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

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 …

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 …

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

Modern radio frequency transceivers for wireless communication standards operating in
frequency division duplex suffer from an unwanted Tx leakage signal. In combination with …

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 …

We propose a novel mixed-signal-based widely linear interference cancellation architecture
for LTE carrier aggregation FDD transceivers. The system targets modulated spur …

Modern radio frequency (RF) transceivers for mobile communications are highly complex
systems. Implementing multiple receive (Rx) and transmit (Tx) chains is necessary to support …

State-of-the-art radio frequency (RF) transceivers for Long Term Evolution (LTE)-A/5G
mobile communication devices support the frequency division duplex (FDD) mode. In order …

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