Dmitri Koudachov’s Post

With the 2023 World Series about to start, it’s interesting to see how Arizona and Texas have both been at the top of economic growth in the nation. New commercial construction in the tech sector is booming in both Arizona and Texas. Which state is better for your tech company? It depends on your specific needs and goals. If you are looking for a state with a large tech sector and a focus on software and services, then Texas is a good option. If you are looking for a state with a focus on semiconductors and manufacturing, then Arizona is a good option. #techsector #newconstruction #arizona #texas #worldseries

#LP4032 #Battery Charger A standalone 1-cell switching battery charger providing up to 2A charge current to the battery from 4.1V to 6.2V input voltage. The patent-protected integrated current sensing technique eliminates external sensing resistor allowing very high charge efficiency, low BOM cost and very small footprint (20mmx10mm). The precharge, fastcharge and termination current accuracy is competitive with external-resistor-based current sensing architecture. Package: DFN3x3-10

Today there a serious trials to overcome Sir Gordon Moore's Era and these efforts are in every different layer of production meaning that we can see that there is a need to have alternatives to the von Neumann architecture or even alternatives of silicon and much new research as " after Gordon Moore Era " is considered the hottest topic out there. we will witness the real madness of the industry in those couple of years. #silicon #chipdesign #semiconductors

Just an honest updated assessment of the construction timeline, in my opinion. It might be delayed again in the future, who knows? Aggressive timelines are nice, but a project like this takes so many things to fall in place perfectly to meet a deadline like that. I know this, we need to pull together to figure out a lot of complex issues - municipality, utility, zoning, road construction, housing, public school expansion, etc. - in order to keep this project on schedule!!! We CAN do it!!! #siliconheartland #cbus #cre #commercialdevelopment

Latest from the DFT

Wireless receiver blocks interference for better mobile device performance. MIT researchers have demonstrated a new millimeter-wave multiple-input-multiple-output (MIMO) wireless receiver architecture that can handle stronger spatial interference than previous designs. Key to this MIMO receiver architecture is a special circuit that can target and cancel out unwanted signals, known as a nonreciprocal phase shifter. By making a novel phase shifter structure that is reconfigurable, low-power, and compact, the researchers show how it can be used to cancel out interference earlier in the receiver chain - https://lnkd.in/gXUETg62

To my design engineer friends / colleagues--if you want a neat, easy-to-implement torsion spring, we published a new design this month in IEEE Transactions on Mechatronics. In addition to the design, we created a standalone application (.exe) that will design the springs for you. The links below includes the manuscript and Github repository that hosts the tool. It creates a two-part torsion spring that can be customized for desired stiffness, material properties, among many other attributes. The paper and tool are both open-access! Great work Zach Bons, Gray Thomas, and Luke Mooney! Paper: https://lnkd.in/eJA9sBVg GitHub repo: https://lnkd.in/eRuHGs-z

You asked and we answered! After receiving so many great questions on our last transit video, we had to follow up with Faculty of Engineering and Design - Carleton University Prof. Adam Weiss to answer some FAQs. Do you agree with Adam's recommendation? Let us know your thoughts in the comments. #Transit #Transportation #Engineering #Research

Explore the paper titled "Ultralow-Voltage Retention SRAM With a Power Gating Cell Architecture Using Header and Footer Power-Switches" published in the IEEE Open Journal of Circuits and Systems (OJCAS), (Volume 2, 2021). A new ultralow-voltage retention SRAM (ULVR-SRAM) cell with header and footer power switches (HFPSs) is proposed to achieve significant leakage power reduction during power gating applications. Access the full paper by visiting IEEE Xplore, here: https://loom.ly/ThIgzzY #IEEEOpenJournal #ResearchPaper #Technews