Agilent Technologies 85032B/E 50 Specifiche Scaricare il pdf (Pagina 26)

Performance Checks 8712ET/ES and 8714ET/ES

Performance Test Software RF Network Analyzers

1-18 Service Guide

The current DUT ﬁle sufﬁx (1). This ﬁle, “CurEDUTx,” contains the test-result data

of the current device under test. Up to ten different ﬁle names can be speciﬁed. This allows

multiple users to operate from one system storage medium, such as an SRM environment.

This entry can be ignored for single-user applications.

Conﬁg ﬁle and cal data generation.

1. Once all desired changes have been made, the program will ask if you want to store the

data just entered. A speciﬁc 4-character ﬁle name sufﬁx can be provided if more than

one conﬁguration is required. Leaving the ﬁle name blank will result in the default ﬁle

name of “Cfg_dﬂt.” If the program ﬁnds only one conﬁg ﬁle, that ﬁle will be loaded

automatically. If more than one is discovered, the program will list the ﬁle names found

and allow you to choose one. At this point the program will also ask you if a hardcopy

printout is desired.

2. After the conﬁg ﬁle has been generated, the proper data ﬁles containing the correction

values must be generated. Press . You will be shown a list

including:

• 3 sensors

• an external 110 dB step attenuator

• two 20 dB attenuators (pads)

You will need to enter the correction data for every piece of test equipment included in

this list that you will be using to test the analyzer. Select the desired item.

Sensors. All sensors require both frequency and cal factor data. Frequencies must always

be in MHz and cal factors in percent. The ﬁrst entry requested will be the last four digits of

the serial number. The computer will search for a current conﬁguration ﬁle containing this

information. If one is present, the program will query you to either view or edit the old

values.

Assuming you are editing the data, the 50 MHz reference cal factor will be requested next.

This value must use percent as its units and be within the range of 50 and 150 percent.

After the cal factor is entered, the program will request that all frequency/cal factor pairs

be entered. Any frequency entered must be greater than zero. You must start with the

lowest frequency for which you have data and sequentially enter higher frequencies until

done. Each entry must consist of both a frequency in MHz and the cal factor in percent,

separated by a comma (e.g. 500, 98.6). Each frequency entered must be higher than the

previous entry. These cal factor values must be between 75 and 125 percent.

TIP If a mistake is made, you can back up one entry and re-enter a value by

entering a negative frequency. If you accidentally enter only the frequency

(instead of a frequency/cal factor pair), the computer will wait for the cal

factor to be entered; however the only prompt will be a “?”.

Each entry is shown on the CRT. When all entries are completed, enter “0,0” to exit the

data entry portion of the program. At this point the program will redisplay all of the values

entered and ask if you want to store them. (Check to make sure there are no entries for a

zero value frequency.)

CAL DATA ENTRY

1 2 ... 21 22 23 24 25 26 27 28 29 30 31 ... 268 269

Commenti su questo manuale

Nessun commento

Agilent Technologies 85032B/E 50 Specifiche Pagina 26

Commenti su questo manuale

Prodotti e manuali riguardandi Misurazione, test & controllo Agilent Technologies 85032B/E 50