def setUp(self):
self.vi = PNA(timeout=10)
self.vi.delete_all_meas()
self.vi.create_meas('s11','s11')
## create a Calibration instance
cal_SOLT = rf.TwelveTerm(\
ideals = my_ideals,
measured = my_measured,
)
# run calibration algorithm
cal_SOLT.run()
#%%
f_start = freq_low * 1E9
f_stop = freq_high * 1E9
f_npoints = n_freq
vna = PNA(address='TCPIP0::10.236.73.132::inst0::INSTR')
vna.reset()
vna.scpi.set_trigger_manual
# vna.scpi.set_delete_all()
# vna.scpi.set_display_on(wnum=1,state=True)
meas_channel = 2
meas_S11 = 'S11'
vna.create_meas(meas_S11, 'S11', channel=meas_channel)
meas_S22 = 'S22'
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)
class PNATest(unittest.TestCase):
def setUp(self):
self.vi = PNA(timeout=10)
self.vi.delete_all_meas()
self.vi.create_meas('s11','s11')
def tearDown(self):
self.vi.close()
def test_idn(self):
a= self.vi.idn
def test_continuous(self):
self.vi.continuous = False
a = self.vi.continuous
self.assertEqual(a, False)
def test_npoints(self):
self.vi.npoints = 101
self.assertEqual(self.vi.npoints, 101)
def test_get_frequency(self):
a = self.vi.get_frequency()
b = a.f_scaled
def test_set_yscale_auto(self):
a = self.vi.set_yscale_auto()
def test_if_bw(self):
self.vi.if_bw = 100
self.assertEqual(self.vi.if_bw, 100)
def test_get_oneport(self):
a = self.vi.get_oneport(1)
b = a.s
def test_get_twoport(self):
a = self.vi.get_twoport()
b = a.s
def test_get_switchterms(self):
a = self.vi.get_switch_terms()
def test_get_meas_list(self):
a = self.vi.get_meas_list()
def test_get_active_meas(self):
a = self.vi.get_active_meas()
def test_get_create_meas(self):
a = self.vi.create_meas('a1','a1')
