.. py:class:: PulseProfile(api, d0=700, ps_length=16, srt=4000000.0)


   

   Tuning incoherent ELDOR channel for optimal power using nutation 
   experiments


   :Parameters:

       **api** : XeprAPILink
           The spectrometr API object

       **d0** : int, optional
           The approximate position of d0, this should be lower than ideal,
            by default 700

       **ps_length** : int, optional
           The length of the pi/2 pulse, by default 16














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   .. py:attribute:: api

      

   .. py:attribute:: d0

      

   .. py:attribute:: ps_length

      

   .. py:attribute:: hardware_wait
      :value: '5'

      

   .. py:attribute:: srt

      

   .. py:method:: _setup_exp(tau=400)

      
      Setup the pulse profile experiment. 


      :Parameters:

          **tau** : int, optional
              The seperation between :math:'\pi/2' and :math:'pi' in the Hahn 
              echo, by default 400














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   .. py:method:: _freq_sweep(nu, step, gyro)

      
      Run the frequency sweep for a pulse profile. 


      :Parameters:

          **nu** : list
              A list detailing the starting and ending frequency,
              [nu_init, nu_final]

          **step** : float
              The frequency step, given in GHz

          **gyro** : float
              The gyromagnetic ratio in G/GHz. 



      :Returns:

          _type_
              _description_











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