| Lecture # | Title | 
  | 0 | Cover Page. Table of contents. | 
  | 1 | Ideal Diode. | 
  | 2 | Physical Operation of Diodes. | 
  | 3 | DC Analysis of Diode Circuits. | 
  | 4 | Small-Signal Diode Model and Its Application. | 
  | 5 | Introduction to B2 Spice from Beige Bag Software. | 
  | 6 | Zener Diodes. | 
  | 7 | Diode Rectifier Circuits (Half Cycle, Full Cycle, and Bridge). | 
  | 8 | Peak Rectifiers. | 
  | 9 | Limiting and Clamping Diode Circuits. Voltage Doubler. Special Diode 
  Types. | 
  | 10 | Bipolar Junction Transistor Construction. NPN Physical Operation. | 
  | 11 | PNP Bipolar Junction Transistor Physical Operation. BJT Examples. | 
  | 12 | DC Analysis of BJT Circuits. | 
  | 13 | The BJT as a Signal Amplifier. | 
  | 14 | BJT Small-Signal Equivalent Circuit Models. | 
  | 15 | BJT Small-Signal Amplifier Examples. | 
  | 16 | Graphical Analysis of a BJT Small-Signal Amplifier. | 
  | 17 | BJT Biasing. Current Mirror. | 
  | 18 | Common Emitter Amplifier. | 
  | 19 | Common Emitter Amplifier with Emitter Degeneration. | 
  | 20 | Common Base Amplifier. | 
  | 21 | Common Collector (Emitter Follower) Amplifier. | 
  | 22 | BJT Internal Capacitances. High Frequency Circuit Model. | 
  | 23 | Common Emitter Amplifier Frequency Response. Miller's Theorem. | 
  | 24 | BJT as an Electronic Switch. | 
  | 25 | Enhancement Type MOSFET Operation, P-Channel, and CMOS. ("The 
  High-k Solution," IEEE Spectrum, Oct. 2007) | 
  | 26 | MOSFET Circuit Symbols, iD-vDS 
  Characteristics. | 
  | 27 | MOSFET Circuits at DC. | 
  | 28 | MOSFET as an Amplifier. Small-Signal Equivalent Circuit Models. | 
  | 29 | MOSFET Small-Signal Amplifier Examples. | 
  | 30 | Biasing MOSFET Amplifiers. MOSFET Current Mirrors. | 
  | 31 | Common Source Amplifier. | 
  | 32 | Common Source Amplifier with Source Degeneration. | 
  | 33 | CMOS Common Source Amplifier. | 
  | 34 | MOSFET Common Gate Amplifier. | 
  | 35 | CMOS Common Gate Amplifier. | 
  | 36 | MOSFET Common Drain (Source Follower) Amplifier. | 
  | 37 | CMOS Digital Logic Inverter. | 
 
Vry useful Notes... my sincere thanks to u satishkashyap...
ReplyDeleteToo good thanks a lot.
ReplyDeletewhere is the download link here
ReplyDeletewhere is the download link here
ReplyDeleteclick on numbers left side of the lecture
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