class TestGeneral(unittest.TestCase):
def setUp(self): #run before each test
self.FSW = VSA().jav_OpenTest(host)
self.FSW.Init_ADemod()
def tearDown(self): #Run after each test
self.assertEqual(self.FSW.jav_Error()[0],'0')
self.FSW.jav_Close()
###############################################################################
### <Test>
###############################################################################
def test_FSW_ADemod(self):
self.FSW.Set_Adem_dbw(3e6)
self.FSW.Set_Adem_LPassStat('OFF')
self.FSW.Set_Adem_LPassStat('ON')
self.FSW.Set_Adem_LPassAbsolute('3kHz')
self.FSW.Set_Adem_LPassManual(1e6)
self.FSW.Set_Adem_LPassRelative('5PCT')
getVal = self.FSW.Get_Adem_dbw()
if self.FSW.connected: self.assertEqual(getVal, 3e6)
def test_FSW_ADemod_PM(self):
self.FSW.Set_Freq(28e9) # RF Freq
self.FSW.Set_Adem_dbw(200e3) # Demod BW
self.FSW.Set_Adem_Coupling('AC') # Coupling
self.FSW.Set_Adem_PM_Unit('DEG') # Units
self.FSW.Set_Adem_PM_Scale(4) # Y Scaling
self.FSW.Set_Adem_PM_RefPos(50) # Phase Reference Position
self.FSW.Set_Adem_PM_RefVal(1) # Phase Reference Value
self.FSW.Set_In_YIG('ON') # YIG ON
class TestGeneral(unittest.TestCase):
def setUp(self): #run before each test
self.FSW = VSA().jav_OpenTest(host)
self.FSW.Init_ADemod()
def tearDown(self): #Run after each test
self.assertEqual(self.FSW.jav_Error()[0],'0')
self.FSW.jav_Close()
###############################################################################
### <Test>
###############################################################################
def test_FSW_ADemod(self):
self.FSW.Set_Adem_dbw(3e6)
self.FSW.Set_Adem_LPassStat('OFF')
self.FSW.Set_Adem_LPassStat('ON')
self.FSW.Set_Adem_LPassAbsolute('3kHz')
self.FSW.Set_Adem_LPassManual(1e6)
self.FSW.Set_Adem_LPassRelative('5PCT')
getVal = self.FSW.Get_Adem_dbw()
if self.FSW.connected: self.assertEqual(getVal, 3e6)
SMW.Set_Ref_Source('EXT') # ExtReference
SMW.Set_Ref_Freq('10MHZ')
SMW.Set_Ref_SyncBW('WIDE') # Oscilator locking BW
SMW.Set_RFState('ON')
###############################################################################
### FSW-Analog Demodulation
###############################################################################
FSW.Set_Channel('ADEM')
FSW.write('LAY:REPL:WIND "1","XTIM:PM"') # PM Demod window
FSW.Set_SweepCont('OFF') # Single sweep
FSW.Set_Ref_Source('INT') # Reference
FSW.Set_Freq(28e9) # RF Freq
FSW.Set_SweepTime(SwpTim/1000) # Sweep Time
FSW.Set_Adem_dbw(DemodBW*1000) # Demod BW
FSW.Set_Adem_Coupling('AC') # Coupling
FSW.Set_Adem_PM_Unit('DEG') # Units
FSW.Set_Adem_PM_Scale(4) # Y Scaling
FSW.Set_Adem_PM_RefPos(50) # Phase Reference Position
FSW.Set_Adem_PM_RefVal(1) # Phase Reference Value
FSW.Set_Trace_AvgCount(1) # Average Count
FSW.Set_In_YIG('ON') # YIG ON
FSW.write('CALC:FEED "XTIM:PM:TDOM"')
###############################################################################
### Loop
###############################################################################
FSW.Set_Mkr_AllOff() # All markers off
for mkr in range(NumMkrs): # Create markers
FSW.Set_Mkr_On(mkr+1)