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Week 1/Outline 0114 and HW #1 Assignment.txt

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+Week 1 Session 01 (M)
+
+Course Introduction
+- Syllabus
+- myCourses 
+
+Instructor Introduction
+- Intro and Schedule
+
+Student Intros
+- Name, where are you from? 
+- Interest in AC Circuits OR a local question
+- One hobby/outside interest
+
+Team Questionnaire
+-----
+HW#1 Assignment (Due next Wed, 01/23 at the start of class):
+
+Individual 
+Chapter 13, problems: 1,3,6,8,9,12,13,14,16,20,23,41,44,49,52
+
+Team  
+Chapter 13, Problems: 10(a,b,c),21,27,29,34, 47, 54
+
+* USE Excel for PLOTS and do "sketches" very neatly by hand OR use Excel
+-----
+Reminders
+
+1) START the HW ASAP
+
+2) You will be working in teams starting next class
+
+3) read chapter 13, sections 1-6 BEFORE our next class
+
+
+
+
+
+
+
+
+
+
+
+

Week 1/Outline 0116.txt

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+Week 1 Session 02 (W)
+
+Team assignments
+- Sit together
+- Exchange communications info
+- Decide on text responsibilities (or process)
+
+AC Waveform Introduction
+- Various AC waveforms and sources
+- Sinusoids: Important characteristics/definitions, examples
+- ICP: Period and Frequency
+- Notation for AC voltage and AC current sources
+- Equations for sinusoids
+- Radians and Degrees, calculators
+- ICP: Instantaneous values
+- Phase lead and lag
+- ICP: Lead and lag
+
+
+Reminders
+
+1) Read chapter 13, sections 7-9 BEFORE our next class
+
+2) Review the posted notes (for session 3) before class
+
+3) HW#1 is due this coming Wedneday, 01/23
+- Team AND Individual assignments
+- NO LATE WORK will be accepted
+- Pay STRICT ATTENTION to the formatting requirements in the syllabus
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 1/Outline 0118.txt

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+Week 1 Session 03 (F)
+
+Average Value
+- Intro and example
+- Periodic waveforms
+- ICP
+- Half sine and sinusoidal waveforms
+- ICP
+- Using the oscilloscope
+
+Effective or RMS Values
+- Intro 
+- Equating DC and AC average power
+- Examples
+- ICP (sinusoidal)
+- ICP (non-sinusoidal)
+
+-----
+Reminders
+
+1) HW#1 is due next Wedneday, 01/23 (no class Mon 01/21)
+- Team AND Individual assignments
+- NO LATE WORK will be accepted
+- Pay STRICT ATTENTION to the formatting requirements in the syllabus
+
+NO LATE ASSIGNMENTS ACCEPTED, format will count heavily 
+
+2) Read chapter 14, sections 1-5 BEFORE our next class
+
+3) Review the posted notes before class
+
+
+
+
+
+

Week 10/Outline 0325 and HW#10 Assignment.txt

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+Week 10 Session 01 (M)
+
+Power-Factor Correction
+- Description 
+- Reasons it's important
+    Primarily current (affects size, reliability, cost, etc)
+- Example (use your calculator)
+    Lagging power factor (inductive)
+    Similar to Lab #6 coming up
+    PFC Panels
+      Text and an internet search
+- In Class Problem
+    Factory loading
+    Similar to a couple of homework problems
+-----
+Homework #10 Assignment (Due Monday, 04/01 at the start of class):
+
+Individual: 
+Chapter 20, problems 9 and 12
+Chapter 21, problem 1
+
+Team: 
+Chapter 20, problems 14 and 19 
+Chapter 21, problem 3
+
+*As usual, voltages and currents given by the textbook in phasor form are in RMS
+unless stated otherwise. put your answers in RMS form as well *
+-----
+Reminders
+
+1) HW#9 - Due now 
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+
+2) Read chapter 21, sections 1 through 8 (series resonance) before Wednesday
+
+3) Quiz Friday on HW#9 topics
+
+4) Starting today (03/25), +1% on exam #3 for each recitation attended (and participated in)
+up to 5% total
+
+
+
+
+
+
+

Week 10/Outline 0327.txt

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+Week 10 Session 02 (W)
+
+Series Resonance
+- Objectives
+- Introduction
+- Mechanical Example
+- Series Circuit Resonance
+    Circuit properties
+    Quality factor 
+    ZT
+    Selectivity (bandwidth)
+- In Class Problem
+    Similar to problems 1 and 3 (HW)
+-----
+Reminders
+
+1) Quiz Friday on HW#9 topics
+- Thevenin, Norton, Pmax
+
+2) Final Exam for AC Circuits Lecture
+- Monday, May 6th 2019, 4:15pm - 6:45pm, George Eastman Hall (EAS)-2000
+
+
+ 
+ 
+
+
+
+
+

Week 10/Outline 0329.txt

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+Week 10 Session 03 (F)
+
+Team Quiz #7 - Thevenin, Norton and Pmax
+
+Series Resonance (Summary)
+-General circuit
+-Impedance and current over frequency (frequency response)
+-Selectivity change with varying R
+-Summary equations from the text
+
+Series Resonance ICP (will not post, team HW prob from week 11)
+-Design problem
+-----
+Reminders
+
+1) Read the remainder of chapter 21 before Monday (Parallel resonance on Mon)
+
+2) HW#10 - Due Monday at the start of lecture
+
+
+
+
+
+
+

Week 11/Outline 0401 and HW11 Assign.txt

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+Week 11 Session 01 (F)
+
+Parallel Resonance
+-Introduction and General Circuit
+-Resonant Frequency
+-Quality Factor
+-Q>=10 Case
+-Selectivity and Branch Currents
+-Example
+
+* Make sure you read this ENTIRE CHAPTER (21), there is a great deal of information
+that will be helpful for HW problems and future work than contained in these PowerPoints *
+
+-----
+Homework #11 Assignment (Due Monday, 04/08 at the start of class):
+
+Individual: 
+Chapter 21, problems 4,5,14,18
+Chapter 22, problems 3,8,10,13
+
+Team: 
+Chapter 21, problems 9,26,28 
+Chapter 22, problems 12,14
+
+*Assume voltages and currents given by the textbook in phasor form are in PEAK
+unless stated otherwise*
+
+CH21 P4,5,9 (Series Resonance) can be completed before Monday's lecture
+CH21 P14 (Parallel Resonance, intro) can be completed after Monday's lecture
+CH21 P18, 26, 28 (Parallel Resonance) can be completed after Wednesday's lecture
+CH22 problems (dB and Filter, intro level) can be completed after Friday's lecture
+-----
+Reminders
+
+1) HW#10 - Due now 
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+
+2) Quiz Friday on HW#10 topics
+
+
+
+
+
+
+

Week 11/Outline 0403.txt

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+Week 11 Session 02 (W)
+
+Parallel Resonance (Summary)
+  General circuit
+  Simplified circuit (Q>=10)
+  Impedance and voltage over frequency (frequency response)
+  Selectivity change with varying RL
+  Summary equations from the text
+
+Parallel Resonance ICP/Example
+  Calculations using the Q>=10 equivalent circuit -> ICP
+  ZTP calculation (exact)
+  IT calculation (exact)
+  VC calculation (exact)
+  Simulation results/clarifications
+-----
+Reminders
+
+1) Read chapter 22, 1 through section 5 before Friday
+
+2) Quiz Friday on HW#10 topics
+- Power (S, P, Q, I, V, Z, PF, etc)
+- Series Resonance (basic)
+
+3) OH today (WED) held in 82-3125 (2-4pm) 
+- I am running Dr. Olabisi's lab this afternoon
+
+4) Lab Practical #2: Next Week
+- Review session Saturday from 1-3p, 82-3125 (Mike)
+- Will be similar to Lab #5 (Thevenin)
+
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+

Week 11/Outline 0405.txt

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+Week 11 Session 03 (F)
+
+Quiz #8 - Power and Series Resonance
+
+Chapter Objectives and Introduction
+  - General equations
+
+Application examples
+  dB – Human Hearing
+  dB – Voltage Gain Example and Amplifier Stages
+  dB – Power Gain (In Class problem)
+
+Filters 
+  - Introduction
+  - Classification
+  - Example Circuits
+
+-----
+Reminders
+
+1) HW#11 due Monday (no late work accepted)
+
+2) Extra lab help (practical 2 next week):
+
+Lab Practical #2 Practice, ENT(82)-3125
+Saturday *TOMORROW* 1-3p, Mike
+
+Lab practical #2 - Similar to labs 4 and 5
+- Equiv circuits, sample resistor, Thevenin Eq including component calcs
+
+3) Read chapter 22, sections 5 and 6 before Monday
+
+4) Exam #3: Next Friday
+- M/C section
+- Problem solving (show your work for partial credit) section
+
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+

Week 12/Exam #3 Outline.txt

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+Friday 04/12, 50 mins in class
+10 multiple-choice questions (no p/c)
+5-7 work the problem and show your work questions (p/c avail)
+
+* You will be provided scrap paper and the text formula sheet (AC) as well as tables 21.1 and 21.2
+(the Series and Parallel Resonance Summary Tables)
+
+** You may bring a 3"x5" index card, front and back (no worked out probs or examples)
+
+Topics/study suggestions
+------------------------
+CH19 Thevenin 2-3Q
+- Be able to calculate VTH and ZTH
+- Probs: 19.15,16,17
+
+CH19 Max Power Transfer 2-3Q
+- Know how to choose the load for Pmax
+- Know how to calculate Pmax
+- Probs: 19.48,49,50
+
+CH20 Power triangle 2-4Q
+- Find the power triangle
+- Use the information to determine Fp, source current
+- Probs: 20.17,18,19
+
+CH21 Series resonance 3-5Q
+- Find XL or XC at resonance
+- Find Q
+- Find fres
+- Circuit analysis (V,I,Z at resonance)
+- find BW
+- Probs: 21.1,2,3,4
+
+CH21 Parallel resonance 3-5Q
+- Find XL or XC at resonance
+- Find Ql and Qp
+- Find fres
+- Circuit analysis (V,I,Z at resonance)
+- find BW
+- Probs: 21.16,17,18
+
+CH 22 dB gain (power and voltage), dbm (power level) 3-5Q
+- Know the difference between dB gain - voltage and power
+- Be able to apply the eqs to find the unknown voltage, power or gain
+- Know how to determine dBm (power level)
+- Probs: 22.10,11,12,13,14
+
+
+
+
+
+
+

Week 12/Outline 0408 and HW#12 Assignment.txt

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+Week 12 Session 01 (M)
+
+Brief Review - Filters, dB and the RC LPF
+  -Schematic, magnitude frequency response 
+  -Voltage gain (in dB) equation
+
+RC LPF Analysis
+  -Transfer function
+  -Magnitude response
+  -Phase response
+  -Cutoff (or critical) frequency, fc
+  -Sketching the magnitude and phase responses (Bode Analysis)
+
+RC LPF – In Class Problem
+  -Calculations and sketches
+  -Simulation verification (normalized and dB y-axis)
+
+-----
+HW#12 Assignment (Due Monday, 04/15 at the start of class):
+
+Individual
+Chapter 22, problems 19, 25, 57
+
+Team
+Chapter 22, problems 20, 31, 32, 58
+
+Problems 19, 20 and 25 can be completed after Monday's lecture (and reading)
+
+Problems 31, 32, 57 and 58 can be completed after Wednesday's lecture (and reading)
+-----
+Reminders
+
+1) HW#11 - Due now 
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+
+2) Read through chapter 22 section 8 before Wednesday
+
+3) Exam #3: This Friday, 04/12
+
+10 multiple-choice questions (no p/c)
+5-7 work the problem and show your work questions (p/c avail)
+* You will be provided scrap paper and the text formula sheet (AC) as well as tables 21.1 and 21.2
+(the Series and Parallel Resonance Summary Tables)
+
+Topics/study suggestions
+------------------------
+CH19 Thevenin 2-3Q
+- Be able to calculate VTH and ZTH
+- Probs: 19.15,16,17
+
+CH19 Max Power Transfer 2-3Q
+- Know how to choose the load for Pmax
+- Know how to calculate Pmax
+- Probs: 19.48,49,50
+
+CH20 Power triangle 2-4Q
+- Find the power triangle
+- Use the information to determine Fp, source current
+- Probs: 20.17,18,19
+
+CH21 Series resonance 3-5Q
+- Find XL or XC at resonance
+- Find Q
+- Find fres
+- Circuit analysis (V,I,Z at resonance)
+- find BW
+- Probs: 21.1,2,3,4
+
+CH21 Parallel resonance 3-5Q
+- Find XL or XC at resonance
+- Find Ql and Qp
+- Find fres
+- Circuit analysis (V,I,Z at resonance)
+- find BW
+- Probs: 21.16,17,18
+
+CH 22 dB gain (power and voltage), dbm (power level) 3-5Q
+- Know the difference between dB gain - voltage and power
+- Be able to apply the eqs to find the unknown voltage, power or gain
+- Know how to determine dBm (power level)
+- Probs: 22.10,11,12,13,14
+
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+

Week 12/Outline 0410.txt

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+Week 12 Session 02 (W)
+
+Brief Review - Parallel Resonance
+
+BPF with Source and Load (similar to lab project 2)
+  Analysis (assumes Q>=10)
+  fp,Qp,BW, voltage gain
+  Simulation verification and interpretation
+    Low frequency “tail” explanation
+
+BPF with Source and Load – In class problem
+  Same circuit as above with matched impedances
+---------
+Reminders
+
+1) HW#12 due Monday (no late work accepted)
+
+2) Exam #3 - Friday, see posted outline/study guide
+
+3) Read chapter 23, sections 1 through 4 (transformer intro)
+
+
+
+
+
+
+
+
+

Week 13/Outline 0415 and HW#13 Assignment.txt

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+Week 13 Session 01 (M)
+
+Transformers - Introduction
+               Objectives
+               Vocabulary and background
+
+Analysis/Equations
+  Schematic
+  Compare to inductors
+  Primary and secondary voltages
+  Coefficient of coupling
+  Mutual inductance
+  Example problem
+
+In Class Problem
+
+-----
+HW#13 Assignment (Due Monday, 04/22 at the start of class):
+
+Individual
+Chapter 23, problems 1(use M = 200 mH), 2a (use M = 200 mH), 4, 5, 8
+
+Team
+Chapter 23, problems 12 and 13
+
+Problems 1 and 2a can be completed after Monday's lecture
+Problems 4, 5, and 8 can be completed after Wednesday's lecture
+Problems 12 and 13 can be completed after Friday's lecture
+
+-----
+Reminders
+
+1) HW#12 - Due now 
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+
+2) Read through chapter 23 section 4 before Wednesday
+
+
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+

Week 13/Outline 0417.txt

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+Week 13 Session 02 (W)
+
+Team Evaluation (2 of 2)
+- The two evaluations will be used to assign a quiz grade to each team member
+and towards course participation grades
+
+Transformer Analysis
+  -Voltage ratio
+  -Current ratio
+  -Turns ratio
+  -Dot convention 
+
+Transformer Example Problem
+
+Transformer In Class Problem 
+-----
+Reminders
+
+1) Read through chapter 23 section 5 before Friday
+
+2) Quiz Friday on HW#12 topics - ONLINE (see below)
+
+CLASS/QUIZ on Friday 04/19 - ONLINE (myCourses system)
+> Review the posted PDF (Week 13, Session 03 - Transformers - Impedance Matching and Sim r2.PDF)
+> Load and run the "coupledcoils.ms12" simulation (Multisim)
+> Check your results via the lecture material
+
+* Take the ONLINE QUIZ - QUIZZES section, Quiz #9
+> Opens Friday 04/19 at 8am until Saturday, 04/20 at 11:59PM
+> You will have 30 minutes and must complete the quiz on your own before 04/20 at 11:59PM EST
+
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Week 13/Outline 0419.txt

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+Week 13 Session 03 (F) - ONLINE ONLY (myCourses)
+
+CLASS on Friday 04/19 - ONLINE (myCourses system)
+> Review the posted PDF (Week 13, Session 03 - Transformers - Impedance Matching and Sim r2.PDF)
+> Load and run the "coupledcoils.ms12" simulation (Multisim)
+> Check your results via the lecture material
+
+Transformers for Impedance Transformation
+  -Analysis
+  -Example
+  -Pmax
+Transformer Simulation
+  -Turns ratio and model
+  -Interpretation and Analysis
+
+QUIZ on Friday 04/19
+* Take the ONLINE QUIZ - QUIZZES section, Quiz #9
+> Opens Friday 04/19 at 8am until Saturday, 04/20 at 11:59PM
+> You will have 30 minutes and must complete the quiz on your own before 04/20 at 11:59PM EST
+
+-----
+Reminders
+
+1) Read through chapter 24 sections 1 through 4 before Monday
+
+2) HW#13 - Due Monday
+
+3) No office hours today (FRI 4/19) at 2pm
+- Email me with questions
+
+ 
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+

Week 14/Outline 0422 and HW#14 Assignment.txt

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+Week 14 Session 01 (M)
+
+Polyphase Systems
+
+Introduction
+  -Objectives
+  -Vocabulary and background
+
+Analysis
+  -Comparison with single-phase
+  -Comparison with two-phase
+  -Currents and voltage in a three-phase system
+  -The Y-Connected generator (vocabulary and circuit intro)
+
+-----
+HW#14 Assignment (Due Monday, 04/29 at the start of class):
+
+Individual
+Chapter 24, problems: 1,11
+
+Team
+Chapter 24, problems: 3,7,17 
+
+* All voltages and currents in RMS unless otherwise stated *
+
+Problems 1,3 and 7 can be completed after covering Wednesday's material 
+Problems 11 and 17 can be completed after covering Friday's material
+
+-----
+Reminders
+
+1) HW#13 - Due now 
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+
+2) Read through chapter 24 sections 5 and 6 before Wednesday
+
+3) Lap Practical Makeup - signup for those with less than 70%
+
+4) Quiz Friday on HW#13 topics
+
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+

Week 14/Outline 0424.txt

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+Week 14 Session 02 (W)
+
+* Course Evaluations - SRATE 
+- 10 minutes in class
+
+Three Phase System
+  Review/Clarification
+  Three phase voltages
+
+The Y-connected generator
+  Y-Connected Generator and Load ICP
+    -Balanced load, ABC phase sequence
+
+-----
+Reminders
+
+1) Read through chapter 24 section 6 before Friday
+
+2) Quiz #10 Friday on HW#13 topics
+- Basic (ideal) transformer
+(Voltage, current, turns ratio, power)
+
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Week 14/Outline 0426.txt

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+Week 14 Session 03 (F)
+
+Quiz #10 - Basic Transformers
+
+Configuration (Y Connected Gen with Delta Load)
+  Voltage and current relationships
+
+Example Problem
+  Balanced load, ABC phase sequence
+  Finding the currents and voltages
+  Checking our results
+  Simulation verification
+    Voltage and current measurements
+
+-----
+Reminders
+
+1) HW#14 - Due Monday
+
+2) Monday in class
+- Final Exam Outline/Details/Study Plan
+
+3) Final Exam:
+EEET 121, AC Circuits (Lecture)
+5/6/2019, Monday
+4:15PM - 6:45PM, George Eastman Hall (EAS)-2000
+
+ * Anyone with MORE than 2 exams on that day that would like to schedule 
+an earlier time/day must contact me by the end of the day TODAY (4/26) *
+
+4) Recitations
+- Fri 4/26 and Sat 4/27 cancelled due to Imagine RIT
+- Mon 4/29 will go on as scheduled
+- SEVERAL BEING ADDED next week/weekend (watch myCourses)
+
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+

Week 15/AC Lecture Final Exam Outline 2185.txt

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+Final Exam (NEXT MONDAY): 
+	
+EEET 121, AC Circuits (Lecture)
+5/6/2019, Monday
+4:15PM - 6:45PM, George Eastman Hall (EAS)-2000
+
+~ 25 m/c questions (no p/c)
+~ 5 work the problem questions (room for p/c)
+
+* You will be given the AC formula sheet from the text
+AND The series resonance summary
+AND The parallel resonance summary
+
+* You may bring a 3"x5" card with equations, explanations, diagrams on it
+- Front and back OK
+- NO worked-out problems or examples
+- Submit with your exam 
+
+
+Topics
+
+~ 50% pre-exam #3 (Chapters 13 to 18)
+-------------------------------------
+CH13 AC Waveforms,(1-2Q)
+examples: 1, 20
+problems: 11, 49
+  
+CH14 Basic Elements and Phasors, (1-2Q)
+problems:6, 8, 13, 15
+
+CH15 Series AC Circuits, (1-2Q)
+problems: 12, 14
+
+CH16 Parallel AC Circuits, (1-2Q)
+problems: 1, 10, 14
+ 
+CH17 Series-Parallel AC Circuits, (2-4Q)
+examples: 3, 6
+problems: 2, 5 
+
+CH18 Methods of Analysis (Dep sources, MESH, NODAL), (4-6Q)
+problems: 7, 13, 16
+
+Study (in order)
+- Exam #2 Sols
+- Text examples and homework problems listed above
+- Quiz solutions 1 through 6 (time allowing)
+
+
+~ 50% since/incl exam #3 (Chapters 19 to 24)
+--------------------------------------------
+CH19 Network Theorems (Superposition, Thev, Nort, Pmax), (1-3Q)
+examples: 7, 8
+problems: 15, 34, 48
+
+CH20 AC Power(Power Triangle), (1-3Q)
+examples: 3, 5
+problems: 12, 19
+
+CH21 Resonance (Series and Parallel), (1-3Q)
+examples: 1, 14
+problems: 7, 9
+
+CH22 Filters (Types/analysis), (2-4Q)
+examples: 5, 6 
+problems: 19, 20, 25
+
+CH23 Transformers, (2-4Q)
+examples: 3 
+problems: 8, 12
+
+CH24 Polyphase Systems, (2-4Q)
+examples: 1, 2
+problems: 1, 11
+
+Study (in order)
+- Text examples and homework problems listed above
+- Exam #2 Sols
+- Quiz solutions 7 through 10 (time allowing)
+
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Week 15/Outline 0429.txt

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+Week 15 Session 01 (M) - Final Class Session
+
+- Final Exam Outline/Details/Study Plan/Resources
+
+* If you DID NOT receive a final exam exemption email last Wednesday, 04/24 (unadjusted final course grade >=92%)
+you MUST TAKE the final exam. If you miss the final exam, a grade of ZERO will be assigned and used in determining 
+your final course grade.
+-----
+Reminders
+
+1) HW#14 - Due now 
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+
+2) Grading scheme mods - reminders
+- Drop lowest 2 HW assignments
+- Drop lowest 2 quizzes 
+- Replace your lowest hourly exam grade with your final exam grade (if higher)
+
+3) Resources
+---------
+Office hours (Ciccarelli):
+Tuesday, April 30: 10-11 AND 2-3
+Wednesday, May 1: 9-10
+Friday, May 3: 10-11
+
+
+Recitations (Nick and Mike) 
+Tuesday, April 30: 12-2, ENT-3145
+Wednesday, May 1: 12-2, ENT-3125
+Thursday, May 2: 12-2, ENT-1150
+Friday, May 3: 12-1:30, ENT-1150
+Saturday, May 4: 4-8, ENT-1150
+Sunday, May 5: 4-8, ENT-1150 (with pizza!)
+
+
+* Practice Final Exam: 
+
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+

Week 2/Outline 0123 and HW#2.txt

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+Week 2 Session 01 (W)
+
+Sine spreadsheet (phase, frequency mods)
+- Quick demo
+- Posted (myCourses)
+
+The Derivative
+- Intro and understanding (qualitative)
+- Effects of frequency
+- Calculus (the details)
+
+Response of R,L,C to Sinusoids (as forcing functions)
+- Resistor
+- Inductor
+- Inductor ICPs
+- Capacitor
+- Capacitor ICPs
+
+R,L,C Over Frequency (Intro)
+- Ideal vs “practical” models
+
+-----
+HW#2 Assignment (Due next Monday, 01/28 at the start of class):
+
+Individual 
+Chapter 14, problems: 5a, 6, 7, 8, 13, 15, 17, 19, 22, 23, 25, 29
+
+Team  
+Chapter 14, problems: 9a&b, 20a, 27, 28a&b, 31, 33
+
+* USE Excel for PLOTS and do "sketches" very neatly by hand OR use Excel
+-----
+
+Reminders
+
+1) HW#1 - Due now, 2 piles
+- Late work not accepted
+
+2) Finish reading chapter 14, sections 4 and 5 BEFORE our next class
+
+3) Review the posted notes before class
+
+4) Quiz #1 - Friday (HW#1 Topics)
+- Review the HW sols, ICPs and text examples
+- BRING YOUR CALCULATOR (no loaners)
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 2/Outline 0125.txt

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+Week 2 Session 02 (F)
+
+Quiz #1 - HW#1 Topics, TEAM QUIZ
+
+Average Power and Power Factor
+- Intro and background
+- Instantaneous vs average power
+- Average power delivered (R,L,C)
+- Power factor definition
+- ICPs – Average power and power factor
+
+Lab #2 – Capacitor Charge and Discharge
+- Overview and prelab discussion
+
+Complex Numbers
+- Introduction and forms
+- R->P, P-R conversions
+- Math with complex numbers
+-------
+Reminders
+
+1) Read chapter 14, sections 6 through 10 for Monday's class 
+
+2) HW#2 - Due Monday at the start of class
+- Team AND Individual assignments
+- NO LATE WORK will be accepted
+- Pay STRICT ATTENTION to the formatting requirements in the syllabus
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 3/Outline 0128 and HW #3 Assignment.txt

@@ -0,0 +1,57 @@
+Week 3 Session 01 (M)
+
+Complex Numbers - Team Problems (Based on the TEXT reading and last Friday's notes)
+- Each team will SUBMIT their work at the end of class (for class participation points)
+
+1) R->P and P->R Form 
+
+2) Addition and Subtraction 
+
+3) Multiplication and Division 
+
+4) Conjugation and Problem Solving
+
+-----
+HW#3 Assignment (Due next Monday, 02/04 at the start of class):
+
+Individual 
+
+Chapter 14, problems: 37, 40, 42, 43, 47, 52 
+Chapter 15, problems: 1, 8, 9, 11
+
+Team  
+
+Chapter 14, problems: 48, 50, 54 (given phasors are of the form pk,ANGLE), 56
+Chapter 15, problems: 3, 5(a through d), 10
+
+
+* You may use your calculator directly when working with the complex numbers
+
+* Use PEAK Values for your voltage and current phasors as in class, NOT RMS and
+make sure you LABEL your phasors properly *
+-----
+Reminders
+
+1) HW#2 - Due now (solutions will post this afternoon)
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED, format will count heavily 
+
+2) Read chapter 14, sections 11 and 12 for Wednesday
+
+3) Quiz #2 - Friday (HW#2 Topics)
+- Review the HW sols
+- BRING YOUR CALCULATOR (no loaners)
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 3/Outline 0130.txt

@@ -0,0 +1,57 @@
+Week 3 Session 02 (W)
+
+Homework #1 - Is being returned in your mailfolders. Grader abbreviations:
+
+EP - Engineering Paper
+DD - Due Date
+Ft - Footer missing/partial
+Box - Box in answers
+IA - Incomplete Answer
+SW - Show work
+PN - Professor Name
+EN - Engineering Notation
+Hd - Header(lots missing)
+PC - Program Code
+WQ - Write Questions
+T# - Team Number
+SP - Staple Pages
+MW - Messy Work
+
+Phasor Representations
+- Introduction for voltage and current
+- Phasor arithmetic (addition)
+- Peak vs RMS Values
+- ICP 1 – Phasors (conversion and arithmetic) 
+
+Impedance for the Basic Elements
+- Resistors
+- Inductors
+- Capacitors
+- ICP 2 – Impedance (Find Z, find the component given Z)
+ 
+Lab #3 – Prelab Discussion and Demo (PARTIAL)
+- Finding the impedance of and current through a series circuit
+- Using Multisim to verify your results
+-----
+Reminders
+
+1) Read chapter 15, sections 1 to 5 for Friday
+
+2) Quiz #2 - Friday (HW#2 Topics)
+- Review the HW sols
+- BRING YOUR CALCULATOR (no loaners)
+
+3) HW#3 - Due Monday (don't wait to start)
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 3/Outline 0201.txt

@@ -0,0 +1,45 @@
+Week 3 Session 03 (F)
+
+Quiz #2 - HW#2 Topics
+- Individual quiz, no formula sheet
+- No partial credit
+
+Impedance Diagram 
+- For the Basic Elements
+- For a series circuit
+ 
+Lab #3 – Prelab Discussion and Demo (continued)
+- Simulation demo
+- Finding VL(t) 
+-----
+Reminders
+
+1) Read chapter 15, sections 6 and 7 for Monday (Series circuits and voltage divider)
+
+2) HW#3 - Due Monday at the start of class
+- You may use your calculator directly when working with the complex numbers
+- Use PEAK Values for your voltage and current phasors as in class, NOT RMS and
+make sure you LABEL your phasors properly *
+
+3) * +1 Exam point for attending AND participating in LA sessions
+between now and Exam #1 *
+
+4) Exam #1 - NEXT Friday, 02/08
+- Entire class period
+- Primarily multiple-choice (no partial)
+- Material from Chapter 13.1 through 14.12
+- The AC formula sheet will be provided
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 4/Exam #1 Outline and Study Guide.txt

@@ -0,0 +1,36 @@
+Exam #1 - Primarily HW#1 and HW#2 Topics with some HW#3 (13.1 through 14.12)
+~ 20 questions
+15 m/c, 5 show your work (p/c possible)
+
+* You will be provided the AC formula sheet 
+
+* You may bring (if you choose) a 3"x5" card with equations, explanations, diagrams on it
+- Front and back OK
+- NO worked-out problems or examples
+- Submit with your exam on Friday
+
+
+3-5Q, Sinusoids, periodic waveforms 	
+- Period, frequency, phase: p13.1 - 13.13
+- Equation, sketching, interpreting: p13.14 - 13.29
+- Phase relations (lead/lag), p13.34
+
+2-3Q, Average and RMS values
+- Sinusoids and other waveforms: p13.41 - 13.54
+ 
+3-6Q, Basic Elements and Phasors (inc time domain eq and phase info)
+- Resistance: p14.5
+- Reactance: p14.6 - p14.25. p14.33 
+- Power factor, average power: p14.28 - 14.31
+
+4-6Q, Complex Numbers
+- Form and conversions: p14.37 - p14.40
+- Mathematical operations: p14.42 - p14.48
+- Solve for unknowns: p14.50
+
+3-4Q, Phasor Form (Voltage and Current)
+- Phasor form and time domain waveforms: p14.52 - p14.54
+- Find v(t) or i(t) using KCL, KVL, etc: p14.56
+
+
+

Week 4/Outline 0204 and HW#4 Assignment.txt

@@ -0,0 +1,56 @@
+Week 4 Session 01 (M)
+
+Series Configuration
+- Introduction to AC Series Circuits
+- Comparison to DC Series Circuits
+- RL Circuit Example
+- ICP 1 – Series RC Circuit 
+
+Voltage Divider Rule
+- Introduction
+- Example
+- ICP 2 – Use voltage divider to find unknown voltages
+
+-----
+
+HW#4 Assignment (Due next Monday, 02/11 at the start of class):
+
+Individual 
+Chapter 15, problems: 12(a,b), 13(a,b), 14(a,b), 15, 22, 24
+* For problems 14 and 15: Assume the voltages and currents given in phasor form are RMS
+
+Team  
+Chapter 15, problems: 28, 29, 30
+* For problem 28: Assume the source voltages given in phasor form are RMS
+* For problem 29a: Express I, Vr, Vc as phasor form in RMS (Irms, Vrms)
+* For problem 30: E = 5Vrms < 0 Deg
+-----
+Reminders
+
+1) HW#3 - Due now (solutions will post this afternoon)
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+
+2) Read chapter 15, sections 8 through 10 for Wednesday
+
+3) Exam #1 - THIS Friday, 02/08
+- Entire class
+- Primarily multiple-choice (no partial)
+- Material from Chapter 13.1 through 14.12
+
+* Outline discussion in class, will post Wednesday *
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 4/Outline 0206.txt

@@ -0,0 +1,40 @@
+Week 4 Session 02 (W)
+
+Frequency Response for Basic Elements
+- Introduction
+- RLC Series Circuit (qualitatively)
+- RLC Series Circuit Impedance Example/ICP – Find the equation and sketch
+
+Frequency Response for a Series RC Circuit
+- Total Impedance and example/ICP
+- Voltage Vc and example/ICP
+-----
+Reminders
+
+1) Exam #1 - THIS Friday, 02/08
+- Entire class
+- Primarily multiple-choice (no partial)
+- Material from Chapter 13.1 through 14.12
+
+* The exam outline from Monday's lecture is POSTED *
+
+2) HW#4 - Due Monday
+- NO LATE ASSIGNMENTS ACCEPTED
+
+3) Read chapter 15, sections 10 through 12 for Monday
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 5/Outline 0211 and HW#5 Assignment.txt

@@ -0,0 +1,58 @@
+Week 5 Session 01 (M)
+
+Project #1, Week 1
+- Prelab (partial) discussion – ZT for a series RL Circuit
+	- Calculations
+	- Simulation (interpretation of results)
+
+Series RC Circuit (from Friday) – Frequency Response
+- ICP – Worksheet in your teams
+	- Check each other’s work
+	- Help each other with your calculators
+- Simulation Demo (Multisim)
+	- Compare ZT results
+	- Compare VC results
+-----
+
+HW#5 Assignment (Due next Monday, 02/18 at the start of class):
+
+Individual 
+Chapter 15, problems: 31, 35
+Chapter 16, problems: 3, 5(III), 10, 14, 20 
+* Problems 10 and 14: I given in RMS, solve using RMS
+
+
+Team  
+Chapter 15, problem: 33 (parts a,b,c only)
+Chapter 16, problems: 4(II), 7(a through d), 19 
+* Problem 19:I given in RMS, solve using RMS 
+* Plot - Use EXCEL or MULTSIM
+
+-----
+Reminders
+
+1) HW#4 - Due now (solutions will post this afternoon)
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+
+2) Submit TEAM MEMBER EVALS 
+
+3) Read Chapter 16 sections 1 through 7 (parallel AC circuits) for Wednesday
+
+3) Quiz this Friday, 02/15
+- HW#4 Topics
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 5/Outline 0213.txt

@@ -0,0 +1,41 @@
+Week 5 Session 02 (W)
+
+Impedance and Admittance
+- Relationship and intro (Z and Y)
+- Admittance for the basic elements
+- Impedance and admittance diagram - Example
+
+Parallel Circuit Analysis (including current divider)
+- Example using impedance 
+- Example using admittance
+
+ICP – Parallel AC Circuit
+
+----
+Reminders
+
+1) Read the remainder of Chapter 16 for Friday
+
+2) Quiz this Friday, 02/15
+- HW#4 Topics
+
+3) HW#5 - Due Monday
+
+4) Seek extra help as needed - LA Recitations, Office Hours, tutoring
+
+5) * Online survey re: Exam #2 Date (Wed 03/06 or Fri 03/08) *
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 5/Outline 0215.txt

@@ -0,0 +1,50 @@
+Week 5 Session 03 (F)
+
+Quiz #3 - HW#4 Topics (Series Circuit Impedance)
+
+R-L-C Parallel Circuit
+- Frequency response (ZT) - introduction
+- ZT and Fp - calculation
+- Excel spreadsheet for ZT and Fp
+- ICP – Find C to “cancel” L in a parallel R-L-C (Project #1 Week 2)
+
+Parallel-Series Equivalent Circuits
+- Discussion/example
+- Limitations 
+- ICP – Find an equivalent series circuit to a parallel R-L (Project #1 Week 2)
+----
+Reminders
+
+1) Read chapter 17 sections 1 and 2 for Monday (Series/Parallel Networks)
+
+2) HW#5 - Due Monday
+
+3) See the LAs!!:
++ 1/100 Exam #2 points for each substantive recitation attendance
+between now and Exam #2, up to a MAXIMUM of +5/100 points (5 visits)
+
+4) ONLINE survey re: Exam #2 date, Pick one... 
+- Wed 03/06
+OR
+- Fri 03/08 (The day before Spring Break)
+
+5) Sat 2/16 and Sat 2/23 Recitation
+> 1-3pm in ENT (82) 3125
+> For Lab Practical 1 help/practice
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 6/Outline 0218 and HW#6 Assignment.txt

@@ -0,0 +1,54 @@
+Week 6 Session 01 (M)
+
+Series-Parallel Circuits
+- Introduction and Approach
+- Studying the problem
+- Complete example (Work as we go in your calculator)
+- ICP – Partial HW#6 problem
+
+Ladder Networks
+- Discussion (specific case)
+- Development of the approach
+- Current divider – Development of the two-impedance special case
+
+-----
+Homework #6 Assignment (Due next Monday, 02/25 at the start of class):
+
+CHAPTER 16
+Individual: Problem #23 (Voltage and current given in RMS)
+Team: Problem #26 (use Multisim - Place a small (milli-Ohm or so) resistor in series with L1 to avoid simulation errors.  
+Run the simulation from 1Hz to 10kHz, do not start at 0HZ, use log frequency scaling).
+
+CHAPTER 17
+Individual: Problems - 1 , 5 AND 14 (voltage given in RMS for ALL three problems, give your ans in RMS)
+Team:  Problems - 2 and 8 (R2=1 kohm) (voltage given in RMS for BOTH three problems, give your ans in RMS), 
+AND 17 (current given in RMS, give your ans in RMS)
+
+-----
+Reminders
+
+1) HW#5 - Due now (solutions will post this afternoon)
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+
+2) Teams - 
+
+3) Read Chapter 17 sections 3 and 4 for Wednesday
+
+4) Quiz this Friday, 02/22
+- HW#5 Topics
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 6/Outline 0220.txt

@@ -0,0 +1,43 @@
+Week 6 Session 02 (W)
+
+Exam #2 - 
+
+Ladder Networks
+- Approach from Wednesday
+- Current divider reminder 
+- In class problem
+
+Grounding
+- Intro
+- Lab equipment example
+- AC line example
+
+-----
+Reminders
+
+1) Quiz this Friday, 02/22
+- HW#5 Topics (Series AC Circuit Analysis and Impedance Diagrams)
+
+2) HW#6
+- Due Monday at the start of class
+
+3) Read chapter 17.6 on computer analysis, it will help with your homework
+
+4) Lab Practical Exam - Next Week
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 6/Outline 0222.txt

@@ -0,0 +1,39 @@
+Week 6 Session 03 (F)
+
+Quiz #4 - HW#5 Topics (TEAM)
+
+Grounding
+- ICP (partial HW)
+-----
+Reminders
+
+1) HW#6 - Due Monday at the start of class
+
+2) Read chapter 18.1 through 18.4 by Monday
+- Sources, source conversions and...
+- MESH
+
+3) Lab Practical - Next week during lab time (Sat recitation is in 82-3125)
+
+4) Recitation Extra Exam #2 Points (+5 max)
+- Only those PRESENT and PARTICIPATING will be awarded the extra points
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 7/Outline 0225 and HW#7 Assignment.txt

@@ -0,0 +1,64 @@
+Week 7 Session 01 (M)
+
+Dependent Sources
+- Introduction 
+- Notation
+- Source conversions
+- ICP: Source conversions with dependent sources 
+
+Simultaneous Equations
+- Matrix description
+- Solving using the inverse matrix method
+- ICP: Solving simultaneous equations using the inverse matrix method
+
+-----
+Homework #7 Assignment (Due next Monday, 03/04 at the start of class):
+
+CHAPTER 18 (All voltage and current sources are in RMS, put your ans in RMS)
+Individual Problems: 2,3,7
+Team Problems:8,13,16
+
+-----
+Reminders
+
+1) HW#6 - Due now (solutions will post this afternoon)
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+
+2) Carefully read through Chapter 18 section 4 for Wednesday (MESH)
+- Review MESH analysis from DC
+- Learn how to use your calculator to solve simultaneous equations that contain complex numbers
+using the inverse matrix method
+
+3) Quiz this Friday, 03/01
+- HW#6 Topics (Series/Parallel AC Circuit Analysis)
+- TIMED and INDIVIDUAL: Be able to use your calculator efficiently for complex number calculations!
+
+4) Quiz #4 Feedback
+- Issues: Units (V, Ohms, Amps), Magnitude (pk or RMS), Angles (need "deg" symbol, default is radians)
+showing legible work (print?), ans the question posed (i.e. Q7 on pf lead or lag), printed names difficult 
+to read
+> Grading to toughen-up on these issues
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+
+