#C_DAC, Output_Power = alc_fsw(Path,TARGET_POWER,SA)
time.sleep(1)
EVM = GetEVM()
time.sleep(1)
print('EVM= ', EVM)
print('C_DAC= ', C_DAC)
print('Q_DAC12= ', Q_DAC_12)
print('Q_DAC3= ', Q_DAC_3)
print('Output Power= ', Output_Power)
save_data(C_DAC, Output_Power, EVM, Folders)
fpStr = str(IF_FREQ / 1e9) + "," + str(Path) + "," + str(
tempQor.tempSen(Qorvo_temp_degC)) + "," + str(
tempMac.tempSen(M1_temp_degC)
) + "," + str(FREQ / 1e9) + "," + str(EVM) + "," + str(
Output_Power) + "," + str(IF_INPUT) + "," + str(
Qorvo_I) + "," + str(CHA3398_I) + "," + str(
Q_DAC_12) + "," + str(Q_DAC_3) + "," + str(
C_DAC) + "," + str(t) + "," + "\n"
fp.write(fpStr)
tempQ = tempQor.tempSen(Qorvo_temp_degC)
tempM = tempMac.tempSen(M1_temp_degC)
if minEVM > EVM:
minEVM = EVM
minOutput_Power = Output_Power
minQorvo_I = Qorvo_I
minCHA3398_I = CHA3398_I
minQ_DAC_12 = Q_DAC_12
#C_DAC, Output_Power = alc_fsw(Path,TARGET_POWER,SA)
time.sleep(1)
EVM = GetEVM()
time.sleep(1)
print('EVM= ',EVM)
print('C_DAC= ',C_DAC)
print('Q_DAC12= ',Q_DAC_12)
print('Q_DAC3= ',Q_DAC_3)
print('Output Power= ',Output_Power)
save_data(C_DAC,Output_Power, EVM,Folders)
fpStr = str(IF_FREQ/1e9) + "," + str(Path) + "," + str(tempQor.tempSen(Qorvo_temp_degC)) + "," + str(tempMac.tempSen(M1_temp_degC)) + "," + str(FREQ/1e9) + "," + str(EVM) + "," + str(Output_Power) + "," + str(IF_INPUT) + "," + str(Qorvo_I) + "," + str(CHA3398_I) + "," + str(Q_DAC_12) + "," + str(Q_DAC_3) + "," + str(C_DAC) + "," + str(t) + "," + "\n"
fp.write(fpStr)
tempQ = tempQor.tempSen(Qorvo_temp_degC)
tempM = tempMac.tempSen(M1_temp_degC)
if Path == 2 and minEVM > EVM:
minEVM = EVM
Ch0_EVM = minEVM
Ch0_Output_Power = Output_Power
Ch0_Qorvo_I = Qorvo_I
Ch0_CHA3398_I = CHA3398_I
Ch0_Q_DAC_12 = Q_DAC_12
Ch0_Q_DAC_3 = Q_DAC_3
Ch0_C_DAC = C_DAC
Ch0_tempQ = tempQ
Ch0_tempM = tempM
CHA3398_I = device_I.current("CHA3398_ID_3")
else:
print("Good Luck!")
#subprocess.run('python3 ./Tx_set_EVT2.py off', shell=True)
print ('IF_Input = %0.1f dBm\n' % (IF_INPUT))
print ('Chain_Num', Chain_Num)
#print ('Power Detected Voltage = %0.2fmV\n' % (PWR_DET))
print('IF_Freq. = %0.2fGHz\n' % (IF_FREQ))
OUTPUT_POWER = markerY
print ('Output_Power = %0.2fdBm\n' % (OUTPUT_POWER))
print('Ch. Freq. = %0.2fGHz, Gain = %0.2fdB\n' % (markerX/1e9, Gain))
fpStr = str(IF_FREQ) + "," + str(Chain_Num) + "," + str(round(float(tempQor.tempSen(Qorvo_temp_degC)), 1)) + "," + str(round(float(tempMac.tempSen(M1_temp_degC)), 1)) + "," + str(IF_INPUT) + "," + str(RF_FREQ) + "," + str(round(float(Gain),1)) + "," + str(round(float(OUTPUT_POWER),1))+ "," + str(round(PWR_DET, 2)) + "," + str(round(float(C_DAC), 1)) + "," + str(round(float(Qorvo_I), 1)) + "," + str(round(float(CHA3398_I), 1)) + "," + str(t) + "," + "\n"
fp.write(fpStr)
print ("Power_det", PWR_DET)
#sleep(3)
if RF_FREQ == '37.1':
OUTPUT_POWER_37p1 = OUTPUT_POWER
PWR_DET_37p1 = PWR_DET
GAIN_37p1 = Gain
elif RF_FREQ == '37.3':
OUTPUT_POWER_37p3 = OUTPUT_POWER
PWR_DET_37p3 = PWR_DET