[{"data":1,"prerenderedAt":-1},["ShallowReactive",2],{"part:ti:THS4541":3},{"part":4,"mfr":13,"docs":19,"aliases":120,"alts":121,"breadcrumbs":122,"related":123,"more_from_mfr":187},{"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},60870,"THS4541",null,"active","Negative Rail Input, Rail-to-Rail Output, Precision, 850MHz Fully Differential Amplifier datasheet (Rev. B)",[],[],"2026-10-11T08:21:04.617Z",{"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,[20,28,37,45,53,61,67,73,80,89,97,104,112],{"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-THS4541.pdf","THS4541 Negative Rail Input, Rail-to-Rail Output, Precision, 850MHz Fully Differential Amplifier datasheet (Rev. B)",66,2790695,"datasheet",71,"\u002Fthumbs\u002F89\u002F11\u002F89116b7887557237335675481ed80c5f3570b4d920d0b882393a877fb1796765.jpg",{"id":29,"filename":30,"title":31,"pages":32,"size_bytes":33,"lang":7,"doc_version":7,"published_at":7,"role":34,"outline_count":35,"thumb":36},88381,"sbaa150a.pdf","Design for a Wideband, Differential Transimpedance DAC Output (Rev. A)",25,448819,"appnote",14,"\u002Fthumbs\u002F66\u002F42\u002F6642365d4d516639ec3afbd8a46a77fc766af28ba2f46a2ac2576180cf9f3b55.jpg",{"id":38,"filename":39,"title":40,"pages":41,"size_bytes":42,"lang":7,"doc_version":7,"published_at":7,"role":34,"outline_count":43,"thumb":44},88579,"sbaa482.pdf","High Speed ADCs and Amplifiers for Flow Cytometry Applications",10,1651042,6,"\u002Fthumbs\u002Fb8\u002F2d\u002Fb82d6511711b52c20df9edb468b8d907244d46e6974d3b906888bc6a3682a44a.jpg",{"id":46,"filename":47,"title":48,"pages":49,"size_bytes":50,"lang":7,"doc_version":7,"published_at":7,"role":34,"outline_count":51,"thumb":52},88759,"sbaa781.pdf","Why Use an FDA to Drive an ADC?",8,710904,0,"\u002Fthumbs\u002F9e\u002F28\u002F9e28a4f793597fcea39112bfcbd84f52b295bb4acdda8e14bad79f0d00314f0a.jpg",{"id":54,"filename":55,"title":56,"pages":57,"size_bytes":58,"lang":7,"doc_version":7,"published_at":7,"role":34,"outline_count":59,"thumb":60},89050,"sboa303.pdf","Maximizing System Total Harmonic Distortion Using High Speed Amplifiers",3,93809,1,"\u002Fthumbs\u002Fbc\u002F82\u002Fbc82962dc2358756c22b5755cf43fbecda28e732508b69dd8ec45b76966bfb00.jpg",{"id":62,"filename":63,"title":64,"pages":57,"size_bytes":65,"lang":7,"doc_version":7,"published_at":7,"role":34,"outline_count":51,"thumb":66},89079,"sboa337a.pdf","Time of Flight and LIDAR - Optical Front End Design (Rev. A)",497225,"\u002Fthumbs\u002Fb3\u002F7e\u002Fb37e4a4cd8ad80c20db5354abaa5770dc3d25c407f8257a4df8e05e94cd900e7.jpg",{"id":68,"filename":69,"title":70,"pages":43,"size_bytes":71,"lang":7,"doc_version":7,"published_at":7,"role":34,"outline_count":59,"thumb":72},89779,"sdaa099a.pdf","Active Filter Design for Differential ADCs (Rev. A)",349712,"\u002Fthumbs\u002F3b\u002F06\u002F3b0677a81320e14862e43cac3e7d0b0008f3de5d628e6a76d6ed090c36150d5b.jpg",{"id":74,"filename":75,"title":76,"pages":77,"size_bytes":78,"lang":7,"doc_version":7,"published_at":7,"role":34,"outline_count":41,"thumb":79},89884,"sdaa275a.pdf","Sampling the DC Bin: Designing DC-Coupled Amplifier Frontends for High-Speed ADCs (Rev. A)",18,3032316,"\u002Fthumbs\u002Fe6\u002F3c\u002Fe63ce0c11c1bd3864c76116f662c3335b467d00da20dc70318e2a81e7b908f5b.jpg",{"id":81,"filename":82,"title":83,"pages":84,"size_bytes":85,"lang":7,"doc_version":7,"published_at":7,"role":86,"outline_count":87,"thumb":88},97978,"sbau232a.pdf","ADC3660 and ADC364x Evaluation Module (Rev. A)",33,2875774,"user_manual",24,"\u002Fthumbs\u002F8c\u002F9b\u002F8c9bee4394d5338abaade709b271288bfb33e91ada897284822b8dad30c83b92.jpg",{"id":90,"filename":91,"title":92,"pages":93,"size_bytes":94,"lang":7,"doc_version":7,"published_at":7,"role":86,"outline_count":95,"thumb":96},98018,"sbau294a.pdf","ADC354xEVM User's Guide (Rev. A)",9,630746,20,"\u002Fthumbs\u002F00\u002F65\u002F0065bc5cf2f235784d15039dea2d970117a1c5ad676449cb15080f7cb25fc157.jpg",{"id":98,"filename":99,"title":100,"pages":101,"size_bytes":102,"lang":7,"doc_version":7,"published_at":7,"role":86,"outline_count":87,"thumb":103},98059,"sbau366b.pdf","ADC36xx Evaluation Module (Rev. B)",37,2934341,"\u002Fthumbs\u002F3f\u002Ff7\u002F3ff796f1cd5baf26ac96839e6baf7b5020ed2121b40daa77c6366bae2b5fef5d.jpg",{"id":105,"filename":106,"title":107,"pages":108,"size_bytes":109,"lang":7,"doc_version":7,"published_at":7,"role":86,"outline_count":110,"thumb":111},98112,"sbau440.pdf","ADS9219 Evaluation Module User's Guide",31,3026476,35,"\u002Fthumbs\u002Fb3\u002Fda\u002Fb3da1549b3ad313be0b2d6494d566770993f653d78497b853fc209c393f0ceea.jpg",{"id":113,"filename":114,"title":115,"pages":116,"size_bytes":117,"lang":7,"doc_version":7,"published_at":7,"role":86,"outline_count":118,"thumb":119},99974,"slou392.pdf","THS4541RGT EVM User's Guide",13,1277343,16,"\u002Fthumbs\u002Fdd\u002F38\u002Fdd385512817bc461db8d718b8f2b097abf9eafcfc2153c7b7a0ffe7051e3ac4e.jpg",[],[],[],[124,127,130,133,136,140,144,147,150,153,156,159,162,165,168,171,174,178,181,184],{"pn_display":125,"pn_norm":125,"package":7,"summary":126},"THS4001","270-MHz High-Speed Voltage-Feedback Amplifier datasheet (Rev. A)",{"pn_display":128,"pn_norm":128,"package":7,"summary":129},"THS4012","290-MHz Low-Distortion High-Speed Amplifiers datasheet (Rev. E)",{"pn_display":131,"pn_norm":131,"package":7,"summary":132},"THS4022","THS402x 2GHz, 10V\u002FV Stable, Low-Noise, High-Speed Amplifiers datasheet (Rev. F)",{"pn_display":134,"pn_norm":134,"package":7,"summary":135},"THS4032","THS403x 100MHz, Low-Noise, High-Speed Amplifiers datasheet (Rev. L)",{"pn_display":137,"pn_norm":138,"package":7,"summary":139},"THS4032-EP","THS4032EP","100-MHz Low-Noise High-Speed Amplifier datasheet",{"pn_display":141,"pn_norm":142,"package":7,"summary":143},"THS4041-Q1","THS4041Q1","165-MHz C-Stable High Speed Amplifier datasheet (Rev. B)",{"pn_display":145,"pn_norm":145,"package":7,"summary":146},"THS4042","165-MHz C-Stable High-Speed Amplifiers datasheet (Rev. B)",{"pn_display":148,"pn_norm":148,"package":7,"summary":149},"THS4052","70-MHz High-Speed Amplifiers datasheet (Rev. D)",{"pn_display":151,"pn_norm":151,"package":7,"summary":152},"THS4062","180-MHz High-Speed Amplifiers datasheet (Rev. E)",{"pn_display":154,"pn_norm":154,"package":7,"summary":155},"THS4082","175-MHz Low-Power High-Speed Amplifiers datasheet (Rev. D)",{"pn_display":157,"pn_norm":157,"package":7,"summary":158},"THS4121","THS4120, THS4121: High-Speed Fully Differential-I\u002FO Amplifier datasheet (Rev. D)",{"pn_display":160,"pn_norm":160,"package":7,"summary":161},"THS4131","THS413x High-Speed, Low-Noise, Fully-Differential I\u002FO Amplifiers datasheet (Rev. L)",{"pn_display":163,"pn_norm":163,"package":7,"summary":164},"THS4141","High-Speed Fully Differential I\u002FO Amplifiers datasheet (Rev. F)",{"pn_display":166,"pn_norm":166,"package":7,"summary":167},"THS4151","High-Speed Differential I\u002FO Amplifiers datasheet (Rev. G)",{"pn_display":169,"pn_norm":169,"package":7,"summary":170},"THS4215","THS4211, THS4215: Low-Distortion High-Speed Voltage Feedback Amplifier datasheet (Rev. E)",{"pn_display":172,"pn_norm":172,"package":7,"summary":173},"THS4226","Low-Distortion High-Speed Rail-to-Rail Output Operational Amplifiers datasheet (Rev. G)",{"pn_display":175,"pn_norm":176,"package":7,"summary":177},"THS4271-EP","THS4271EP","Low Noise High Slew Rate Unity Gain Stable Voltage Feedback Amp. datasheet (Rev. C)",{"pn_display":179,"pn_norm":179,"package":7,"summary":180},"THS4281","Very Low-Power, High-Speed, Rail-to-Rail Input and Output Voltage-Feedback Operational Amplifier datasheet (Rev. B)",{"pn_display":182,"pn_norm":182,"package":7,"summary":183},"THS4302","Wideband Fixed-Gain Amplifier datasheet (Rev. H)",{"pn_display":185,"pn_norm":185,"package":7,"summary":186},"THS4303","Wideband Fixed-Gain Amplifier datasheet (Rev. B)",[188,191,194,197,200,203,206,209,212,215,217,220],{"pn_display":189,"pn_norm":189,"summary":190},"TPS5430","5.5V 至 36V 输入、3A、500kHz 降压转换器",{"pn_display":192,"pn_norm":192,"summary":193},"TPS5430DDAR","5.5V 至 36V 输入、3A、500kHz 降压转换器（卷带）",{"pn_display":195,"pn_norm":195,"summary":196},"TPS5431","5.5V 至 23V 输入、3A、500kHz 降压转换器",{"pn_display":198,"pn_norm":198,"summary":199},"TLV9064","10MHz 低噪声 RRIO 四路运算放大器",{"pn_display":201,"pn_norm":201,"summary":202},"TLV9062","10MHz 低噪声 RRIO 双路运算放大器",{"pn_display":204,"pn_norm":204,"summary":205},"LM317","1.25V 至 37V 可调、1.5A 三端线性稳压器",{"pn_display":207,"pn_norm":207,"summary":208},"SN65HVD75","3.3V 半双工 RS-485 收发器 20Mbps",{"pn_display":210,"pn_norm":210,"summary":211},"SN65HVD72","3.3V 半双工 RS-485 收发器",{"pn_display":213,"pn_norm":213,"summary":214},"TLV9061","10MHz 低噪声 RRIO 单路运算放大器",{"pn_display":216,"pn_norm":216,"summary":7},"XTR111",{"pn_display":218,"pn_norm":218,"summary":219},"CC1101","Low-Power Sub-1 GHz RF Transceiver datasheet (Rev. I)",{"pn_display":221,"pn_norm":221,"summary":222},"TPS53820","Integrated Step-Down Converter with SVID Interface for Intel® CPU Power Supply datasheet"]