In any digital spectroscopy system the signal has to be properly conditioned before sampling by means of analog circuitry. The paper presents an analog fully-differential front-end, with digitally adjustable gain and offset, wide dynamic amplitude of input signals, low noise and linearity error less than 100 ppm. The analog section has been designed bearing in mind also multichannel applications and, consequently, taking into particular account power dissipation, physical size of hosting PCB, and allowing the system to operate in presence of electromagnetic noise, while at the same time minimizing its own radiated emissions
Application of digital signal processing to audio is often limited by available converter technology...
We introduce a method to automatically evaluate the weights of the digital filter used for high-reso...
To the best of our knowledge, this paper demonstrates the first hybrid analog-digital design fiber-o...
As technological progress leads to increasing data transmission rates, use of digital transmission i...
By using error feedback in analog to digital converters (ADCs) it is possible to shape the quantizat...
DE 3114421 A UPAB: 19930915 An arrangement which performs real-time spectral analysis of an analogue...
The generation of spectrally pure analog sinewave with predictable characteristics is an important i...
An improvement in efficiency of direct digital frequency synthesis (DDFS) systems is demanded for lo...
154 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2000.A number of chips have been r...
none6siThis work presents the design, experimental characterisation, and digital post-distortion (i....
A fully digital trigger architecture for high-resolution spectroscopy is introduced. The proposed ar...
This paper reports a complete sensor-to-digital analog frontend based on a highly linear amplifier t...
This work presents the experimental characterization and digital post-distortion (i.e., digital line...
Musicians and audio professionals are constantly confronted with an abundance of signal processing d...
Abstract — This paper presents the design of an Analog-to-Information spectral decomposition scheme ...
Application of digital signal processing to audio is often limited by available converter technology...
We introduce a method to automatically evaluate the weights of the digital filter used for high-reso...
To the best of our knowledge, this paper demonstrates the first hybrid analog-digital design fiber-o...
As technological progress leads to increasing data transmission rates, use of digital transmission i...
By using error feedback in analog to digital converters (ADCs) it is possible to shape the quantizat...
DE 3114421 A UPAB: 19930915 An arrangement which performs real-time spectral analysis of an analogue...
The generation of spectrally pure analog sinewave with predictable characteristics is an important i...
An improvement in efficiency of direct digital frequency synthesis (DDFS) systems is demanded for lo...
154 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 2000.A number of chips have been r...
none6siThis work presents the design, experimental characterisation, and digital post-distortion (i....
A fully digital trigger architecture for high-resolution spectroscopy is introduced. The proposed ar...
This paper reports a complete sensor-to-digital analog frontend based on a highly linear amplifier t...
This work presents the experimental characterization and digital post-distortion (i.e., digital line...
Musicians and audio professionals are constantly confronted with an abundance of signal processing d...
Abstract — This paper presents the design of an Analog-to-Information spectral decomposition scheme ...
Application of digital signal processing to audio is often limited by available converter technology...
We introduce a method to automatically evaluate the weights of the digital filter used for high-reso...
To the best of our knowledge, this paper demonstrates the first hybrid analog-digital design fiber-o...