VPACHKAWADE
Welcome to the official VPACHKAWADE channel, your ultimate destination for in-depth tutorials and analysis in science, engineering, technology, and mathematics (STEM). Dive into our comprehensive video library featuring detailed lessons on circuit design and analysis, operational amplifiers (op-amps), MOSFET basics, digital logic design, and semiconductor technology. Whether you're a student, engineer, or electronics enthusiast, our goal is to provide high-quality, practical educational content to help you master complex engineering concepts.
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VPACHKAWADE
Learn fundamentals on voltage and current reference generation in electronics circuit design. Start from understanding the temperature behaviour of transistor's (BJT) pn junction forward voltage drop. Learn what PTAT and CTAT and how to use these to generate bandgap refernece voltage, with varient circuit topologies, followed by circuit simulation using SPICE circuit simulator.
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topmate.io/vpachkawade_solutions/2321680
3 days ago | [YT] | 0
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VPACHKAWADE
Learn fundamentals on voltage and current reference generation in electronics circuit design. Start from understanding the temperature behaviour of transistor's (BJT) pn junction forward voltage drop. Learn what PTAT and CTAT and how to use these to generate bandgap refernece voltage, with varient circuit topologies, followed by circuit simulation using SPICE circuit simulator.
Watch trailer here
youtube.com/embed/Y66F18R9fc4?showinfo=0
Learn more : topmate.io/vpachkawade_solutions/2321680
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VPACHKAWADE
https://youtu.be/d_dUajIIZYs?si=Hc2ZB...
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VPACHKAWADE
Why did the industry transition from SiO2 gate dielectrics to High-K Metal Gate (HKMG) technology as transistors scaled below 45nm?
1. To increase the physical thickness of the gate insulator.
2. To reduce the cost of manufacturing silicon-based transistors.
3. To eliminate the need for metal gates entirely.
4. To allow the SiO2 layer to become even thinner than 1nm.
5. None of the above is correct.
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Quiz
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Quiz.......
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