# power on
inst.write("OUTP ON")
# initalize channel, voltage, current
inst.write("APPL P6V, 0.0, 0.1")
count = 0
for v_indx in voltage_values:
inst.write("VOLT {}".format(v_indx)) # change voltage
vna.sweep
# S11
s11 = vna.get_measurement(mname = meas_S11)
# print(f'{meas_S11} measured')
filename = meas_folder / ('THRU_' + meas_S11 + '.ntwk')
# rf.write(str(filename), measurement)
# measurement.frequency.units = 'ghz'
# measurement.plot_s_db(ax = ax1, label ='THRU S11')
#S22
s22 = vna.get_measurement(mname = meas_S22)
# print(f'{meas_S22} measured')
filename = meas_folder / ('THRU_' + meas_S22 + '.ntwk')
# rf.write(str(filename), measurement)
# measurement.frequency.units = 'ghz'
# measurement.plot_s_db(ax = ax2, label ='THRU S22')
#S21
vna.create_meas(meas_S22,'S22', channel = meas_channel)
meas_S21 = 'S21'
vna.create_meas(meas_S21,'S21', channel = meas_channel)
meas_S12 = 'S12'
vna.create_meas(meas_S12,'S12', channel = meas_channel)
vna.set_frequency_sweep(f_start,
f_stop,
f_npoints,
f_unit = 'Hz',
channel = meas_channel,
)
#%% SHORT S11 measurement
vna.sweep
measurement = vna.get_measurement(mname = meas_S11)
print(f'{meas_S11} measured')
filename = meas_folder / ('SHORT_' + meas_S11 + '.ntwk')
rf.write(str(filename), measurement)
measurement.frequency.units = 'ghz'
measurement.plot_s_mag(ax = ax1, label ='Short S11')
#%%OPEN S11 measurement
vna.sweep
measurement = vna.get_measurement(mname = meas_S11)
print(f'{meas_S11} measured')
filename = meas_folder / ('OPEN_' + meas_S11 + '.ntwk')
rf.write(str(filename), measurement)
vna.create_meas(meas_S21,'S21', channel = meas_channel)
meas_S12 = 'S12'
vna.create_meas(meas_S12,'S12', channel = meas_channel)
vna.set_frequency_sweep(f_start,
f_stop,
f_npoints,
f_unit = 'Hz',
channel = meas_channel,
)
#%%
vna.sweep
measurement_S11 = vna.get_measurement(mname = meas_S11)
measurement_S22 = vna.get_measurement(mname = meas_S22)
measurement_S21 = vna.get_measurement(mname = meas_S21)
measurement_S12 = vna.get_measurement(mname = meas_S12)
measurement = rf.two_port_reflect(measurement_S11, measurement_S22)
measurement.s[:,0,1] = measurement_S12.s[:,0,0]
measurement.s[:,1,0] = measurement_S21.s[:,0,0]
#%%
measurement_corrected = cal.apply_cal(measurement)
#%% plot
# %matplotlib qt5