"sbau473a.pdf","EVM User's Guide: AMC-AMP-50A-EVM (Rev. A)",23,2655325,41,"\u002Fthumbs\u002F97\u002F80\u002F9780a0fd7fcfb710c755f7537f98abb89b8f29a3ac882acfebed17b45db24c59.jpg",[],[],[],[127,130,134,137,140,144,147,151,154,158,161,165,168],{"pn_display":128,"pn_norm":128,"package":8,"summary":129},"AMC3301","Precision, ±250mV Input, Reinforced Isolated Amplifier With Integrated DC\u002FDC Converter datasheet (Rev. C)",{"pn_display":131,"pn_norm":132,"package":8,"summary":133},"AMC3301-Q1","AMC3301Q1","Precision, ±250-mV Input, Reinforced Isolated Amplifier With Integrated DC\u002FDC Converter datasheet (Rev. A)",{"pn_display":135,"pn_norm":135,"package":8,"summary":136},"AMC3302","High-Precision, ±50-mV Input, Reinforced Isolated Amplifier With Integrated DC\u002FDC Converter datasheet (Rev. B)",{"pn_display":138,"pn_norm":138,"package":8,"summary":139},"AMC3306M05","High-Precision, ±50-mV Input, Reinforced Isolated Delta-Sigma Modulator With Integrated DC\u002FDC Converter datasheet (Rev. A)",{"pn_display":141,"pn_norm":142,"package":8,"summary":143},"AMC3306M05-Q1","AMC3306M05Q1","Automotive, Precision, ±50mV Input, Reinforced Isolated Delta-Sigma Modulator With Integrated DC\u002FDC Converter datasheet",{"pn_display":145,"pn_norm":145,"package":8,"summary":146},"AMC3306M25","High-Precision, ±250-mV Input, Reinforced Isolated Delta-Sigma Modulator With Integrated DC\u002FDC Converter datasheet (Rev. B)",{"pn_display":148,"pn_norm":149,"package":8,"summary":150},"AMC3306M25-Q1","AMC3306M25Q1","Automotive, Precision, ±250mV Input, Reinforced Isolated Delta-Sigma Modulator With Integrated DC\u002FDC Converter datasheet",{"pn_display":152,"pn_norm":152,"package":8,"summary":153},"AMC3311","Precision, 2-V Input, Reinforced Isolated Amplifier With Integrated DC\u002FDC Converter datasheet (Rev. A)",{"pn_display":155,"pn_norm":156,"package":8,"summary":157},"AMC3311-Q1","AMC3311Q1","Automotive, Precision, 2-V Input, Reinforced Isolated Amplifier With Integrated DC\u002FDC Converter datasheet (Rev. A)",{"pn_display":159,"pn_norm":159,"package":8,"summary":160},"AMC3330","Precision, ±1V Input, Reinforced Isolated Amplifier With Integrated DC\u002FDC Converter datasheet (Rev. B)",{"pn_display":162,"pn_norm":163,"package":8,"summary":164},"AMC3330-Q1","AMC3330Q1","Automotive, Precision, ±1V Input, Reinforced Isolated Amplifier With Integrated DC\u002FDC Converter datasheet (Rev. B)",{"pn_display":166,"pn_norm":166,"package":8,"summary":167},"AMC3336","High-Precision, ±1-V Input, Reinforced Isolated Delta-Sigma Modulator With Integrated DC\u002FDC Converter datasheet",{"pn_display":169,"pn_norm":170,"package":8,"summary":167},"AMC3336-Q1","AMC3336Q1",[172,175,178,181,184,187,190,193,196,199,201,204],{"pn_display":173,"pn_norm":173,"summary":174},"TPS5430","5.5V 至 36V 输入、3A、500kHz 降压转换器",{"pn_display":176,"pn_norm":176,"summary":177},"TPS5430DDAR","5.5V 至 36V 输入、3A、500kHz 降压转换器（卷带）",{"pn_display":179,"pn_norm":179,"summary":180},"TPS5431","5.5V 至 23V 输入、3A、500kHz 降压转换器",{"pn_display":182,"pn_norm":182,"summary":183},"TLV9064","10MHz 低噪声 RRIO 四路运算放大器",{"pn_display":185,"pn_norm":185,"summary":186},"TLV9062","10MHz 低噪声 RRIO 双路运算放大器",{"pn_display":188,"pn_norm":188,"summary":189},"LM317","1.25V 至 37V 可调、1.5A 三端线性稳压器",{"pn_display":191,"pn_norm":191,"summary":192},"SN65HVD75","3.3V 半双工 RS-485 收发器 20Mbps",{"pn_display":194,"pn_norm":194,"summary":195},"SN65HVD72","3.3V 半双工 RS-485 收发器",{"pn_display":197,"pn_norm":197,"summary":198},"TLV9061","10MHz 低噪声 RRIO 单路运算放大器",{"pn_display":200,"pn_norm":200,"summary":8},"XTR111",{"pn_display":202,"pn_norm":202,"summary":203},"CC1101","Low-Power Sub-1 GHz RF Transceiver datasheet (Rev. I)",{"pn_display":205,"pn_norm":205,"summary":206},"TPS53820","Integrated Step-Down Converter with SVID Interface for Intel® CPU Power Supply datasheet"]