Low noise amplifiers are ultimately limited in performance and power dissipation by parasitics introduced by the IC process. The important parasitics can be determined by investigating the tradeoffs between power, performance and the performance limits of simple building blocks. Most of these parasitics are related to the silicon substrate. Silicon-On-Anything is an IC technology in which the substrate is completely substituted by another material. The technology also includes an NPN device optimized specifically for low power RF. By adapting the LNA design methods, a reduction in power dissipation by one order of magnitude has already been demonstrated. Directions for further improvements are indicated
The design of fully-integrated LNAs (Low Noise Amplifiers) using CMOS technology is explored in this...
In this paper, ultra-low-voltage and ultra-low-power circuit techniques are presented for CMOS RF fr...
In recent years, there have been growing demands for bandwidth, for both voice and data communicatio...
Low noise amplifiers are ultimately limited in performance and power dissipation by parasitics intro...
A low-voltage, low-power single-ended LNA is implemented in a 0.25μm SOI CMOS technology. A theoreti...
Abstract- The LNA function, play an important role in the receiver designs. Its main function is to ...
A low-voltage, low-power single-ended LNA is implemented in a 0.25µm SOI CMOS technology. A theoreti...
This paper reviews and analyzes a fully integrated low-noise amplifier (LNA) for low-power and narro...
To meet the requirements of wearable wireless sensor networks, the power dissipation of the RF trans...
The quest for low power, low cost, and highly integrated transceivers has gained substantial moment...
This paper proposes a general methodology for designing noise-canceling low noise amplifiers (LNA). ...
The complexity of radiofrequency circuit design comes from the large number of parameters to be adju...
Radios for cellular wireless infrastructure require low-noise amplifiers (LNAs) with very demanding ...
This paper investigates the capability of an architecture with digitally controllable gain and power...
Low Noise Amplifiers (LNAs) are commonly used to amplify signals that are too weak for direct proces...
The design of fully-integrated LNAs (Low Noise Amplifiers) using CMOS technology is explored in this...
In this paper, ultra-low-voltage and ultra-low-power circuit techniques are presented for CMOS RF fr...
In recent years, there have been growing demands for bandwidth, for both voice and data communicatio...
Low noise amplifiers are ultimately limited in performance and power dissipation by parasitics intro...
A low-voltage, low-power single-ended LNA is implemented in a 0.25μm SOI CMOS technology. A theoreti...
Abstract- The LNA function, play an important role in the receiver designs. Its main function is to ...
A low-voltage, low-power single-ended LNA is implemented in a 0.25µm SOI CMOS technology. A theoreti...
This paper reviews and analyzes a fully integrated low-noise amplifier (LNA) for low-power and narro...
To meet the requirements of wearable wireless sensor networks, the power dissipation of the RF trans...
The quest for low power, low cost, and highly integrated transceivers has gained substantial moment...
This paper proposes a general methodology for designing noise-canceling low noise amplifiers (LNA). ...
The complexity of radiofrequency circuit design comes from the large number of parameters to be adju...
Radios for cellular wireless infrastructure require low-noise amplifiers (LNAs) with very demanding ...
This paper investigates the capability of an architecture with digitally controllable gain and power...
Low Noise Amplifiers (LNAs) are commonly used to amplify signals that are too weak for direct proces...
The design of fully-integrated LNAs (Low Noise Amplifiers) using CMOS technology is explored in this...
In this paper, ultra-low-voltage and ultra-low-power circuit techniques are presented for CMOS RF fr...
In recent years, there have been growing demands for bandwidth, for both voice and data communicatio...