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Implemented Arduino-based polarity control into main script

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This commit is contained in:
Martin Zietz
2020-12-10 12:44:30 +01:00
parent ea3085e12b
commit 12ec34182b
5 changed files with 129 additions and 81 deletions
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example2.py
+27 -27
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@@ -10,55 +10,55 @@ DEVICE = "COM7" if platform.system() == "Windows" else "/dev/ttyACM0"
# connection to the device is automatically opened
print("Connecting to device at %s..." % DEVICE)
device1 = PS2000B.PS2000B(DEVICE) # create Object of class PS2000B, pass COM-port and channel to functions inside
xyDevice = PS2000B.PS2000B(DEVICE) # create Object of class PS2000B, pass COM-port and channel to functions inside
# static device information can be read
print("Connection open: %s" % device1.is_open())
print("Device: %s" % device1.get_device_information())
print("Connection open: %s" % xyDevice.is_open())
print("Device: %s" % xyDevice.get_device_information())
# dynamic device status information can be read
device_status_info1 = device1.get_device_status_information(0)
device_status_info2 = device1.get_device_status_information(1)
print("Device status 1: %s" % device1.get_device_status_information(0))
print("Device status 2: %s" % device1.get_device_status_information(1))
print("Current output 1: %0.2f V , %0.2f A" % (device1.voltage1, device1.current1))
print("Current output 2: %0.2f V , %0.2f A" % (device1.voltage2, device1.current2))
device_status_info1 = xyDevice.get_device_status_information(0)
device_status_info2 = xyDevice.get_device_status_information(1)
print("Device status 1: %s" % xyDevice.get_device_status_information(0))
print("Device status 2: %s" % xyDevice.get_device_status_information(1))
print("Current output 1: %0.2f V , %0.2f A" % (xyDevice.voltage1, xyDevice.current1))
print("Current output 2: %0.2f V , %0.2f A" % (xyDevice.voltage2, xyDevice.current2))
# device can be controlled
if not device_status_info1.remote_control_active:
print("...will enable remote control...")
device1.enable_remote_control(0)
xyDevice.enable_remote_control(0)
if not device_status_info2.remote_control_active:
print("...will enable remote control...")
device1.enable_remote_control(1)
xyDevice.enable_remote_control(1)
print("...set voltage 1 to 12V and max current to 1A...")
device1.voltage1 = 12
device1.current1 = 1
xyDevice.voltage1 = 12
xyDevice.current1 = 1
time.sleep(2)
print("...now enabling the power output control 1...")
device1.enable_output(0)
xyDevice.enable_output(0)
time.sleep(2)
print("... set voltage 2 to 5V and max current to 1A...")
device1.voltage2 = 5
device1.current2 = 1
xyDevice.voltage2 = 5
xyDevice.current2 = 1
time.sleep(2)
print("...now enabling the power output control 2...")
device1.enable_output(1)
xyDevice.enable_output(1)
time.sleep(5)
print("Device status 1: %s" % device1.get_device_status_information(0))
print("Device status 2: %s" % device1.get_device_status_information(1))
print("Output 1: %0.2f V , %0.2f A" % (device1.voltage1, device1.current1))
print("Output 2: %0.2f V , %0.2f A" % (device1.voltage2, device1.current2))
print("Device status 1: %s" % xyDevice.get_device_status_information(0))
print("Device status 2: %s" % xyDevice.get_device_status_information(1))
print("Output 1: %0.2f V , %0.2f A" % (xyDevice.voltage1, xyDevice.current1))
print("Output 2: %0.2f V , %0.2f A" % (xyDevice.voltage2, xyDevice.current2))
time.sleep(5)
device1.disable_output(0)
device1.disable_output(1)
xyDevice.disable_output(0)
xyDevice.disable_output(1)
print("...and disabling remote control again.")
device1.disable_remote_control(0)
device1.disable_remote_control(1)
xyDevice.disable_remote_control(0)
xyDevice.disable_remote_control(1)
print("Device status 1: %s" % device1.get_device_status_information(0))
print("Device status 2: %s" % device1.get_device_status_information(1))
print("Device status 1: %s" % xyDevice.get_device_status_information(0))
print("Device status 2: %s" % xyDevice.get_device_status_information(1))