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Showing 1 to 6 of 6 for “"power electronic device"”.
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Development of back-to-back converter with power transfer control using raspberry Pi
It is undeniable that power electronic plays importance role in development of modern technologies. With the aid of power electronics converters its able to manipulate source of power depends on its application. Rapid developments of power electronic device with integration of wide range of …
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Modeling and Analysis of a Four-Switch Buck-Boost Dynamic Capacitor
<p>Modern electric power utilities are facing a variety of challenges introduced by the increasing complexity of their operation, structure, and consumer loads. One such challenge has been to supply the ever growing demand for reactive power which is essential for grid support. For this reason …
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Measuring Level of Degradation in Power Semiconductor Devices using Emerging Techniques
… of time tends to deteriorate the health of power electronic switches. Being a key element in any high-power converter systems, power switches such as insulated-gate bipolar junction transistors (IGBTs) and metal-oxide semiconductor field-effect transistors (MOSFETs) are constantly monitored …
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Switched-doubly-fed-machine drive for high power applications
… through variable-speed drives (VSD), which are power-electronic based converters with associated control operating as an interface between the electrical machine and the electrical source. These drives are not only critical in a wide range of applications including industrial processes, electric …
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Planar Packaging and Electrical Characterization of High Temperature SiC Power Electronic Devices
… examines the packaging of high-temperature SiC power electronic devices. Current-voltage measurements were conducted on as-received and packaged SiC power devices. The planar structure was introduced and developed as a substitution for traditional wire-bonding vertical structure. The planar …
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Electrical Characterization of Gallium Nitride Drift Layers and Schottky Diodes
… increased due to their ability to deliver high power, high switching frequency and low loss electronic devices for power conversion applications. To meet these requirements, semiconductor material defects, introduced during growth and fabrication, must be minimized. Otherwise, theoretical limits …