peer-reviewedThis paper presents a 6th order programmable bandpass dynamic-element-matching (DEM) that shapes the static mismatch error of a Nyquist DAC for any choice of center-frequency. The mismatch error can be shaped over a narrow or wide band, and up to 20% of Fs depending on the target application. This work demonstrates that for a 12-bit Nyquist DAC (5T–7B), the lowest in-band SFDR and IMD3 is 88dB and 80dB respectively, for various configurations of the DEM. The DEM hardware is implemented onto a XILINX FPGA using the System-Generator for DSPTM tool with results obtained for 155MHz Fs
peer-reviewedDirect Digital Synthesis (DDS) systems generate fine frequency resolution signals over...
A 14-bit 200MS/s current-steering DAC with a novel digital calibration technique called dynamic-mism...
peer-reviewedDelta Sigma data converters employing high order dynamic element matching (DEM) allow f...
This paper presents a 6th order programmable bandpass dynamic-element-matching (DEM) that shapes the...
peer-reviewedNon-shaping dynamic element matching (DEM) randomization schemes are widely adopted for...
This paper presents a programmable amplitude and timing error shaping bandpass dynamic- element-matc...
Dynamic element matching (DEM) is widely-used in multi-bit DACs to prevent mismatches among nominall...
International audienceResolution of a multibit delta-sigma modulator (DSM) is limited by its interna...
textAs the rapid evolution in semiconductor technology, transistors’ feature size has reached to 22n...
Inadvertent but inevitable mismatches among nominally identical unit element 1-bit DACs within a mul...
The trends of advanced communication systems, such as the high data rate in multi-channel base-stati...
International audienceA robust and hardware efficient dynamic element matching (DEM) algorithm is de...
A 9 bit 11 GS/s DAC is presented that achieves an SFDR of more than 50 dB across Nyquist and IM3 bel...
This paper presents a 14 bit 200 MS/s current-steering DAC with a novel digital calibration techniqu...
This paper presents a fully digital background calibration technique of the gain and timing mismatch...
peer-reviewedDirect Digital Synthesis (DDS) systems generate fine frequency resolution signals over...
A 14-bit 200MS/s current-steering DAC with a novel digital calibration technique called dynamic-mism...
peer-reviewedDelta Sigma data converters employing high order dynamic element matching (DEM) allow f...
This paper presents a 6th order programmable bandpass dynamic-element-matching (DEM) that shapes the...
peer-reviewedNon-shaping dynamic element matching (DEM) randomization schemes are widely adopted for...
This paper presents a programmable amplitude and timing error shaping bandpass dynamic- element-matc...
Dynamic element matching (DEM) is widely-used in multi-bit DACs to prevent mismatches among nominall...
International audienceResolution of a multibit delta-sigma modulator (DSM) is limited by its interna...
textAs the rapid evolution in semiconductor technology, transistors’ feature size has reached to 22n...
Inadvertent but inevitable mismatches among nominally identical unit element 1-bit DACs within a mul...
The trends of advanced communication systems, such as the high data rate in multi-channel base-stati...
International audienceA robust and hardware efficient dynamic element matching (DEM) algorithm is de...
A 9 bit 11 GS/s DAC is presented that achieves an SFDR of more than 50 dB across Nyquist and IM3 bel...
This paper presents a 14 bit 200 MS/s current-steering DAC with a novel digital calibration techniqu...
This paper presents a fully digital background calibration technique of the gain and timing mismatch...
peer-reviewedDirect Digital Synthesis (DDS) systems generate fine frequency resolution signals over...
A 14-bit 200MS/s current-steering DAC with a novel digital calibration technique called dynamic-mism...
peer-reviewedDelta Sigma data converters employing high order dynamic element matching (DEM) allow f...