Battery Powered Embedded System in IoT Applications low Power Design Techniques

Abstract

Nowadays thanks to the Internet of Things (IoT) thing has become so easy 
and simple to use because everywhere technology has brought connectivity 
and intelligence to simple things. Battery powered, embedded systems are 
at the heart of this revolution: the spine of so many products that make up 
the IoT. By utilizing this type of power management, these systems including 
ubiquitous wearable fitness trackers and remote environmental sensors can 
provide decades of operation time while continuously delivering optimum 
performance. Mastering low power design techniques is essential in develop
ers and engineers working in the IoT domain as demand for IoT applications 
are increasing. You can say that this comprehensive guide will cover low 
power design for battery powered embedded systems in the IoT applications. 
In this second article we will go into the fundamental principles, cutting edge 
techniques and best practices for creating energy efficient devices, which 
can work for long periods of time on minimal power sources. Knowing and 
applying these methods developers can use the technology available in the 
IoT to push the limits of what is possible in the design and manufacture of IoT devices to truly functional, sustainable, and environmentally friendly.