Experimental Validation of Charge-Sensitive Amplifier Configuration that Compensates for Detector Capacitance PROJECT TITLE :Experimental Validation of Charge-Sensitive Amplifier Configuration that Compensates for Detector CapacitanceABSTRACT:This paper presents measurement results of a method by which the shapes of the output signals derived from a front-end readout circuit will be created insensitive to the input detector capacitance, to a degree limited solely by the accuracy with that one will build an amplifier with unity gain. A charge sensitive amplifier including the detector capacitance compensation technique was implemented in a very normal a hundred and eighty-nm CMOS technology with a three.three-V provide voltage. The results show that the technique can successfully mitigate the performance degradation that accompanies large detector capacitance derived from either large-space radiation sensors and/or high permittivity materials, like nanocrystalline assemblies. So as to verify the feasibility of the technique, we tend to measured alpha particle spectra on 2 totally different sized silicon detectors that have detector capacitances of 1.26 pF and twenty one.eighty four pF, derived from 2-mm- and 10-mm-diameter devices, respectively. A configuration for integrating the fabricated preamplifier with a detector is also described to take advantage of the technique for any alternative application or experiment. Did you like this research project? To get this research project Guidelines, Training and Code... Click Here facebook twitter google+ linkedin stumble pinterest Identification of Oil–Water Flow Patterns in a Vertical Well Using a Dual-Ring Conductance Probe Array
