Author: Sarah Esterle
This application note describes a method to determine the accuracy of a single sample point and how to achieve absolute signal accuracy.
This application note describes a method to determine the accuracy of a single sample point and how to achieve absolute signal accuracy.
Benefit of a seamless auto-range for high dynamic power analysis with DEWETRON’s SUB-XV module – which offers a multi-range input
OXYGEN 7.0 is our new major release and offers a lot of new improvements and features like modal test and may more.
Learn about modal testing, a crucial method for determining natural frequency, mode shapes, and damping ratios of structures.
TRIONet3 is the universal measurement solution: compact, modular and customizable to your measurement needs.
Learn how DEWETRON‘s high-end power analyzer was used for several tasks during the development and testing of the TANKIA 2023 (race car).
Learn how DEWETRON‘s NEX[DAQ] front-end device can be used as a cloud based data acquisition tool in different industries.
Learn more about the evolution of Ethernet, fiber types, cable selection and connectivity options to our DEWETRON measurement systems.
Explore how to implement SCPI communication via TCP/IP for remote control of DEWETRON devices and learn more about the Python integration.
Learn about FIR filters in signal processing: their structure, function, and how they’re implemented in OXYGEN measurement software.
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