A transceiver front end including a dual-injection path self-interference (SI) cancellation
architecture is proposed for use in wideband full-duplex networks. The SI cancellation …

This paper proposes a surface-acoustic wave (SAW)-less tunable RF front end (RF-FE)
using an electrical-balance duplexer (EBD) integrated with a switched-LC N-path low-noise …

A hybrid transformer-based CMOS tunable duplexer with a single-ended blocker-tolerant
low-noise amplifier (LNA) is proposed for a highly integrated reconfigurable RF front-end …

A 2.4-GHz receiver for short-range communications with+ 6 dBm out-of-band IIP3 and only
2.4-mA battery current is presented. The single-ended input is coupled through an …

Three different bidirectional polymer microwave fiber (PMF) links are presented and
discussed. The proposed solutions exploit the following orthogonal signaling dimensions …

A highly linear receiver (RX) front end with integrated hybrid transformer (HT) for frequency-
division duplexing mobile communications is reported. The HT, implemented with a three …

A power-efficient transimpedance amplifier with wide channel bandwidth is proposed to
meet the stringent linearity requirements of surface acoustic wave-less frequency-division …

Antenna-coupling group delay limits the cancellation bandwidth of conventional self-
interference cancellers (SICs), making it difficult to ensure isolation in both transmit (TX) and …

Saw-Less Frequency Division Duplexing and Full-Duplex transceivers require very high
receiver linearity. Self-Interference Cancellation can relax the specification but results in very …

A highly linear trans-impedance amplifier TIA is proposed to meet stringent linearity
requirements of SAW-less frequency-division duplexing (FDD) LTE receivers with 20MHz …