This brief deals with self-interference (SI) effects in mobile communication radio frequency
(RF) transceivers. The basics of current communication standards, namely Long-Term …

Mobile communication radio frequency transceivers can suffer from self-interference
problems which degrade performance in carrier aggregation operation. Digital interference …

State-of-the-art radio frequency transceivers for mobile communication devices suffer from
transmitter-to-receiver (Tx-Rx) leakage in frequency division duplex operation. Although the …

The limited transmitter-to-receiver stop-band isolation of the duplexer in long term evolution
(LTE), LTE advanced (LTE-A) and 5G New Radio (5G NR) frequency division duplex (FDD) …

Transmitter-to-receiver (Tx-Rx) leakage is a widely covered downside of state-of-the-art
frequency division duplex radio frequency transceivers for use in mobile communication …

Das Smartphone mit seinen vielfältigen Anwendungen ist aus unserem Alltag nicht mehr
wegzudenken. Um die kontinuierliche Nachfrage nach höheren Datenraten zu befriedigen …

Mobile communication systems are omnipresent throughout the world and used by billions
of people. To meet the demand for increasing data transmission rates, and to enable …

The upgrade from 3GPP Long Term Evolution (LTE) towards LTE-Advanced introduced
Carrier-Aggregation (CA), necessitating multiple receivers (RX) and transmitters (TX) …