News

Quantum Design Acquires Oxford NanoScience Joining Two Leading Cryogenic Companies  

Quantum Design has acquired the Oxford NanoScience division of Oxford Instruments. Priced at £60m cash which is equivalent to about one year of Oxford Nano’s revenue, the acquisition unites the portfolios and expertise of two industry leaders with a combined legacy of more than 100 years of experience and innovation in cryogenics, materials science, and microscopy. The shared product catalog provides automated materials characterization with automated field and temperature control, ultra-low temperature sub-kelvin cryostats and dilution refrigerators, high-field superconducting magnets and a full range of optical cryostats.
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Electromagnetics

Split-Core Current Sensor from for Power Conversion Systems from ChenYang Technologies 

Modern power conversion systems such as photovoltaic inverters, energy-storage units, UPS systems, welding machines and motor drives place increasingly high demands on current-measurement reliability, electrical safety and installation flexibility. Engineers also face growing pressure to deploy sensors quickly and non-invasively, ideally without […]

Electromagnetics

Inductive Sensing Technology by EVK Now Part of Headwall Group 

With the addition of inductive sensor technology from EVK, optical and photonics company Headwall Group has expanded its capabilities in machine vision and sensor-based sorting and inspection. Located in Raaba, Austria near Graz, EVK has pioneered industrial image data analysis with hyperspectral […]

News

Hprobe, Now Part of Mycronic, Develops Powerful New Magnetic Instrument for Testing TMR Sensors 

Magnetic sensor ICs have become essential to modern electronics, enabling accurate detection of position, speed, current and orientation. Among them, tunnel magnetoresistance (TMR) sensors stand out for their high sensitivity, low power consumption and seamless fabrication compatibility. Over the past decade, they have moved from research prototypes to large-scale adoption. Their growing complexity requires precise wafer-level control of 3D magnetic fields in terms of orientation, magnitude and uniformity, creating new technical and throughput challenges for sensor manufacturers and test equipment suppliers. […]