Selfrunning cold electricity circuit from Dr.Stiffler

[dean_mcgowan]

Not unlike a tuned LC tank ?

http://en.wikipedia.org/wiki/LC_circuit

[nievesoliveras]

@drstiffler

I will need to reread this whole topic to learn what I want. I will do my best effort to get the knowledge to accomplish my goal. Which is:
To run a motor with an 1.5v or 9v battery and recharge it while it is running the motor.

Jesus

[DrStiffler]

A new video of the new software that controls the measurement protocols.

The video shows an ESEC(1) going OU well past the margin of error. Test stopped at 180%.

ESEC(1)'s go to 200% without problem.

Dr.S.

http://www.youtube.com/watch?v=vd4h6oVtGj4

ESEC Naming:

ESEC(1) OU>1<3
ESEC(2) => ESEC(3) OU>2<4
ESEC(6) OU =>6
ESEC(10) OU > 10

[Magnethos]

I have a simple question...
When we use too much hot/common electricity, the device (a fan in example) heats up too much and it burns. If we use cold electricity... the fan will burn also or not?

[DrStiffler]

I have a simple question...
When we use too m
uch hot/common electricity, the device (a fan in example) heats up too much and it burns. If we use cold electricity... the fan will burn also or not?

@Magnethos

Let me try to explain what I know and do not know.

Lets assume you have a fan that draws 100mA @ 6V without marginal heating (from say a battery).

Connect this fan in series with an ESEC (in series with the capacitor charging leg) and it will not raise in temp even if it passes 3 to 4 times its rated current. Now if we have charged our ESEC cap to say 6v and connect the fan across the cap it will display its characteristic marginal heating as when connected to a battery. Cold Electricity as manifested in the charging of an ESEC cap is totally different than when the SEC Exciter is disconnected and a load is connected across the cap.

Clear as MUD right?

Dr.S.

BTW. Gone until 1/10/09