Calendar
|
LEC # / REC # | Topics | Assignmnets |
|---|---|---|
| Solid-State Devices | ||
| L1 | Introduction, Bipolar Transistor Model | |
| R1 | IC Technology and Device Review | |
| L2 | Second Order BJT Model Parameters | |
| R2 | Transistor Circuit Biasing | Problem Set 1 |
| Basic Transistor Amplifiers | ||
| L3 | Single Transistor Amplifiers | |
| R3 | Single Transistor Amplifiers | |
| L4 | Differential Pair | |
| R4 | Differential Pair | Problem Set 2 |
| R5 | 733 Video Amplifier | |
| Transistor Amplifier Frequency Response | ||
| L5 | Common Emitter Frequency Response | |
| R6 | Examples of Miller Effect | Problem Set 3 |
| L7 | Open Circuit Time Constants | |
| R8 | Single Transistor OCTs | |
| L8 | Cascode and CB/EF OCTs | |
| R9 | Effect of Emitter Degeneration | Laboratory 1 |
| L9 | Common Emitter Cascade | |
| R10 | Short Circuit Time Constants | |
| Frequency Response Examples | ||
| L10 | LM172 AGC AM IF Strip | |
| R11 | 733 Video Amplifier Bandwidth | Problem Set 4 |
| L11 | Wide Band Amplifier Design Example | |
| R12 | Figure of Merit and $f_T$ doubler | |
| L12 | Wide Band Amplifier Design Example | |
| R13 | Quiz Review | |
| L13 | Quiz | |
| Operational Amplifiers | ||
| R14 | Current Source and Current Mirrors | |
| L14 | Cascode, Widlar, and Wilson Mirrors | |
| R15 | Applications of Op Amps | Problem Set 5 |
| L15 | Diff Pair with Active Load | |
| R16 | Op Amp Circuit Basics | |
| L16 | 741 Op Amp | |
| R17 | 741 Op Amp | Problem Set 6 |
| L17 | Stability and Gain-Bandwidth Product | |
| R18 | Effects of Non-idealities | |
| L18 | Op Amp Compensation | |
| R19 | Effects of Non-idealities | Laboratory 2 |
| Other Analog Circuits | ||
| L19 | Translinear Principle | |
| R20 | Buffers and Comparators | |
| L20 | Translinear Pythagorators | |
| R21 | V-to-I Converters | Problem Set 7 |
| R22 | Translinear Multipliers | |
| L21 | Flash Analog-to-Digital Converters | |
| R23 | Folding Analog-to-Digital Converters | |
| L22 | History of Monolithic Op Amps | |
| R24 | Other Op Amp Circuits | |
| L23 | Transimpedance Amplifiers | |
| R25 | Transconductance Amps and Applications | Problem Set 8 |
| L24 | Voltage References | |
| R26 | Band-Gap Circuits | |
| Charge Control Model | ||
| L25 | Introduction to Charge Control | |
| R27 | Reverse Active and Saturation | Design Problem |
| L26 | Space Charge Layers and Demo | |
| R28 | Charge Control Example | |
| L27 | TTL Circuits | |
| Final Exam (3 hours) | ||
