This article presents a comprehensive survey of the literature on self-interference (SI) in long-
term evolution advanced (LTE-A) and fifth-generation (5G) new radio transceivers and …

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

Transceivers operating in frequency division duplex experience a transmitter leakage (TxL)
signal into the receiver due to the limited duplexer stopband isolation. This TxL signal in …

This article presents an overview of the major trends and challenges involved with the
design of multi-band, multi-standard digitally-intensive radio frequency transceivers for next …

In RF transceivers operating in carrier-aggregation, spurs are generated on the transceiver
chip which may down-convert any blocker signal located at the spur frequency into the …

A mixed signal transmit (TX)-interference cancellation technique targeting Long Term
Evolution (LTE) carrier aggregation (CA) receivers is proposed. The introduced architecture …

In frequency division duplex transceivers, the limited transmitter-to-receiver duplexer stop-
band isolation causes a leakage signal from the transmitter into the receiver. In combination …

In frequency division duplex transceivers, a part of the transmit signal leaks into the receive
path due to the non-ideality of the analog duplexer. Although operating on a different …

The limited transmitter-to-receiver stop-band isolation of the duplexers in long term evolution
(LTE) and 5G/NR frequency division duplex transceivers induces leakage signals from the …

The limited transmitter-to-receiver stop-band isolation of the duplexers in long term evolution
and 5G frequency division duplex transceivers induces leakage signals from the transmitter …