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Why is Metrology Fundamental to Test and Measurement? Metrology, the science of measurement, is the foundational pillar of the test and measurement industry Metrology is critical for quality control, regulatory compliance, and the development of new products and processes across a wide range of industries Interface LowProfile Load Cells and Gold Standard Calibration Solutions are standards of measurement excellence required in metrology
Accelerating AI Innovation Through Measurement Science The need for improved AI measurement science Today, many evaluations of AI systems do not precisely articulate what has been measured, much less whether the measurements are valid The field of measurement science, or metrology, provides methods for rigorous and trustworthy use of measured values, qualified with assessments of uncertainty
Units, Measurement, Uncertainties and Vectors in Physics Physics relies heavily on measurements, which must be expressed using standardized units for clarity and consistency The SI system encompasses seven fundamental units that form the basis for all measurements in physics, ensuring that quantities can be accurately compared and calculated across different contexts
Understanding Measurement Uncertainty in Calibration Results Understanding Measurement Uncertainty in Calibration Results Introduction When you receive a calibration certificate, one of the most important values listed is the measurement uncertainty While it may look technical or easy to overlook, measurement uncertainty is essential for interpreting how reliable and accurate your calibration results truly are Whether you’re working with
Innovative RF Solutions: Transforming Test and Measurement . . . Explore how advanced RF technologies—such as ultra-low phase noise oscillators, compact switched SAW filter banks and wide bandwidth amplifiers—are revolutionizing test and measurement systems This blog post highlights the latest trends, key product innovations and the benefits of integrating these solutions to achieve superior performance, efficiency and reliability in demanding
What if measurement wasn’t just about proving success - but . . . But measurement still risks being too linear, too client-serving, too controlling, too focused on answering pre-defined questions instead of asking different ones That’s where the “What if” framework comes in It doesn’t replace existing models or metrics—it complements them with strategic reflexivity and contingent adaption
Part 4: 2025 Low Level RF (LLRF) Workshop – Amplifier . . . Mini-Circuits R D Fellow, Joe Merenda delivers an in-depth tutorial on the fundamentals of RF amplifier additive phase noise theory, measurement setup, and differences between small and large signal APN behavior, including practical examples of additive phase noise in cascade designs