Press Release: Vitrek Releases Ultra-High Accuracy (0.024%) PA920 Series Power Analyzer GalleryPress Release: Vitrek Releases Ultra-High Accuracy (0.024%) PA920 Series Power Analyzer
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Press Release: Vitrek Releases Ultra-High Accuracy (0.024%) PA920 Series Power Analyzer
Vitrek’s New Ultra High Accuracy Power Analyzer Sets New Standard for Price/Performance The PA920 combines industry-leading power measurement accuracy (0.024%, 20Hz-1KHz), innovative multi-channel Virtual Power Analyzer (VPA) architecture; expansive harmonics analysis capabilities, built-in library of environmental compliance tests with market-leading affordability. […]
964i High Voltage Switching System
964i High Voltage Switching System 964i High Voltage Automated Test Switching System — The perfect solution for Automated Multi-Conductor, Multi-Point Hipot Testing Buy Now Request a FREE Demo! Download Spec Sheet Boost your testing efficiency with the Vitrek 964i High Voltage Switching System. Designed to seamlessly pair with Vitrek’s industry-leading hipot testers, the 964i streamlines high-voltage testing for complex cables, power flex circuits, appliances, medical equipment, and more. With the ability to automate up to 999 sequential tests at lightning-fast 0.025-second reconnect speeds, [...]
Industry 4.0 for Test and Measurement
Industry 4.0 promises greater integration, interoperability, and information exchange. This Fourth Wave of the Industrial Revolution isn’t about a single technology such as machine learning. It’s not just about artificial intelligence (AI) or Big Data either. Rather, Industry 4.0 is a family of connected technologies that will enable industry to collect, analyze, and act upon massive amounts of diverse and distributed data. Smart sensors for precise test and measurement are essential for these advanced systems. MTI Instruments, a global supplier of precision measurement solutions, is developing a new class of wireless and wired sensors to support digital connections for [...]
White Paper: Precision Power Analyzers GalleryWhite Paper: Precision Power Analyzers
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White Paper: Precision Power Analyzers
White Paper All the tools needed to study and optimize virtually any power project in a single instrument Introduction The design of any power conversion system requires the measurement of a large range of electrical parameters that could be made using a lab bench full of instruments. The precision power analyzer pulls all of these measurements into a single instrument replacing meters, oscilloscopes, chart recorders, harmonic analyzers and other devices. This paper will provide a basic overview of the functions and capabilities of high-performance power analyzers. Examples of these functions and how to apply [...]
Measurements Using Capacitive Sensors
Precise Measurements Using Capacitive Sensors Capacitive sensors can be divided into two categories based upon their performance and intended use. High resolution sensors are typically used in displacement and position monitoring applications where high accuracy, stability and low temperature drift are required. Quite frequently these sensors are used in process monitoring and closed-loop feedback control systems. Proximity type capacitive sensors are much less expensive and are typically used to detect the presence of a part or used in counting applications. Applications Position Sensing General positioning is probably the most [...]
MTI Instruments is making its global presence known in Singapore
Click Here to View Ways to Use 1510A with the PBS-4100+ Join MTI Instruments at the Singapore Expo Convention and Exhibition Centre from September 24th to September 26th, 2019. Visit MTI Instruments in Booth #756 at the premiere event in Asia Pacific for the commercial air-transport maintenance, repair and overhaul (MRO) industry, to see its PBS-4100 line of vibration and balancing systems. Aircraft engine vibrations caused by out-of-balance parts can lead to cracked fan, turbine, and compressor components. Imbalance-induced vibrations can also cause metal fatigue and, if left unchecked, engine failure. Pinpointing the source of vibrations can be challenging [...]
How to Reduce Inconsistent Wafer Measurements
How to Reduce Inconsistent Wafer Measurements Avoid 5 Common Mistakes That Destroy Wafer Measurement Accuracy You take pride in your work. You’re precise, accurate and depend on the right metrology equipment. Then why are your bare semi-conductor wafer measurements sometimes inconsistent? It may be something you’re doing (or not doing) — without realizing it. MTI Instruments discovered there are five common mistakes that engineers and users make with bare semi-conductor wafers. The “Five Mistakes Made When Taking Semiconductor Wafer Measurements” Tech-Brief details these all-too-typical errors that adversely impact measurements. [...]
Vitrek featured in Bodo’s Power Systems
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Five Common Mistakes with Semiconductor Wafer Measurement GalleryFive Common Mistakes with Semiconductor Wafer Measurement
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Five Common Mistakes with Semiconductor Wafer Measurement
Semiconductor wafer measurement requires a high degree of precision. The right metrology equipment and inspection processes are important, but so is procedural consistency and attention to detail. If you’re not getting the results you want, it’s time to look beyond the measurements. With bare semiconductor wafers, users need to avoid these five common mistakes. Mistake #1 | Turning the Device Off Most users turn on metrology devices only when it’s time to use them. As soon as semiconductor wafer measurement is complete, the devices are turned off. This reduces electricity consumption but also introduces thermal instability that can cause [...]