|
|
Free
or affordable distance and
online Electrical Engineering - Circuit Analysis courses, tutorials, how-to
articles
books, tips, degree information & resources. |
Bookmark
this site
Master
Course List
Online Tests
Our
Other Sites:
AccountingAide.com
HowToEdoIt.com
|
Engineering Degrees
Warren National University Earn your Bachelor's,
Master's, or Doctorate degree from Warren National University in 12-18
months. Apply your previous education and work experience toward a
degree in Business, Engineering, Technology, or Health.
Request More Information.
|
Affordable
Online Courses |
|
First Order RLC Circuits: Time Domain Analysis
This course is a refresher in basic network
analysis of passive RLC circuits using discreet passive (R)
resistor, (L) inductor and (C) capacitor components. The
complete response for each of the 4 basic circuits has transient
and steady state terms. The intended audience is practicing
electrical and electronics engineers already familiar with the
math and engineering concepts for circuit analysis. - 6 PDH
|
|

|
Kirchhoff's Current Law (KCL)
KCL states that the algebraic sum of the currents in all
the branches which converge in a common node is equal to zero.
Mesh Current Method
The mesh current method is deduced from the Kirchhoffs
voltage law (KVL) and superposition theorem.
Circuit Analysis Techniques
Ohm's Law states the voltage across a resistor, R (or
impedance, Z) is directly proportional to the current passing through it
(the resistance/impedance is the proportionality constant).
RLC circuit
An RLC circuit (sometimes known as resonant or tuned
circuit) is an electrical circuit consisting of a resistor (R), an
inductor (L), and a capacitor (C), connected in series or in parallel. A
RLC circuit is called a second-order circuit as any voltage or current
in the circuit can be described by a second-order differential equation.
|
|
Site
Map
FAQs
Link
to Us
Educational Gift
Ideas
Add
a Course
Contact
Us
©
2008 Learning Link Finders, Inc. - All Rights Reserved - Modified
on 01/01/08
All trademarks and registered trademarks
appearing on the Docnmail.com website are the property of their respective
owners.
By providing links to other sites, Learning Link
Finders, Inc.
does not guarantee, approve or endorse the information or products available
at these sites, nor does a link indicate any association with or endorsement by
the linked site to Docnmail.com.
|