def Save_KID_Cryostat2(folder):
LS350 = inst2.LS350()
### Get frequency data
x_array = np.array(VNA.GetFreqData())
### PLOG data - MLOG and Phase SLIN/Linear,phase
VNA.SetFormat("SLIN")
VNA.SetAutoScale()
# Get trace data
y_array = np.array(VNA.GetTraceData())
#y_array_mlog = y_array[0::2]
#y_array_phase = y_array[1::2]
y_array_lin = y_array[0::2]
y_array_phase = y_array[1::2]
# LOG data
VNA.SetFormat("MLOG")
VNA.SetAutoScale()
# Get trace data
y_array = np.array(VNA.GetTraceData())
y_array_mlog = y_array[0::2]
### Save data
# yyyymmdd string date format
time_yyyymmdd = time.strftime('%Y%m%d')
# Ask VNA what the output power is and we get string format of float value.
# Change this string format to float format, then change it to integar format
# and then change it back to string format
# u'-4.00000000000E+001\n' ---> -40.0 ---> -40 ---> '-40'
POWER = str(int(float(VNA.GetPower()))) + 'dBm'
# Four frequencies are the same with power
FSTART = str(int(float(VNA.GetStartFreq())) / 1E9)
FSTOP = str(int(float(VNA.GetStopFreq())) / 1E9)
FCENTER = str(int(float(VNA.GetCenterFreq())) / 1E9)
FSPAN = str(int(float(VNA.GetSpanFreq())) / 1E9)
# Query the stage temperature from LS370 Chaneel: D
Stage_Temp = str(1000 * float(LS350.GetTemp("D"))) + 'mK'
#Stage_Temp = '90mK'
# Name of file
name_of_file = time_yyyymmdd + '_' + POWER + '_' + FCENTER + '_' + FSPAN + '_' + Stage_Temp
# Make a new csv format document with name_of_file and write it
f = open(folder + name_of_file + '.csv', 'w')
fwrite = csv.writer(f)
# Write first and second rows with variable names and measurement parameters
fwrite.writerow(('Frequency', 'S21'))
fwrite.writerow(('Hz', 'linear', 'Phase', 'Log'))
# Write number-of-points rows
for i in range(0, int(VNA.GetNumPoint())):
fwrite.writerow(
[x_array[i], y_array_lin[i], y_array_phase[i], y_array_mlog[i]])
return name_of_file
# Calibrate VNA first
# With Ecal N4691-60001
import Instrument.E5071C as inst0
import Instrument.LS350 as inst1
import time
import csv
import numpy as np
### Check connection with instruments
VNA = inst0.E5071()
LS350 = inst1.LS350()
VNA.whoareyou()
LS350.whoareyou()
VNA.SetOutP("ON")
VNA.SetMeasurement("S21")
VNA.SetFormat("MLOG")
VNA.SetSmoothing("OFF")
VNA.SetPower("-30")
VNA.SetAutoScale()
VNA.SetAveraging("OFF")
VNA.SetAutoScale()
VNA.SetStartFreq("1E9")
VNA.SetStopFreq("8E9")
VNA.SetNumPoint("101")
LS350.SetHeaterRange(5)
StopTemperature = 2
f = open('20160815_TempSweep_ALMKID_GoUp.csv', 'w')
fwrite = csv.writer(f)