Batteryless UV Index (UVI) and Heat Index Monitor with AVR32DB32
2 years ago by dragontamer to c/ece
What really interests me about this design is the buck Boost-converter
So this buck boost-converter is 100% core-independent. The Analog Comparator, TimerD, CCL, and Event-System are all active while the AVR DB sleeps, meaning that the microcontroller can run this simple buck boost-converter without any cost to CPU time.
An incredible design that demonstrates the flexibility of AVR DB's combined peripherals.
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@lemmy.world
Electrical and computer engineering (ECE) community, for professionals and learners. Discuss ECE related topics here, for instance digital design, signal processing, circuit analysis, electromagnetics, microelectronics, power electronics, RF electronics, etc.
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