Agilent Technologies 8590 L-Series Especificações descarregar pdf (Página 114)

100

101

114 Chapter2

Making Adjustments

16. Frequency Response of the 8592L/94L, 8593E/94E/95E/96E, and 8594Q

62.Use the data keys on the analyzer to enter the amplitude value for

12 MHz from Column 2 of Table 2-8, Frequency Response Errors.

Terminate the entry with the

dB key. When entering negative

amplitude values, precede the numeric entry with the

− and dB keys

or the

−dB key.

Note that the

BK SP (backspace) key may be used to correct any

entry if the terminator,

dB or −dB key has not been pressed. Re-enter

the data if the terminator has been pressed.

63.Press ⇑ (step-up key) and enter the data from Column 2 of the

“Frequency Response Errors” tables for the next data point as

described in step 61.

64.Repeat step 62 for the remaining ﬂatness correction data points

listed in the “Frequency Response Errors” tables. At each point,

verify that the frequency listed in the active function block

corresponds to the frequency at which the data was taken. If these

two frequencies do not correspond, press

⇑ (step up) or ⇓ (step down)

until the proper frequency is displayed in the active function block.

If some data is incorrect after entering all of the data from the

“Frequency Response Errors” tables, select the incorrect data point

using

⇑ (step up) or ⇓ (step down) and re-enter the proper data.

65.After all corrections have been input, press

STORE FLATNESS to

store the correction data in nonvolatile memory. The instrument will

automatically preset and display CAL: DONE in the active function

block of the analyzer.

1 2 ... 109 110 111 112 113 114 115 116 117 118 119 ... 673 674

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