Difference between revisions of "Heterodyne.m"

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     heterodyne(dt,exp_data,car_freq)
 
     heterodyne(dt,exp_data,car_freq)
  
==Arguments==
+
==Parameters==
  
 
   dt        - time step in the input data, seconds
 
   dt        - time step in the input data, seconds
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==See also==
 
==See also==
[[Optimal control module]]
+
[[apodisation.m]], [[axis_1d.m]], [[bruker_write.m]], [[contspacing.m]], [[crop_2d.m]], [[ctrl_trajan.m]], [[fapt2sfo.m]], [[ft_axis.m]], [[inst_freq.m]], [[int_2d.m]], [[molplot.m]], [[mri_2d_plot.m]], [[plot_1d.m]], [[plot_2d.m]], [[plot_3d.m]], [[plot_uf.m]], [[read_wave.m]], [[slice_2d.m]], [[stack_2d.m]], [[sweep2ticks.m]], [[volplot.m]], [[xyz2pd.m]], [[zoom_3d.m]], [[Kernel_utilities]], [[Optimal control module]]
 
 
  
 
''Version 2.9, authors: [[Anupama Acharya]], [[Ilya Kuprov]]''
 
''Version 2.9, authors: [[Anupama Acharya]], [[Ilya Kuprov]]''

Latest revision as of 19:37, 6 June 2026

Signal heterodyne from wall clock time into the rotating frame. Uses a GPU if one is available.

Syntax

    heterodyne(dt,exp_data,car_freq)

Parameters

  dt         - time step in the input data, seconds

  signal     - wall clock time signal, a column vector

  freq       - frequency to be demodulated, Hz

Outputs

  X, Y       - in-phase and out-of-phase parts of the
               rotating frame

Notes

The signal must be sampled with at least four points per period of the frequency being demodulated.

See also

apodisation.m, axis_1d.m, bruker_write.m, contspacing.m, crop_2d.m, ctrl_trajan.m, fapt2sfo.m, ft_axis.m, inst_freq.m, int_2d.m, molplot.m, mri_2d_plot.m, plot_1d.m, plot_2d.m, plot_3d.m, plot_uf.m, read_wave.m, slice_2d.m, stack_2d.m, sweep2ticks.m, volplot.m, xyz2pd.m, zoom_3d.m, Kernel_utilities, Optimal control module

Version 2.9, authors: Anupama Acharya, Ilya Kuprov