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|  | 1 |  |  |  |  |  |  |  | R1a First day of Classes
 Resistors, Sources, Discrete Stuff
 |  |  |  | L1 Lumped Abstraction, Relationship to Physics, KVL, KCL
 
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 Lab 0 out
 |  |  |  | R1 KVL, KCL, Resistive Network Analysis
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|  | 2 Tut/Lab 0
 |  |  |  | L2 KVL, KCL Example, Nodal Analysis
 |  |  |  | R2 Nodal Analysis, Examples
 |  |  |  | L3 Linearity, Superposition, Thevenin’s Equivalences
 
 HW 2 out
 |  |  |  | R3 Thevenin and Norton Equivalences
 
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|  | 3 Tut
 |  |  |  | L4 Digital Abstraction, Boolean Logic, Truth Tables, Switches and Combinational Gates
 
 Lab 1 out
 |  |  |  | R4 Boolean Logic, Combinational Gates Review, Examples
 |  |  |  | L5 MOS Switch, S and SR Model, MOS Gate Design
 
 HW 3 out
 |  |  |  | R5 Boolean Logic, MOS Switch-Resistor (SR) Model Contd.
 
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|  | 4 Lab 1
 |  |  |  | L6 Nonlinear Resistors, Networks
 |  |  |  | R6 Static Power in Digital Circuits, Nonlinear Resistors, Examples
 |  |  |  | L7 Nonlinear Resistors, Small Signal Analysis
 
 HW 4 out
 |  |  |  | R7 Nonlinear Resistors, Small Signal Examples
 
 HW 3 in
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|  | 5 Tut
 |  |  |  | L8 Analog Amplification, Dependent Sources
 |  |  |  | R8 Amplifiers, Operating Point Analysis, Biasing
 |  |  |  | L9 MOS SCS Model and MOS Amplifier
 
 HW 5 out
 |  |  |  | R9 Review MOS, SCS Model, Amplifier, Biasing, Loadline
 
 Lab 1 in
 HW 4 in
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|  | 6 Tut
 |  |  |  |  |  |  |  | R9a Quiz 1 (Evening)
 |  |  |  | L10 Small Signal Analysis
 
 HW 6 out
 |  |  |  | R10 Small Signal Analysis Examples
 
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|  | 7 Tut
 |  |  |  | L11 Small Signal Circuit Models
 
 Lab 2 out
 |  |  |  | R11 Small Signal Circuit Models and Analysis Examples
 |  |  |  | L12 Capacitors and their Physics, First Order Circuits, Gate Cap
 
 HW 7 out
 |  |  |  | R12 Inductors and their Physics, First Order Step Response, Lead Induct
 
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|  | 8 Lab 2
 |  |  |  | L13 Delays in Digital Circuits, Crosstalk Demo, Impulses
 |  |  |  | R13 Ramp, Step, Impulse, Superposition
 |  |  |  | L14 Digital Memory, States
 
 HW 8 out
 |  |  |  | R14 Digital Memory, ZIR, ZSR Examples
 
 HW 7 in
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|  | 9 Tut
 |  |  |  | L15 Transients in Second Order Systems
 |  |  |  | R15 Second Order Systems with Damping, Step Responses
 |  |  |  | L16 Sinusoidal Steady State Analysis, Frequency Response, Intro to Bode Diagrams
 
 HW 9 out
 |  |  |  | R16 Sinusoidal Steady State and Bode Diagram Examples, Poles and Zeros
 
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|  | 10 Tut
 |  |  |  | L17 Impedance Methods
 
 Lab 3 out
 |  |  |  | R17 Review of Impedance Methods and Examples
 |  |  |  | L17a Quiz 2 (Evening)
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|  | 11 Lab 3
 |  |  |  | L18 Filters. LPF, HPF, BPF, and BSF. Second Order Systems with Damping, Q Factor, Radio Tuner
 
 HW 10 out
 |  |  |  | R18 Time Domain and Frequency Domain Responses, Q Factor
 
 HW 9 in
 |  |  |  | L19 Op-Amp Abstraction, Concept of Feedback, Noninverting Amplifier
 |  |  |  | R19 Op-Amp Abstraction, Examples and Review, Inverting Amplifier
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|  | 12 Tut
 |  |  |  | L20 Multiple Inputs and Superposition, Integrators, Differentiators
 
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 Lab 4 out
 |  |  |  | R20Special Op-Amp Circuits
 
 Lab 3 in
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|  | 13 Tut/Lab 4
 |  |  |  | L21 Op-Amp Saturation, Positive Feedback, Stability, Oscillators, Clocking
 |  |  |  | R21 First and Second
 Order Op-Amp Filters
 |  |  |  | L22 Energy and Power in RC Networks, Power Dissipation in NMOS Gates
 |  |  |  | R22 Inside the Op-Amp, Differential Amp Using MOSFETs
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|  | 14 Lab 4
 |  |  |  | L23 Energy Review, Introduction to CMOS
 |  |  |  | R23 CMOS Examples, Energy and Power
 
 HW 11-12 in
 |  |  |  | L24 Diodes, Power Circuits
 |  |  |  | R24 Power Circuits, Peak Detector, AM Modulation
 
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|  | 15 Tut
 |  |  |  | L25 Violating the Abstraction Barrier
 |  |  |  | R25 Review
 Last Day of Classes
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|  | 16 |  |  |  | Final Exam |  | 
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