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N8201A Datasheet(PDF) 6 Page - Agilent(Hewlett-Packard) |
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N8201A Datasheet(HTML) 6 Page - Agilent(Hewlett-Packard) |
6 / 9 page 5 Combine the advantages you have as a self-maintainer with the experience that Agilent has in high-performance metrology to achieve the optimum level of internal process control and external accreditation. Your “cost of calibration” will be predictable from year-to-year, because all technical support, software updates, new products and options, and revision control are included in the price of a single renewable license. Automated test times are far less than the manual equivalent. They are also guaranteed to return more consistent, repeatable results across all test conditions. If you normally require a Z540 or 17025 calibration before you can put equipment into program use, you can now perform such a calibration on your own, rather than arranging for a special calibration from Agilent or other service providers. Your “incoming inspection” can be run as a Z540 (or 17025) calibration. ANSI Z540 and ISO 17025 uncer- tainty analyses are guaranteed to meet all requirements. If you are trying to achieve certification, you can rely on the Agilent uncertainty analyses to meet the strictest interpre- tations of Z540/17025 requirements. The exact same analyses are used in our certified Service Centers. All seat licenses include Z540/17025 reporting capability. For the 90-day licenses, you can choose whether to pay a modest price premium for Z540/17025 over the commercial calibration license price. Agilent TME software already meets the requirements of Z540.3. Agilent calibration routines are available at the time of product/ option introduction. If you purchase a newly-released product or option, you can immediately verify its performance, rather than waiting 1-2 years for other software alternatives (i.e. creating your own test software or purchasing software from a third party). A knowingly maladjusted instrument was chosen to gather this data, to demonstrate how measurement uncertainty can affect the pass/fail conclusion associated with measurement data that never exceeds the actual specification limit. “Indeterminate,” in this case, should be taken to mean “Adjustment Recommended,” Fig. 3 Reports show Measured Value, Specification, and Uncertainty |
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Similar Description - N8201A |
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