- Lecture 1: Course overview, and introduction to bandgap reference
- Lecture 2: Bandgap reference, and introduction to voltage regulators
- Lecture 3: Low drop-out regulator, basics of switching regulators
- Lecture 4: Chopping
- Lecture 5: Variants of the switched RC filter
- Lecture 6: Bandwidth of the switched RC filter variants, impulse response of linear systems
- Lecture 7: LPTV systems: Zadeh expansion, harmonic transfer functions (HTF); calculating HTFs for the LPTV band-pass filter
- Lecture 8: Basics of periodic steady-state (pss), pac, and pxf simulations with demo
- Lecture 9: Deriving the N-path principle, N-path LPTV systems; Multi-phase Buck converter
- Lecture 10: N-path/Segmented chopping, time-interleaved sampling
- Lecture 11: N-path bandpass filter; deriving the N-path filter, HTFs for the 4-path filter
- Lecture 12: N-path filters (contd.); Differential implementation; Passive mixers; N-path filter+passive mixer dual combo
- Lecture 13: Mid-sem exam solutions discussion; N-path noth filter; Impedance and admittance conversion matrix of LPTV networks
- Lecture 14: Harmonic transfer matrix (HTM) of LPTV networks; Conversion matrix based analysis of LPTV networks; Introduction to basics of noise
- Lecture 15: Quick flashback of the course; Assignment solution discussion; Tellegen's theorem, its extensions; Reciprocity with linear resistors
- Lecture 16: Reciprocity with R,L, and C; inter-reciprocity and adjoint networks for networks having controlled sources
- Lecture 17: Nyquist noise theorem and Bode's noise theorem in linear time invariant networks
- Lecture 18: Inter-reciprocity in LPTV networks using conversion matrices
- Lecture 19: Inter-reciprocity relation in time domain based on impulse response & signal flow graphs
- Lecture 20: Inter-reciprocity example: Chopping; LPTV network with sampled output; Noise in LPTV circuits
- Lecture 21: Mean-squared noise in LPTV networks with RLC and switches; Intro to transmission lines
- Lecture 22: Laplace transform based analysis of transmission line circuits; input impedance; reflection coefficient
- Lecture 23: Maximum power transfer; Need for S-parameters; Example problems
- Lecture 24: S-parameters (contd.); Vector network analyzer; Stability in negative feedback systems with zeros
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