Agilent Technologies 87130A manual these relays for your time calculations to be correct

Models: 87130A

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these relays for your time calculations to be correct.

Remote Operation

Example Speed Calculation

60 ! a range.

70 OUTPUT 709;”ROUT:DRIV:OFF (@112:130);”

80 !

90! Drive is set to OFF for remaining channels on driver

100! card 1.Unless channels are part of Drive list, no

110! pulse (:WIDTh) is sent.

120OUTPUT 709;”ROUT:VER:ON (@100:111);”

130!

140! Sensing is ON for channels 100 through 111.

150! VERify:ON works at switching time, and errors

160! (if they exists) are reported back immediately.

170!

180! Unless channels are part of Verify list no sensing

190(:DELay) can be valid. In other words,

190! you can choose to sacrifice sensing for speed.

200!

210!

220OUTPUT 709;”ROUT:CLOS (@100:111);”

230!

240! This command ensures all channels start in the same

250! (CLOSE) state.

260OUTPUT 709;”ROUT:CLOS? (@100:111);”

270!

280! Queries CLOSe list.

290!

300ENTER 709;Closl$

310PRINT Closl$

320!

330 ! Switch driver response should look like:

1,1,1,1,1,1,1,1,1,1,1,1

340 ! This indicates all 12 active channels are in the

350 ! CLOSE) state.

360 PAUSE

NOTE

For this example, all relays start at the same (CLOSE) state and have delays

 

and pulse widths to make the calculation easier to follow. In real situations,

 

relays may be in different states. You must programmatically keep track of

 

these relays for your time calculations to be correct.

 

370 DIM Openl$[40]

 

Agilent 87130A Operating and Service Manual 4-75

Page 117
Image 117
Agilent Technologies 87130A manual these relays for your time calculations to be correct