Lowest EMI Performance For ADAS Applications And Automotive Infotainment Ensured By Maxim’s Compact Synchronous Buck Converters

A good news for automotive makers, they can easily reduce the EMI while enhancing efficiency of their designs with compact converters by Maxim. These converters promise one of the best EMI performance for lower-voltage point-of-load apps and are perfect or ADAS and automotive infotainment applications.

ADAS Applications And Automotive Infotainment Ensured By Maxim Compact Synchronous Buck Converters

Fig. 1: Maxim Integrated’s MAX20073 and MAX20074 reduce EMI performance that is perfect for automotive infotainment and ADAS applications

Almost all automotive designers across the world carry the responsibility of adding more and more features to higher-end, modern day cars that use highly efficient compact solution that either meets or exceeds all kind of EMI needs. Moreover, since more and more automotive are added, it also increases the number of power rails keep increasing as well. Every single power rail is energized through car battery via a front-end buck converter and mostly demands specific voltage regulation precision needs and requirements. Cherry on the cake, all these designers must meet stringent safety industry benchmarks.

Both MAX20074 and MAX20073 feature much higher efficiency as compared to other compatible solutions and provide the lowest EMI figure in this domain leading to lesser interference that influences the sub-systems functions in a much smaller solution size with ultra-low quiescent current. These work in sync with Maxim’s unique spread spectrum oscillator, forced PWM, SYNC IN functionality, current-mode architecture, and skip modes. It leads to improvement in performance and quality to dramatic levels which eases average system designs.

Along with, backend point-of-load buck converters like MAX20074/MAX20073 send a certain voltage to multiple power rails that come with addition of developed modern features. The output voltage accuracy of these converters prove these perfect for applications with tight memory voltage and processor requirements. The ICs adhere to strict safety benchmarks and work with quite low-input voltages that work across a wide temperature range and brings down the radio frequency interference to lowest level while showcasing highest accuracy, reliability, and efficiency.