IdealTransformer
================

Ideal Transformer



Block Screenshot
~~~~~~~~~~~~~~~~





Contents
~~~~~~~~


+ `Ideal Transformer`_
  +

    + `Palette`_
    + `Description`_
    + `Dialog box`_
    + `Default properties`_
    + `Interfacing function`_
    + `Modelica model`_
    + `Example`_





Palette
~~~~~~~


+ `Electrical.cosf - Electrical toolbox`_




Description
~~~~~~~~~~~

The ideal transformer is an ideal two-port resistive circuit element
which is characterized by the following two equations: v1 = n * v2 i2
= -n * i1 where n is a real number called the turns ratio.





Dialog box
~~~~~~~~~~






+ **N** Turns ratio (N1/N2) Properties : Type 'vec' of size 1.




Default properties
~~~~~~~~~~~~~~~~~~


+ **Inputs :**

    + **Modelica variable name :** 'p1' Implicit **variable.**
    + **Modelica variable name :** 'n1' Implicit **variable.**
    + **Modelica variable name :** 'p2' Implicit **variable.**
    + **Modelica variable name :** 'n2' Implicit **variable.**

+ **Parameters :**

    + **Modelica parameter name :** 'N' **Default value :** 1 **Is a state
      variable :** no.

+ **File name of the model :** IdealTransformer




Interfacing function
~~~~~~~~~~~~~~~~~~~~


+ SCI/modules/scicos_blocks/macros/Electrical/IdealTransformer.sci




Modelica model
~~~~~~~~~~~~~~


+ SCI/modules/scicos_blocks/macros/Electrical/IdealTransformer.mo




Example
~~~~~~~

` `_

.. _Electrical.cosf - Electrical toolbox: Electrical_pal.html
.. _Description: IdealTransformer.html#Description_IdealTransformer
.. _Palette: IdealTransformer.html#Palette_IdealTransformer
.. _Interfacing function: IdealTransformer.html#Interfacingfunction_IdealTransformer
.. _Default properties: IdealTransformer.html#Defaultproperties_IdealTransformer
.. _Modelica model: IdealTransformer.html
.. _Example: IdealTransformer.html#Example_IdealTransformer
.. _Dialog box: IdealTransformer.html#Dialogbox_IdealTransformer