Circuit Analysis & Design I plus Differential Equations I
FOR SERIOUS STUDENTS WHO WANT DVDS OR WHO TRAVEL FREQUENTLY & DON'T HAVE ONLINE ACCESS - ORDER CUSTOMIZED DVDs BELOW PREPARED BY DR J
THE OFFER CONSISTS OF OVER 10 HOURS OF STEP-BY-STEP VIDEOS ABOUT CIRCUIT ANALYSIS & DESIGN I plus 10 HOURS OF DIFFERENTIAL EQUATIONS.
Description of Circuit Analysis & Design I Videos. The video course introduces the analysis and design of linear circuits. The course covers the relationship of voltage, current, resistance and power such as Ohm's Laws. Analytical techniques and constraints include: Kirchoff's Voltage Law (KVL), Kirchoff's Current Law (KCL), Node Voltage, Mesh Currents, Superposition, Thevenin and Norton Equivalent. After learning the analytical techniques, the student will apply them to real-world devices such as transistors and operational amplifiers. (samples lessons are given below)
Description of Differential Equations Videos. This course is used in preparation for Circuit Analysis & Design II. The course will cover solving first and second order differential equations. Differential equations model physical and electrical behavior so applications will be presented also. Most of the applications will involve predicting the motion of a mass-spring system. The behavior is analogous found in electrical systems. The final technique will cover Laplace Transforms and how it's used to solve differential equations. (see sample videos)
Videos given below show how they can be used to review, refresh, and reinforce on technical areas taught in your classroom. In Circuits Analysis and Design I,
- Gain Confidence in analyzing, designing and solving circuit problems
- Many Step-By-Step examples are provided
- Lessons cover basics in circuit analysis: Ohm's Laws, Kirchoff's Voltage Laws, Kirchoff's Current Laws
- Advanced topics like Thevenin and Norton Equivalent, Superposition, Nodal Analysis and Mesh Analysis are covered with numerical examples
Video 1 - Circuit Nodal Analysis - Introduction - Part 1
- Lessons arranged sequentially for logical development
- Lessons provide an opportunity to make sense on difficult topics and help eliminate the sources of frustration . I heard a saying but don't recall who gets credit for this, but it goes something like this: "You think education is expensive, try ignorance".
- Apply what you learn to analyze and investigate how transistors and operational amplifiers work.
Video 2 - Operational Amplifier Tutorial - Basic Op Amp - Part 1
-
Get ready for future courses
in electronic circuits by viewing the videos in Differential
Equations
- Prepare for an upcoming course in Circuit Analysis and Design II involving capacitors and inductors using the analytical tools found in this course.
- MATLAB demos will be used to show how to solve complex circuits with resistors, capacitors and inductors.
Video 3 - Differential Equation Tutorial Video - Initial Value Problem Using Separable Variables (Example 4)
- Stop staring at the static textbook and enjoy interactive multimedia content...next best thing to being there when you can't attend a class for any reason
- Clear the technical mystery covered in class and review videos to help eliminate anxiety and frustration before an exam.
- The videos are an attempt to reinforce the concepts taught in class
Video 4 - Modeling With Higher Order Differential Equations - Spring Mass Differential Equation (Part 1)
GREAT VALUE!
- Fully-packed content is equivalent to a $1700 college course each or $3400
- Great value when compared to a personal tutor earning $50/hour
- Over 20 hours of total instruction broken into bite-sized video clips and learning modules
- That's about $5/hour of instruction
- Introductory price may increase anytime but would still be a great and affordable value
YOUR COST: $109.95 (includes S&H)
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