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(8.5x11) 6000 Manual Cover - Newport Corporation

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RUN_n<br />

Start Single Channel Acquisition<br />

Syntax: RUN_n<br />

Parameters: None<br />

Function:<br />

This command initiates data acquisition on the specified channel using the<br />

currently defined acquisition mode. In single type acquisition modes this<br />

command will cause one reading to be acquired. In continuous type acquisition<br />

modes this command will initiate the continuous acquisition of readings.<br />

The STOP command will terminate acquisition.<br />

Related Commands: STOP, STOP_n, RUN<br />

RWS?<br />

Read Both Channel Measurements With Status Query<br />

Syntax: RWS?<br />

Parameters: None<br />

Function:<br />

This query returns the last measurements taken from both channels. The<br />

units of these measurements are the units defined at the time the readings<br />

were made. Because it is possible to make this query faster than measurements<br />

are actually being taken, the values returned by successive queries<br />

may be multiple reports of the same measurement.<br />

To ensure that fresh data is being read the NDA(new data available) bit in the<br />

Status Byte can be checked either by issuing a serial poll or by using the<br />

*STB? command. A serial poll is recommended if the GPIB interface is being<br />

used. The NDA bit will be 1 if the last measurement has not been read. The<br />

NDA bit for a specific channel will be reset to 0 immediately after a measurement<br />

is queried from that channel and will stay 0 until a new reading is taken.<br />

Returns: , <br />

or , , ,<br />

is an integer that represents the status of the returned value.<br />

will be 0 for ok, 1 for over range, 2 for saturated and 3 for data error,<br />

and 4 for ranging.<br />

If more than one channel is available, then the first two numbers represent<br />

the status of CHA and CHB respectively.<br />

is a floating point number in the exponential format.<br />

Related Commands: *STB?, MODE_n, MODE_n?, R?, R_n?, RWS_n?<br />

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