STEORN DEMO LIVE & STREAM in Dublin, December 15th, 10 AM

[broli]

@broli,

Of all I'm seeing I have no reason to believe temperature rise is any different than it would be as expected from the first Joule's law. In other words, if we have current I passing through resistance R the heat generated per unit time would be I^2R which will give rise to a certain temperature. Like I said, however, I'm working on some developments right now and will get back to you as soon as I get more results. I'm keeping an eye on the forum but will get more technical when I get ready.

Oke I'll back off for a while so you can do your thing in peace.

[LarryC]

@Omnibus,

In your graph shown below where half the time the Voltage is + and the current is - or vice versa. According to your excel you just ABS the formula to show an increase in power in your graphs.

So you know how to always get an increase in power out of this situation. Amazing, do you realize that you will get the Nobel prize for extracting power in this situation, in which nobody has ever done.

I know you going to say I don't understand Omni power and need education, but please educate me.

Regards, Larry   

[Omnibus]

@Omnibus,

In your graph shown below where half the time the Voltage is + and the current is - or vice versa. According to your excel you just ABS the formula to show an increase in power in your graphs.

So you know how to always get an increase in power out of this situation. Amazing, do you realize that you will get the Nobel prize for extracting power in this situation, in which nobody has ever done.

I know you going to say I don't understand Omni power and need education, but please educate me.

Regards, Larry

You have understood it wrong. I never take the absolute values of current and voltage.

[LarryC]

You have understood it wrong. I never take the absolute values of current and voltage.

So the formula (fx) as shown below for Ein,h (also for Eout,J (not shown)) from your excel dataset does not have an ABS function. Please help me with my confusion.

Regards, Larry

[Omnibus]

You're indeed confused. Notice carefully that that the ABS function does not apply to the current or the voltage. It applies to the time so that the time interval is always positive in case there is offset on the x-axis scale (in most cases there's no offset on the x-axis scale).