-Resistor-Needed so the power from sockets does not blow up whatever you are trying to connect
-Capacitor-Good for bursts (triggers)
-Voltage drop across capacitors is same as voltage drop across the two connecting wires.
-Resistors in parallel can be measured by adding the reciprocals of the resistance (To find Phantom Resistor Strength). Take portion of Phantom Resistor equivalent to the total resistance of one of the resistors to find the total current going through that resistor.
-Capacitors in Parallel act like Resistors in series, add the strengths.
-To find the voltage drop across individual components, add the total resistance of each piece, the portion of the total resistance the object uses is equivalent to the portion of voltage used.
I remember playing around with circuits back in school. A lot easier than what you seem to be doing though!
ReplyDeleteI remember playing with circuits too, and I agree lol!
ReplyDeleterobotics was my favourite class in high school
ReplyDeletei'm currently studying electrical engineering and computer science. i must say i love it and i'm thinking of getting a job in robotics.
ReplyDeleteFollowed.
http://octafbr.blogspot.com
Cool stuff.
ReplyDeletenice blog, i like this stuff
ReplyDeletewell this is just awesome because I'm working with this stuff every day +followed definitely
ReplyDeletepost some cool circuits :)
I wish I've had a robotics class in high school :/
ReplyDeleteWow im interested but never had a chance to learn it
ReplyDeleteYeah i failed in that class :D
ReplyDeleteI've never taken an engineering class, but good post.
ReplyDeleteGood summary, I almost forgot all of that
ReplyDeleteawsoem post! :D
ReplyDeletewill be interesting to see what become of you building our future overlords
ReplyDeleteI wanted to study this stuff... too bad I became a painter D:
ReplyDeletethis is like hardware 101, i like it.
ReplyDelete