Abstract: In this paper, 12-Bit pipeline ADC is to be designed together with caring non-idealities. Pipeline issue in modern computers is quite advantageous for performance. Such structure can be constructed in analog-to-digital converters to make the performance faster. By considering the non-ideal cases for the design, more realistic outputs are expected. There are several non-ideal effects that lower the ADC performance such as gain error and capacitor mismatches. By using calibration techniques like background or foreground calibration, non-ideal effects can be reduced. In this paper, foreground calibration technique is applied and tabloid results are presented at the end. Modelling of the pipeline ADC is constructed on Matlab Simulink environment.

• Publication Date: 10-Dec-2017
• DOI: 10.15224/978-1-63248-138-2-16
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Abstract: The paper provides an analytical and visual view of what actually happened - on the process side - in a fully instrumented, pilot-scale, air ascending-flow chamber of industrial type for salami ripening. Since ripening is always characterized by a "slow" dynamics and limited variations in process variables, the time course of the curing air temperature and humidity, as well as the sausage heart temperature, did not show rapid or incomprehensible transients. The monitored variables clearly showed limited amplitude oscillations due to the "go" and "stop" air circulation pattern, that is the sequence of phases with either forced or natural circulation in the cell as imposed by the supervision system for the automatic control of the chamber set points. The effectiveness of set point tracking was favorably assessed for the experimental tests. Then, comparisons were made between different measurements of the same variable, e.g., air temperature and humidity, monitored by probes at different

• Publication Date: 10-Dec-2017
• DOI: 10.15224/978-1-63248-138-2-17
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• Downloads: 0