	A	B	C	D	E	F	G	H
1	Segment #	Major topics	Reading UMF=Ulaby, Maharbiz, Furse	Pre-recorded Lecture	time (hr:min:sec)	Total time if all viewed	Slides	With Ink
2	1	Radio Communicaions	none	Superhet 1	0:12:50	0:12:50	01-Superheterodyne Receiver.pdf
3	2	Information Storage & Transmission AM Modulation/Suphet	none	Superhet 2	0:28:58	0:41:48	01-Superheterodyne Receiver.pdf
4	3	Superhet continued	none	Superhet 3	0:22:28	1:04:16	01-Superheterodyne Receiver.pdf
5	4	background, units, dimensions, notation	UMF 1-1 to 1-6	Circuit Terminology Part 1	0:10:03	1:14:19	02-Circuit Terminology.pdf	02- Circuit Terminology inked.pdf
6	5	Circuit representation, Electiric Charge and Current	UMF 1-1 to 1-6	Circuit Terminology Part 2	0:18:04	1:32:23	02-Circuit Terminology.pdf	02- Circuit Terminology inked.pdf
7	6	Open/Short Circuit, Linear Dependent Sources, Equivalent Circuit Concept	UMF 1-1 to 1-6	Circuit Terminology Part 3	0:17:38	1:50:01	02-Circuit Terminology.pdf	02- Circuit Terminology inked.pdf
8	7	i-v curves, AC/DC, Power	UMF 1-1 to 1-6	Circuit Terminology Part 4	0:09:39	1:59:40	02-Circuit Terminology.pdf	02- Circuit Terminology inked.pdf
9	8	Passive Sign Convention, Power Conservation	UMF 1-1 to 1-6	Circuit Terminology Part 5	0:12:48	2:12:28	02-Circuit Terminology.pdf	02- Circuit Terminology inked.pdf
10	9	Power Conservation Example (cont.), Moore's Law	UMF 1-1 to 1-6	Circuit Terminology Part 6	0:06:02	2:18:30	02-Circuit Terminology.pdf	02- Circuit Terminology inked.pdf
11	10	Resistance/Ohm's Law	UMF 2-1 to 2-3	Resistive Circuits 1: Nodes, Loops, KCL	0:15:42	2:34:12	03-Resistive Circuits.pdf	03-Resistive Circuits inked.pdf
12	11	Branches, Nodes, Planar Circuits, KCL, KVL	UMF 2-1 to 2-3	Resistive Circuits 2: KCL	0:16:22	2:50:34	03-Resistive Circuits.pdf	03-Resistive Circuits inked.pdf
13	12	KVL (cont)	UMF 2-1 to 2-3	Resistive Circuits 3: KVL	0:15:26	3:06:00	03-Resistive Circuits.pdf	03-Resistive Circuits inked.pdf
14	13	KVL, Series Resistors	UMF 2-1 to 2-3	Resistive Circuits 4: More KVL/Example	0:13:10	3:19:10	03-Resistive Circuits.pdf	03-Resistive Circuits inked.pdf
15	14	Series/Parallel Resistors	UMF 2-1 to 2-3	Resistive Circuits 5: Series/Parallel	0:18:47	3:37:57	03-Resistive Circuits.pdf	03-Resistive Circuits inked.pdf
16	15	Source Transformations	UMF 2-1 to 2-3	Resistive Circuits 6: Source Transforms	0:09:31	3:47:28	03-Resistive Circuits.pdf	03-Resistive Circuits inked.pdf
17	16	Source Transformations Practice Problem	UMF 2-1 to 2-3	Resistive Circuits 7: Source Transform Example	0:12:31	3:59:59	03-Resistive Circuits.pdf	03-Resistive Circuits inked.pdf
18	17	Wye-Delta Transforms	UMF 2-4 to 2-5	Resistive Circuits 8: Wye-Delta/Wheatstone	0:21:28	4:21:27	03-Resistive Circuits.pdf	03-Resistive Circuits inked.pdf
19	18	Solving linear circuits with KVL&KCL Equaitons	UMF 3-1, 3-2	Nodal Analysis 1: Introduction	0:15:10	4:36:37	05-Circuit Analysis Nodal 1.pdf	05-Circuit Analysis Nodal 1 inked.pdf
20	19	Nodal Analysis Introduction	UMF 3-1, 3-2	Nodal Analysis 2: Circuits with Current Source	0:27:00	5:03:37	06-Circuit Analysis Nodal 2 Supernodes MNA.pdf	06-Circuit Analysis Nodal 2 Supernodes MNA inked.pdf
21	20	Modified Nodal Analysis	UMF 3-1, 3-2 Linear Circuit Analysis Notes pp1-27	Nodal Analysis 3: Modified Nodal Analysis	0:15:34	5:19:11	06-Circuit Analysis Nodal 2 Supernodes MNA.pdf	06-Circuit Analysis Nodal 2 Supernodes MNA inked.pdf
22	21	Supernodes	UMF 3-1, 3-2 Linear Circuit Analysis Notes pp1-27	Nodal Analysis 4: Supernodes	0:21:34	5:40:45	06-Circuit Analysis Nodal 2 Supernodes MNA.pdf	06-Circuit Analysis Nodal 2 Supernodes MNA inked.pdf
23	22	Supernode Examples	UMF 3-1, 3-2 Linear Circuit Analysis Notes pp1-27	Nodal Analysis Part 5 Supernodes Revisited	0:09:07	5:49:52	07-Nodal Analysis III Examples	07-Nodal Analysis III Examples with ink
24	23	Messy Supernode Example planar circuit	UMF 3-1, 3-2 Linear Circuit Analysis Notes pp1-27	Nodal Analysis Mesy Supernode Example	0:12:02	6:01:54	07-Nodal Analysis III Examples	07-Nodal Analysis III Examples with ink
25	24	Extended Supernode Example	UMF 3-1, 3-2 Linear Circuit Analysis Notes pp1-27	Nodal Analysis Part 6 Crazy Supernode Example	0:15:47	6:17:41	07-Nodal Analysis III Examples	07-Nodal Analysis III Examples with ink
26	25	Complex Nonplanar Circuit Example from MNA and SN Approaches	UMF 3-1, 3-2 Linear Circuit Analysis Notes pp1-27	Nodal Analysis Part 7 Nonplanar Circuit	0:22:29	6:40:10	07-Nodal Analysis III Examples	07-Nodal Analysis III Examples with ink
27	26	Diode Introduction	UMF 2-6	Nonlinear devices: Diodes Part 1	0:16:43	6:56:53	04-Nonlinear Devices 1.pdf	04-Nonlinear Devices 1 inked
28	27	AC/DC Conversion LEDs, Photodectors	UMF 2-6	Nonlinear devices: Diodes Part 2	0:10:25	7:07:18	04-Nonlinear Devices 1.pdf	04-Nonlinear Devices 1 inked
29	28	AM Demodulator RF Mixer	UMF 2-6	Nonlinear devices: Diodes Part 3	0:17:06	7:24:24	04-Nonlinear Devices 1.pdf	04-Nonlinear Devices 1 inked
30	29	Linearity and Superposition	UMF 3-5 to 3-6	Circuit Theorems Part 1	0:20:13	7:44:37	09-Circuit Theorems I.pdf	09-Circuit Theorems I inked.pdf
31	30	Equivalent Circuit Concept Linear Circuits without Independent Sources	UMF 3-5 to 3-6	Circuit Theorems Part 2	0:08:07	7:52:44	09-Circuit Theorems I.pdf	09-Circuit Theorems I inked.pdf
32	31	Thevenin/Norton Equivalents	UMF 3-5 to 3-6	Circuit Theorems Part 3	0:16:52	8:09:36	09-Circuit Theorems I.pdf	09-Circuit Theorems I inked.pdf
33	32	Brute Force Approach to Finding Thevenin Equivalent	UMF 3-7 to 3-8	Circuit Theorems Part 4	0:12:18	8:21:54	09-Circuit Theorems I.pdf	09-Circuit Theorems I inked.pdf
34	33	Classic Method of finding Voc, Isc, Req	UMF 3-7 to 3-8	Circuit Theorems Part 5: Thevenin Example	0:17:13	8:39:07	09-Circuit Theorems I.pdf
35	34	Maximum Power Transfer Theorem	UMF 3-7 to 3-8	Theorems Part 6: Max Power Transfer	0:14:24	8:53:31	10-Circuit Theorems II.pdf
36	35	Transistors as control valves	UMF 3-9	Transistor Concepts 1	0:14:02	9:07:33	11-Transistor Concepts.pdf
37	36	Bipolar Junction Transistors	UMF 3-9	Transistor Concepts 2	0:16:09	9:23:42	11-Transistor Concepts.pdf
38	37	MOSFETs	UMF 4-11	Transistor Concepts 3	0:13:32	9:37:14	11-Transistor Concepts.pdf
39	38	MOSFETs	UMF 4-11	Transistor Concepts 4	0:29:46	10:07:00	11-Transistor Concepts.pdf
40	39	Intro to Opamps	UMF 4.1-4	Op Amps 1	0:21:33	10:28:33	12 Op Amps 1	12 Op Amps 1
41	40	Ideal Opamps	UMF 4.1-4	Op Amps 2	0:31:59	11:00:32	12 Op Amps 1	12 Op Amps 1
42	41	Negative Feedback Difference Amp	UMF 4.5-8	Op Amps 3	0:27:39	11:28:11	12 Op Amps 1	12 Op Amps 1
43	42	Instrumentation Amp	UMF 4.9	Op Amps 4	0:14:16	11:42:27	12 Op Amps 1	12 Op Amps 1
44	43	Multi-stage exampes	UMF 4.9	Op Amps Multistage Examples	0:18:43	12:01:10	13 Op Amps 2	13 Op Amps 2
45	44	Nonlinear Examples	UMF 4.9	Op Amps Nonlinear Examples	0:23:40	12:24:50	13 Op Amps 2	13 Op Amps 2
46	45		UMF 4.9	Op Amps Linearizing Nonlinear Amplifiers, THD	0:37:37	13:02:27	13 Op Amps 2	13 Op Amps 2
47	46	Properties of Capacitors and Inductors	UMF 5.1	Capacitors and Inductors 1	0:18:59	13:21:26	14 Capacitors and Inductors
48	47	Properties of Capacitors and Inductors	UMF 5.2	Capacitors and Inductors 2	0:32:16	13:53:42	14 Capacitors and Inductors
49	48	Properties of Capacitors and Inductors	UMF 5.3	Capacitors and Inductors 3: Inductors	0:13:22	14:07:04	14 Capacitors and Inductors
50	49	First order circuits	UMF 5.4-6	First Order Circuits Part 1 Introduction	0:09:19	14:16:23	15 First Order Circuits
51	50	First order circuits	UMF 5.4-6	First Order Circuits Part 2 Baic Diff Eqn Math	0:15:17	14:31:40	15 First Order Circuits
52	51	First order circuits	UMF 5.4-6	First Order Circuits Part 3 Natural Decay	0:19:23	14:51:03	15 First Order Circuits
53	52	First order circuits	UMF 5.4-6	First Order Circuits Part 4 Forced & Complete Solutions	0:15:05	15:06:08	15 First Order Circuits
54	53	First order circuits	UMF 5.4-6	First Order Circuits Part 5 Step Resonse	0:18:11	15:24:19	15 First Order Circuits
55	54	First order circuits	UMF 5.4-6	First Order Circuits Part 6 Initial Cond. Matcing, Op amps	0:20:14	15:44:33	15 First Order Circuits
56	55	Method of Undetermined coefficients	UMF 5.4-6	First Order Circuits Part 7 Meth of Undetermined Coeffs	0:21:51	16:06:24	15 First Order Circuits
57	56	Introduction to Second Order Systems	UMF 6.1-6	Second Order Circuits 1	0:13:56	16:20:20	16 Second Order Circuits Series and Parallel	16 Second Order Circuits Series and Parallel
58	57	Series RLC	UMF 6.1-6	Second Order Circuits 2	0:11:36	16:31:56	16 Second Order Circuits Series and Parallel	16 Second Order Circuits Series and Parallel
59	58	Types of Damping	UMF 6.1-6	Second Order Circuits 3	0:18:47	16:50:43	16 Second Order Circuits Series and Parallel	16 Second Order Circuits Series and Parallel
60	59	Series RLC Natural Decay	UMF 6.1-6	Second Order Circuits 4	0:11:47	17:02:30	16 Second Order Circuits Series and Parallel	16 Second Order Circuits Series and Parallel
61	60	Series RLC Natural Decay examples	UMF 6.1-6	Second Order Circuits 5	0:05:28	17:07:58	16 Second Order Circuits Series and Parallel	16 Second Order Circuits Series and Parallel
62	61	Series RLC Step Response	UMF 6.1-6	Second Order Circuits 6	0:16:43	17:24:41	16 Second Order Circuits Series and Parallel	16 Second Order Circuits Series and Parallel
63	62	Parallel RLC	UMF 6.7	Second Order Circuits 7: Parallel RLC	0:24:16	17:48:57	16 Second Order Circuits Series and Parallel	16 Second Order Circuits Series and Parallel
64	63	General RLCs	UMF 6.8	Second Order Circuits 8: General SOCs	0:14:53	18:03:50	16 Second Order Circuits Series and Parallel	16 Second Order Circuits Series and Parallel
65	64	General RLCs example	UMF 6.8	Second Order Circuits 8: General SOCs	0:14:12	18:18:02	16 Second Order Circuits Series and Parallel	16 Second Order Circuits Series and Parallel
66	65	Laplace Methods, Applications to circuits	UMF 12.1-4	Laplace Tranforms Part 1 A	0:24:36	18:42:38	17 Laplace Transforms Part 1
67	66	Laplace Methods, Applications to circuits	UMF 12.1-4	Laplace Tranforms Part 1 B	0:11:04	18:53:42	17 Laplace Transforms Part 1
68	67	Laplace Methods, Applications to circuits	UMF 12.1-4	Laplace Tranforms Part 1 C	0:18:07	19:11:49	17 Laplace Transforms Part 1
69	68	Inverse Transforms using the partial fraction expansion method	UMF 12.5-7	Laplace Transforms Part 2 A: Residue Method	0:16:12	19:28:01	18 Laplace Transforms Part 2
70	69	Inverse Transforms using the partial fraction expansion method	UMF 12.5-7	Laplace Transforms Part 2 B: Repeated Poles	0:12:58	19:40:59	18 Laplace Transforms Part 2
71	70	Inverse Transforms using the partial fraction expansion method	UMF 12.5-7	Laplace Transforms Part 2 C: Complex Poles	0:25:15	20:06:14	18 Laplace Transforms Part 2
72	71	Laplace Examples		Laplace Transforms Part 2 D: Circuit Examples	0:17:23	20:23:37	18 Laplace Transforms Part 2
73	72	Laplace Examples		Laplace Transforms: SOC Example	0:27:29	20:51:06	18A Laplace_transforms_example
74	73	Laplace Examples		Laplace Transforms: Fourth Order Circuit Example	0:12:40	21:03:46	18 Laplace Transforms Part 2
75	74	Laplace Examples		Laplace Transforms: Mapping Back To Time Domain	0:06:45	21:10:31	18 Laplace Transforms Part 2
76	75	Laplace Examples		Laplace Transforms: 4th Order HPF Example	0:20:00	21:30:31	18B Laplace Transform Exampe 4th order HPF
77	76	Laplace to AC Steady State Transfer Functions		AC Steady State Part 1	0:30:39	22:01:10	19 AC Steady State Part 1	19 AC Steady State Part 1
78	77			AC Steady State Part 1 B: Example	0:03:24	22:04:34	19 AC Steady State Part 1	19 AC Steady State Part 1
79	78	Phasors	UMF 7.1-4	20 AC Steady State 2 Part 1 Phasors	0:22:43	22:27:17	20 AC Steady State Part 2	20 AC Steady State Part 2
80	79	Phasor Domain Circuit Analysis	UMF 7.4, 7.7-10	20 AC Steady State Part 2 Phasor Domain Circuit Analysis	0:25:35	22:52:52	20 AC Steady State Part 2	20 AC Steady State Part 2
81	80		UMF 7.4, 7.7-10	20 AC Steady State 2 Part 1 Multiple Frequency Superposition Example	0:07:40	23:00:32	20 AC Steady State Part 2	20 AC Steady State Part 2
82	81		UMF 7.4, 7.7-10	20 AC Steady State Part 2 Summary	0:28:12	23:28:44	20 AC Steady State Part 2	20 AC Steady State Part 2
83	82	AC power intro	UMF 8.1-2	21 AC Power 1	0:21:53	23:50:37	21 AC Power	21 AC Power
84	83	Complex Power Conservation	UMF 8.3	21 AC Power 2: Complex Power Conservation	0:07:47	23:58:24	21 AC Power	21 AC Power
85	84	Power factor and Max Power Transfer	UMF 8.4-5	21 AC Power 3: Power Factor and AC Max Power 1	0:15:32	24:13:56	21 AC Power	21 AC Power
86	85	Power factor correction	UMF 8.4-5	21 AC Power 4: Power Factor Correction	0:32:04	24:46:00	21 AC Power	21 AC Power
87	86	Matching Networks		21 AC Power 6: Matching Network	0:15:39	25:01:39	21 AC Power	21 AC Power
88	87	Power factor correction	UMF 8.4-5	21 AC Power 4: Power Factor Correction	0:32:04	25:33:43	21 AC Power	21 AC Power
89	88	Matching Networks		21 AC Power 6: Matching Network	0:15:39	25:49:22	21 AC Power	21 AC Power
90	89	Power factor correction	UMF 8.4-5	21 AC Power 5: Power Factor Compensation Revisited	0:36:49	26:26:11	21a Power Factor Compensation	21a Power Factor Compensation
91	90	Transfer functions, db scale	UMF 9.1-3	22 Frequency Response and Bode Plots Intro	0:22:10	26:48:21	22 Frequency Response	22 Frequency Response
92	91	Poles, Zeros, Bode plots	UMF 9.1-3	22 Bode Plot Rules	0:25:55	27:14:16	22 Frequency Response	22 Frequency Response
93	92	Bode Plots examples	UMF 9.1-3	22 Bode Plot Examples 1	0:12:41	27:26:57	22 Frequency Response	22 Frequency Response
94	93	Bode Plots examples	UMF 9.1-3	22 Bode Plot Examples 2	0:17:03	27:44:00	22 Frequency Response	22 Frequency Response
95	94	Introduction to Filters	UMF 9.4-5	23 Filters 1: Introduction	0:19:33	28:03:33	23 Filters	23 Filters
96	95	Second Order Filters	UMF 9.4-5	23 Filters 2: Second Order BPF and Q	0:38:56	28:42:29	23 Filters	23 Filters
97	96	Complex Poles	UMF 9.4-5	23 Filters 3: Tuning Complex Poles	0:12:32	28:55:01	23 Filters	23 Filters
98	97	Higher Order Filters	UMF 9.4-5	23 Filters 4: Higher Order Filters	0:25:18	29:20:19	23 Filters	23 Filters
99	98	Active Filters	UMF 9.6-8	24 Actitve Filters 1: Intro, High Order Functions	0:09:17	29:29:36	24 Active Filters	24 Active Filters
100	99	Active Filters	UMF 9.6-8	24 Actitve Filters 2: First Order Active Filters	0:11:53	29:41:29	24 Active Filters	24 Active Filters
101	100	Active Filters	UMF 9.6-8	24 Actitve Filters 3:Quadratic Active Filters	0:22:49	30:04:18	24 Active Filters	24 Active Filters
102	101	Active Filters	UMF 9.6-8	24a Multifeedback Bandpass Virtual Lab	0:21:27	30:25:45	24a Virtual Lab - Multi-feedback BPF	24a Virtual Lab - Multi-feedback BPF