Table of Contents

• Lab Reports and Grading
• TA physics 412 Notes
• Instructor physics 412 Notes
• TA physics 411 Notes
• Instructor physics 411 Notes

Lab Reports and Grading

• Lab write up suggestions
• Lab Report Grade Breakdown

TA physics 412 Notes

• Op-Amp Filters
• Comparator Circuits
• Op-Amp Oscillators
• Lecture - Diodes, Bandstructure, and BJT Transistors (02/13/2012)
• Diodes
• BJT Introduction - Gain, Input Impedance, Common Amplifiers
• Difference Amplifier
• Carbon Nanotube FET (Minot Group)
• CNT I(V) curve
• BJT Applications - Current Mirror, Differential Amplifier
• FET Circuits

Instructor physics 412 Notes

• Applications of Op Amps
• Diode and Transistor Impedance
• Diode notes and simulations:
  • Diodes and Applications
  • Simulated band structure for different bias conditions:
    • 0 V, 0.1 V, 0.3 V, 0.6 V, -0.1 V, -0.3 V, -0.6 V
    • The simulation program.
  • Photovoltaic power generation concepts (from the old energy site):
    • Photon conversion concepts, Hydrogen atom, atoms, molecules and photons, crystals and photons, photodiodes and charge separation, photovoltaic devices, photo-electrochemisty, PV installation analysis, PV potential for US power generation
• Bipolar Junction Transistors and Applications:
  • Bipolar Junction Transistors and Applications
• Field-effect transistors:
  • MOSFET Applications
  • Article: Single atom transistor

TA physics 411 Notes

• Python Program List
• Resistor Notes
• Current Loop Method Example
• Capacitor Properties
• RC time domain analysis
• RL time domain analysis
• Complex Variable Analysis I
• RC frequency domain analysis
• RL frequency domain analysis
• Multiple Filters
• RLC time domain analysis
• RLC frequency domain analysis
• Non-Inverting Amplifier Configuration
• Inverting Amplifier Configuration
• Transimpedance and Summing Amplifiers

Instructor physics 411 Notes

• Capacitor, Impedance and RC filters
• RLC Circuits and Resonance
• Transformation of Signals
• Introduction to Operational Amplifiers