3 research outputs found
Electromagnetic interferences in transistor converters and methods of interferences mitigation
This paper describes the main types of conductive electromagnetic interference that occur in
modern high-frequency transistor converters and shows methods for these interferences’ mitigation.
A network interference-suppression device which makes it impossible penetration of conductive
electromagnetic interference (EMI) from a consumer to a mains and back is introduced. The device also provides the
complete galvanic decoupling between the power mains and the consumer. This is achieved through the introduction of
an intermediate link between the consumer and the network, the link being powered by a rechargeable battery, and time
separation of electrical energy between consumption and transmission cycles due to the special algorithm of charging
and discharging the batteries of the consumer. It provides mutual protection of the consumer and the network from all
types of conductive EMI, as well as protection of the consumer from possible electric shock