Add to ORKGA Fourier technique is developed that relates a digital to analog converter\u27s (DAC\u27s) characteristic to its output spectrum and a DAC\u27s integral nonlinearity to its distortion. Therefore, a DAC\u27s spurious free dynamic range, signal to distortion ratio and signal to noise plus distortion ratio can be calculated from its characteristic
International audienceIn this paper, a new method is presented to estimate the Integral Nonlinearity...
A simple generalized technique for realizing a non-linear digital to analogue converter (N-DAC), bas...
The measurement of harmonics terms on two identical digital receivers with fast ADC (AD6644) is pres...
A Fourier technique is developed that relates a digital to analog converter\u27s (DAC\u27s) characte...
A new simplified approach to the spectrum analysis of digitally synthesized sine-waves generated by ...
The dynamic range of broadband digital system is mostly limited byharmonics and spurious arising fro...
In this paper, a new technique for characterization of digital-toanalog converters (DAC) used in wid...
The analysis of harmonic distortion is of prime importance for the analog and mixed integrated circu...
Pipelined analog to digital converters are widely used in telecommunication systems and instrumentat...
High resolution Digital-to-Analog Converters (DACs) are known to be characterized by static testing ...
We introduce and analyze a method for stabilizing test parameters and estimating the non-linearity o...
This section presents a method to improve the linearity of current steering (CS) digital-to-analog c...
With today’s technology, digital signal processing plays a major role. It is used widely in many app...
The analysis of harmonic distortion is of prime importance for analog and mixed integrated circuits,...
In order to assess the performance of digital to analog converters (DAC) the attention is generally ...
International audienceIn this paper, a new method is presented to estimate the Integral Nonlinearity...
A simple generalized technique for realizing a non-linear digital to analogue converter (N-DAC), bas...
The measurement of harmonics terms on two identical digital receivers with fast ADC (AD6644) is pres...
A Fourier technique is developed that relates a digital to analog converter\u27s (DAC\u27s) characte...
A new simplified approach to the spectrum analysis of digitally synthesized sine-waves generated by ...
The dynamic range of broadband digital system is mostly limited byharmonics and spurious arising fro...
In this paper, a new technique for characterization of digital-toanalog converters (DAC) used in wid...
The analysis of harmonic distortion is of prime importance for the analog and mixed integrated circu...
Pipelined analog to digital converters are widely used in telecommunication systems and instrumentat...
High resolution Digital-to-Analog Converters (DACs) are known to be characterized by static testing ...
We introduce and analyze a method for stabilizing test parameters and estimating the non-linearity o...
This section presents a method to improve the linearity of current steering (CS) digital-to-analog c...
With today’s technology, digital signal processing plays a major role. It is used widely in many app...
The analysis of harmonic distortion is of prime importance for analog and mixed integrated circuits,...
In order to assess the performance of digital to analog converters (DAC) the attention is generally ...
International audienceIn this paper, a new method is presented to estimate the Integral Nonlinearity...
A simple generalized technique for realizing a non-linear digital to analogue converter (N-DAC), bas...
The measurement of harmonics terms on two identical digital receivers with fast ADC (AD6644) is pres...