hi this paper we present a new Weighting Resistive Matrix (WRM) capable of working for a CCD output. The basic idea is that the luminosity of the pixels defines the position error of the pixel itself. In order to reach this outcome, a variable dispersion is performed. A simple way to obtain this is to vary the dispersion width as a function of the input signal's frequency, proportional to the luminosity of the pixel. This is achieved adding a capacitor to the WRM cell. This new design is capable of performing the straight line fit with a variable position error, as a function of the luminosity.
Caltabiano, A., Cardarelli, R., Abdallah, A., Aielli, G., Bruno, S., Pizzimento, L., et al. (2018). Development of an innovative device for high performance tracking measures. IL NUOVO CIMENTO C, 41(1-2) [10.1393/ncc/i2018-18073-0].
Development of an innovative device for high performance tracking measures
Caltabiano A.;Abdallah A.;Aielli G.;Bruno S.;Pizzimento L.;
2018-01-01
Abstract
hi this paper we present a new Weighting Resistive Matrix (WRM) capable of working for a CCD output. The basic idea is that the luminosity of the pixels defines the position error of the pixel itself. In order to reach this outcome, a variable dispersion is performed. A simple way to obtain this is to vary the dispersion width as a function of the input signal's frequency, proportional to the luminosity of the pixel. This is achieved adding a capacitor to the WRM cell. This new design is capable of performing the straight line fit with a variable position error, as a function of the luminosity.File | Dimensione | Formato | |
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