'y':1, 'z':2 } daq.inputs = { 'cap':0, 'theta':1, 'capx':2, # disconnected 'capy':3, # disconnected 'acx':4, 'acy':5, 'dc':6 } # Initialize other measurement equipment pa = SR5113(port="COM3") liC = SR830(gpib_address=12) liS = SR830(gpib_address=13) pz = Piezos(daq) montana = Montana() atto = Attocube(montana) s = SquidArray.load(visaResource='COM1') # Create dictionary of instruments for measurements to use instruments = { 'daq':daq, 'montana':montana, 'piezos':pz, 'lockin_cap':liC, 'atto': atto, 'preamp': pa,
from matplotlib import pyplot as plt plt.ion() #plt.style.use("notebook") import Nowack_Lab.Instruments.lockin #import Nowack_Lab.Instruments.lakeshore from Nowack_Lab.Instruments.lockin import SR830 #from Nowack_Lab.Instruments.lakeshore import Lakeshore372 import Nowack_Lab.Procedures.transport from Nowack_Lab.Procedures.transport import SimpleRvsTime # Initialize other measurement equipment lockin_V1 = SR830(gpib_address=13) lockin_V2 = SR830(gpib_address=15) lockin_I = SR830(gpib_address=12) #lakeshore = Lakeshore372(host='192.168.82.72') from Nowack_Lab import set_experiment_data_path set_experiment_data_path() # Create dictionary of instruments for measurements to use instruments = { 'lockin_V1': lockin_V1, 'lockin_V2': lockin_V2, 'lockin_I': lockin_I, }
### Setup script, modified from gmf57. ### ### +-----------------+ ### | DO NOT MODIFY | ### +-----------------+ ### ### Make a copy and rename with today's date ### ### Author: david low (dhl88) from matplotlib import pyplot as plt plt.ion() #plt.style.use("notebook") import Nowack_Lab.Instruments.lockin from Nowack_Lab.Instruments.lockin import SR830 import Nowack_Lab.Procedures.transport from Nowack_Lab.Procedures.transport import VvsF # Initialize other measurement equipment lockin_V = SR830(gpib_address=13) # Create dictionary of instruments for measurements to use instruments = { 'lockin_V': lockin_V, }
### +-----------------+ ### | DO NOT MODIFY | ### +-----------------+ ### ### Make a copy and rename with today's date ### ### Author: david low (dhl88) from matplotlib import pyplot as plt plt.ion() #plt.style.use("notebook") import Nowack_Lab.Instruments.lockin import Nowack_Lab.Instruments.lakeshore from Nowack_Lab.Instruments.lockin import SR830 from Nowack_Lab.Instruments.lakeshore import Lakeshore372 import Nowack_Lab.Procedures.bluefors_vs_T from Nowack_Lab.Procedures.bluefors_vs_T import R_vs_T from Nowack_Lab.Procedures.bluefors_vs_T import Bluefors_vs_T # Initialize other measurement equipment liV = SR830(gpib_address=13) liI = SR830(gpib_address=15) lks = Lakeshore372() # Create dictionary of instruments for measurements to use instruments = {'lockin_I': liI, 'lockin_V': liV, 'lakeshore': lks}
import Nowack_Lab.Procedures.touchdown from Nowack_Lab.Procedures.touchdown import Touchdown # Initialize DAQ and set input/output channels daq = NIDAQ(dev_name="Dev2") daq.outputs = { 'x':0, 'y':1, 'z':2 } daq.inputs = { 'cap':4, 'theta':1, #disconnected 'capx':2, # disconnected 'capy':3, # disconnected } # Initialize other measurement equipment liC = SR830(gpib_address=15) pz = Piezos(daq) # Create dictionary of instruments for measurements to use instruments = { 'daq':daq, 'piezos':pz, 'lockin_cap':liC, }