A new type of RF microwave differential-mode planar multiband bandpass filters (BPFs) are
presented. Each symmetrical half of the proposed balanced filtering architecture is …

This paper presents a millimeter-wave (mm-wave) phase-locked loop (PLL), with an output
frequency centered at 54.65 GHz. It demonstrates a mode-switching architecture that …

In this paper, two highly linear OTAs are presented using a combination of three
linearization techniques: floating gate, bulk driven, and source degeneration. In the first OTA …

A tunable high-frequency operational transconductance amplifier (OTA) is presented along
with its application in the implementation of a Gm-C filter. The OTA is tuned by varying the …

In this work, a new CMOS implementation of high transconductance current follower
transconductance amplifier (CFTA) is proposed. The proposed CFTA uses current starving …

Nowadays the wireless communication demand is increasing due to the development of
technology. A wireless system comprises of a back-end and front-end section. Analog signal …

A new linearization technique for improving the performance of the CMOS differential
amplifier circuit will be presented. The new method allows strongly improving the linearity of …

The study of low power wireless radio systems is an area in modern defense that especially
deals with higher performance filters. In recent years, Gm-C filters have drawn attention due …

This paper presents the design and analysis of a low supply voltage Secondorder OTA-C
filter that gives high gain on a large range of frequencies for biomedical applications. Since …

Background: Operational Transconductance Amplifier (OTA) plays an essential role in many
analog and mixed-signal applications that encourages the researchers to contribute their …