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
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Application of Wide Bandgap Devices in EV Converters12 April 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.
Analyzing Temperature Parameters of Si, SiC and GaN Power Devices09 September 2023
Hello everyone, welcome to the new post today. This post introduce performance of different power devices in terms of temperature coefficient.
Increasing the Efficiency through Wide-Bandgap Semiconductors (SiC & GaN)24 October 2022
In recent times, complexity has been increasing in the devices due to the involvement of a huge number of components, which in turn invokes the need for more efficient power conversion. If devices are more efficient then it will reduce the cost of power input to the components and the environmental impact would be less.
Enhancing the Efficiency of Semiconductors by Using the Spin of Electrons11 February 2025
In today’s electronics industry, there is a huge demand for faster and more efficient systems to meet the modern IoT systems. The advancement of the semiconductor industry has heavily relied on the manipulation of electrical charges, but controlling the spin degree of freedom has proved to be exceptional. Spintronics, a field focused on studying the spin properties of electrons, has gained a lot of attention due to its potential to enable faster and more efficient devices. The integration of chiral halide perovskite (c-HPs) with traditional III–V semiconductors offer a very transformative effect for spin-based electronics. Semiconductors have been an integral part of the electronics industry due to their ability to manipulate electrical charge but spintronics aims to use the spin of electrons to enable a lot of functionalities.
Effect Of Target Physical Properties And Energetic Ions When Doping Thin-Body Semiconductor19 October 2022
Multi-gate FET system has undergone tremendous advancements over the last decade and the biggest challenge for this system has been doping thin-body silicon. Ion implantation is a crucial enabler for multi-gate devices in the production of power semiconductor devices.
A Study of the Interelectrode Capacitances of SiC and GaN Power Semiconductor Devices Using Multiple Current Probes01 February 2023
This article describes the study of the interelectrode capacitances of SiC and GaN power semiconductor devices using multiple current probes. It is divided into four parts: two-current-probe method principle, measurement results, three-current-probe method principle, and measurement results.
Low Temperature Drift Resistors Increase the Accuracy of Analog Circuits11 February 2025
Analog circuits are used in many applications ranging from aerospace to medical devices. Therefore, the accuracy of these devices needs to be very high. These circuits translate real-life signals into usable electronic circuits. However, substantial challenges arise due to environmental factors, particularly due to temperature changes, as the resistivity of components changes with changes in temperature.
Devices based on Semiconductor Laser Chaos for Optical Communications22 February 2023
In modern electronics, although there have been countless developments in the field of optical communication, determining parameters like attenuation, free space path loss, etc has still been a significant issue.
Exploring an Advanced Approach to Thermal Design for Dual-Sided Cooling of Power Semiconductor Modules in Electric and Hybrid Vehicles07 September 2023
Hello everyone, welcome to the new post today.
Clock&Timing - Application Specific: A Dedicated Chip That Helps Produce Signals on the Circuit Board22 February 2023
Static timing analyses include register-to-register analysis, I/O analysis, and asynchronous reset analysis. To verify circuit performance and detect timing violations, the Timing Analyzer uses data required times, data arrival times, and clock arrival times. In order to verify circuit performance and detect possible timing violations, the Timing Analyzer uses data arrival times, data required times, and clock arrival times. For the design to function correctly, the Timing Analyzer determines timing relationships and compares arrival times against required times.