LC Circuits Theory Part 1

This clip gives the theory and derivation of the equations of an LC circuit and compares and contrasts it to the RC and LR circuits as well as to a mechanical system involving a block and a spring. (Part 1)

Category:

Education

Tags:

• Kiledjian
• chapter 32
• LC Circuits
• capacitors and inductors
• electromagnetism
• physics

[aak711]

when t = 0 , then sin (wt) should also be equal to zero... so resulting equation should be... what?

please explain.

Thanx

[max29297]

@missifer86 Vb is just the voltage supplied by the battery.

[drkm4sterX]

@missifer86 Vb should just be the voltage of the battery, Vl is for the inductance, and c is the capacitance

[spyros07]

capacitator: ''Come on baby, charge me please!''

inductor: "Oh man, screw you, i dont wanna get charged! Don 't do this to me!"

hahaha

Man you are awsome!!! I wish all my teachers had the passion you have.

Keep up the good work.

[Micr0Druid]

Thank you for giving me a better understanding of this.

[aarmour12]

@missifer86 It's the voltage supplied by the source. Usually a battery for DC circuits

[missifer86]

Sorry if its is a very amature question, trying to prep myself for this course in the fall, and am coming in blind. What does "Vb" mean. In the equation "Vl + Vc = Vb"?

Thanks for any help

[vishnukartha47]

For a DC circute the reactants of capacitor is very high is't it ?

[Jmacias11]

i wish he was my professor he is well organized compared to my professor and makes it more interesting by telling a story

[frizstyler]

i wish i could be in such lessons