""" import numpy as np import matplotlib.pyplot as plt from instruments import Instrument from lockin import Lockin import time path = r'D:/Grupo1-2do2017/' loc_resource = 'GPIB0::8::INSTR' gen_resource = 'USB0::0x0699::0x0346::C034167::INSTR' loc = Lockin(resource=loc_resource, backend='', path=path) gen = Instrument(resource=gen_resource, backend='', path=path) #%% Medición 00 a 08 n = 500 + 1 prom = 1 Vi = -2.0 Vf = 2.0 V = np.linspace(Vi, Vf, n) X = np.zeros(n) Y = np.zeros(n) R = np.zeros(n) loc.auxiliar_outs.AuxOut1 = V[0] #time.sleep(10)
Created on Mon Jun 26 18:29:43 2017
@author: ??
"""
import numpy as np
import matplotlib.pyplot as plt
#==============================================================================
# Arreglar esto
# from instrumentosProvisorios import Osciloscopio
#==============================================================================
from instruments import Instrument, Oscilloscope
import time
tec = Instrument(resource='USB0::0x1313::0x804A::M00404166::0::INSTR',
backend='',
path='D:/ALUMNOS/Grupo 1/Espectro Rb')
osci = Oscilloscope(resource='USB0::0x0699::0x0363::C102220::0::INSTR',
backend='',
path='D:/ALUMNOS/Grupo 1/Espectro Rb')
#==============================================================================
# Ejemplos:
# tec.write('SOUR:CURR 0.0015')
# tec.write('SOUR2:TEMP 25C')
#==============================================================================
#%%%
# Adquisición de temperatura:
def medir(cantidad='TEMP', n=10000, ax=None, **kwargs):
