LECTURES
Content |
Material |
Slides |
Introduction |
Go on the Historical Publications link |
.ppt |
Electrical Quantities, Circuit Elements, Kirchoff's Current Law |
Hambley until pag. 20 |
.ppt |
Kirchoff's Voltage Law, Node-Voltage Analysis |
Hambley until pag. 71 |
.zip .html |
Mesh-Current Analysis |
Hambley until pag. 80 |
.zip .html |
Thevenin and Norton Equivalence, Superposition |
Hambley until pag. 88 |
.zip .html |
Feedback, Op Amp |
Hambley chapter 14 |
.zip .html |
Independence Day |
History |
|
RC, RL circuits |
Hambley chapter 3-4 |
.pdf .pdf, 2nd part |
RC Circuit: response to step function, integrator, differentiator.
Non-ideality in op amps |
Hambley chapter 3-4, pag. 642-645 |
.pdf |
First Midterm |
Midterm+ solution (.pdf) |
|
Laplace transform, analysis of circuits in the Laplace domain |
Hambley pag. 181-204, 244-259. Also see appendix A for a review of complex numbers |
.pdf |
Physics of semiconductors, diodes |
Hambley chapter 10, Reader pag. 17-42, and 101-108 |
.pdf |
Dioeds: analysis and examples |
Hambley chapter 10 |
.pdf |
Dioeds: analysis and examples |
Hambley chapter 10 |
.pdf |
Power supply using zener diodes, Introduction to MOSFET |
Hambley chapter 12, Reader pag. 108-124 |
.pdf |
MOSFET: cutoff, triode and saturation. Expression of drain current.
Introduction to load line analysis |
Hambley chapter 12, Reader pag. 108-124 |
.pdf |
Second Midterm |
Midtemr+solutions |
.pdf |
MOSFET: Common source amplifier, feedback, differential pair |
At the and of the book, look for differential amplifier. You'll find the basic notions. |
.pdf |
Common drain, active loads, current mirrors, current sources, a mos implementation of op-amps |
.pdf |
|
Introduction to logic, boolean algebra, boolean functions, boolean formulas, completeness |
.pdf |
|
Minimization of Boolean Formulas |
.pdf |
|
Final |
MICROELECTRONICS (PDF 56p)
Download / View
Book
Introduction to Microelectronic Circuits (PDF slides)
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Book
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