A design methodology for synthesis of active N-path bandpass filters is introduced. Based
on this methodology, a 0.1-to-1.2 GHz tunable 6th-order N-path channel-select filter in 65 …

A widely tunable 4th order BPF based on the subtraction of two 2nd order 4-path passive-
mixer filters with slightly different center frequencies is proposed. The center frequency of …

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 …

N-path filters show promise to realize tunable, high-quality on-chip filters. However, N-path
filters remain restricted to sub-2 GHz operation, low frequency selectivity, and dBm power …

Nowadays, with the increasing performance requirements of wireless applications, the RF
front end needs enough dynamic range to work properly in multiband. The traditional …

Radio receivers should be robust to large out-of-band blockers with small degradation in
their sensitivity. N-path mixers can be used as mixer-first receivers [1] with good linearity and …

N-path filters exploiting switched-series-RC networks can realize high-Q blocking-tolerant
band-pass filters. Moreover, their center frequency is flexibly programmable by a digital …

An 8th-order Cheybshev-II ladder active-RC BPF was fabricated in a 40 nm CMOS low-
leakage digital process. A new technique to design for zero capacitance spread (ZCS) is …

Co-existence problems in a mobile terminal environment pose strict requirements on the
linearity of a front-end receiver. In this paper, active feedback is explored as a means to …

N-path filters have re-emerged as a promising solution to realize highly linear, highly
compact, high-Q, tunable on-chip filters. However, N-path filters are restricted to low-GHz …