qcodes/instrument_drivers/Keysight/keysightb1500/message_builder.py
def tmacv(self,
              chnum: Union[constants.ChNr, int],
              mode: Union[constants.RangingMode, int],
              meas_range: Optional[Union[constants.TMACV.Range, str]] = None
              ) -> 'MessageBuilder':
        """
        This command monitors the MFCMU AC voltage output signal level,
        and returns the measurement data.

        Args:
            chnum: MFCMU channel number. Integer expression. 1 to 10 or
                101 to 1001. See Table 4-1 on page 16.

            mode: Ranging mode.
                Integer expression. 0 or 2.

                    - 0: Auto ranging. Initial setting.
                    - 2: Fixed range.

            meas_range: Measurement Range. This parameter must be set if
                mode=2. Set Table 4-19 on Page 30
        """
        cmd = f'TMACV {chnum},{mode}'

        if meas_range is not None:
            cmd += f',{meas_range}'

        self._msg.append(cmd)
        return self

        This command monitors the MFCMU AC voltage output signal level,
        and returns the measurement data.

        Args:
            chnum: MFCMU channel number. Integer expression. 1 to 10 or
                101 to 1001. See Table 4-1 on page 16.

            mode: Ranging mode.
                Integer expression. 0 or 2.

                    - 0: Auto ranging. Initial setting.
                    - 2: Fixed range.

            meas_range: Measurement Range. This parameter must be set if
                mode=2. Set Table 4-19 on Page 30
        
This command monitors the MFCMU AC voltage output signal level,
and returns the measurement data.
This command monitors the MFCMU AC voltage output signal level and returns the measurement data .
def tmacv(self,
              chnum: Union[constants.ChNr, int],
              mode: Union[constants.RangingMode, int],
              meas_range: Optional[Union[constants.TMACV.Range, str]] = None
              ) -> 'MessageBuilder':
        cmd = f'TMACV {chnum},{mode}'
        if meas_range is not None:
            cmd += f',{meas_range}'
        self._msg.append(cmd)
        return self
def tmacv ( self , chnum : Union [ constants . ChNr , int ] , mode : Union [ constants . RangingMode , int ] , meas_range : Optional [ Union [ constants . TMACV . Range , str ] ] = None ) -> 'MessageBuilder' : cmd = f'TMACV {chnum},{mode}' if meas_range is not None : cmd += f',{meas_range}' self . _msg . append ( cmd ) return self
This command monitors the MFCMU AC voltage output signal level,
and returns the measurement data.
This command monitors the MFCMU AC voltage output signal level and returns the measurement data .
"""
        This command monitors the MFCMU AC voltage output signal level,
        and returns the measurement data.

        Args:
            chnum: MFCMU channel number. Integer expression. 1 to 10 or
                101 to 1001. See Table 4-1 on page 16.

            mode: Ranging mode.
                Integer expression. 0 or 2.

                    - 0: Auto ranging. Initial setting.
                    - 2: Fixed range.

            meas_range: Measurement Range. This parameter must be set if
                mode=2. Set Table 4-19 on Page 30
        """
self
chnum
Union[constants.ChNr, int]
MFCMU channel number. Integer expression.
MFCMU channel number . Integer expression .
mode
Union[constants.RangingMode, int]
Ranging mode.
Integer expression. 0 or 2.

Auto ranging. Initial setting.
2: Fixed range.
Ranging mode . Integer expression . 0 or 2 . Auto ranging . Initial setting . 2 : Fixed range .
meas_range
Optional[Union[constants.TMACV.Range, str]]
Measurement Range. This parameter must be set if
mode=2. Set Table 4-19 on Page 30
Measurement Range . This parameter must be set if mode = 2 . Set Table 4 - 19 on Page 30