test keysight

base_pulse.py

@@ -21,6 +21,12 @@ class pulselib:
 
 		self.backend = 'keysight'
 		self.frequency = 1e9
+		self.devices = []
+
+	def add_awgs(self, awg):
+		for i in awg:
+			self.devices.append(i)
+
 	def mk_segment(self, name):
 		return self.segments_bin.new(name)
 
@@ -176,6 +182,7 @@ class segment_bin():
 		return False
 
 
+
 p = pulselib()
 seg = p.mk_segment('test')
 # append functions?
@@ -204,30 +211,31 @@ seg.B1.plot_sequence()
 # seg.insert_mode()
 # seg.clear()
 
-# class channel_data_obj():
-#     #object containing the data for a specific channels
-#     #the idea is that all the data is parmeterised and will be constuceted whenever the function is called.
+# # class channel_data_obj():
+# #     #object containing the data for a specific channels
+# #     #the idea is that all the data is parmeterised and will be constuceted whenever the function is called.
 
-#     self.my_data_array = np.empty()
+# #     self.my_data_array = np.empty()
     
-#     add_data
+# #     add_data
+
+# # class block_pulses:
+# #     # class to make block pulses
 
-# class block_pulses:
-#     # class to make block pulses
 
+# # how to do pulses
+# # -> sin?
+# # -> pulses?
+# # -> step_pulses
 
-# how to do pulses
-# -> sin?
-# -> pulses?
-# -> step_pulses
+# # p = pulselin()
 
-# p = pulselin()
+# # seg = pulselib.mk_segment('manip')
+# # seg.p1.add_pulse(10,50, 20, prescaler= '1')
+# # seg.p3.add_pulse(12,34, 40,)
+# # seg.k2.add_pulse_advanced([pulse sequence])
+# # seg.add_np(array, tstart_t_stop
+# # seg.p5.add_sin(14,89, freq, phase, amp)
 
-# seg = pulselib.mk_segment('manip')
-# seg.p1.add_pulse(10,50, 20, prescaler= '1')
-# seg.p3.add_pulse(12,34, 40,)
-# seg.k2.add_pulse_advanced([pulse sequence])
-# seg.add_np(array, tstart_t_stop
-# seg.p5.add_sin(14,89, freq, phase, amp)
+# # pulse
 
-# pulse

keysight_test.py

+import qcodes.instrument_drivers.Keysight.SD_common.SD_AWG as keysight_awg
+import qcodes.instrument_drivers.Keysight.SD_common.SD_DIG as keysight_dig
+
+awg1 = keysight_awg.SD_AWG('awg1', chassis = 0, slot= 2, channels = 4, triggers= 8)
+awg2 = keysight_awg.SD_AWG('awg2', chassis = 0, slot= 3, channels = 4, triggers= 8)
+awg3 = keysight_awg.SD_AWG('awg3', chassis = 0, slot= 4, channels = 4, triggers= 8)
+awg4 = keysight_awg.SD_AWG('awg4', chassis = 0, slot= 5, channels = 4, triggers= 8)
+
+awg1.set_channel_frequency(50e6,1,True)
+awg1.set_channel_frequency(50e6,2,True)
+awg2.set_channel_frequency(50e6,1,True)
+
+# set_channel_phase
+awg1.set_channel_amplitude(1,1)
+# set_channel_offset
+awg1.set_channel_wave_shape(4,1)
+
+# load_waveform
+# load_waveform_int16
+# reload_waveform_int16
+
+# flush_waveform
+# awg_queue_waveform
+# awg_queue_config
+# awg_flush
+# awg_start
+# awg_start_multiple
+
+# awg_stop_multiple
+
+# awg_config_external_trigger
+
+# import base_pulse
+# p = base_pulse.pulselib()
+# p.add_awgs([awg1,awg2,awg3,awg4])
+# seg = p.mk_segment('test')
+# # append functions?
+# seg.B0.add_pulse([[10,5]
+# 				 ,[20,5]])
+
+# seg.B0.add_pulse([[20,0],[30,5], [30,0]])
+# seg.B0.add_block(40,70,2)
+# seg.B0.add_pulse([[70,0],
+# 				 [80,0],
+# 				 [150,5],
+# 				 [150,0]])
+# # seg.B0.repeat(20)
+# # seg.B0.wait(20)
+# # print(seg.B0.my_pulse_data)
+# # seg.reset_time()
+# seg.B1.add_pulse([[10,0],
+# 				[10,5],
+# 				[20,5],
+# 				[20,0]])
+# seg.B1.add_block(20,50,2)
+
+# seg.B1.add_block(80,90,2)
+# seg.B1.plot_sequence()
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