deleted 2 characters in body; edited title
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ponir
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How come a current sheet of $J_s = J_0 A \hat{x}$ produces plane wave solution?

Given in the picture. There is a current sheet $J_s = J_0 A \hat{x}$$J_s = J_0 \hat{x}$. Supposedly Jo is not oscillating. So, how does this thing create a plane waves propagating away from the current sheet? Shouldn't there be an oscillating source to create waves in the medium?

I've added a corresponding image.

It is from, Microwave Engineering by David M. Pozar

How come a current sheet of $J_s = J_0 A \hat{x}$ produces plane wave solution?

Given in the picture. There is a current sheet $J_s = J_0 A \hat{x}$. Supposedly Jo is not oscillating. So, how does this thing create a plane waves propagating away from the current sheet? Shouldn't there be an oscillating source to create waves in the medium?

I've added a corresponding image.

It is from, Microwave Engineering by David M. Pozar

How come a current sheet of $J_s = J_0 \hat{x}$ produces plane wave solution?

Given in the picture. There is a current sheet $J_s = J_0 \hat{x}$. Supposedly Jo is not oscillating. So, how does this thing create a plane waves propagating away from the current sheet? Shouldn't there be an oscillating source to create waves in the medium?

I've added a corresponding image.

It is from, Microwave Engineering by David M. Pozar

TeX, removed irrelevance
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DanielSank
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How come a current sheet of Js$J_s = Jo ax^J_0 A \hat{x}$ produces plane wave solution?

Given in the picture. There is a current sheet Js = Jo ax^$J_s = J_0 A \hat{x}$. Supposedly Jo is not oscillating. So, how does this thing create a plane waves propagating away from the current sheet? Shouldn't there be an oscillating source to create waves in the medium?

It's really confusing... :S

I've added a corresponding image.

It is from, Microwave Engineering by David M. Pozar

How come a current sheet of Js = Jo ax^ produces plane wave solution?

Given in the picture. There is a current sheet Js = Jo ax^. Supposedly Jo is not oscillating. So, how does this thing create a plane waves propagating away from the current sheet? Shouldn't there be an oscillating source to create waves in the medium?

It's really confusing... :S

I've added a corresponding image.

It is from, Microwave Engineering by David M. Pozar

How come a current sheet of $J_s = J_0 A \hat{x}$ produces plane wave solution?

Given in the picture. There is a current sheet $J_s = J_0 A \hat{x}$. Supposedly Jo is not oscillating. So, how does this thing create a plane waves propagating away from the current sheet? Shouldn't there be an oscillating source to create waves in the medium?

I've added a corresponding image.

It is from, Microwave Engineering by David M. Pozar

Source Link
ponir
  • 131
  • 4

How come a current sheet of Js = Jo ax^ produces plane wave solution?

Given in the picture. There is a current sheet Js = Jo ax^. Supposedly Jo is not oscillating. So, how does this thing create a plane waves propagating away from the current sheet? Shouldn't there be an oscillating source to create waves in the medium?

It's really confusing... :S

I've added a corresponding image.

It is from, Microwave Engineering by David M. Pozar