Texas Devices Power Tech Seminar 2024

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Uncover key insights from Texas Devices’ 2024 seminar on advancing renewable vitality applied sciences via cutting-edge semiconductor options in Delhi.

On June 25, 2024, Texas Devices hosted an influential Power Tech Seminar at The Lalit Lodge in Delhi underneath the theme “Semiconductors for a Greener Future: Texas Devices’ Dedication to Renewables.” This occasion showcased TI’s pivotal position in semiconductor improvements, emphasizing renewable vitality applied sciences. The seminar unfolded in two tracks, with my focus totally on Monitor 1, which highlighted developments in vitality storage methods and magnetic present sensing applied sciences.

Opening Keynote: The Evolution of Photo voltaic Inverters

Henrik Mannesson, Normal Supervisor of Power Infrastructure at TI, inaugurated the seminar with a keynote titled “Photo voltaic Inverters: A Deep Dive into Architectures, Traits, Security, and GaN Improvements.” His presentation spanned the evolution of photo voltaic inverters, varied energy topologies, and the combination of synthetic intelligence for arc detection. Mannesson additionally mentioned TI’s reference designs, offering a complete overview of the present panorama and future instructions in photo voltaic inverter applied sciences.

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Developments in Gate Driver Applied sciences

Following the keynote, Bharat Agarwal, a System Engineer from TI’s Excessive Voltage Controller division, delivered a presentation on “Gate Driver Insights: Remoted, Non-Remoted, and Excessive-Voltage Controller Applied sciences.” Agarwal supplied an in-depth take a look at high-voltage converters and high-power drivers, emphasizing GaN applied sciences and their vital functions and topologies. He additionally outlined TI’s strategic investments in GaN know-how, highlighting its potential and effectivity.

Insights into Present Sensing Applied sciences

Steve G. Howard, one other TI system Engineer, explored the “Present Sensing Panorama: Expertise Insights, Price Elements, Efficiency Analysis.” Howard’s session delved into magnetic present sensor know-how fundamentals, discussing operational ideas, price implications, and efficiency metrics. His participating supply and deep data earned him widespread appreciation from the attendees.

Enhancing EV Charging Options

After lunch, Henrik Mannesson returned to debate “Tailoring EV Charging Options: Design Necessities for L1, L2, and L3 Charging Stations.” This session centered on the intricacies of designing EV charging options, bearing on features like edge processing, connectivity, and high-voltage energy conversion, offering very important insights for these concerned in creating EV charging infrastructure.

Battery Administration Improvements

Terry Sculley, System Engineer for battery Administration Options at TI, offered “Empowering Power Storage: Improve Reliability and Effectivity with Our Battery Administration Merchandise.” Sculley’s discuss centred on the structure and design of Battery Administration Programs for Power Storage Programs, providing detailed system examples and reference designs that underscored the robustness and effectivity of TI’s options.

Closing Session: Actual-Time Microcontroller Functions

The seminar concluded with a session on TI’s C2000 real-time microcontrollers, highlighting their newest options and enhancements. This presentation showcased their applicability in real-time management functions, additional demonstrating TI’s dedication to modern, high-performance applied sciences within the vitality sector.

The seminar comprehensively explored TI’s contributions to renewable vitality applied sciences, reinforcing their dedication to a greener future via superior semiconductor options. The in-depth shows and discussions underscored the significance of steady innovation within the discipline, positioning TI as a frontrunner within the vitality know-how panorama.