def measure(self):
WriteDUT(self._meas_assets, self._dut_name, self.test_id1,
self.ON).run()
time.sleep(self.sleep_time)
# Start with a bad value
curr = -0.1
# Read the state of the first pin
result, value = ReadDUT(self._meas_assets, self._dut_name,
self.test_id2).run()
# Verify the pin state is set
if result & value == self.ON:
# Read the state of the second pin
result, value = ReadDUT(self._meas_assets, self._dut_name,
self.test_id3).run()
# Verify the pin state is clear
if result & value == self.OFF:
# Read the DUT output voltage
curr = abs(self.mux.measure_vdc(self.slotChan2))
# Verify the result of reading the DUT output voltage
self.test_points[self.test_point_name].execute(abs(curr))
time.sleep(self.sleep_time)
def measure(self):
WriteDUT(self._meas_assets, self._dut_name, self.test_id,
self.OFF).run()
time.sleep(self.sleep_time)
# Verify the result of reading the DUT output voltage
curr = self.mux.measure_vdc(self.slotChan)
self.test_points[self.test_point_name].execute(abs(curr))
time.sleep(self.sleep_time)
def tear_down(self):
# If this is working with Slot 2, Chan 2 (202) then remember to keep bit 1 ON (it's the key-sense)
if self.slotChan1 == 202:
self.bit = 1 << 1
self.mux.set_dio_out(self.slotChan1, self.bit)
WriteDUT(self._meas_assets, self._dut_name, self.test_id1,
self.OFF).run()
self.mux.display_clear()
def tear_down(self):
WriteDUT(self._meas_assets, self._dut_name, self.test_id,
self.OFF).run()
self.mux.display_clear()