tailieunhanh - Circuits & Electronics P6

Nonlinear Analysis Fall 2000 Lecture 6 1 .Review Discretize matter m1 m2 m3 m4 m5 KVL, KCL, i-v Composition rules Node method Superposition Thévenin, Norton LCA any circuit linear circuits Fall 2000 Lecture 6 2 .Review Discretize value Digital abstraction Subcircuits for given “switch” setting are linear! So, all 5 methods (m1 – m5) can be applied VS RL A =1 B =1 VS RL C A B C RON RON SR MOSFET Model Fall 2000 Lecture 6 3 .Today Nonlinear Analysis Analytical method based on m1, m2, m3 Graphical method Introduction to incremental analysis Fall 2000 Lecture 6 4 .How do we analyze nonlinear circuits, for example: Hypothetical nonlinear D device (Expo Dweeb ☺) iD V + – + vD - + vD iD D iD iD = aebvD a 0,0 Fall 2000 Lecture 6 vD (Curiously,. | CIRCUITS AND ELECTRONICS Nonlinear Analysis Fall 2000 Lecture 6 1 Review Discretize matter LCA ml m2 m3 m4 m5 KVL KCL i-v Composition rules Node method Superposition Thévenin Norton any circuit linear circuits Fall 2000 Lecture 6 2 Review Discretize value Digital abstraction Subcircuits for given switch setting are linear So all 5 methods ml - m5 can be applied tKs tKs Rl A 1 B 1 C A B Rl O C SR MOSFET Model Fall 2000 Lecture 6