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Manual - 8500A Series Peak Power Meter - Giga-tronics

Manual - 8500A Series Peak Power Meter - Giga-tronics

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Remote Operation<br />

RPOA<br />

Command<br />

Argument<br />

Read Out Current Channel A Reference <strong>Power</strong> / The PPM will output channel A<br />

reference power in the following format:<br />

If operating in the Linear <strong>Power</strong> Mode:<br />

RFALxx.xxEsnn<br />

(x = power in Watts; Esnn = exponent)<br />

If operating in the dBm power format:<br />

RFADsnnn.nn<br />

(s = polarity; n = reference power in dBm)<br />

RPOB<br />

RSFL<br />

Read Out Current Channel B Reference <strong>Power</strong>. (Readout is the same as RPOA,<br />

substituting B or A)<br />

Measure and Output Rise and Fall Times of Pulse Profile Currently Displayed. See<br />

FALL and RISE for definitions used for fall and rise times / When operating in<br />

channel A the PPM will output:<br />

RISAnn.nnnEsnn,FALAnn.nnnEsnn<br />

When operating in channel B:<br />

RISBnn.nnnEsnn,FALBnn.nnnEsnn<br />

(n = delay in seconds; Esnn = exponent)<br />

RSWD<br />

Measure and Output Rise time and Pulse Width of Pulse Profile Currently Displayed.<br />

See RISE for definition of rise time. Pulse width is the time between the 50% power<br />

point on the pulse’s rising edge and the 50% point on it’s falling edge / Channel A<br />

readout is:<br />

RISAnn.nnnEsnn,WIDAnn.nnnEsnn<br />

Channel B readout is:<br />

RISBnn.nnnEsnn,WIDBnn.nnnEsnn<br />

SDLAnnnnnn.nn<br />

Set Channel A Start Delay / none<br />

SDLBnnnnnn.nn<br />

SELT<br />

(n = microseconds; position of decimal may vary.<br />

Max = 213,999.97 µs - Window Delay - Reference Delay;<br />

Min = 0 - Reference Delay.<br />

Start Delay is with respect to the Reference Delay. If Reference Delay is 0 then Start<br />

Delay is coincident with the trigger.)<br />

Set Channel B Start Delay / none (see SDLA)<br />

Initiate Self-Test. Can be used with SRQ for a health check. See Service Requests in<br />

Section 3.4.<br />

SRQD SRQ Disable. See Service Requests in Section 3.4<br />

SRQE SRQ Enable. See Service Requests in Section 3.4<br />

STAT<br />

Output Status Byte. This command is only effective when SRQ is disabled. If sent<br />

while SRQ is enabled an SRQ will be generated. The PPM will output:<br />

STATnnn<br />

(n = decimal number representing current Status Byte. See Status Byte Output in<br />

Section 3.2.5 and Service Requests in Section 3.4)<br />

<strong>Manual</strong> No. 20790, Rev C, November 1998 3-49<br />

Superceded by Revision D, March 2009

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