Low Noise µModule DC/DC Converters Simplify EMI Design - LTM8032, LTM8031, LTM8020, LTM8021, LTM4606

2017-09-18

Electromagnetic interference (EMI) falls into two broad catgories—conducted and radiated. Conducted emissions refers to the noise that is carried on wires or other conductors, while radiated EMI floats through the air. While conducted EMI is certainly problematic, it is radiated EMI that makes design engineers cringe.
We have developed a line of electromagnetically compatible (EMC) micromodule DC/DC converters. Like other members of the micromodule family, these parts are easy to design and use, but on top of that they have been independently certified to meet the stringent requirements of EN55022 Class B.

Low Noise µModule DC/DC Converters Simplify EMI Design - LTM8032, LTM8031, LTM8020, LTM8021, LTM4606

2017-09-18
Electromagnetic interference (EMI) falls into two broad catgories—conducted and radiated. Conducted emissions refers to the noise that is carried on wires or other conductors, while radiated EMI floats through the air. While conducted EMI is certainly problematic, it is radiated EMI that makes design engineers cringe.
We have developed a line of electromagnetically compatible (EMC) micromodule DC/DC converters. Like other members of the micromodule family, these parts are easy to design and use, but on top of that they have been independently certified to meet the stringent requirements of EN55022 Class B.
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