Thermal Management Solutions for High-Performance Electronic Devices

Abstract

This study evaluates unique solutions for thermal management to understand the longevity and reliability factors of high-performing electronic devices. The goal is to assess multiple cooling technologies from the traditional heat sinks to modern microfluidic systems and phase change materials. Its methodology is based on a comprehensive literature review spanning from the year 2000 to 2022, with a specific focus on advancements in thermal materials, heat transfer methods, and system integration. From the study, it was discovered that passive and active cooling bindings with intelligent control mechanisms managed to mitigate escalating heat loads. The enhancement assessment underscores marked reduction in operational temperature and increased durability of the device due to the refined approach when juxtaposed with conventional methodologies. This document establishes the boundaries of innovative thermal management techniques and their consequential significance in the evolution of electronics.