Hi all
I watch with great interest your conversation guys, thanks a lot for sharing ideas. I'd like to ask Erfinder about this:

Energy stored inside an inductor's magnetic field is E=0,5xLxI^2

With certain value of current and inductance we have a certain amount of energy stored. If the same energy is discharged through higher L, won't discharging peak current (I)  be less than what we have used during the charging cycle? (I=sqrt 2E/L).   

Thanks

Erfinder,homework ? Kinematische Relativismus, Kinematk
https://translate.google.de/translate?sl=de&tl=en&js=y&prev=_t&hl=de&ie=UTF-8&u=https%3A%2F%2Fde.wikipedia.org%2Fwiki%2FKinematik_%28Teilchenprozesse%29&edit-text=


Relativitaet : Theorie=Grundlagen ,Praxis=Anwendung      Relativity = basics, practice = application




and to work with patience : not Kinematk but Kinematik                                     "Third Eye" ~self-observe

Okay ! You do not need it more ?
Will it become a "virtual reality" concept ? logos,chronolog,analog to digital to virtual
related:
Thanks.....but I don't need this for what I am doing

Are you giving the machine sense ? Your machine,Your sense ?

Sincerely
              OCWL

Quote from: Jeg on September 27, 2016, 07:42:29 AM
Hi all
I watch with great interest your conversation guys, thanks a lot for sharing ideas. I'd like to ask Erfinder about this:

Energy stored inside an inductor's magnetic field is E=0,5xLxI^2

With certain value of current and inductance we have a certain amount of energy stored. If the same energy is discharged through higher L, won't discharging peak current (I)  be less than what we have used during the charging cycle? (I=sqrt 2E/L).   

Thanks

Yes,the discharge current will be very low,and the charge current will be very high.

The reason the charge current will be high,is because the impedance value is low-due to the shorted coil. The reason it will be low,is because there will be next to no CEMF,as there will be very little induced magnetic field thanks to the shorted coil,and so,very little self induction.

This is also the reason there will be very little discharge current--no bloody magnetic field(or very little)-thanks to the shorted coil.

This is why the mecramey army crew are good at making bathroom heaters 

In fact,very few people actually know how to take accurate P/in P/out measurements of the good old SSG pulse motor.
How about you guys here giving it a go,and see if any of you know how to take power measurements from the SSG circuit.
Below is the circuit. Using just DMMs(lets not worry about scopes for the time being),where would you place you DMMs to gather P/in current and voltage?-->place one DMM to read P/in voltage,and another DMM to read P/in current in the diagram below,and lets see how you go.


Brad

P.S
Although the circuit below is the solid state version,the same applies.

Erfinder,what is about that ? http://www.sensortime.com/index-de.html