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Measuring Power
ATLAS Example
ATLAS:
MEASURE, (POWER), <noun>,
{ VOLTAGE RANGE <value> V TO <value> V |
VOLTAGE MIN <value> V, VOLTAGE MAX <value> V |
VOLTAGE MAX <value> V |
VOLTAGE <value> V |
POWER RANGE <value> DBM TO <value> DBM |
POWER MIN <value> DBM, POWER MAX <value> DBM |
POWER MAX <value> DBM |
POWER <value> DBM
}
, FREQ-WINDOW RANGE <value> HZ TO <value> HZ
[, FREQ-RESOLUTION <value> HZ ]
[, ATTEN <value> DB ] [, SWEEP-TIME <value> SEC]
[, RESOLUTION-BANDWIDTH <value> HZ ]
[, VIDEO-BANDWIDTH <value> HZ ]
[,{ { MAX-SAMPLE | POS-SAMPLE | NEG-SAMPLE | SAMPLE | SAMPLE-PP}
[ <value> ] | SAMPLE-AVG <value>}]
[, TRIG-SOURCE { EXT | INT } ]
< connection field > $
CIIL Example
CIIL: FNC <noun> POWR :CH00
{ SRN VOLT <value> SRX VOLT <value> |
SET NVLT <value> SET XVLT <value> |
SET XVLT <value> |
SET VOLT <value> |
SRN POWR <value> SRX POWR <value> |
SET NPOW <value> SET XPOW <value> |
SET XPOW <value> |
SET POWR <value> }
SRN FRQW <value> SRX FRQW <value>
[ SET FRES <value> ]
[ SET ATTN <value> ]
[ SET SWPT <value> ]
[ SET RESB <value> ]
[ SET VBAN <value> ]
[ SET { { XSAM | SAMP | SAMN | SMPL | SMPP } [ <value> ] |
SAMA <value> } ]
[ SET TRSC { EXT | INT } ]
CLS :CH00 <cr/lf>
INX POWR <cr/lf>
Measuring Power
Programming
4-25
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