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JRE
JRE
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Here is a transformer where we can see the eddy currents intoin the core  :

enter image description here

I would like to estimate the voltage which induces the eddy'seddy currents. I know what is the voltage is applied atto the primary and how much time this voltage is applied. The number of turnturns on the primary is 1. So,so I am able to determine what is the variation of the flux but howis.

How can I estimate the voltage into the core as there is no winding, ie no turn.?

-------------------------------EDIT--------------------------------

enter image description here

enter image description here

Thank you very much.

Here is a transformer where we can see the eddy currents into the core  :

enter image description here

I would like to estimate the voltage which induces the eddy's currents. I know what is the voltage applied at the primary and how much time this voltage is applied. The number of turn on the primary is 1. So I am able to determine what is the variation of flux but how can I estimate the voltage into the core as there is no winding, ie no turn.

-------------------------------EDIT--------------------------------

enter image description here

enter image description here

Thank you very much.

Here is a transformer where we can see the eddy currents in the core:

enter image description here

I would like to estimate the voltage which induces the eddy currents. I know what voltage is applied to the primary and how much time this voltage is applied. The number of turns on the primary is 1,so I am able to determine what the variation of the flux is.

How can I estimate the voltage into the core as there is no winding, ie no turn?

-------------------------------EDIT--------------------------------

enter image description here

enter image description here

added 245 characters in body
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Jess
Jess
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Here is a transformer where we can see the eddy currents into the core :

enter image description here

I would like to estimate the voltage which induces the eddy's currents. I know what is the voltage applied at the primary and how much time this voltage is applied. The number of turn on the primary is 1. So I am able to determine what is the variation of flux but how can I estimate the voltage into the core as there is no winding, ie no turn.

-------------------------------EDIT--------------------------------

enter image description here

enter image description here

Thank you very much.

Here is a transformer where we can see the eddy currents into the core :

enter image description here

I would like to estimate the voltage which induces the eddy's currents. I know what is the voltage applied at the primary and how much time this voltage is applied. The number of turn on the primary is 1. So I am able to determine what is the variation of flux but how can I estimate the voltage into the core as there is no winding, ie no turn.

Thank you very much.

Here is a transformer where we can see the eddy currents into the core :

enter image description here

I would like to estimate the voltage which induces the eddy's currents. I know what is the voltage applied at the primary and how much time this voltage is applied. The number of turn on the primary is 1. So I am able to determine what is the variation of flux but how can I estimate the voltage into the core as there is no winding, ie no turn.

-------------------------------EDIT--------------------------------

enter image description here

enter image description here

Thank you very much.

Source Link
Jess
Jess
  • 2.6k
  • 3
  • 27
  • 73

Voltage which produces eddy current

Here is a transformer where we can see the eddy currents into the core :

enter image description here

I would like to estimate the voltage which induces the eddy's currents. I know what is the voltage applied at the primary and how much time this voltage is applied. The number of turn on the primary is 1. So I am able to determine what is the variation of flux but how can I estimate the voltage into the core as there is no winding, ie no turn.

Thank you very much.