EMI Reduction Design Solution - Analog Devices 'Silent Switcher DCDC'

This webinar covers Analog Devices' Silent Switcher regulators, which feature excellent EMI characteristics.

EMI stands for Electromagnetic Interference and refers to electromagnetic interference, which is one of the important performance and quality indicators of all electronic devices.

The traditional method to reduce high-frequency switching noise, which significantly impacts EMI performance, is to lower the switching frequency of the FET to decrease noise.

However, this approach can lead to several drawbacks, including increased switching losses that reduce switching regulator efficiency and increased inductor size, which results in larger product footprint.

To address this, developers are investing considerable time and effort to achieve superior EMI performance and high efficiency simultaneously.

Analog Devices analyzed the technical requirements across various industries and, leveraging its accumulated technological expertise and quality standards, developed Silent Switcher regulators that deliver high efficiency and superior EMI performance even at high switching frequencies.

This webinar will provide valuable information on regulator design that enables easy achievement of superior EMI performance through operational configuration of Silent Switcher regulators and performance comparisons with conventional regulators.