STM Journals Peer-reviewed research from Consortium e-Learning Network

Journal of Mechatronics and Automation

Overcome Thermal Aspect in Smart Phone

  1. NIKHIL BHIMANI
  2. JAY SANGHANI
  3. Bhargav Gangadiya
  4. SIDDHARTH DAVE

Abstract

In this modern era, the use of smartphones become a common thing in everyone's lifestyle. The use ofhigh-performance applications and game now becomes more important than just a use for callingpurpose. Sometimes the heavy use of high-performance applications and games can be resulted in theoverheating of entire device. So, the smartphones are needed to be thermally optimized hardware forbetter performance and efficient working in specified temperature limits. That’s why Thermalmanagement system in each and every smartphone electronics has been required to design as amandatory part of smartphone ecosystem. Each smartphone has its own unique processingcapabilities and physical designs. And as per the concepts of ergonomic design of smartphone, theinclusion of highly efficient cooling system in smartphones considered as an impossible term. At thatpoint the accessory kind of individual product is more beneficial rather than include heavy coolingsystem in smartphones to make them bulkier and ugly aesthetics. So, there is one phenomenon (Peltierphenomenon) that uses electricity and provides cooling effect. By using this phenomenon, we areinnovating a product which we have named a cooling accessory for smartphones. This accessoryworks on specific temperature points to maintain the device temperature within the healthytemperature limits even though the device used continuously with high yielding tasks. And thesespecific temperature limits can be adjusted by product designer or manufacturers. The designedaccessory has compatible with all kind of smartphones and along with perfect fit and grip. Also, itsuser-friendly device, by this virtue everyone can use this accessory without any inconvenience.

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