linse/frappy
0
0
Fork 0
Code Issues Pull Requests Actions Packages Projects Releases Wiki Activity

Updates to OTF, and added RP100 strain cell power supply, as well as a couple network analysers. Results from the mRS network analyser are questionable at best, and nonsense at worst. Beware.

Browse Source
This commit is contained in:
last_d
2025-07-09 13:02:24 +02:00
parent 10acd4a188
commit 5dfe929da5
15 changed files with 2494 additions and 8 deletions
Download Patch File Download Diff File Expand all files Collapse all files

16
frappy_psi/tnmr/OTFModule.py
View File

@@ -39,7 +39,7 @@ class ProgrammedSequence(fc.Readable):
Attributes
----------
value: an array of complexes representing the TNMR data return (technically inherited from Readable)
sequence_data: an array of structs: keys are { 'pulse_width': (width of pulse in us), 'pulse_height': (amplitude of pulse in a.u.), 'delay_time': (delay time in us), 'phase_cycle': (a str denoting a phase cycle, e.g., '0 1 2 3') }
sequence_data: an array of structs: keys are { 'pulse_width': (width of pulse in us), 'pulse_height': (amplitude of pulse in percentage - 30 is 30%, 0.3 is 0.3% etc.), 'delay_time': (delay time in us), 'phase_cycle': (a str denoting a phase cycle, e.g., '0 1 2 3') }
Acquisition Parameters
----------------------
@@ -77,16 +77,16 @@ class ProgrammedSequence(fc.Readable):
# basic
title = fc.Parameter('title', fc.StringType(), default='Sequence', readonly=False)
sequence_data = fc.Parameter('sequence_config', fc.ArrayOf(fc.StructOf(pulse_width=fc.FloatRange(unit='u'),
pulse_height=fc.FloatRange(),
delay_time=fc.FloatRange(unit='u'),
sequence_data = fc.Parameter('sequence_config', fc.ArrayOf(fc.StructOf(pulse_width=fc.FloatRange(unit='usecs'),
pulse_height=fc.FloatRange(unit='%'),
delay_time=fc.FloatRange(unit='usecs'),
phase_cycle=fc.StringType())), default=[], readonly=False)
# final details
acquisition_time = fc.Parameter('acquisition_time', fc.FloatRange(unit='u'), readonly=False, group='sequence_editor', default=204.8) # this is a limit set by the dwell limit and number of acquisition points
ringdown_time = fc.Parameter('ringdown_time', fc.FloatRange(unit='u'), readonly=False, group='sequence_editor', default=1)
pre_acquisition_time = fc.Parameter('pre_acquisition_time', fc.FloatRange(unit='u'), readonly=False, group='sequence_editor', default=1)
post_acquisition_time = fc.Parameter('post_acquisition_time', fc.FloatRange(unit='m'), readonly=False, group='sequence_editor', default=500)
acquisition_time = fc.Parameter('acquisition_time', fc.FloatRange(unit='usecs'), readonly=False, group='sequence_editor', default=204.8) # this is a limit set by the dwell limit and number of acquisition points
ringdown_time = fc.Parameter('ringdown_time', fc.FloatRange(unit='usecs'), readonly=False, group='sequence_editor', default=1)
pre_acquisition_time = fc.Parameter('pre_acquisition_time', fc.FloatRange(unit='usecs'), readonly=False, group='sequence_editor', default=1)
post_acquisition_time = fc.Parameter('post_acquisition_time', fc.FloatRange(unit='msecs'), readonly=False, group='sequence_editor', default=500)
acq_phase_cycle = fc.Parameter('acq_phase_cycle', fc.StringType(), readonly=False, group='sequence_editor', default='')
num_scans = fc.Parameter('num_scans', fc.IntRange(), readonly=False, group='sequence_editor', default=16)
obs_freq = fc.Parameter('obs_freq', fc.FloatRange(unit='MHz'), readonly=False, group='sequence_editor', default=213.16)