Evaluation of VHDL-AMS models of a high performance ADC

High performance analog to digital converters are a key element for the development of high resolution image sensors. Engineers are continuously developing faster, more resolution, and less power dissipation converters suitable to be used in high resolution television cameras or portable image proce...

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Bibliographic Details
Main Authors: Domenech-Asensi, G., Ruiz-Merino, R., Diaz Madrid, J.-A., Neubauer, H.
Format: Conference Proceeding
Language:English
Subjects:
Analog-digital conversion
Cameras
Circuit simulation
Image converters
Image resolution
Image sensors
Pipelines
Power dissipation
Power engineering and energy
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Summary:High performance analog to digital converters are a key element for the development of high resolution image sensors. Engineers are continuously developing faster, more resolution, and less power dissipation converters suitable to be used in high resolution television cameras or portable image processing devices. Design of such circuits is a challenging task which requires a combination of the most advanced digital techniques and the analog expertise knowledge. However, in such circuits the analog part represents only a small portion of the total die, but it is a bottleneck which dominates the total design time. To reduce the simulation time it becomes necessary the use of high level models with a good trade off between accuracy and simulation speed. In this paper performance of two different VHDL-AMS high level models of a pipeline ADC are compared. Both approaches are evaluated versus a SPICE model of the real pipeline ADC.
ISSN:2163-5137
DOI:10.1109/ISIE.2007.4374810