Global Voltage Supervisor ICs Market Size , Share , Analysis , Forecast , Industry Strategy , Opportunity , Trends , Insights , Growth , Price , Research Survey , Segment , Outlook and Challenges Report To 2021
Global Voltage Supervisor ICs Market Size , Share , Analysis , Forecast , Industry Strategy , Opportunity , Trends , Insights , Growth , Price , Research Survey , Segment , Outlook and Challenges Report To 2021
Market Reports Center recognizes the following companies as the key players in the global voltage supervisor ICs market : ON Semiconductor , ROHM , STMicroelectronics , and Texas Instruments .
Other Prominent Vendors in the market are : Analog Devices , Cypress Semiconductor , Intersil , Linear Technology , Maxim Integrated , and Renesas .
Commenting on the report , an analyst from Market Reports Center ’ s team said : “ The latest trend gaining momentum in the market is emergence of advanced consumer products . The consumer electronics market has witnessed huge transformations in the recent times . It has been inundated with a number of user-friendly electronics such as smartphones ( that replaced feature phones ), laptops ( that are constantly attracting PC customers ), LED and smart TVs ( which almost replaced CRT TVs ), coffee makers , and washing machines , which are all becoming fully automated .”
View complete report in detailed @ https :// marketreportscenter . com / reports / 488012 / global-voltage-supervisor-ics-market- 2017-2021
According to the report , one of the major drivers for this market is increasing demand for energy-efficient devices . Energy resources have been depleting around the globe . With the growing power consumption , its generation is posing a challenge for governments around the globe . This has led to a major concern about the efficient utilization of electricity as an energy source .
Further , the report states that one of the major factors hindering the growth of this market is increased complexity of IC design . Power management technologies were integrated within the application processors in the past . This approach is no longer feasible as application processors require power management semiconductor ICs to generate a high number of power supplies that can be fed to different parts of applications and the baseband processor with the right combination of voltage and current .