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General| Brand | Fluke |
|---|---|
| Model | Digital Multimeter |
| Category | Multimeter |
| Language | English |
Introduces the seminar, its objectives, and benefits, setting the stage for the topic.
Provides guidelines for participants to ensure a smooth and productive web seminar experience.
Discusses the inability to measure true values and the importance of knowing measurement quality.
Contrasts historical accuracy analysis with modern, documented uncertainty calculations and ISO 17025 standards.
Lists common sources of uncertainty and explains their inclusion in calibration certificates.
Displays an accredited calibration certificate, highlighting uncertainty statements.
Emphasizes that uncertainty defines quality and is crucial for deciding if tolerances are met.
Explains the lack of standardization initially and the adoption of the GUM in 1993.
Recommends specific guides like ANSI/NCSL Z540.2 and NIST TN 1297 for expressing uncertainty.
Introduces DMM verification, sources of doubt, and defines Type A and Type B uncertainties.
Explains Type A uncertainty determination via statistical analysis, calculating standard deviation of the mean.
Details how to estimate u2 (calibrator inaccuracy) and u3 (UUT limits) from specifications.
Shows the calculation of uc (combined uncertainty) and Um (expanded uncertainty) using the GUM.
Presents the final measurement value with expanded uncertainty and the overall uncertainty budget.
Analyzes how increasing measurements affects uncertainty and coverage factor, discussing practical value.
Explores options for automating calculations, including MET/CAL, and its benefits.
Summarizes key topics including uncertainty importance, calculation, examples, and automation benefits.
Provides links and references for GUMs, publications, and training courses.
Provides information on how to register and lists seminar topics.
Details instructor-led classroom, web-based, and self-paced training courses.
