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Week 1/Outline 0829.txt

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+Week 1 Session 02 (W)
+
+Team assignments
+- Sit together
+- Exchange communications info
+- Decide on text responsibilities (or process)
+
+Preconceptions survey
+- Completion counts as a HW grade, the score will not count against you
+- Do your best without help, you will take this same survey at the end of the semester
+
+Voltage and current
+- Definitions
+- Breakout exercises
+- Safety
+- Examples
+
+Reminders
+
+1) Finish reading chapter 2 for next class (sections 6 through 11)
+2) Review the posted notes (for session 3) before class
+
+

Week 1/Outline 0831.txt

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+Week 1 Session 03 (F)
+
+Voltage and current (continued)
+
+- Ampere-Hour Rating
+- Battery Life Factors 
+- Conductors, Insulators & Semiconductors 
+- Ammeters & Voltmeters 
+- Applications
+
+Reminders
+
+1) HW#1 - Due next week at the start of class, session 01 Wed (No class Mon 09/03)
+
+2) Read chapter 3, sections 1 through 15 for next Wed (session 01)
+
+

Week 1/Outline and HW Assignment 0827.txt

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+Week 1 Session 01 (M)
+
+Course Introduction
+- Syllabus
+- myCourses (incl posted review material and notification settings (txt alerts, etc)
+
+Instructor Introduction
+- Background
+- Schedule
+
+Student Intros
+- Name, where are you from? 
+- Interest in Circuits OR a local question
+- One hobby/outside interest
+
+Team Questionaiire
+
+HW#1 Assignment (Due next Wednesday, 09/05 at the start of class):
+
+Individual 
+
+Chapter 1, Problems: 6, 11, 18, 19, 20, 24, 28, 34
+Chapter 2, Problems: 2, 6, 9, 21, 27, 32, 40
+
+Team  
+
+Chapter 1, Problems: 29, 42, 49, 52
+Chapter 2, Problems: 33, 37
+
+
+Reminders
+
+1) You will be working in teams starting next class
+2) Read chapter 2, sections 1-5 BEFORE our next class
+3) Review the posted notes (for session 2) before class, we will start with the definitions page
+4) Preconception survey next class
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 10/Outline 1029 and HW#10.txt

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+Week 10 Session 01
+ 
+Thevenin's Theorem
+	- Intro
+	- Example
+ 
+ICP	- Find Vth and Rth (multiple source circuit)
+	- Finding Vth and Rth via experiment
+ 
+Norton's Theorem
+	- Intro
+	- Example
+ 
+Homework #10 - Due next Monday, 11/05 at the start of class
+
+Note that problems 9 and 19 are as shown in the text, problems 13 and 14 have been modified from the text (note the parenthesis). 
+IA9.2 Means – Instructor Assigned 9.2. For this problem, follow the instructions below to find the Norton Equivalent circuit for 
+the two networks called out (Fig 9.140 as is and Fig 9.141 modified with R = 4.7K Ohms).
+
+Individual Assignment, Chapter 9, problem: 9, 13 (find the Norton equivalent instead of the Thevenin equivalent), 14 (replace the 2A current source with a +72V voltage source, + terminal at the top)
+
+Team Assignment, Chapter 9, problem: 19 and
+Instructor Assigned 9.2: Find the Norton equivalent circuit for the network external to resistor "R" for the circuits shown in Figure 9.140 AND Figure 9.141 (Use R = 4.7k ohms, not 1200 Ohms for this figure)
+
+ 
+Reminders:
+ 
+1) HW#9 Due at the start of class
+- Late assignments will not be accepted
+ 
+2) Quiz this Friday, 11/02
+- Nodal Analysis
+
+3) Exam #3 (CH7 through CH9) - Wednesday,11/07
+
+
+
+
+
+
+
+
+
+ 

Week 10/Outline 1031.txt

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+Week 10 Session 02
+ 
+Mesh and Nodal analysis, voltage and power - In class problems (Lab #5 prelab...)
+- Nodal problem (3x3)
+- Mesh problem (3x3)
+- Discussion about equivalence
+- No posted sols (take notes, work these carefully)
+ 
+Reminders:
+ 
+1) Read up to section 9.5 before Friday's class
+ 
+2) Quiz this Friday, 11/02 (individual)
+- Nodal Analysis
+
+3) Exam #3 (CH7 through CH9) - NEXT WEEK: Wednesday,11/07
+
+
+
+
+
+ 

Week 10/Outline 1102 and exam3 outline.txt

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+Week 10 Session 03
+
+Quiz #7 - Nodal Analysis
+
+Norton's Theorem
+	- Example/comparison to Thevenin's Theorem (from Monday's lecture) 
+
+Maximum Power Transfer Theorem
+	- Introduction
+    	- Example
+    	- Development of generalized equations
+ICP    	- Breakout problem
+
+Reminders:
+
+1) HW#10 - Due Monday at the start of class
+
+2) Exam #3 - NEXT WEEK WED, 11/07
+- Primarily chapters 7.1 through 9.5
+
+--------- Outline---------------
+- All multiple Choice/no partial credit
+- The DC formula sheet will be provided
+- Bring your calculator and know how to use it (manual is ok)
+- You will need to solve a 3 equation system
+- 14 to 16 questions
+
+Series-Parallel Circuits (2-4Q)
+- Reduce and return approach
+- Block diagram approach
+- Ladder networks
+
+Analysis Methods (6-8Q)
+- Source conversions
+- Mesh analysis 
+- Nodal analysis 
+
+Network Theorems (6-8Q)
+- Superposition 
+- Thevenin 
+
+* CHECK YOUR WORK and know things like:
+- Ohm's Law, Power, KVL, KCL, voltage divider and current divider
+COLD!
+- How to use the results of MESH and NODAL to calculate power, voltage and current
+for any component
+
+
+
+
+
+

Week 11/Outline 1105 and HW#11.txt

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+Week 11 Session 1
+ 
+Exam Review and Team Problems 
+-Each team will SUBMIT their work at the end of class (class participation)
+
+1) RT, Current divider (5-10 mins)
+
+2) Finding information from MESH currents (5 min) 
+
+3) Superposition (5-10 min)
+
+4) Thevenin (10-20 min)
+ 
+Homework #11 - Due NEXT Monday, 11/12 at the start of class
+ 
+    * Individual: Chapter 10, problems 3, 4, 5, 17 and 19
+    * Team: Chapter 10, problems 10, 14, and 21
+ 
+Reminders
+ 
+1) HW #10 - Due at the start of class
+- No late work accepted
+
+2) Exam #3 on WEDNESDAY, 11/07 in class
+- See the posted outline from Friday's class
+* Study today's problems in detail (solutions will post at 4pm)
+* Be able to develop and solve MESH AND NODAL equations 
+* Understand the basics (KVL, KCL, Ohm's Law, Current Divider, etc)
+ 
+3) Friday - Capacitor Intro
+- Read 10.1 through 10.5 BEFORE CLASS (but AFTER Exam #3)
+
+
+
+
+
+ 
+
+
+ 

Week 11/Outline 1107.txt

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+Exam #3
+
+Primarily chapters 7.1 through 9.5
+
+--------- Outline---------------
+- All multiple Choice/no partial credit
+- The DC formula sheet will be provided
+- Bring your calculator and know how to use it (manual is ok)
+- You will need to solve a 3 equation system
+- 14 to 16 questions
+
+Series-Parallel Circuits (2-4Q)
+- Reduce and return approach
+- Block diagram approach
+- Ladder networks
+
+Analysis Methods (6-8Q)
+- Source conversions
+- Mesh analysis 
+- Nodal analysis 
+
+Network Theorems (6-8Q)
+- Superposition 
+- Thevenin 
+
+* CHECK YOUR WORK and know things like:
+- Ohm's Law, Power, KVL, KCL, voltage divider and current divider
+COLD!
+- How to use the results of MESH and NODAL to calculate power, voltage and current
+for any component

Week 11/Outline 1109.txt

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+Week 11 Session 3
+
+Exam #3 
+- Grades and distribution
+- Final exam policy (hourly exam replacement grade)
+- "W" grade discussion
+
+1. Capacitors - Introduction
+ 
+    * Relationship between C, Q, V
+    * Capacitance calculation
+    * Dielectric strength
+    * Leakage current
+    * Types of capacitors and markings
+ 
+2. Capacitor transient analysis
+ 
+    * The charge phase
+    * Defining equations
+ 
+Reminders
+ 
+1) READ chapter 10, sections 6 through 9 by Monday (11/12)
+
+2) HW#11 due on Monday 11/12
+
+
+
+
+
+ 
+
+
+ 

Week 12/Outline 1112 and HW#12.txt

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+Week 12 Session 01
+
+Capacitor Transient Analysis - Charge Phase Continued
+ 
+- Review of the charge circuit equations, including tau
+- In class problem 
+	Find and sketch ic(t), Vc(t) and Vr(t)
+	Find vc(t) and ic(t) at t = 10ms (instantaneous value)
+- Multisim demo (of ICP)
+	Demo/important simulation steps
+	Verification 
+- More complicated R-C problem
+	Multiple resistors - Approach
+	Simulation verification
+
+Homework #12 - Due Monday, 11/26 at the start of class (online class/quiz NEXT Monday 11/19)
+ 
+* Individual:	Chapter 10, problems 29, 37, 40, 44 (Replace the two parallel capacitors with one 20 micro Farad capacitor and use Vc(0)=-4V), 52
+ 
+* Team: 	Chapter 10, problems 26 (use a 50V source instead of 30V), 53, 55
+ 
+Reminders 
+
+1) HW#11 Due at the start of class
+- Late assignments will not be accepted
+  
+2) Quiz this Friday - Capacitors (Intro and charge)
+
+  
+
+ 

Week 12/Outline 1114.txt

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+Week 12 Session 02
+
+Capacitor Transient Analysis - continued 
+
+- Discharge phase
+	Continued
+  	PSPICE simulation methods/results
+
+- Instantaneous values
+ 
+Reminders 
+ 
+1) Keep reading in chapter 10 for Friday
+- Capacitor initial conditions after the quiz
+
+2) Quiz on Friday - Capacitors (Intro and charge)
+- Calculate C (cap intro)
+- Approximate charge and discharge times, think tau
+- Determine time constants, tau
+- Find when Vc(t) reaches a specific voltage, tau or instantaneous values
+- Find Imax, t=0-, 0, 0+ discussions
+
+3) Class Next Week, Monday, 11/19:
+- No in-class meeting, class is ONLINE
+- You will review the posted PDF handouts, work in-class problems and then take an online quiz
+- The material will be posted by Monday morning at 8am
+- The quiz will be available from Monday, 11/19 at 12pm until Tuesday, 11/20 at 9pm (timed to 30 or 45 minutes)
+
+4) Office Hours next week, only on Monday 11/19
+-> 8-10am (usual time)
+-> Added: 10-11am and 2-3pm
+
+
+ 
+
+
+
+
+
+
+
+
+
+  
+
+ 

Week 12/Outline 1116.txt

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+Week 12 Session 03 
+
+Quiz #8 - Capacitor Intro
+
+- Capacitor transient analysis continued - initial conditions (ICP and example)
+ 
+- Another example problem/ICP
+ 
+Reminders
+ 
+1) Continue reading in chapter 10 for Monday, 11/19 (ONLINE CLASS, no in-class meeting)
+
+2) Class Next Week, Monday, 11/19:
+- No in-class meeting, class is ONLINE
+- You will review the posted PDF handouts, work in-class problems on your own and then take an online quiz
+- The material will be posted by Monday morning at 8am
+- The quiz will be available from Monday, 11/19 at 12pm until Tuesday, 11/20 at 9pm (timed to 30 or 45 minutes)
+
+3) Office Hours next week, ONLY on Monday 11/19
+-> Added: 10-11am and 12-1pm (usual class times)
+
+4) Homework #12 - Due Monday, 11/26 at the start of class
+- Late assignments will not be accepted
+- Do NOT wait until the last minute to work this assignment, understanding this material is crucial on the final exam
+
+5) READ Chapter 11 through section 11.5 (Inductor intro material) BEFORE class on Monday, 11/26
+
+
+
+
+
+
+

Week 13/Outline ONLINE CLASS 111918.txt

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+Week 13 Session 01 -> ONLINE CLASS, no in class meeting today 
+
+Instructions (follow these carefully, don't wait until the last minute):
+
+* Posted notes on our myCourses site - CONTENT, WEEK 13 *
+
+1- Review the posted notes: "Capacitor charge discharge and series parallel no boans.pdf" 
+2- Work the "in-class problems" on your own
+3- Review your work against: "Capacitor charge discharge and series parallel boans only.pdf"
+ 
+4- Review the posted notes: "Capacitor charge and voltage no boans.pdf" 
+5- Work the "in-class problems" on your own
+6- Review your work against: "Capacitor charge and voltage boans only.pdf"
+
+7 - Take ONLINE QUIZ #9 (The quiz will be available from Monday, 11/19 at 12pm until Tuesday, 11/20 at 9pm, timed to 45 minutes max)
+See the Quizzes section of our myCourses site, allow yourself 45 mins uninterrupted
+
+
+Reminders
+ 
+1) ONLINE QUIZ #9, open from MON 11/19 at 12pm until TUES 11/20 at 9pm
+- Allow 45 minutes, topics primarily from 11/19 ONLINE Class
+- See our myCourses, QUIZZES Section
+
+2) Homework #12 - Due Monday, 11/26 at the start of class
+- Late assignments will not be accepted
+- Do NOT wait until the last minute to work this assignment, understanding this material is crucial on the final exam
+
+3) READ Chapter 11 through section 11.5 (Inductor intro material) BEFORE class on Monday, 11/26
+
+4) Office Hours this week - ONLY on Monday 11/19
+-> 8-10am (usual time)
+-> Added: 10-11am and 2-3pm (usual class times)
+
+
+
+
+
+
+
+

Week 14/Outline 1126 and HW#13.txt

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+Week 14 Session 01 - Capacitor Review 
+
+Team Problem Set - Capacitor Breakout Problems 
+*Submit for participation credit, similar to final exam questions on capacitors*
+- Ctotal
+- Detailed charge/discharge problem (voltage, current, charge, initial condition)
+- Steady state conditions (voltage and charge)
+
+HW #13 - Chapter 11 (Inductors), Due next Monday, 12/03 at the start of class
+    * Individual:	Chapter 11 problems 2, 3, 6, P11 (Use L=250mH and E = 40mV)
+    * Team: 		Chapter 11 problems 10, 12 (Use L=5mH)
+
+Reminders
+---------
+1) Homework #12 - Due today at the start of class
+- Late assignments will not be accepted
+
+2) Re-read Chapter 11 through section 11.4 (Inductor intro material) BEFORE class on Wednesday, 11/28
+
+
+
+

Week 14/Outline 1128.txt

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+Week 14 Session 02
+
+Inductor introduction
+
+    * Magnetic field and "flux," Faraday's Law - Reading
+    * Inductance and inductance calculations
+	Example
+	ICP
+    * Inductor models (ideal, high-frequency and low-frequency) and examples
+    * Types of inductors and examples
+
+    
+Reminders
+---------
+1) Keep reading the inductor sections of the text for Friday  
+
+2) Quiz #10 - Capacitor steady-state charge, Inductor Intro
+- This Friday
+- BRING YOUR CALCULATOR
+
+
+
+
+
+
+
+
+
+
+

Week 14/Outline 1130.txt

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+Week 14 Session 03
+
+Quiz #10 - Capacitor Steady State/Charge, Inductor Intro
+
+Inductor Introduction (continued)
+- Manufacturer info/design support 
+- RF inductors (SMT and PCB)
+- Induced voltage, establishment of VL(t)
+	Example
+	ICP
+
+Inductor Circuits (Inductor as the load in a Thevenin Equiv Circuit) 
+- Transient/Storage Phase, qualitatively
+- Equation for the current and characteristics of
+- Development of VL(t) from iL(t) using KVL
+ 
+Reminders
+
+1) Keep reading the inductor sections of the text for Monday (11.5 - 11.7)
+
+2) HW#13 - Due Monday, 12/3 at the start of class
+- No late work will be accepted
+
+3) LAB - Don't forget to populate AND TEST your PCBs BEFORE lab next week
+
+
+
+
+

Week 15/Final Exam outline 2181.txt

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+  25-35 questions, all m/c (scantron forms), no partial credit
+        You will be given the text formula sheet (DC) and scrap paper
+    BRING a #2 pencil or dark pen and your Sharp EL-516 calculator
+        ** NO MAKEUP EXAMS **
+
+EEET 111, DC Circuits (Lecture), 12/17/2018, Monday 8:00AM - 10:30AM
+Institute Hall (INS)-1140
+
+Topical Outline/Suggested Chapter Problems to Review:
+-----------------------------------------------------
+CH3, Resistance, 2-4Q
+P17,26
+
+CH4, Ohm's Law, power, energy, etc, 2-4Q
+P34,50,60
+
+CH5, Series, 1-4Q
+P10,16,20
+
+CH6, Parallel, 1-4Q
+P7,15,18
+
+CH7, Series-Parallel, 3-7Q
+P3,4,15,17,45
+
+CH8, Branch, MESH, NODAL, 3-7Q
+P4,8,11,19,41,50
+
+CH9, Superposition, Norton, Thevenin, Max pwr transfer, 2-5Q
+P13,19
+
+CH10, Capacitors - Basic through transient analysis, series and parallel, steady-state, 4-8Q
+P21,26,29,40,52
+
+CH11, Inductors - Basic through transient analysis, series and parallel, steady state, 4-8Q
+P18,31,43,45,46
+
+Also For review:
+----------------
+- Special breakout problem sets (pre-exam#3, capacitors, inductors)
+- Our previous quizzes and exams covering this material
+- The example problems in the text on this material
+
+
+
+
+
+
+
+
+
+
+
+
+
+

Week 15/Outline 1203 and HW#14.txt

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+Week 15 Session 01 - Inductors Transient Storage Decay 
+
+Transient/Storage Phase
+- Finding VL(t)
+- Breakout problem
+
+R-L Decay Phase
+- Introduction
+- Minor circuit modification and reason
+- Analysis to determine iL(t) and VL(t)
+- Breakout - Decay phase problem
+
+HW #14 - Chapter 11 (Inductors), Due next Monday, 12/10
+    * Individual:	Chapter 11 problems 18 (Use IL(0) = -3mA), P24 (replace "E" with a short-circuit (0V), 31, 34, 38, 45
+    * Team: 		Chapter 11 problems 21 (Use L = 1mH), 46
+
+Reminders
+----------
+1) Homework #13 - Due today at the start of class
+- Late assignments will not be accepted
+
+2) Keep reading the inductor sections (11.9 - 11.14) of the text for Wednesday
+
+3) Check your final calculator course grade on myCourses (TODAY)
+- This is your unadjusted grade to date
+- I will update the gradebook on Tuesday afternoon to reflect:
+	Dropping your lowest 2 HWs
+	Dropping your lowest 2 Quizzes
+	Course Participation
+
+4) Quiz (our last one) - Friday
+- Inductors and inductor circuits
+
+
+
+
+
+
+
+

Week 15/Outline 1205.txt

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+Week 15 Session 02 - Inductors: Decay Phase and Series, Parallel Combinations
+ 
+Inductors 
+- Breakout on the storage and decay phase
+- Series and parallel combinations
+- Breakout on combinations
+ 
+
+Reminders
+----------
+1) Final Exam outline - in class on Friday, 12/07
+ 
+2) Precon quiz (2 of 2) - in class Friday, 12/07
+ 
+3) Inductor Quiz/Review problems - in class Friday, 12/07
+ 
+4) HW#14 due Monday, 12/10 at the start of class
+
+5) Check your course grade again - It now reflects dropping 2 lowest HWs and 2 lowest quizzes
+
+6) Extra Credit Opportunities:
+
+Lecture (up to +5 course points)
+- Students can sign-up to take an optional simulation competency (to be offered on 12/11, reading day from 8-9a and 10-11a)
+- Sign-up sheet in Chris Brown's office (ENT 3rd floor)
+
+Final Exam (up to +5 percentage points)
+- Each recitation (from 12/11 until the final exam) counts as +1 percentage point
+- Attending All four => +5 percentage points (a bonus of +1)
+

Week 15/Outline 1207.txt

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+Week 15 Session 03 - Inductor Review Session/ Quiz
+ 
+* Preconceptions survey (2/2), 10-15 min
+* SRATE Survey if not yet completed, 0-5 min
+
+* Final Exam Outline, 5-10 min
+
+* Inductor circuits review session/quiz, ~ 30 min
+
+
+Reminders
+----------
+ 
+1) HW#14 due Monday, 12/10 at the start of class
+- No late work accepted
+
+2) Final exam review session on Monday
+- Will concentrate on "older" foundational material
+- We have reviewed Thevenin, capacitors and inductors already
+- See the final exam outline and follow this/attend recitations for the best prep
+
+3) Extra Credit Opportunities (*MUST SIGN-UP by Monday, 12/10 at 12pm or sooner - space is limited*)
+
+Lecture (up to +5 course points)
+- Students can sign-up to take an optional simulation competency (to be offered on 12/11, reading day from 8-9a and 10-11a)
+- Sign-up sheet in Chris Brown's office (ENT 3rd floor)
+* Know your lecture section
+* Bring your calculator to the assessment
+
+Final Exam (up to +5 percentage points)
+- Each recitation (from 12/11 until the final exam) counts as +1 percentage point
+- Attending All four => +5 percentage points (a bonus of +1)
+
+
+
+
+
+
+
+

Week 2/Outline 0905 and HW 2.txt

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+Week 2 Session 01 - Resistance (W)
+ 
+Resistance I and II
+- Resistance 
+- Wire Tables
+- Metric Units
+- Temperature Effects
+- Superconductors
+- Conductance 
+- Ohmmeters
+- Thermistors / Photo Cell / Varistors
+
+* Color code lecture and info - POSTED ONLINE ONLY, will help with Lab #1 *
+ 
+HW#2 Assignment (Due 09/10 at the start of class, Monday):
+
+Individual 
+Chapter 3 : 5, 7, 8, 12, 17, 26, 32, 36(a), 40, 45, 47, 48, 50, 59 and 60 
+ 
+Team  
+Chapter 3 : 13, 52, 56 and 58 
+ 
+Reminders
+
+1) HW#1 - Due now (solutions will post this afternoon)
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+ 
+2) Quiz #1 this Week (Friday)
+- Topics from HW#1 
+ 
+3) Read chapter 4, sections 1 through 4 before Friday
+
+
+
+ 
+
+
+
+
+
+
+
+

Week 2/Outline 0907.txt

@@ -0,0 +1,23 @@
+Week 2 Session 02
+ 
+Quiz #1 - HW#1 Topics
+ 
+Ohm’s Law 
+
+- Introduction and example
+  ICP 1
+
+- Plotting Ohm’s Law (I-V Characteristics)
+  Example
+  ICP 2
+
+Reminders
+
+1) HW#2 - Due next week at the start of class (M, 09/10)
+- Late assignments will receive a zero grade
+
+2) Read (Before Monday, 09/10)
+- Chapter 4 sections 5 through 8
+
+3) Exam #1 - NEXT Week (FRIDAY, 09/14)
+

Week 3/Outline 0910 & HW#3 Assign.txt

@@ -0,0 +1,41 @@
+Week 3 Session 01 - Power, Energy and Efficiency 
+ 
+4.4 Power
+Introduction and Power Relationships
+- Example
+- ICP 1 (series) and ICP 2 (parallel)
+
+4.5 Energy
+Introduction and example
+- Breakout #1
+ 
+4.6 Efficiency
+Introduction and example
+- Breakout #2
+- Breakout #3
+ 
+Exam #1 Outline
+
+HW#3 Assignment (Due Monday, 09/17 at the start of class):
+
+* Note the modifications to the text problems as shown below *
+
+Individual 
+Chapter 4: 2 (use R=6.8 Ohms), 5 (use R=0.02 MOhms), 10 (use 125 mA), 12, 15, 21, 34, 48, 50 
+Chapter 5: 3, 8, 10, 16
+ 
+Team  
+Chapter 4 : 19 (use R=2 kOhms, 1 MOhms, and 100 Ohms), 37, and 60
+Chapter 5: 5, 20
+
+Reminders
+
+1) HW#2 - Due now (the solutions will be posted this afternoon)
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+
+2) Exam #1 this Week (Friday)
+- Details in class today
+
+

Week 3/Outline 0912.txt

@@ -0,0 +1,24 @@
+Week 3 Session 02 - Series Circuits and Resistance
+
+5.2+ Introduction of series “R” 
+Breakout #1
+Breakout #2 (Series Circuit Analysis)
+
+Simulation - Series Circuit, Find I 
+
+A couple more exam #1 review problems 
+
+Reminders
+ 
+1) Exam #1 - THIS FRIDAY
+15-20 questions
+Primarily m/c
+
+2) HW#3 - Due next Monday at the start of class
+ 
+3) Continue reading in chapter 5 (through 5.7) for next Monday
+
+
+
+
+

Week 4/Outline 0917 and HW#4.txt

@@ -0,0 +1,27 @@
+Week 4 Session 01 - Voltage Sources and Series Circuits
+ 
+5.5 Voltage Sources in Series
+ 
+5.6 Kirchhoff's Voltage Law (KVL)
+------- 
+HW#4 Assignment (Due next Monday, 09/24 at the start of class):
+ 
+Individual 
+Chapter 5: 22, 23, 24, 26, 29, 30, 39, 41
+  
+Team  
+Chapter 5: 36 [Use VR1 = (1/5)*VR2], 45, 48, and 49
+-------
+ 
+Reminders
+ 
+1) HW#3 - Due now 
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+ 
+2) Quiz #2 - Session 03 (FR)
+- Topics up to and including Homework #3 and today's lecture material
+ 
+3) Keep reading in chapter 5 (5.7 through 5.13)
+

Week 4/Outline 0919.txt

@@ -0,0 +1,17 @@
+Week 4 Session 02 - Voltage Divider and Practical Voltage Sources
+ 
+5.7 Voltage Division
+ 
+5.8 Interchanging Series Elements
+ 
+5.9 and 5.10 Notation and Ground onnection
+ 
+Reminders
+ 
+1) Quiz #2 - Session 03 (FR)
+- Topics up to and including Homework #3 and Monday's lecture material
+ 
+2) Finish reading in chapter 5 for Friday
+ 
+
+

Week 4/Outline 0921.txt

@@ -0,0 +1,22 @@
+Week 4 Session 03 
+ 
+Quiz #2 - Up to and including HW#3 topics and week 4 session 01 lecture
+ 
+5.11 Regulation
+  Definition of VR and example
+  Breakout #1
+ 
+5.12 Instrument Connections and Loading (Review)
+  Current and voltage
+  Single and double-subscript notation
+ 
+Breakout #2 – Voltage Divider (Review)
+ 
+Application – NiMH Batteries
+ 
+Reminders
+ 
+1) Read chapter 6, sections 1 through 5 for Monday
+ 
+2) Homework #4 due at the start of class next Monday
+ 

Week 5/0924 Outline and HW#5.txt

@@ -0,0 +1,36 @@
+Week 5 Session 01 - Review through KCL
+ 
+Review through chapter 6 material
+- Breakout problems on circuit analysis
+- Parallel resistors
+- KCL
+ 
+HW#5 ASSIGNMENT - Due next week at the start of class (session 01)
+ 
+Individual:
+- Chapter 6 problems: 4 through 7, 8(a and b), 9, 10, 15, 18, 22, 27, 28b, 33, 41 (find I1 and I2)
+ 
+Team:
+- Chapter 6 problems: 39, 45, 47
+ 
+Reminders
+ 
+1) HW#4 - Due now 
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+ 
+2) Pop quiz soon??? - Series, Ohm's Law, power, Rt 
+* As usual - No formula sheet (closed books/notes) *
+ 
+3) Quiz on Friday - Series circuits, KVL, power, power supplies/VR 
+ 
+4) Keep reading in chapter 6
+
+5) Guest lecturer om Friday (10am session)
+
+ 
+
+
+
+

Week 5/0926 Outline.txt

@@ -0,0 +1,26 @@
+Week 5 Session 02 - KCL Through Current Divider
+ 
+- Quiz?
+
+- KCL breakout Problems
+
+- Current Divider - Development and Example
+ 
+Reminders
+ 
+1) Quiz on Friday - Series circuits, KVL, power, power supplies/VR 
+ 
+2) Keep reading in chapter 6
+
+3) Exam #2 - NEXT FRIDAY (outline next Monday in class)
+
+
+ 
+
+
+
+
+
+
+
+

Week 5/0928 Outline.txt

@@ -0,0 +1,26 @@
+Week 5 Session 03
+
+Quiz #4 (Series circuits, KVL, power, power supplies and Voltage Regulation)
+
+Current divider through applications
+
+- Current Divider
+- Parallel Voltage Sources
+- Open and Short-Circuits
+- Voltmeter Loading
+- Application
+
+Reminders
+
+1) READ Chapter 7 through (at least) section 7.5 by Monday 
+
+2) HW#5 - Due at the start of lecture, Monday 
+
+3) Exam #2 next week, session 03 (Friday, 10/05 <- NOTE THE DATE)
+- Outline the on Monday
+
+
+
+ 
+
+

Week 6/1001 Outline and HW#6.txt

@@ -0,0 +1,44 @@
+Week 6 Session 01
+ 
+Exam #2 - Outline/discussion
+
+Questions on Friday's breakout problems?
+
+Questions on volt-meter loading?
+
+Series-Parallel Networks
+- General approach
+- Reduce and Return
+- Block Diagram (intro)
+  * Breakout problem
+
+HW#6 ASSIGNMENT - Due next week at the start of class (Wednesday, 10/10)
+ 
+Individual:
+- Chapter 7 problems: 3(a & b), 4(a & b), 6, 17, 19, 23, 27, 45
+ 
+Team:
+- Chapter 7 problems: 15, 25, 33 
+ 
+Reminders
+ 
+1) HW#5 - Due now 
+- Individual folder
+- Team folder
+NO LATE ASSIGNMENTS ACCEPTED
+ 
+2) Exam #2 - Session 03 (Friday, 10/05) THIS WEEK
+- Primarily Sections 5.1 to 6.13 with some chapter 7 material 
+- 50 minutes, majority M/C
+- Study from the outline described in class
+- See me or our LAs with questions
+ 
+3) Finish reading chapter 7 for Wednesday (7.6 through 7.10)
+
+
+
+
+
+
+
+

Week 6/1003 Outline.txt

@@ -0,0 +1,32 @@
+Week 6 Session 02
+ 
+Series-Parallel Networks (continued)
+- Ladder Network
+  * Breakout problem
+- Voltage Divider Supply
+  * Breakout problem
+
+Additional Exam #2 practice problems?
+
+Reminders
+ 
+1) Exam #2 - Session 03 (Friday, 10/05) THIS WEEK
+- Primarily Sections 5.1 to 6.13 with some chapter 7 material 
+- 50 minutes, majority M/C
+- Study from the outline described in class
+- See me or our LAs with questions
+
+2) HW#6 ASSIGNMENT - Due next week at the start of class (Wednesday, 10/10). No class on Monday 10/08.
+
+3) Read chapter 8, sections 1-4 for next Wednesday, 10/10.
+
+
+
+
+
+
+
+
+
+
+