Product
Brand
Articles
Tools
Saumitra Jagdale
Saumitra Jagdale is a Backend Developer, Freelance Technical Author, Global AI Ambassador (SwissCognitive), Open-source Contributor in Python projects, Leader of Tensorflow Community India, and Passionate AI/ML Enthusiast
Sort by
Efficiency-Related Issues in GaN and SiC Power Systems06 February 2023
This paper presents the efficiency-related issues of GaN and SiC power systems in two parts: Reliability in GaN Power Devices and Reliability in SiC Power Devices.
Development of Ultra-wide Band-gap Ga2O3 Semiconductor Materials in Power MOSFETs21 October 2022
In order to achieve high operating voltages and energy conversion efficiencies, wide band gap (WBG) materials such as SiC and GaN have been systematically investigated.
Optimizations and applications of wide-band gap (wbg) semiconductor devices for ev systems28 October 2022
Silicon Carbide (SiC) and Gallium Nitride (GaN) are the WBG semiconductors that are widely used these days. Although there is a lot more scope for the development of WBG semiconductors, they are recognized as more efficient and reliable devices.
Exploring the Strengths and Hurdles of Wide Bandgap Devices in Alternating Current Electric Drives19 January 2024
Wide-bandgap materials have emerged as pioneers in the era of power devices, altering the performance and efficiency of electronic systems. Silicon, the traditional semiconductor material, has limitations that become apparent as power requirements escalate. WBG materials, such as silicon carbide and gallium nitride, possess high switching frequency, low losses and high-temperature operating capability making them an ideal choice in power devices.
Silicon Carbide Substrate Manufacturing: Advancing Technology to New Heights08 June 2023
In recent years, the development of electronic systems and products has skyrocketed. With the rapidly evolving industrial landscape, certain materials are emerging as game-changers, pushing the boundaries of technology and transforming various sectors. One such material is silicon carbide (SiC).
Transfer Learning Method for detailed defect classification in semiconductor manufacturing based on Convolution Neural Network13 January 2023
Based on certain tests, the convolutional neural network(CNN) transfer learning method (a deep learning technology) was considered the best method for defect classification.
Advanced CMOS Devices with Wide Bandgap and Ultrawide Bandgap Technologies15 March 2024
Power and radio frequency electronics play an increasingly important role in energy-efficient and collaborative future as there is always a demand for faster, smaller, high-voltage and more conductive transistors. Traditionally, silicon has been the semiconductor of choice due to its extensive research and manufacturing history, and natural abundance. While silicon power devices continue to maximize performance, many applications are now integrating wider-band gap semiconductors. These materials offer a significantly higher voltage-conducting capacity, surpassing silicon's limits in tradeoffs related to ON-resistance, capacitances, and breakdown voltage.
Revolutionizing DC Link Bus Design: Unleashing High Frequency, High-Temperature Converter Potential11 July 2023
Hello everyone, welcome to the new post today.
Si vs SiC Diodes: A Performance Study of Interleaved Boost Converters for PV Applications14 March 2023
Hello everyone, welcome to the new post today.
Real-time Cloud Analytics in Semiconductor Manufacturing01 November 2022
Ever since technologies like Artificial Intelligence, Machine Learning, the Internet of Things (IoT), etc have been introduced into industries, the manufacturing sector has undergone a revolution in the mass production of various systems and devices.
SiC Power Conversion Devices at High Ambient Temperatures14 March 2023
Recent advancements in semiconductor technology have demonstrated how silicon carbide (SiC) has several unique properties that make it a promising material for semiconductor devices with high temperature, high speed, and high voltage operation capabilities.
Methodologies for Increasing Efficiency of Fuel Stack Technology for Energy Generation19 November 2024
Presently, power companies are moving towards renewable energy systems. Conventional energy sources are more expensive because they require a vast network to be maintained and huge human resources. Also, they harm the environment by releasing several harmful gases. As the industry’s focus shifts toward renewable energy sources, energy systems powered by Proton Exchange Membrane Fuel Stacks (PEMFS) are gaining traction.