
Future-proof automotive high-voltage-to-SELV conversion
Legacy 12V architecture is no longer capable of sustaining the rising electronic loads in automobiles. Learn how power modules hasten the transition to 48V
EVs can be confusing from a “what voltage does it run at” perspective. We have the 12-V lead-acid batteries that have been around for decades. But there are many new sizes, types, chemistries, and voltages. Listen to the podcast to learn how less is more when using power modules for auto electrification.
Podcast with Patrick Kowalyk, North American Automotive Principal Field Apps Engineer
EVs can be confusing from a “what voltage does it run at” perspective. We have the 12-V lead-acid batteries that have been around for decades. But there are many new sizes, types, chemistries, and voltages.
The way in which we deliver power within the automobile needs to change. To hear exactly how, tune in to this week’s Embedded Executives podcast.
Future-proof automotive high-voltage-to-SELV conversion
Legacy 12V architecture is no longer capable of sustaining the rising electronic loads in automobiles. Learn how power modules hasten the transition to 48V
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AI has the potential to change our world with applications delivering real impact. Learn how Spacechips is powering the next generation of AI in space
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48 volt pulsed power defrosts automobile glass in 60 seconds
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