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17:12:56",{"text":11,"minutes":126,"time":127,"words":128},2.1,126000,420,{"stem":130,"path":131,"title":132,"date":133,"collapsed":9,"readingTime":134},"posts\u002FUGCourses\u002F2.sophomore-autumn\u002FProbability-Theory","\u002F2025\u002F01\u002F21\u002FProbability-Theory","概率论与数理统计","2025-01-21 12:52:11",{"text":11,"minutes":135,"time":136,"words":137},2.205,132300,441,{"stem":139,"path":140,"title":141,"date":142,"collapsed":9,"readingTime":143},"posts\u002FUGCourses\u002F2.sophomore-autumn\u002Fengineering-training","\u002F2024\u002F09\u002F17\u002Fengineering-training","工程训练","2024-09-17 21:40:26",{"text":11,"minutes":144,"time":145,"words":146},2.385,143100,477,{"stem":148,"path":149,"title":150,"date":78,"collapsed":9,"readingTime":151},"posts\u002FUGCourses\u002F2.sophomore-autumn\u002Findex","\u002Fugcourses\u002Fsophomore-autumn","大二秋冬",{"text":80,"minutes":81,"time":81,"words":81},{"stem":153,"path":154,"title":155,"date":156,"collapsed":9,"readingTime":157},"posts\u002FUGCourses\u002F2.sophomore-autumn\u002Fsolid-state-physics","\u002F2024\u002F09\u002F11\u002Fsolid-state-physics","固体物理基础","2024-09-11 19:15:26",{"text":158,"minutes":159,"time":160,"words":161},"4 min read",3.21,192600,642,{"stem":163,"path":164,"title":165,"date":166,"collapsed":9,"readingTime":167},"posts\u002FUGCourses\u002F3.sophomore-spring\u002FAIFrontier","\u002Fugcourses\u002Fsophomore-spring\u002Faifrontier","人工智能前沿","2025-06-12 14:58:16",{"text":168,"minutes":169,"time":170,"words":171},"25 min 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19:39:00",{"text":60,"minutes":200,"time":201,"words":202},0.535,32100,107,{"stem":204,"path":205,"title":206,"date":207,"collapsed":9,"readingTime":208},"posts\u002FUGCourses\u002F4.junior-autumn\u002F1.microelectronic-devices\u002FLecture10","\u002Fugcourses\u002Fjunior-autumn\u002Fmicroelectronic-devices\u002Flecture10","Lecture 10：从 MOS 电容到 MOSFET","2026-09-10 00:10:00",{"text":209,"minutes":210,"time":211,"words":212},"18 min read",17.615,1056900,3523,{"stem":214,"path":215,"title":216,"date":217,"collapsed":9,"readingTime":218},"posts\u002FUGCourses\u002F4.junior-autumn\u002F1.microelectronic-devices\u002FLecture11","\u002Fugcourses\u002Fjunior-autumn\u002Fmicroelectronic-devices\u002Flecture11","Lecture 11：亚阈值效应与 MOSFET 尺寸缩放","2026-09-10 00:20:00",{"text":219,"minutes":220,"time":221,"words":222},"23 min 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00:50:00",{"text":21,"minutes":51,"time":52,"words":53},{"stem":340,"path":341,"title":342,"date":198,"collapsed":343,"readingTime":344},"posts\u002FUGCourses\u002F4.junior-autumn\u002F1.microelectronic-devices\u002Findex","\u002Fugcourses\u002Fjunior-autumn\u002Fmicroelectronic-devices","微电子器件",true,{"text":158,"minutes":345,"time":346,"words":347},3.055,183300,611,{"stem":349,"path":350,"title":351,"date":352,"collapsed":9,"readingTime":353},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F1.HistoryMetaCharacters","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fhistorymetacharacters","History & Meta Characters","2026-09-10 20:25:44",{"text":269,"minutes":354,"time":355,"words":356},9.36,561600,1872,{"stem":358,"path":359,"title":360,"date":361,"collapsed":9,"readingTime":362},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F10.PastExams\u002F1.ExamAutumn2223","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fpastexams\u002Fexamautumn2223","22-23 秋冬历年卷","2026-09-10 20:26:49",{"text":319,"minutes":363,"time":364,"words":365},20.295,1217700,4059,{"stem":367,"path":368,"title":369,"date":370,"collapsed":9,"readingTime":371},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F10.PastExams\u002F2.Exam2021","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fpastexams\u002Fexam2021","20-21 历年卷","2026-09-10 20:26:50",{"text":289,"minutes":290,"time":291,"words":292},{"stem":373,"path":374,"title":375,"date":376,"collapsed":9,"readingTime":377},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F10.PastExams\u002F3.ExamRecall1","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fpastexams\u002Fexamrecall1","不知名回忆卷 1","2026-09-10 20:26:51",{"text":116,"minutes":378,"time":379,"words":380},4.215,252900,843,{"stem":382,"path":383,"title":384,"date":385,"collapsed":9,"readingTime":386},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F10.PastExams\u002F4.ExamRecall23","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fpastexams\u002Fexamrecall23","不知名回忆卷 2\u002F3","2026-09-10 20:26:52",{"text":387,"minutes":388,"time":389,"words":390},"12 min read",11.235,674100,2247,{"stem":392,"path":393,"title":394,"date":395,"collapsed":9,"readingTime":396},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F11.Detailed\u002F1.Chapter1-Introduction","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fdetailed\u002Fchapter1-introduction","Chapter 1：Introduction","2026-09-10 20:27:26",{"text":397,"minutes":398,"time":399,"words":400},"19 min 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20:27:54",{"text":209,"minutes":454,"time":455,"words":456},17.85,1071000,3570,{"stem":458,"path":459,"title":460,"date":461,"collapsed":9,"readingTime":462},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F11.Detailed\u002F8.Chapter8-CProgrammingInUnix","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fdetailed\u002Fchapter8-cprogramminginunix","Chapter 8：C Programming in Unix","2026-09-10 20:27:57",{"text":463,"minutes":464,"time":465,"words":466},"17 min read",16.855,1011300,3371,{"stem":468,"path":469,"title":470,"date":471,"collapsed":9,"readingTime":472},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F2.LinuxUnix","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Flinuxunix","Linux & Unix","2026-09-10 20:25:46",{"text":41,"minutes":473,"time":474,"words":475},29.33,1759800,5866,{"stem":477,"path":478,"title":479,"date":480,"collapsed":9,"readingTime":481},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F3.Vi","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fvi","Vi","2026-09-10 20:25:47",{"text":329,"minutes":482,"time":483,"words":484},7.95,477000,1590,{"stem":486,"path":487,"title":488,"date":489,"collapsed":9,"readingTime":490},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F4.ViCopy","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fvicopy","Vi（详细版）","2026-09-10 20:25:49",{"text":279,"minutes":491,"time":492,"words":493},13.785,827100,2757,{"stem":495,"path":496,"title":497,"date":498,"collapsed":9,"readingTime":499},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F5.Shells","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fshells","Shells","2026-09-10 20:25:51",{"text":500,"minutes":501,"time":502,"words":503},"22 min read",21.21,1272600,4242,{"stem":505,"path":506,"title":507,"date":508,"collapsed":9,"readingTime":509},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F6.Network","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fnetwork","Network","2026-09-10 20:25:54",{"text":319,"minutes":510,"time":511,"words":512},20.595,1235700,4119,{"stem":514,"path":515,"title":516,"date":517,"collapsed":9,"readingTime":518},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F7.SystemAdministration","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fsystemadministration","System Administration","2026-09-10 20:26:44",{"text":329,"minutes":519,"time":520,"words":521},7.12,427200,1424,{"stem":523,"path":524,"title":525,"date":526,"collapsed":9,"readingTime":527},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F8.XWindow","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fxwindow","XWindow","2026-09-10 20:26:45",{"text":97,"minutes":528,"time":529,"words":530},5.105,306300,1021,{"stem":532,"path":533,"title":534,"date":535,"collapsed":9,"readingTime":536},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002F9.SystemDevelopmentTools","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad\u002Fsystemdevelopmenttools","System Development Tools","2026-09-10 20:26:47",{"text":387,"minutes":537,"time":538,"words":539},11.35,681000,2270,{"stem":541,"path":542,"title":543,"date":544,"collapsed":343,"readingTime":545},"posts\u002FUGCourses\u002F4.junior-autumn\u002F2.ICCAD\u002Findex","\u002Fugcourses\u002Fjunior-autumn\u002Ficcad","面向 ICCAD 的软件基础技术","2026-09-10 12:37:00",{"text":60,"minutes":546,"time":547,"words":548},0.185,11100,37,{"stem":550,"path":551,"title":552,"date":553,"collapsed":9,"readingTime":554},"posts\u002FUGCourses\u002F4.junior-autumn\u002F3.HDL\u002FFeiQilai1","\u002Fugcourses\u002Fjunior-autumn\u002Fhdl\u002Ffeiqilai1","飞起来1.0","2026-09-10 12:51:49",{"text":555,"minutes":556,"time":557,"words":558},"105 min read",104.655,6279300,20931,{"stem":560,"path":561,"title":562,"date":563,"collapsed":9,"readingTime":564},"posts\u002FUGCourses\u002F4.junior-autumn\u002F3.HDL\u002FFeiQilai2","\u002Fugcourses\u002Fjunior-autumn\u002Fhdl\u002Ffeiqilai2","飞起来2.0","2026-09-10 12:52:06",{"text":565,"minutes":566,"time":567,"words":568},"29 min read",28.755,1725300,5751,{"stem":570,"path":571,"title":572,"date":573,"collapsed":9,"readingTime":574},"posts\u002FUGCourses\u002F4.junior-autumn\u002F3.HDL\u002FFeiQilai3","\u002Fugcourses\u002Fjunior-autumn\u002Fhdl\u002Ffeiqilai3","飞起来3.0","2026-09-10 12:52:12",{"text":116,"minutes":575,"time":576,"words":577},4.49,269400,898,{"stem":579,"path":580,"title":581,"date":582,"collapsed":9,"readingTime":583},"posts\u002FUGCourses\u002F4.junior-autumn\u002F3.HDL\u002FLecture13","\u002Fugcourses\u002Fjunior-autumn\u002Fhdl\u002Flecture13","Lecture 13：浮点数标准","2026-09-10 12:51:27",{"text":11,"minutes":584,"time":585,"words":586},2.575,154500,515,{"stem":588,"path":589,"title":590,"date":591,"collapsed":9,"readingTime":592},"posts\u002FUGCourses\u002F4.junior-autumn\u002F3.HDL\u002FLecture6","\u002Fugcourses\u002Fjunior-autumn\u002Fhdl\u002Flecture6","Lecture 6：Behavioral Modeling，非阻塞赋值","2026-09-10 12:51:12",{"text":97,"minutes":593,"time":594,"words":595},5.34,320400,1068,{"stem":597,"path":598,"title":599,"date":600,"collapsed":9,"readingTime":601},"posts\u002FUGCourses\u002F4.junior-autumn\u002F3.HDL\u002FPPTCorrespondence","\u002Fugcourses\u002Fjunior-autumn\u002Fhdl\u002Fpptcorrespondence","与PPT的对应","2026-09-10 12:52:18",{"text":269,"minutes":602,"time":603,"words":604},9.275,556500,1855,{"stem":606,"path":607,"title":608,"date":544,"collapsed":343,"readingTime":609},"posts\u002FUGCourses\u002F4.junior-autumn\u002F3.HDL\u002Findex","\u002Fugcourses\u002Fjunior-autumn\u002Fhdl","硬件描述语言原理与应用",{"text":60,"minutes":61,"time":62,"words":63},{"stem":611,"path":612,"title":613,"date":614,"collapsed":9,"readingTime":615},"posts\u002FUGCourses\u002F4.junior-autumn\u002F4.analogICDesign\u002F1.BeforeMidterm","\u002Fugcourses\u002Fjunior-autumn\u002Fanalogicdesign\u002Fbeforemidterm","期中前","2026-09-10 20:28:52",{"text":616,"minutes":617,"time":618,"words":619},"11 min read",10.835,650100,2167,{"stem":621,"path":622,"title":623,"date":624,"collapsed":9,"readingTime":625},"posts\u002FUGCourses\u002F4.junior-autumn\u002F4.analogICDesign\u002F2.MidtermExam2425","\u002Fugcourses\u002Fjunior-autumn\u002Fanalogicdesign\u002Fmidtermexam2425","24-25 期中","2026-09-10 20:29:00",{"text":21,"minutes":626,"time":627,"words":628},1.22,73200,244,{"stem":630,"path":631,"title":632,"date":633,"collapsed":9,"readingTime":634},"posts\u002FUGCourses\u002F4.junior-autumn\u002F4.analogICDesign\u002F3.FinalExamReview","\u002Fugcourses\u002Fjunior-autumn\u002Fanalogicdesign\u002Ffinalexamreview","期末考试整理","2026-09-10 20:29:09",{"text":387,"minutes":635,"time":636,"words":637},11.36,681600,2272,{"stem":639,"path":640,"title":641,"date":642,"collapsed":343,"readingTime":643},"posts\u002FUGCourses\u002F4.junior-autumn\u002F4.analogICDesign\u002Findex","\u002Fugcourses\u002Fjunior-autumn\u002Fanalogicdesign","模拟集成电路设计","2026-09-10 20:00:00",{"text":80,"minutes":81,"time":81,"words":81},{"stem":645,"path":646,"title":647,"date":78,"collapsed":9,"readingTime":648},"posts\u002FUGCourses\u002F4.junior-autumn\u002Findex","\u002Fugcourses\u002Fjunior-autumn","大三秋冬",{"text":80,"minutes":81,"time":81,"words":81},{"stem":650,"path":651,"title":652,"date":653,"collapsed":9,"readingTime":654},"posts\u002FUGCourses\u002F5.junior-spring\u002F1.digitalICDesign\u002F1.Chapter3-Device","\u002Fugcourses\u002Fjunior-spring\u002Fdigitalicdesign\u002Fchapter3-device","Chapter 3：器件 Device","2026-09-10 21:14:41",{"text":249,"minutes":655,"time":656,"words":657},6.055,363300,1211,{"stem":659,"path":660,"title":661,"date":653,"collapsed":9,"readingTime":662},"posts\u002FUGCourses\u002F5.junior-spring\u002F1.digitalICDesign\u002F10.Chapter12-Arithmetic","\u002Fugcourses\u002Fjunior-spring\u002Fdigitalicdesign\u002Fchapter12-arithmetic","Chapter 12：算术运算电路 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期中试题",{"text":80,"minutes":81,"time":81,"words":81},{"stem":693,"path":694,"title":695,"date":653,"collapsed":9,"readingTime":696},"posts\u002FUGCourses\u002F5.junior-spring\u002F1.digitalICDesign\u002F13.PastExams\u002F3.FinalPolished","\u002Fugcourses\u002Fjunior-spring\u002Fdigitalicdesign\u002Fpastexams\u002Ffinalpolished","期末历年卷（AI 润色版）",{"text":21,"minutes":697,"time":698,"words":699},1.575,94500,315,{"stem":701,"path":702,"title":703,"date":653,"collapsed":9,"readingTime":704},"posts\u002FUGCourses\u002F5.junior-spring\u002F1.digitalICDesign\u002F14.ExamRecall2026","\u002Fugcourses\u002Fjunior-spring\u002Fdigitalicdesign\u002Fexamrecall2026","数字集成电路回忆 2026",{"text":60,"minutes":705,"time":706,"words":707},0.49,29400,98,{"stem":709,"path":710,"title":711,"date":653,"collapsed":9,"readingTime":712},"posts\u002FUGCourses\u002F5.junior-spring\u002F1.digitalICDesign\u002F2.Chapter4-Wire","\u002Fugcourses\u002Fjunior-spring\u002Fdigitalicdesign\u002Fchapter4-wire","Chapter 4：导线 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Gate",{"text":31,"minutes":729,"time":730,"words":731},8.635,518100,1727,{"stem":733,"path":734,"title":735,"date":653,"collapsed":9,"readingTime":736},"posts\u002FUGCourses\u002F5.junior-spring\u002F1.digitalICDesign\u002F5.Chapter7-SequentialLogic","\u002Fugcourses\u002Fjunior-spring\u002Fdigitalicdesign\u002Fchapter7-sequentiallogic","Chapter 7：时序逻辑 Sequential Logic",{"text":463,"minutes":737,"time":738,"words":739},16.645,998700,3329,{"stem":741,"path":742,"title":743,"date":653,"collapsed":9,"readingTime":744},"posts\u002FUGCourses\u002F5.junior-spring\u002F1.digitalICDesign\u002F6.Chapter8-Speed","\u002Fugcourses\u002Fjunior-spring\u002Fdigitalicdesign\u002Fchapter8-speed","Chapter 8：延迟与速度 Speed",{"text":745,"minutes":746,"time":747,"words":748},"33 min read",32.885,1973100,6577,{"stem":750,"path":751,"title":752,"date":653,"collapsed":9,"readingTime":753},"posts\u002FUGCourses\u002F5.junior-spring\u002F1.digitalICDesign\u002F7.Chapter9-Power","\u002Fugcourses\u002Fjunior-spring\u002Fdigitalicdesign\u002Fchapter9-power","Chapter 9：功耗 Power",{"text":754,"minutes":755,"time":756,"words":757},"31 min read",31.005,1860300,6201,{"stem":759,"path":760,"title":761,"date":653,"collapsed":9,"readingTime":762},"posts\u002FUGCourses\u002F5.junior-spring\u002F1.digitalICDesign\u002F8.Chapter10-Interconnect","\u002Fugcourses\u002Fjunior-spring\u002Fdigitalicdesign\u002Fchapter10-interconnect","Chapter 10：互连 Interconnect",{"text":463,"minutes":763,"time":764,"words":765},16.32,979200,3264,{"stem":767,"path":768,"title":769,"date":653,"collapsed":9,"readingTime":770},"posts\u002FUGCourses\u002F5.junior-spring\u002F1.digitalICDesign\u002F9.Chapter11-Timing","\u002Fugcourses\u002Fjunior-spring\u002Fdigitalicdesign\u002Fchapter11-timing","Chapter 11：时序 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read",43.985,2639100,8797,{"stem":824,"path":825,"title":826,"date":653,"collapsed":9,"readingTime":827},"posts\u002FUGCourses\u002F5.junior-spring\u002F2.computerOrganization\u002F14.L15","\u002Fugcourses\u002Fjunior-spring\u002Fcomputerorganization\u002Fl15","L15：期末复习问答",{"text":269,"minutes":828,"time":829,"words":830},9.105,546300,1821,{"stem":832,"path":833,"title":834,"date":653,"collapsed":9,"readingTime":835},"posts\u002FUGCourses\u002F5.junior-spring\u002F2.computerOrganization\u002F2.L2-Binary","\u002Fugcourses\u002Fjunior-spring\u002Fcomputerorganization\u002Fl2-binary","L2：二进制数制",{"text":80,"minutes":81,"time":81,"words":81},{"stem":837,"path":838,"title":839,"date":653,"collapsed":9,"readingTime":840},"posts\u002FUGCourses\u002F5.junior-spring\u002F2.computerOrganization\u002F3.L3-CMemory","\u002Fugcourses\u002Fjunior-spring\u002Fcomputerorganization\u002Fl3-cmemory","L3：C 语言与内存模型",{"text":841,"minutes":842,"time":843,"words":844},"98 min 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Design",{"text":269,"minutes":860,"time":861,"words":862},9.955,597300,1991,{"stem":864,"path":865,"title":866,"date":653,"collapsed":9,"readingTime":867},"posts\u002FUGCourses\u002F5.junior-spring\u002F2.computerOrganization\u002F7.L6a-SingleCycle","\u002Fugcourses\u002Fjunior-spring\u002Fcomputerorganization\u002Fl6a-singlecycle","L6a：单周期处理器设计",{"text":219,"minutes":868,"time":869,"words":870},22.125,1327500,4425,{"stem":872,"path":873,"title":874,"date":653,"collapsed":9,"readingTime":875},"posts\u002FUGCourses\u002F5.junior-spring\u002F2.computerOrganization\u002F8.L6b-Microcode","\u002Fugcourses\u002Fjunior-spring\u002Fcomputerorganization\u002Fl6b-microcode","L6b：微码处理器架构",{"text":387,"minutes":876,"time":877,"words":878},11.86,711600,2372,{"stem":880,"path":881,"title":882,"date":653,"collapsed":9,"readingTime":883},"posts\u002FUGCourses\u002F5.junior-spring\u002F2.computerOrganization\u002F9.L7-Pipeline","\u002Fugcourses\u002Fjunior-spring\u002Fcomputerorganization\u002Fl7-pipeline","L7：流水线处理器",{"text":177,"minutes":884,"time":885,"words":886},44.505,2670300,8901,{"stem":888,"path":889,"title":890,"date":653,"collapsed":343,"readingTime":891},"posts\u002FUGCourses\u002F5.junior-spring\u002F2.computerOrganization\u002Findex","\u002Fugcourses\u002Fjunior-spring\u002Fcomputerorganization","计算机组成与系统结构",{"text":60,"minutes":892,"time":893,"words":894},0.12,7200,24,{"stem":896,"path":897,"title":898,"date":78,"collapsed":9,"readingTime":899},"posts\u002FUGCourses\u002F5.junior-spring\u002Findex","\u002Fugcourses\u002Fjunior-spring","大三春夏",{"text":80,"minutes":81,"time":81,"words":81},{"stem":901,"path":902,"title":903,"date":78,"collapsed":9,"readingTime":904},"posts\u002FUGCourses\u002Findex","\u002Fugcourses","本科课程",{"text":80,"minutes":81,"time":81,"words":81},{"stem":906,"path":907,"title":908,"date":909,"collapsed":9,"readingTime":910},"posts\u002Fubuntu\u002F1.config","\u002Fubuntu\u002Fconfig","ubuntu 系统配置","2025-08-26 19:38:06",{"text":158,"minutes":911,"time":912,"words":913},3.815,228900,763,{"stem":915,"path":916,"title":917,"date":918,"collapsed":9,"readingTime":919},"posts\u002Fubuntu\u002F2.cadence\u002F1.mmsim","\u002Fubuntu\u002Fcadence\u002Fmmsim","在 Ubuntu 24.04 上安装 Cadence MMSIM 15.1 的兼容性问题","2026-09-09 14:06:40",{"text":158,"minutes":920,"time":921,"words":922},3.5,210000,700,{"stem":924,"path":925,"title":926,"date":918,"collapsed":9,"readingTime":927},"posts\u002Fubuntu\u002F2.cadence\u002F2.innovus","\u002Fubuntu\u002Fcadence\u002Finnovus","Innovus安装",{"text":11,"minutes":928,"time":929,"words":930},2.08,124800,416,{"stem":932,"path":933,"title":934,"date":918,"collapsed":9,"readingTime":935},"posts\u002Fubuntu\u002F2.cadence\u002Findex","\u002Fubuntu\u002Fcadence","Ubuntu24.04安装Cadence 系列软件",{"text":269,"minutes":936,"time":937,"words":938},9.98,598800,1996,{"stem":940,"path":941,"title":942,"date":918,"collapsed":9,"readingTime":943},"posts\u002Fubuntu\u002F3.synopsys","\u002Fubuntu\u002Fsynopsys","Ubuntu 24.04 安装 Synopsys",{"text":269,"minutes":944,"time":945,"words":946},9.555,573300,1911,{"stem":948,"path":949,"title":950,"date":918,"collapsed":9,"readingTime":951},"posts\u002Fubuntu\u002F4.vivado","\u002Fubuntu\u002Fvivado","Ubuntu 24.04 安装 Vivado 2020.1",{"text":60,"minutes":952,"time":953,"words":954},0.62,37200,124,{"stem":956,"path":957,"title":958,"date":918,"collapsed":9,"readingTime":959},"posts\u002Fubuntu\u002F5.migrate","\u002Fubuntu\u002Fmigrate","硬盘迁移系统",{"text":60,"minutes":960,"time":961,"words":962},0.64,38400,128,{"stem":964,"path":965,"title":966,"date":967,"collapsed":9,"readingTime":968},"posts\u002Fubuntu\u002Findex","\u002Fubuntu","Ubuntu装进移动硬盘","2025-08-25 19:38:06",{"text":269,"minutes":969,"time":970,"words":971},9.26,555600,1852,{"id":973,"title":727,"body":974,"categories":1822,"collapsed":9,"date":653,"description":1823,"draft":9,"extension":1824,"hideInArchive":343,"hideInList":343,"image":1825,"meta":1826,"navigation":343,"path":726,"permalink":1825,"published":1825,"readingTime":1828,"recommend":1825,"references":1825,"seo":1829,"sitemap":1830,"stem":725,"tags":1835,"type":1837,"updated":653,"__hash__":1838},"content\u002Fposts\u002FUGCourses\u002F5.junior-spring\u002F1.digitalICDesign\u002F4.Chapter6-LogicGate.md",{"type":975,"value":976,"toc":1804},"minimark",[977,985,999,1005,1011,1016,1019,1026,1029,1035,1039,1045,1050,1053,1058,1068,1073,1076,1081,1096,1099,1104,1286,1292,1296,1408,1413,1415,1418,1430,1433,1587,1610,1613,1736,1759,1770,1773,1797],[978,979,981],"h2",{"id":980},"cmos-电路风格",[982,983,984],"strong",{},"CMOS 电路风格",[986,987,988,991,992,995,996],"p",{},[982,989,990],{},"静态 CMOS"," —— 输出通过一条低电阻路径连接到 ",[982,993,994],{},"V_DD"," 或 ",[982,997,998],{},"GND",[986,1000,1001,1004],{},[982,1002,1003],{},"特点：","噪声容限高；输出阻抗低，输入阻抗高；在稳态时，V_DD 和 GND 之间不存在直接导通通路；延迟取决于负载电容和晶体管电阻",[986,1006,1007,1010],{},[982,1008,1009],{},"动态 CMOS"," —— 依靠高阻抗电路节点上的电容，对信号值进行临时存储",[986,1012,1013,1015],{},[982,1014,1003],{},"门电路更简单、速度更快；对噪声更敏感",[978,1017,1018],{"id":1018},"逻辑门的完备性",[986,1020,1021,1022,1025],{},"若函数集f1、f2 ，...  是",[982,1023,1024],{},"完备","的，则意味着所有布尔函数均可通过这些函数的组合生成。",[986,1027,1028],{},"NAND是完备集；NOR是完备集；{AND，OR}则非完备集。传输门不构成完备集。",[1030,1031,1032],"blockquote",{},[986,1033,1034],{},"若逻辑门集非完备，则无法实现任意逻辑设计。",[978,1036,1038],{"id":1037},"静态互补型cmos-static-complementary-cmos","静态互补型CMOS | Static Complementary CMOS",[986,1040,1041],{},[1042,1043],"img",{"alt":1042,"src":1044},"\u002Fimg\u002FDigitalICDesign\u002FChapter6-LogicGate-01.png",[986,1046,1047],{},[982,1048,1049],{},"Pull-up network (PUN) 上拉网络使用PMOS；Pull-down network (PDN) 下拉网络使用NMOS",[986,1051,1052],{},"原因如下图：见课本P157",[986,1054,1055],{},[1042,1056],{"alt":1042,"src":1057},"\u002Fimg\u002FDigitalICDesign\u002FChapter6-LogicGate-02.png",[986,1059,1060,1061,1064,1065],{},"上拉网络和下拉网络属于",[982,1062,1063],{},"对偶网络。","N输入静态逻辑门的晶体管数量：",[982,1066,1067],{},"2N。",[986,1069,1070],{},[1042,1071],{"alt":1042,"src":1072},"\u002Fimg\u002FDigitalICDesign\u002FChapter6-LogicGate-03.png",[1074,1075],"hr",{},[1077,1078,1080],"h3",{"id":1079},"cmos组合逻辑电路总结","CMOS组合逻辑电路总结",[986,1082,1083,1084,1087,1088,1091,1092,1095],{},"这页笔记的核心是",[982,1085,1086],{},"对比各种CMOS组合逻辑的优缺点","，分为",[982,1089,1090],{},"静态","和",[982,1093,1094],{},"动态","两大类。",[986,1097,1098],{},"区分标准：①是否有从V_DD到GND的直流通路；②是否需要CLK。",[1100,1101,1103],"h4",{"id":1102},"一静态逻辑无clk","一、静态逻辑（无CLK）",[1105,1106,1107,1135],"table",{},[1108,1109,1110],"thead",{},[1111,1112,1113,1117,1120,1123,1126,1129,1132],"tr",{},[1114,1115,1116],"th",{},"风格",[1114,1118,1119],{},"门数",[1114,1121,1122],{},"抗噪",[1114,1124,1125],{},"静态功耗",[1114,1127,1128],{},"轨至轨",[1114,1130,1131],{},"有\u002F无比",[1114,1133,1134],{},"备注",[1136,1137,1138,1162,1185,1205,1225,1247,1267],"tbody",{},[1111,1139,1140,1144,1147,1150,1153,1156,1159],{},[1141,1142,1143],"td",{},"互补CMOS",[1141,1145,1146],{},"2N",[1141,1148,1149],{},"好",[1141,1151,1152],{},"无",[1141,1154,1155],{},"✓强",[1141,1157,1158],{},"无比",[1141,1160,1161],{},"最经典，但晶体管多",[1111,1163,1164,1167,1170,1173,1176,1179,1182],{},[1141,1165,1166],{},"伪NMOS",[1141,1168,1169],{},"N+1",[1141,1171,1172],{},"差",[1141,1174,1175],{},"有",[1141,1177,1178],{},"非0→V_DD",[1141,1180,1181],{},"有比",[1141,1183,1184],{},"省管子，但有静态功耗",[1111,1186,1187,1190,1193,1195,1197,1200,1202],{},[1141,1188,1189],{},"DCVSL",[1141,1191,1192],{},"2N+2",[1141,1194,1149],{},[1141,1196,1152],{},[1141,1198,1199],{},"✓",[1141,1201,1175],{},[1141,1203,1204],{},"管子多，消除时差问题",[1111,1206,1207,1210,1213,1215,1217,1220,1222],{},[1141,1208,1209],{},"PT（传输管）",[1141,1211,1212],{},"N",[1141,1214,1172],{},[1141,1216,1175],{},[1141,1218,1219],{},"衰减(V_DD−V_th)",[1141,1221,1152],{},[1141,1223,1224],{},"阈值损失，不可再生",[1111,1226,1227,1230,1233,1236,1239,1242,1244],{},[1141,1228,1229],{},"CPL",[1141,1231,1232],{},"2N+反",[1141,1234,1235],{},"较差",[1141,1237,1238],{},"有(反相器上)",[1141,1240,1241],{},"✓反",[1141,1243,1152],{},[1141,1245,1246],{},"互补传输管逻辑",[1111,1248,1249,1252,1255,1258,1260,1262,1264],{},[1141,1250,1251],{},"PT->(电平恢复器)",[1141,1253,1254],{},"N+3",[1141,1256,1257],{},"较好",[1141,1259,1152],{},[1141,1261,1241],{},[1141,1263,1175],{},[1141,1265,1266],{},"解决PT阈值损失",[1111,1268,1269,1272,1275,1277,1279,1281,1283],{},[1141,1270,1271],{},"PT->TG",[1141,1273,1274],{},"t+t",[1141,1276,1149],{},[1141,1278,1152],{},[1141,1280,1241],{},[1141,1282,1152],{},[1141,1284,1285],{},"NMOS+PMOS并联，无阈值损失",[986,1287,1288,1291],{},[982,1289,1290],{},"关键取舍","：互补CMOS最优但管子数2N最多；伪NMOS\u002FPT省管子但牺牲摆幅和功耗；TG是传输管的最佳改进。",[1100,1293,1295],{"id":1294},"二动态逻辑需clk","二、动态逻辑（需CLK）",[1105,1297,1298,1314],{},[1108,1299,1300],{},[1111,1301,1302,1304,1306,1308,1310,1312],{},[1114,1303,1116],{},[1114,1305,1119],{},[1114,1307,1122],{},[1114,1309,1128],{},[1114,1311,1131],{},[1114,1313,1134],{},[1136,1315,1316,1334,1353,1372,1389],{},[1111,1317,1318,1321,1324,1327,1329,1331],{},[1141,1319,1320],{},"普通动态",[1141,1322,1323],{},"N+2",[1141,1325,1326],{},"弱",[1141,1328,1199],{},[1141,1330,1152],{},[1141,1332,1333],{},"管子数最少，频率最低限制",[1111,1335,1336,1339,1342,1345,1347,1350],{},[1141,1337,1338],{},"动态+泄露器",[1141,1340,1341],{},"+",[1141,1343,1344],{},"↑增强",[1141,1346,1199],{},[1141,1348,1349],{},"有(弱有比)",[1141,1351,1352],{},"改善抗噪",[1111,1354,1355,1358,1361,1364,1366,1369],{},[1141,1356,1357],{},"多米诺(多级)",[1141,1359,1360],{},"+2(反)",[1141,1362,1363],{},"↑",[1141,1365,1199],{},[1141,1367,1368],{},"无(加泄露器有)",[1141,1370,1371],{},"非反向逻辑,Domino",[1111,1373,1374,1377,1380,1382,1384,1386],{},[1141,1375,1376],{},"无脚无预充",[1141,1378,1379],{},"--",[1141,1381,1326],{},[1141,1383,1199],{},[1141,1385,1152],{},[1141,1387,1388],{},"预充电时间长，功耗↑↑",[1111,1390,1391,1394,1397,1400,1403,1405],{},[1141,1392,1393],{},"双轨多扇出",[1141,1395,1396],{},"2×",[1141,1398,1399],{},"↑↑",[1141,1401,1402],{},"✓(PMOS)",[1141,1404,1152],{},[1141,1406,1407],{},"解决非反向问题，功耗↑↑",[986,1409,1410,1412],{},[982,1411,1290],{},"：动态逻辑管子少、速度快，但抗噪差（电荷泄漏、电荷分享）；Domino级联解决了只能实现反向逻辑的问题；双轨进一步解决但面积和功耗翻倍。",[1074,1414],{},[1100,1416,1417],{"id":1417},"一句话总结",[1030,1419,1420],{},[986,1421,1422,1425,1426,1429],{},[982,1423,1424],{},"静态逻辑稳但慢（管子多），动态逻辑快但脆（抗噪差）","。各种变体都是在",[982,1427,1428],{},"速度、面积、功耗、摆幅、抗噪","之间做trade-off。",[1077,1431,1103],{"id":1432},"一静态逻辑无clk-1",[1105,1434,1435,1453],{},[1108,1436,1437],{},[1111,1438,1439,1441,1443,1445,1447,1449,1451],{},[1114,1440,1116],{},[1114,1442,1119],{},[1114,1444,1122],{},[1114,1446,1125],{},[1114,1448,1128],{},[1114,1450,1131],{},[1114,1452,1134],{},[1136,1454,1455,1474,1492,1510,1529,1548,1569],{},[1111,1456,1457,1459,1461,1464,1466,1469,1471],{},[1141,1458,1143],{},[1141,1460,1146],{},[1141,1462,1463],{},"很好",[1141,1465,1152],{},[1141,1467,1468],{},"√强",[1141,1470,1158],{},[1141,1472,1473],{},"最经典、最稳健，但晶体管数最多",[1111,1475,1476,1478,1480,1482,1484,1487,1489],{},[1141,1477,1166],{},[1141,1479,1169],{},[1141,1481,1235],{},[1141,1483,1175],{},[1141,1485,1486],{},"非严格满摆幅（低电平抬高）",[1141,1488,1181],{},[1141,1490,1491],{},"省管子，但有静态功耗，噪声裕量下降",[1111,1493,1494,1496,1498,1500,1502,1505,1507],{},[1141,1495,1189],{},[1141,1497,1192],{},[1141,1499,1257],{},[1141,1501,1152],{},[1141,1503,1504],{},"√",[1141,1506,1181],{},[1141,1508,1509],{},"差分+正反馈，同时输出互补信号；满摆幅，但尺寸关系仍重要",[1111,1511,1512,1514,1516,1518,1521,1524,1526],{},[1141,1513,1209],{},[1141,1515,1212],{},[1141,1517,1172],{},[1141,1519,1520],{},"与后级连接有",[1141,1522,1523],{},"衰减（约 (V_-V_)）",[1141,1525,1158],{},[1141,1527,1528],{},"阈值损失、不可再生，不适合长链级联",[1111,1530,1531,1533,1536,1539,1541,1544,1546],{},[1141,1532,1229],{},[1141,1534,1535],{},"2N+反相器\u002F恢复器",[1141,1537,1538],{},"中等偏好",[1141,1540,1520],{},[1141,1542,1543],{},"恢复后可满摆幅",[1141,1545,1158],{},[1141,1547,1246],{},[1111,1549,1550,1553,1555,1557,1560,1563,1566],{},[1141,1551,1552],{},"PT→电平恢复器",[1141,1554,1254],{},[1141,1556,1257],{},[1141,1558,1559],{},"基本无",[1141,1561,1562],{},"√\u002F反",[1141,1564,1565],{},"有比（需尺寸配合）",[1141,1567,1568],{},"解决 PT 阈值损失，但会增加内部电容与设计复杂度",[1111,1570,1571,1574,1576,1578,1580,1582,1584],{},[1141,1572,1573],{},"PT→TG",[1141,1575,1146],{},[1141,1577,1149],{},[1141,1579,1152],{},[1141,1581,1562],{},[1141,1583,1158],{},[1141,1585,1586],{},"NMOS+PMOS 并联，无阈值损失；是传输逻辑里更稳健的实现",[986,1588,1589,1590,1593,1594,1597,1598,1601,1602,1605,1606,1609],{},"这里的关键修正是：Rabaey 对 ",[982,1591,1592],{},"PT"," 的表述不是“天然就有静态功耗”，而是",[982,1595,1596],{},"它本体主要问题是阈值损失和不可再生；当退化高电平去驱动后级 CMOS 反相器时，可能出现静态电流","。另外，",[982,1599,1600],{},"CPL 的全名就是 Complementary Pass-Transistor Logic","，并且书里明确说差分结构对噪声鲁棒性有利，所以不宜简单写成“较差”。DCVSL 则确实是",[982,1603,1604],{},"满摆幅、无静态功耗","，但仍属于 ",[982,1607,1608],{},"ratioed"," 风格，不能和互补 CMOS 的鲁棒性完全画等号。",[1077,1611,1295],{"id":1612},"二动态逻辑需clk-1",[1105,1614,1615,1631],{},[1108,1616,1617],{},[1111,1618,1619,1621,1623,1625,1627,1629],{},[1114,1620,1116],{},[1114,1622,1119],{},[1114,1624,1122],{},[1114,1626,1128],{},[1114,1628,1131],{},[1114,1630,1134],{},[1136,1632,1633,1648,1667,1685,1701,1718],{},[1111,1634,1635,1637,1639,1641,1643,1645],{},[1141,1636,1320],{},[1141,1638,1323],{},[1141,1640,1326],{},[1141,1642,1504],{},[1141,1644,1158],{},[1141,1646,1647],{},"管子数少、速度高，但需最小时钟频率",[1111,1649,1650,1653,1656,1659,1661,1664],{},[1141,1651,1652],{},"动态 + 弱保持器（bleeder \u002F keeper）",[1141,1654,1655],{},"+1",[1141,1657,1658],{},"增强",[1141,1660,1504],{},[1141,1662,1663],{},"视实现而定**",[1141,1665,1666],{},"改善抗泄漏、抗噪；实现不当会引入静态功耗或弱 ratio 问题",[1111,1668,1669,1672,1675,1678,1680,1682],{},[1141,1670,1671],{},"多米诺（多级）",[1141,1673,1674],{},"+2（含静态反相器）",[1141,1676,1677],{},"中等",[1141,1679,1504],{},[1141,1681,1158],{},[1141,1683,1684],{},"便于级联，但只能实现非反向逻辑",[1111,1686,1687,1690,1692,1694,1696,1698],{},[1141,1688,1689],{},"去 evaluation 管的 Domino（footless）",[1141,1691,1169],{},[1141,1693,1326],{},[1141,1695,1504],{},[1141,1697,1158],{},[1141,1699,1700],{},"会出现 ripple precharge，还可能带来额外静态\u002F短路功耗，一般不推荐",[1111,1702,1703,1706,1709,1711,1713,1715],{},[1141,1704,1705],{},"双轨 Domino（dual-rail \u002F differential）",[1141,1707,1708],{},"约 2×",[1141,1710,1257],{},[1141,1712,1504],{},[1141,1714,1158],{},[1141,1716,1717],{},"解决“只能非反向”问题，但功耗更高，因为每周期总有一轨发生 0→1",[1111,1719,1720,1723,1726,1729,1731,1733],{},[1141,1721,1722],{},"多输出 Domino（multiple-output）",[1141,1724,1725],{},"共享后更少",[1141,1727,1728],{},"中",[1141,1730,1504],{},[1141,1732,1158],{},[1141,1734,1735],{},"复用 PDN 子函数，减少晶体管数与重复实现",[986,1737,1738,1739,1742,1743,1746,1747,1750,1751,1754,1755,1758],{},"Rabaey 对基本 dynamic gate 的总结很明确：",[982,1740,1741],{},"复杂门通常是 (N+2) 个晶体管，相对静态 CMOS 的 (2N) 更省；它是 non-ratioed；但因为动态节点是高阻存储节点，所以对泄漏、charge sharing、clock feedthrough、耦合噪声更敏感，而且需要最小时钟频率","。Domino 的核心不是“抗噪更强”，而是",[982,1744,1745],{},"通过后接静态反相器实现可级联","；它的硬限制是",[982,1748,1749],{},"只能做非反向逻辑","。双轨 Domino 用来解决这个限制，但代价就是",[982,1752,1753],{},"功耗上升","。而去掉 evaluation transistor 的 footless 变体，书里明确指出会有 ",[982,1756,1757],{},"ripple precharge","，并可能带来静态功耗，因此并不是常规推荐写法。",[986,1760,1761,1762,1765,1766,1769],{},"** 这一行之所以写“视实现而定”，是因为书里区分了两类思路：\n普通 ",[982,1763,1764],{},"static bleeder"," 会带来弱 ratio 问题并可能有静态功耗；而带反馈的 ",[982,1767,1768],{},"keeper\u002Ffeedback bleeder"," 则更接近“改善保持、尽量避免静态功耗”的实现。",[1077,1771,1772],{"id":1772},"一句话版关键取舍",[1774,1775,1776,1783],"ul",{},[1777,1778,1779,1782],"li",{},[982,1780,1781],{},"静态逻辑","：互补 CMOS 最稳健；pseudo-NMOS 用功耗和噪声裕量换面积；PT\u002FCPL 更适合特定结构，不适合简单粗暴地当通用门替代；TG 比纯 PT 稳健得多。",[1777,1784,1785,1788,1789,1792,1793,1796],{},[982,1786,1787],{},"动态逻辑","：优势在",[982,1790,1791],{},"少管子、快","，代价是",[982,1794,1795],{},"更脆弱、更依赖时钟与细节设计","。",[986,1798,1799,1800,1803],{},"要是你愿意，我可以下一条直接把这两张表整理成",[982,1801,1802],{},"更像你截图里那种“考试速记版”","，也就是更短、更适合背诵的版本。",{"title":1805,"searchDepth":1806,"depth":1806,"links":1807},"",4,[1808,1810,1811],{"id":980,"depth":1809,"text":984},2,{"id":1018,"depth":1809,"text":1018},{"id":1037,"depth":1809,"text":1038,"children":1812},[1813,1819,1820,1821],{"id":1079,"depth":1814,"text":1080,"children":1815},3,[1816,1817,1818],{"id":1102,"depth":1806,"text":1103},{"id":1294,"depth":1806,"text":1295},{"id":1417,"depth":1806,"text":1417},{"id":1432,"depth":1814,"text":1103},{"id":1612,"depth":1814,"text":1295},{"id":1772,"depth":1814,"text":1772},[903],"静态与动态 CMOS 电路风格的对比，以及各类组合逻辑门设计的取舍。","md",null,{"slots":1827},{},{"text":31,"minutes":729,"time":730,"words":731},{"title":727,"description":1823},{"loc":726,"images":1831},[1832,1833,1834],{"loc":1044},{"loc":1057},{"loc":1072},[777,1836],"课程笔记","tech","hOcPW51yvar2zDcLXDpXvcUC2vJjVLVZbb72pOy8Zv4",[1840,1841],{"title":719,"path":718,"stem":717,"date":653,"type":1837,"children":-1},{"title":735,"path":734,"stem":733,"date":653,"type":1837,"children":-1},1789057278348]