
Murray Slovick
Principal, Intelligent TechContent and Editorial Director at Electronic Design
Articles
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6 days ago |
electronicdesign.com | Murray Slovick
This solid-state lithium-air battery is the first to achieve a four-electron chemical reaction at room temperature. In a four-electron chemical reaction, four electrons are transferred between two chemical species. This type of reaction, although common in various fields such as electrochemistry, is a feat never before accomplished in a lithium-air battery operating at room temperature. Most lithium reactions involve one or two electrons.
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2 weeks ago |
electronicdesign.com | Murray Slovick
Equipped with standardized interfaces, an integrated 4G modem, and Ethernet, the Curb Charger facilitates the exchange of data between the charger and backend systems using the OCCP 1.6 communication standard. OCCP 1.6 makes it possible for EV charging stations to interact with central management systems. It permits the sharing of real-time information on charging sessions, customer reservations, and the status of charging points, along with the ability to perform over-the-air software updates.
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3 weeks ago |
electronicdesign.com | Murray Slovick
Just like Goldilocks, the market for advanced driver-assistance systems (ADAS) and in-vehicle infotainment (IVI products) knows when something is just right. And when it comes to getting it right, it's hard to argue against bulk-acoustic-wave (BAW) clocks in applications requiring timing and reliable clocking circuits.
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3 weeks ago |
electronicdesign.com | Murray Slovick
The endeavor leverages Hyundai's robotics and AI to streamline EV charging and accommodate the expected passenger influx after the "Incheon Airport 4.0 Era" expansion and transformation into an "Aviation AI Innovation Hub."ACRs make it possible for a single robot to recharge multiple EVs over the course of hours or days by using a single connector.
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1 month ago |
electronicdesign.com | Murray Slovick
The existence of wide-bandgap (WBG) FETs can also help solve reverse-recovered charge (Q rr)-related loss issues via totem-pole bridgeless PFC topology. WBG FETs have very low or even no Q rr. When combining component and topology innovations, you can achieve over 99% efficiency. What's more, almost all other parasitics, including gate charge and output capacitance, are much lower in WBG FETs than silicon MOSFETs, leading to much faster switching speeds.
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