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contents: MOSFET's small signal model in high frequency, analysis with Miller theorem, Dominant pole approximation, input impedence in HF 참고 자료 Fundamentals of Microelectronics, 3/e

contents: transfer function, Bode's Rule, pole identification, Miller's theorem, High frequency model odf MOSFET 참고 자료 Fundamentals of Microelectronics, 3/e

contents: Diffrential MOS pair, small-signal response, commom mode gain, CMRR 참고 자료 Fundamentals of Microelectronics, 3/e

Contents: Quardratic form, Positive definite, Singular Value Decomposition, Pseudo inverse 참고 자료 linear algebra and its applications 4th edition

Contents: square matrix Polynomial, Similarity, Cayley - Hamilton theorem, square matrix Exponential 참고 자료 linear algebra and its applications 4th edition

Contents: Generalized Eigenvectors, Top-down approach, nullity, Jordan - Canonical form 참고 자료 linear algebra and its applications 4th edition

Contents: Ordinary Diffrential Equation, matrix Exponential, Stability of ODE, non-diagonalizable matrix form 참고 자료 linear algebra and its applications 4th edition

Contents: Eigenvalues and Eigenvectors, Diagonalization, , Algebric & Geometric multiplicity, Markov matrix, stability of Diffrence equation 참고 자료 linear algebra and its applications 4th edition

Contents: Least-Square Approximation, Cross product matrix, Orthogonal matrix, Gram-schmidt process, QR decomposition 참고 자료 linear algebra and its applications 4th edition

Contents: Orthogonal vectors/subspaces, Orthogonality of fundamental subspaces, pseudo Inverse, rojection matrix 참고 자료 linear algebra and its applications 4th edition