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23rd April 2020, 04:21 PM
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| Re: IITM Nagendra Krishnapura Lectures
Nodal analysis summary' Video Lecture Course: NOC:Basic Electrical Circuits Discipline: Electronics and Communication Engineering Faculty: Dr. Nagendra Krishnapura Institute: IIT Madras Nagendra Krishnapura Dept. of Electrical Engg., IIT Madras  Co-ordinates: Office : ESB 246B Phone : +91-44-2257-4444 Fax : +91-44-2257-4402 e-mail : nagendra AT iitm.ac.in Snail mail : Department of Electrical Engineering Indian Institute of Technology, Madras Chennai, 600036, India Download this video in MP4, FLV & 3GP formats Format Size Download MP4 9 MB MP4 Video MP4 9 MB MP4 Video FLV 14 MB FLV Video FLV 14 MB FLV Video 3gp 8 MB 3gp Video 3gp 8 MB 3gp Video Instructors: Nagendra Krishnapura Course syllabus, schedule, and assignments can be seen here. If you wish to download these lectures for offline viewing, you may have to disable the player plugin on your browser. Lectures 2018-01-16: Introduction to the course 2018-01-17(pdf): Ideal transmitter and receiver; Noise; Spectral density and variance 2018-01-19(pdf): MOS and resistor noise; Example calculations 2018-01-22(pdf): Bit errors in a communication system due to noise and jitter 2018-01-23(pdf): Phase detector for random data(Hogge phase detector) 2018-01-24(pdf): Clock and data recovery loop using a linear phase detector 2018-01-30(pdf): Static offset in a linear phase detector; Bang-bang phase detector 2018-02-02(pdf): Clock recovery with no forwarded clock 2018-02-05(pdf): Clock recovery with no forwarded clock 2018-02-06(pdf): Phase domain model of a CDR 2018-02-07(pdf): Phase domain model of a CDR; Calculating JTRAN, JTOL 2018-02-09(pdf): Phase domain model of a CDR; Calculating JGEN 2018-02-13(pdf): Phase domain model of a CDR; Calculating JGEN 2018-02-16(pdf): VCO phase noise; Accumulative nature 2018-02-19(pdf): VCO phase noise 2018-02-20(pdf): VCO phase noise; Phase spectrum; Voltage spectrum; Relationship between phase noise and jitter 2018-02-21: (no recording) VCO phase noise; VCO figure of merit; Calculating JGEN due to VCO, R, charge pump 2018-02-23(pdf): Bang-bang jitter 2018-02-26(pdf): Serializer; Deserializer; Digital implementation of the bang-bang CDR. 2018-02-27(pdf): Discrete-time model of the bang-bang CDR; Digital implementation of the bang-bang CDR. 2018-02-28(pdf): Digital implementation of the bang-bang CDR; Small-signal model of the CDR with the forwarded clock 2018-03-05(pdf): Small-signal model of the CDR with the forwarded clock; Half rate implementation of phase detectors 2018-03-07(pdf): Oscillators; Ring oscillators 2018-03-09(pdf): Ring oscillator; LC oscillator 2018-03-12(pdf): Ring oscillator figure of merit; LC oscillators 2018-03-13(pdf): LC oscillators; Figure of merit; Phase-locked loop 2018-03-14(pdf): Phase detector characteristics 2018-03-16(pdf): PFD dead zone and blind zone; PLL phase domain model 2018-03-19(pdf): PLL phase domain transfer functions; Effect of charge pump current mismatch 2018-03-20(pdf): Reference feedthrough in a PLL; Additional poles to attenuate reference spurs 2018-03-21(pdf): Data transmission over a channel; Qualitative overview of impairments 2018-03-23(pdf): Channel response; Equivalent discrete-time response 2018-03-26(pdf): Intersymbol interference; Calculating BER with ISI 2018-03-27(pdf): Eye diagrams; Statistical eye 2018-03-28(pdf): Equalization 2018-04-02(pdf): Continuous-time linear equalizer in Rx; FIR equalizer in Tx 2018-04-03(pdf): Crosstalk; Decision feedback equalization 2018-04-04(pdf): Equalizer adaptation 2018-04-16(pdf): Equalizer adaptation; Adapting gain and offset 2018-04-17(pdf): DFE timing constraint; Speculative DFE; Half rate DFE 2018-04-18(pdf): Transmitter circuits; Current mode transmitters 2018-04-20(pdf): Voltage mode transmitters 2018-04-23(pdf): Voltage mode transmitters; Receiver circuits; DC offset in the receiver; AC coupling/dc offset cancellation 2018-04-24(pdf): Receiver circuits: Strongarm latch 2018-04-25(pdf): CML latch; TSPC flip-flop; PAM4 for lower bandwidth signaling |