print("Begining Test")
print("--------------")
# Change Fan Speed
data_api.SetFanSpeed(10)
# Set trigger
data_api.SetTrigger(4, 0, 0, 0, 0, False)
# Enable display
display_api.Ch1_2Rail(test_rail)
display_api.SetChannel(ScoplessChannel.Ch1, True)
display_api.SetChannel(ScoplessChannel.Ch2, True)
# Assign rail to tab 1
generator_api.AssignRailToDriveOne(test_rail)
# Set Voltage
generator_api.SetVoltageForRail(test_rail, test_voltage, Transition.Fast)
time.sleep(0.25)
measurement_api.MeasureCurrentFrequency(test_rail)
print("")
print("Freq(kHz) \t Impedance(Ohms)")
print(
"--------------------------------------------------------------------------------"
)
for i, frequency in enumerate(frequency_list):
# Setup display
#test_rail
voltage_rail = input('enter Rail Name(Refer rail name above): ')
#rail address
rail_address = input('enter rails address number:')
# MaxCurrent
I_Max = input('enter max current:')
# MinCurrent
I_Min = input('enter min current:')
I_Max_i = I_Min
I_Min_i = I_Max
#####Assign rails to Tabs
gen.AssignRailToDriveOne(voltage_rail)
# DutyCycle
DC = 50
# F start (kHz)
Frequncy = 1.6666
#Ramp
Ramp = 150
######################## Vector functions ##############################################
# Create vectors to read IMON, define delay between vectors and load into FPGA.
def SetVectorsforMode4Int():
t_svid = UInt16(1 / (2 * 1000 * Frequncy * 0.00000004 * 15) - 39)
for i in range(0, 16):
# Arguments in order -
print("------------------------------------------")
t = gen.GetRails()
rail = None
for i in range(0, len(t)):
print(t[i].Name, "Vid Table - ", t[i].VID, " Max Current - ",
t[i].MaxCurrent, "; Vsense - ", t[i].VSenseName)
print("Load sections: " + t[i].LoadSections)
if t[i].Name == test_rail:
rail = t[i]
break
print("")
print("Begining Test")
print("--------------")
#####Assign rails to Tabs
gen.AssignRailToDriveOne(test_rail)
# Set voltage and current
#if rail != None:
#gen.SetVoltageForRail(test_rail, test_voltage, Transition.Fast)
#gen.Generator1DVSC_I(test_rail, 1, True)
# Display channel
display.Ch1_2Rail(test_rail)
# Display digital signals
display.DisplayDigitalSignal("SVID1ALERT")
display.DisplayDigitalSignal("CSO1#")
# Measurement setup
meas.MeasureVoltageMinMax(test_rail)