In Multisim, I need to create magnetically couple circuit with Dotted terminals of inductors. how to set the dots.

 

In Multisim, I need to create magnetically couple circuit with Dotted terminals of inductors. how to set the dots.

Instead dot, they used different lengths of inductor leads:
https://cad2e.eecs.umich.edu/multisim_tutorials1/5_3.php


ADDED:
Or use numbers of leads:

 

Instead dot, they used different lengths of inductor leads:
https://cad2e.eecs.umich.edu/multisim_tutorials1/5_3.php
View attachment 335213

Not accurate. Any other way??????

 

Not accurate. Any other way??????

Not familiar with Multisim, but you should be able to edit the inductor symbol and add a dot (below from Google):

To edit a symbol in Multisim, you can use the Symbol Editor to make changes like rearranging pins, drawing new graphics, or importing bitmaps:

1. Select the symbol you want to edit by left-clicking on it.
2. Select Edit > Edit Symbol/Title Block.
3. Make the desired changes in the Symbol Editor.
4. Select File > Exit when you're finished.

 

U

Not familiar with Multisim, but you should be able to edit the inductor symbol and add a dot (below from Google):

To edit a symbol in Multisim, you can use the Symbol Editor to make changes like rearranging pins, drawing new graphics, or importing bitmaps:

1. Select the symbol you want to edit by left-clicking on it.
2. Select Edit > Edit Symbol/Title Block.
3. Make the desired changes in the Symbol Editor.
4. Select File > Exit when you're finished.

Useless bro

 

Not familiar with Multisim, but you should be able to edit the inductor symbol and add a dot (below from Google):

To edit a symbol in Multisim, you can use the Symbol Editor to make changes like rearranging pins, drawing new graphics, or importing bitmaps:

1. Select the symbol you want to edit by left-clicking on it.
2. Select Edit > Edit Symbol/Title Block.
3. Make the desired changes in the Symbol Editor.
4. Select File > Exit when you're finished.

Cannot help. Useless

 

U

Useless bro

Why is that?
And I'm not your "bro".

 

Why is that?
And I'm not your "bro".

Can you simulate the below circuit. I did and checked but the result not the same in the book??