This is a sophisticated search which searches all Educational information providing sites focussing on video lectures, study materials and e-books.       Add this search engine to your blog or webpage    Add to Google

Basic Courses    

NanoElectronics from nanohub.org              

Interactive Web Lectures                                                                          Topics Include Circuits, Gates, Digital Logic, Combinational and Sequential Circuits and memory.

Solid State Devices                                                         [Berkeley Spring '06 Video Streaming and Audio Download]        Topics include: MOSFET transistors; MOS capacitances; Advanced MOSFET issues; On and Off state effects; Hot carrier effects; Physics of basic oxide reliability; Gate Electrode Materials; Multiple Gate MOSFET ; Memory and Displays etc….

Circuits and Electronics                                                             [MIT Fall '00 Video Streaming and Download]                               Topics: KCL, KVL ; Dependent and independent sources; Theorems; MOSFET; Amplifiers; First and second order systems; Steady state analysis and those required for Basic Electronic course.

Electricity and Magnetism                                                            [MIT Spring'02 Video Streaming and Download]                          Topics Covered Electric field; RL , RC and RLC circuits; Superconducti- vity; Magnetic Field; Electric and Magnetic Flux;Gauss’s law; Magnetic materials; Dia-,Para-, and Ferromagnetism; Electric Energy; Hysteresis; Maxwell's Equations; Polarization; Waves; EMF; Amperes law; Biot-Savart Law; Electromagnetic Induction etc...

Electromagnetic Fields, Forces, and Motion.                               [MIT Spring '05 Video Streaming and Download]                    Topics: Coulomb’s Force Law; Magnetic Field; Inducing magnetization, thermodynamics; equations of motion, Energy conversion; Applicatio- ns to motion, induction and commutator machines; sensors and transducers; Skin effect; Standing waves;

Introduction to MEMS Design                                          Introduction to MEMS Design Discussion                                           [Berkeley Spring '05 Video Streaming and Audio Download]  Introduction, Basic IC/MEMS Fabrication, Deposition, Etching, Surface & Bulk Micromachining, Beams, Gaps, Resonators; better approximations: Parallel Plates, Couette Damping, Squeeze Film Damping, Effective Mass, Electrostatic, Electrostatic  Pull-in, Thermal Conductivity , Thermal Capacity, Thermal Time Constant; Foundry Process;

Synchrotron Radiation for Materials Science Applications  [Berkeley Spring '07 Video Streaming and Download]          Introduction, Synchrotron radiation, Probing Matter: Diffraction, Spectroscopy and Photoemission; wave equations; Radiation by an accelerated charge; Scatter by free and bound electrons; Multi-electron atom, atomic scattering factors etc…

VLSI Courses

Low Power Issues in VLSI Testing & RFIC Integration        

VLSI Circuit  Design                                                                                            [Virginia Tech  2004  Streaming]    

Introduction to VLSI ASIC design                                                 An Introductory Course both on VLSI and ASIC Design right from the basics like Moore's Law to Designing.

Analysis and Design of VLSI Analog-Digital Interface Integrated C [Berekeley Fall '06 Video Streaming]                                  Filters: Active, Higher Order and high Q Filters, Continuous-Time Filters, Switched-Capacitor Filters, Network Noise; Data Converters : DAC and ADC etc....

VLSI,Digital Electronics and many                                           [CERN Spring '02 Video Streaming]                                                This link includes a lot of material on VLSI, Digital and Analog Design Techniques and many more....

VLSI and Networking                                                                   [MIT Spring '04 Video Streaming and Download]                         Systolic Computation; Fast addition, Multiplication,Division; Matrix Computations; Finite State Machines; Clock period; Bender; Interc- onnection Networking; Routing; VLSI; VLSI lower Bounds; VLSI Layout. Area-Universal Networks etc....

Integrated Circuit Related Courses

CMOS, VLSI, PRIMA, KVD,BDD, FSM etc...     Java Applets

How to make a Chip                                       Animation     

Digital Integrated Circuits                                                        [Berkeley Fall '05 Video Streaming]                                               Topics include: Design Metrics; IC Manufacturing and Design Rules; MOS transistor mode, Capacitance, Propagation Delays; CMOS Inverter, Scaling, Logic, Logical Effort; Pass Transistor Logic; dynamic Logic; Adders, Multipliers, Shifters; Sequential circuits, Timing, Clock Distribution, Power Distribution and Memory etc….

Linear Integrated Circuits                                                    [Berkeley Fall '04 Video Streaming]                                              Topics include: MOS Device Models; Current Sources, Active Loads; Output Stages; Op -Amps Low freq Analysis; Telescopic and Folded cascade Op Amps; Frequency response; Stability; Compensation; Filters, A/D and D/A’s; Wireless Circuits and RF Front-end etc....

Integrated Circuits for Communications                          [Berkeley, Video Streaming]                                                           Topics included: Intro to Communication Circuits; High-Speed Amplifiers and tuned Amplifiers; Two-Port Power Gain and Stability; Matching Networks; Distortion; Noise in Communication Systems; LNA Design; Mixers: BJT/MOS Mixers, Noise and Passive Mixers; LC oscillators, Steady State Analysis, Oscillator Phase Noise; Power Amplifiers; Frequency Synthesizers etc….

Advanced Analog Integrated Circuits                              [Berkeley, Video Streaming and Audio Download]                        Topics: MOS models for Analog Design; Electrical, Thermal Noise and their equivalent Noise Generators; Current Sources; OTAs, Folded cascade OTA and OTA design; Feedback; Settling Time; Comparator Design; Coupling: E/M and Substrate coupling;Offset Cancellation etc..

Advanced Digital Integrated Circuits                               [Berkeley Spring '06 Video Streaming and Audio Download]       Topics included: Modeling; Device Models; Static and Pass Transistor Logic; Dynamic Logic; Low Power Design; Leakage; Adiabatic; Ultra Low Voltage Design; Process variation; Timing; Asynchronous and Synchronization; Clock Distribution; Embedded and Low Voltage Memory etc....

Introduction to Microelctronic Circuits                             [Berkeley Fall '06 Video Streaming]                                               Topics Covered: PN junction; Diode; Current, Voltage, mesh and nodal analysis; Power and Energy; First order Circuits, and Time response; Second order systems and Forced response; Phasor analysis; Bode plot; First and second order filters; Small signal analysis; Op Amp and many.

Microelectronic Devices and Circuits                              [Berkeley Fall '06 Video Streaming]                                               IC fabrication; PN diode, BJT,FET,MOSFET small signal analysis; MOS capacitors; MOSFET amplifiers; Two port models ;Frequency response, MOSFET

Memory Circuit Design                                                              [Boise State University Fall '04, Video Streaming]                       Digital Design; on and off Currents; Diff Capacitances;EQ circuits; Dealy; RAS/CAS and addressing; SRAM; Floating Gate Memory (Flash); Clock doubler;Resistive memories;CMOS imagers and Sensing; PLL,VCO etc...

CMOS Analog IC Design                                                              [Boise State University Fall '06, Video Streaming]                      MOSFET operation; Small Signal Models; Biasing and Current Mirror Circuits; BMR; MIllers Theorem; Amplifiers Frequency Response, Push-Pull Amplifiers, Differential Amplifiers, CMMRetc....

Advanced Analog IC Design                                                       [Boise State University Spring '06, Video Streaming]                  All types of Electrical noises; Correlated Double Sampling (CDS); MOSFET Switch; Discrete Analog Integrators(DAI);High-Speed Op-Amp; CMPB; DAC, ADC and delta-sigma ADCs etc....

CMOS Mixed-Signal IC Design                                                 [Boise State University Fall '06, Video Streaming]                      Signals and Systems: Sampling,Aliasing ADC/DAC Quantization noise, SNR, ENOB, SNDR, SFDR, jitter.Integrators, Differentia- tors,Filters, Decimation,Interpolation,higher order modulators, transconductor, SC, Digital and Bilinear Filters etc....

Integrated Circuit Physical Design                                            [Boise State University Spring '06, Video Streaming]                   Layout and cross-sectional views,Win SPICE, n-well, patterning, layout, Layout with LASI; MOSFET formation; MOSFET capacitances, delay, recovery time poly layers, sub threshold, Ion, Ioff ; Scaling, short channel effects; Models for digital design, delay calculations, pass gates; Sizing devices for driving capacitive loads (buffer design); Static logic gates etc..

Power Electronic System Integration                                          [Virginia Tech Spring '06 Video Streaming ]                          Overview; Integratable Materials; Advanced Power Semiconductors; Thermal-Mechanical Integration; Control and Sensor, Electro-Magneto-Thermo-mechanical Integration; High Density integration; Integrated Power Supplies; Integrated Modular Motor Drives; IPEM-Based Power Conversion System etc….