from qdev_wrappers.file_setup import CURRENT_EXPERIMENT, close_station, my_init
from qdev_wrappers.configreader import Config
import qcodes as qc
from qdev_wrappers import *
from qdev_wrappers.transmon import *
# This is an example script for use of the sequencing and pulse building
# secion of the qdev_wrappers which uses the calibration.config to build
# sequences to be run on the awg based on these 'calibration' values
#%%
station = qc.Station()
my_init('floquet_test3', station, qubit_count=4, calib_config=True)
#%%
gate_dict = pb.make_pulse_dict(qubit_indices=[0, 1, 2, 3],
SSBfreqs=[1e6, 1e6, 1e6, 1e6], gaussian=True,
drag=False, z_gates=False, SR=1e9)
#%%
set_current_qubit(1)
set_calibration_val('pi_pulse_sigma', 30e-9)
get_calibration_array('pi_pulse_sigma')
#%%
c = pb.make_sequence_from_gate_lists([['X', 'Y/2'], ['Y']],
SSBfreq=50e6,
channels=[1, 2, 3, 4])
c.print_segment_lists()
p = c.plot(elemnum=0)
curval = lockin.sine_outdc()
dv = 0.01
nvals = np.abs((val - curval)) / dv
#print(nvals)
vals = np.linspace(curval, val, int(nvals))
#print(vals)
for nval in vals:
lockin.sine_outdc(nval)
time.sleep(0.02)
try:
SR1 = SR865('SR1', 'USB0::0xB506::0x2000::003225::INSTR')
except:
pass
station = qc.Station(SR1) #, Keith_1, Keith_2)
lockin = SR1
ampl = lockin.amplitude()
delay = 5 * lockin.time_constant()
fs = np.linspace(100, 500e3, 21)
names = {
1: (750, 'um'),
2: (300, 'um'),
3: (200, 'um'),
4: (150, 'um', 2),
5: (100, 'um', 1),
6: (50, 'um', 1),
7: ('open', '')
}
channel = 6
'P4': (0, 8),
'B4': (0, 9),
'P5': (0, 10),
'B5': (0, 11),
'P6': (0, 12),
'B6': (0, 13),
'S6': (
0,
14,
),
'SD1_P': (1, 1),
'SD2_P': (1, 2),
'SD1_B1': (1, 3),
'SD2_B1': (1, 4),
'SD1_B2': (1, 5),
'SD2_B2': (1, 6),
}
hw.boundaries = {'B0': (0, 2000), 'B1': (0, 2500)}
hw.virtual_gates.add('test', [
'B0', 'P1', 'B1', 'P2', 'B2', 'P3', 'B3', 'P4', 'B4', 'P5', 'B5', 'P6',
'B6', 'S6', 'SD1_P', 'SD2_P', 'COMP1'
])
hw.awg2dac_ratios.add(hw.virtual_gates.test.gates)
my_gates = gates("gates", hw, [my_dac_1, my_dac_2, my_dac_3, my_dac_4])
station = qc.Station(my_gates)
ui = param_viewer()
from core_tools.GUI.virt_gate_matrix_qml.gui_controller import virt_gate_matrix_GUI
# virt_gate_matrix_GUI()
awg_channel_los = {
'lo1_0': ('AWG1', 1, amp1, f1, True),
'lo1_1': ('AWG1', 1, amp2, f2, True),
'lo3_0': ('AWG2', 3, amp1, f1, True),
'lo3_1': ('AWG2', 3, amp2, f2, True),
}
# lo-key, DAQ channel, hw input channel, intermediate frequency, IF band (+/-1), phase
dig_channel_los = {
('lo1_0', 1, 1, IF, +1, 0.0),
('lo1_1', 2, 1, IF, +1, 0.0),
('lo3_0', 3, 3, IF, +1, 0.0),
('lo3_1', 4, 3, IF, +1, 0.0),
}
station = qcodes.Station()
awgs = []
for i, slot in enumerate(awg_slots):
awg = M3202A_fpga(f"AWG{i+1}", 1, slot)
awgs.append(awg)
awg.set_digital_filter_mode(0)
station.add_component(awg)
dig = SD_DIG("dig", 1, 5)
station.add_component(dig)
load_iq_image(dig.SD_AIN)
print_fpga_info(dig.SD_AIN)
dig.set_acquisition_mode(dig_mode)
def station(dac, lockin, field_x):
_station = qc.Station()
_station.add_component(dac)
_station.add_component(lockin)
_station.add_component(field_x)
return _station
'keysight_dmm_2', 'TCPIP0::192.168.15.115::inst0::INSTR')
keysightdmm_3 = Keysight_34465A_T10(
'keysight_dmm_3', 'TCPIP0::192.168.15.117::inst0::INSTR')
keithley_1 = keith.Keithley_2600('keithley_1',
'TCPIP0::192.168.15.114::inst0::INSTR',
"a")
keithley_2 = keith.Keithley_2600('keithley_2',
'TCPIP0::192.168.15.116::inst0::INSTR',
"a")
print('Querying all instrument parameters for metadata.'
'This may take a while...')
start = time.time()
STATION = qc.Station(qdac, lockin, zi, keysightgen_left, keysightgen_2,
keysightdmm_1, keysightdmm_2, keysightdmm_3,
keithley_1, keithley_2)
end = time.time()
print("Querying took {} s".format(end - start))
# Try to close all instruments when exiting
atexit.register(close_station, STATION)
# Initialisation of the experiment
qc.init("./MajoQubit",
"DVZ_MCQ002A1",
STATION,
annotate_image=False,
display_pdf=False,
display_individual_pdf=False)
