CMOS spiral inductors have found a broad range of applications in highspeed analog signal
processing and data communications. These applications include bandwidth enhancement …

In this paper, a differential multi-band CMOS low noise amplifier (LNA), operated in a range
of 800–1700 MHz, is proposed. In this design, the LNA is integrated wide-band interference …

This paper presents the design of gyrator-C active inductor. Current reuse technique
reduces the noise of transconductor in gyrator. Bandpass filter and voltage-controlled …

The improvement of a conventional Gyrator-C active inductor consisting of common-emitter
configured and common-collector configured with resistance feedback is presented. The …

In this paper, a low phase-noise CMOS cross-coupled voltage-controlled oscillator (VCO)
using an active inductor for wireless local area network (WLAN) applications is presented …

This article presents a novel application of the active inductor in the design of the low‐noise
amplifier (LNA). To reduce the silicon area consumed by the LNA without sacrificing its …

This paper presents a design procedure used in industry for designing low-power
narrowband high-gain CMOS LNAs for wireless applications for frequencies greater than 6 …

This paper presents the design technique and detailed equations of a high frequency, high-
Q, active inductor (AI) that can be designed for frequencies above 6 GHz using non-minimal …

This paper presents the design of gyrator-C active inductor. Current reuse technique
reduces the noise of transconductor in gyrator. Bandpass filter and voltage-controlled …

La dernière décennie à vu l'explosion des technologies de communication sans fils. Les
normes se sont multipliées de sorte que les fonctionnalités GSM, GPS, WIFI, Bluetooth et …