Circuits Laboratory Activities
***Take note that the labs are subject to change. Your TA will let you know what to expect
| Lab # | Activities | Comments |
| Lab 1. | Resistive Circuits | |
| Lab 2. | KVL, KCL, and Superposition | |
| Lab 3. | Thevenin and Norton | |
| Lab 4. | Op-Amp part I | |
| Lab 5. | Op-Amp part II | |
| Lab 6. | Impedance, Phase Shift, and Introduction to Filter |
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| Lab 7. | Transient Response of RC circuits and Introduction to Transformer |
Electronics I Laboratory Activities
***Take note that the labs are subject to change. Your TA will let you know what to expect
| Lab # | Activities | Comments |
| Lab 1. | Basic Circuits and Op-Amp | |
| Lab 2. | Differential Amplifier and Summing Amplifier | |
| Lab 3. | Filter Using Op-Amp | |
| Lab 4. | Rectifier Circuits | |
| Lab 5. | BJT Region of Operation | |
| Lab 6. | Common Emitter Amplifier | |
| Lab 7. | Common Emitter Amplifier and Common Base Amplifier | |
| Lab 8. | Improve Biasing in Amplifier | |
| Lab 9. | DC Characteristic of MOSFET | |
| Lab 10. | Common Source Amplifier |
Electronics II Laboratory Activities
***Take note that the labs are subject to change. Your TA will let you know what to expect
| Lab # | Activities | Comments |
| Lab 1. | PSPICE/MultiSim Seminars, Basic Instruments | |
| Lab 2. | Dominant Pole Model, Slew rate, and Voltage and Current Constrains. | |
| Lab 3. | Instrumentation Amplifier. (Design) | |
| Lab 4. | Comparator Oscillator, Schmitt Trigger, Relaxation Oscillator. (Design) | |
| Lab 5. | Sinusoidal Oscillator (Op Amp) | |
| Lab 6. | Open Ended BJT Design Lab. (Design) | |
| Lab 7. | Cascode BJT Amplifier | |
| Lab 8. | Colpitts Sinusoidal Oscillator | |
| Lab 9. | BJT’s Differential Amplifiers |