==================================
**End-winding leakage inductance**
==================================

.. role:: red
	  
.. admonition:: Command: post_models(*"end_wind_leak","leak"*)
		
 Ausgabe der Wickelkopfstreuinduktivitäten

 The command returns the d- and q-axis components of the leakage inductance of the previously-defined end-winding; (see :any:`emagParaWind_End`) for the defined windings.

 **Example:**
 ::

  post_models("end_wind_leak","leak") 
  L0 = leak[1] -- Null-Induktivität [H]                    
  Ld = leak[2] -- Längsachsen-Induktivität [H]                    
  Lq = leak[3] -- Querachsen-Induktivität [H]                    

.. admonition:: Command: post_models(*type, "leak"*)
		
 Calculation and output of end-winding leakage inductance.
 The command returns the d- and q-axis components of the internal and external end-winding leakage inductance. 

 **Parameter**
  :red:`type` *"leak_tooth_wind"*, *"leak_dist_wind"*, *"leak_evol_wind"* 

 For script examples, see :any:`emagParaWind_End`.

 **Example:**
 ::

  m.nseg            =          2.000  -- Number of segments                      
  m.npolsim         =          5.000  -- Number of poles simulated             
  m.fc_radius       =         34.250  -- Radius air-gap center (torque) [mm]  
  m.endheight       =         10.000  -- End winding height h[mm]  
  m.bendrad         =          4.000  -- Bending radius Rb[mm]  
  m.wiredia         =          1.000  -- Wire diameter dw[mm] 

  post_models("leak_tooth_wind","leak")
 
  L0e = leak[1] -- Externe Null-Induktivität [H/Windung]                    
  Lde = leak[2] -- Externe Längsachsen-Induktivität [H/Windung]                    
  Lqe = leak[3] -- Externe Querachsen-Induktivität [H/Windung]                    
  L0i = leak[4] -- Interne Null-Induktivität [H/Windung]                    
  Ldi = leak[5] -- Interne Längsachsen-Induktivität [H/Windung]                    
  Lqi = leak[6] -- Interne Querachsen-Induktivität [H/Windung]