???? Rodrigo breaks down how we visualize the power & efficiency of our energy harvesting solutions using our multi-purpose demo box.
âš¡Energy harvesting technology has emerged as the means by which many power-related problems facing the IoT may be solved. The energy from incident light, vibrations, RF signals can be leveraged – resulting in devices being able to run indefinitely without the need for battery substitutions.
Energy harvesting is often perceived as complex due to the level of customization required per application and many decisions application engineers need to make in their PCB design process. In practice, this has acted as a barrier to the implementation of energy harvesting technology. Our Energy Harvesting NEH2000BY PMIC changes this entirely. The unique design requires a minimum number of external components, making the PCB design process straightforward. The NEH2000BY includes pre-sets on the chip, making the implementation of the chip simpler. This offers an unprecedented ease of use for engineers. Even with limited energy harvesting knowledge, it is possible to quickly integrate and deploy high-performing energy harvesting in new product designs.
Learn more about the energy harvesting IC with the smallest footprint – https://www.nexperia.com/products/analog-logic-ics/power-ics/energy-harvesting-power-management-ics/#/p=1,s=0,f=,c=,rpp=,fs=0,sc=,so=,es=
#energyharvesting #IoT #battery #sustainability
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