6.002 | Spring 2007 | Undergraduate

Circuits and Electronics

Lecture Notes

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41 kB
Demonstration: AND gate output, noise
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34 kB
Demonstration: Boost converter
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30 kB
Demonstration: Crosstalk
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26 kB
Demonstration: Demonstrates a resonant LC circuit
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25 kB
Demonstration: Demonstrates a resonant LC circuit
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20 kB
Demonstration: Digital memory
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24 kB
Demonstration: Diode circuits and characteristic
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39 kB
Demonstration: Displays the transfer function of RC lowpass and highpass
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28 kB
Demonstration: Energy and power in CMOS
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34 kB
Demonstration: Energy and power in RC network
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33 kB
Demonstration: First order sinusoidal steady state
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39 kB
Demonstration: Gate delay
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40 kB
Demonstration: I-V characteristic of various components
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42 kB
Demonstration: IDS vs. VDS load line
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28 kB
Demonstration: Impedance matching
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30 kB
Demonstration: Impedance matching
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35 kB
Demonstration: Integrator and differentiator op-amp
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39 kB
Demonstration: Integrator and differentiator RC network
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29 kB
Demonstration: KVL and KCL
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35 kB
Demonstration: MOS inverter
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29 kB
Demonstration: MOSFET inverting amplifier transfer characteristic, large signal
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31 kB
Demonstration: MOSFET inverting amplifier-small signal
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33 kB
Demonstration: Nonlinear device
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39 kB
Demonstration: Op-amp demo
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26 kB
Demonstration: Parallel LC radio
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29 kB
Demonstration: Relaxation oscillator
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42 kB
Demonstration: S/SR/SCS models
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38 kB
Demonstration: Salt water
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37 kB
Demonstration: Schmitt trigger
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43 kB
Demonstration: Superposition using resistors
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39 kB
Demonstrations: Displays the transfer function of an RLC bandpass
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35 kB
Demonstrations: Gate ringing
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192 kB
Lecture 1: Introduction and lumped abstraction
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171 kB
Lecture 2: Basic circuit analysis method
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162 kB
Lecture 3: Superposition, Thévenin and Norton
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139 kB
Lecture 4: The digital abstraction
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143 kB
Lecture 5: Inside the digital gate
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114 kB
Lecture 6: Nonlinear analysis
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161 kB
Lecture 7: Incremental analysis
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222 kB
Lecture 8: Dependent sources and amplifiers
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218 kB
Lecture 9: MOSFET amplifier large signal analysis
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157 kB
Lecture 10: Amplifiers - small signal model
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115 kB
Lecture 11: Small signal circuits
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110 kB
Lecture 12: Capacitors and first-order systems
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187 kB
Lecture 13: Digital circuit speed
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117 kB
Lecture 14: State and memory
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195 kB
Lecture 15: Second-order systems
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344 kB
Lecture 15b: Damped Second-order systems
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195 kB
Lecture 16: Sinusoidal steady state
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181 kB
Lecture 17: The impedance model
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171 kB
Lecture 18: Filters
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172 kB
Lecture 19: The operational amplifier abstraction
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155 kB
Lecture 20: Operational amplifier circuits
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197 kB
Lecture 21: Op-amps positive feedback
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116 kB
Lecture 22: Energy and power
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377 kB
Lecture 23: Energy, CMOS
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237 kB
Lecture 24: Power conversion circuits and diodes
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136 kB
Lecture 25: Violating the abstraction barrier

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Spring 2007

Level

Undergraduate

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