def get_vout(self):
    '\n        VOut = (Vcc * value) / 4096\n        The output is a range between 0 and Vcc with\n        steps of Vcc/4096.\n        In a 3.3v system, each step is 800 microvolts.\n\n        '
    byte_list = self.i2c.readfrom_mem(self.device_address, self.REGISTER_VOUT, 1, addrsize=12)
    val = 0
    val = ((val << 8) | byte_list[0])
    val = _swap_endian(val, 12)
    return val
VOut = (Vcc * value) / 4096
The output is a range between 0 and Vcc with
steps of Vcc/4096.
In a 3.3v system, each step is 800 microvolts.
def get_vout(self):
    '\n        VOut = (Vcc * value) / 4096\n        The output is a range between 0 and Vcc with\n        steps of Vcc/4096.\n        In a 3.3v system, each step is 800 microvolts.\n\n        '
    byte_list = self.i2c.readfrom_mem(self.device_address, self.REGISTER_VOUT, 1, addrsize=12)
    val = 0
    val = ((val << 8) | byte_list[0])
    val = _swap_endian(val, 12)
    return val