Electronic Circuits I
Electronic Circuits I. Instructor: Professor Behzad Razavi, Department of Electrical and Computer Engineering, UCLA. Basics of semiconductor physics. Physics and operation of diodes and bipolar and MOS transistors. Equivalent circuits and models of semiconductor devices. Analysis and design of single-stage amplifiers. DC biasing circuits. Small-signal analysis. Operational amplifier systems.
Semiconductor Fundamentals and Diodes |
Lecture 01 - Semiconductor Physics: Charge Carriers, Doping |
Lecture 02 - Doping: N-type and P-type Semiconductors, Drift Current |
Lecture 03 - Diffusion Current, Introduction to PN Junction |
Lecture 04 - PN Junction in Equilibrium and Reverse Bias |
Lecture 05 - PN Junction in Forward Bias, Modeling of PN Junction |
Lecture 06 - Diode Models, Reverse Breakdown |
Lecture 07 - Analysis of Diode Circuits I |
Lecture 08 - Analysis of Diode Circuits II |
Lecture 09 - Diode Circuit Examples, Practical Diode Circuits: Half-Wave Rectifiers |
Lecture 10 - Half-Wave Rectifier with Different Loads |
Lecture 11 - Full-Wave Rectifier |
Lecture 12 - Limiting Circuits and Voltage Doublers |
Bipolar Transistors |
Lecture 13 - Bipolar Transistor Structure and Operation |
Lecture 14 - Bipolar Transistor Characteristics |
Lecture 15 - Biasing, Transconductance |
Lecture 16 - I-V Characteristics of Bipolar Transistor, Large-Signal and Small-Signal Operation |
Lecture 17 - Small-Signal Model of Bipolar Transistor, Early Effect |
Lecture 18 - Inclusion of Early Effect in Small Signal Model, PNP Transistor |
Lecture 19 - Small Signal Model of PNP Transistor, Introduction to Amplifiers |
Lecture 20 - Common-Emitter Stage |
Lecture 21 - Common-Emitter Stage: Input and Output Impedances |
Lecture 22 - Cascaded Stages, CE Stage with Emitter Degeneration |
Lecture 23 - Properties of CE Stage with Degeneration, Degenerated Current Sources |
Lecture 24 - Examples of Degenerated Current Sources, Biasing Techniques I |
Lecture 25 - Biasing techniques II |
Lecture 26 - Common-Base Stage |
Lecture 27 - Emitter Followers |
Lecture 28 - Emitter Followers as Buffers and Summary |
MOSFETs |
Lecture 29 - Introduction to MOSFETs |
Lecture 30 - MOS Characteristics I: Derivation of I-V Characteristics |
Lecture 31 - MOS Characteristics II: I-V Characteristics, Regions of Operation |
Lecture 32 - Channel Length Modulation, Biasing, Transconductance |
Lecture 33 - More on Transconductance, Large-Signal and Small-Signal Operation |
Lecture 34 - More on Large-Signal and Small-Signal Operation, PMOS Device |
Lecture 35 - CMOS Technology, Intro to CMOS Amplifiers, Common-Source Topology I |
Lecture 36 - Common-Source Topology II |
Lecture 37 - Common-Source Variants |
Lecture 38 - CS Stage with Degeneration |
Lecture 39 - I/O Impedances of CS Stage, Biasing Techniques |
Lecture 40 - Common-Gate Stage |
Lecture 41 - Source Followers and Summary |
Op Amps |
Lecture 42 - Op Amp Circuits I |
Lecture 43 - Op Amp Circuits II |
Lecture 44 - Nonlinear Op Amp Circuits, Op Amp Non-idealities I |
Lecture 45 - Op Amp Non-idealities II |