This article presents a channel-selection (CH-SEL) low-noise amplifier (LNA), employing a
main common-source (CS) amplifier path and high-order-path feedforward (FF) blocker …

In this article, a blocker-tolerant receiver (RX) front end employing a dual-band-path balun
low-noise amplifier (balun-LNA) is presented for advanced cellular applications. The …

In this article, a CMOS tunable channel-selection (CH-SEL) low-noise amplifier (LNA) with a
feedforward (FF)-path filter and a gain-and phase-calibrated interference-cancellation …

In the ever‐growing 5G technology, the millimetre‐wave (mmWave) frequency spectrum is
the inevitable mainstream for high‐speed wireless communication. The wide‐ranging …

In this letter, a CMOS tunable channel-selection low-noise amplifier (LNA) employing a high-
Q RF band-pass (BP)/band-rejection (BR) filter is proposed for highly integrated RF front …

A channel-selecting low-noise amplifier (CS-LNA) with blocker filtering is presented for a
SAW-less diversity path receiver (RX) in frequency-division duplexing cellular systems. A …

The frequency bands below 3 GHz are occupied by various wireless applications. The
overcrowding of many applications in these bands is the primary source of distortion in the …

Increasing demands on high data-rates accelerate the development of low-noise receiver
systems for modern wireless applications, such as multi-Gb/s data-rate E-band cellular …

This letter presents a concurrent dual-band low-noise amplifier (LNA) operating at 28 and 39
GHz for multiband 5G wireless systems. In order to achieve a wideband input power …

This paper presents an integrated wideband radio frequency front end with improved
blocker resilience achieved through selective voltage attenuation at both input and output …