Study of FPGA Based Multi channel Analyzer MCA for Gamma ray and X ray Spectroscopy has been presented in this article. For the systems, FPGA has been chosen as the central pulse processor. And NaI Tl scintillation counter, BF3 or Silicon Drift Detector followed by Voltage Preamplifier VPA or Fast Amplifier, Shaping Amplifier of 150 ns and 450 ns and high resolution ADC 8 12 bit, 50 MHz . Special features for the systems are Pulse Pile up Detection and Rejection, Clipping Pulses and Base line Restoration BLR . The system performance varies from 332 KCPS to 400 KCPS. Energy spectrum in the presence of 137Cs, 60Co, 232Th and broadband X ray beam by different nuclear detectors has been also presented. M. N. Islam | H. Akhter "Study of FPGA Bas...
publisherHohara, Sin-ya[Abstract] In resent years, the performances of new electronic devices, for e...
The aim of this contribution is to describe our recent development of a novel compact field-programm...
It is described the global architecture of a digital pulse processing system for high resolution X-R...
A complete four channel acquisition system for high resolution spectroscopy has been designed and re...
AbstractA Digital Multi-Channel Analyzer (DMCA) based on FPGA(Field Programmable Gate Array) is intr...
A digital pulse processing system convenient for high rate gamma-ray spectroscopy with NaI(Tl) detec...
The design of a digital signal processor for gamma-ray applications is presented in which a single A...
The aim of this study is to propose and evaluate a simple, open source, data acquisition (DAQ) tool,...
The development and assessment of a readout system based on field programmable gate arrays (FPGA) fo...
Nuclear spectroscopy is an interdisciplinary subject of physics and electronics, which adopts state-...
The gamma cameras built on a LaBr3 crystal and Hamamatsu H8500 that are being developed have a numbe...
We report on the implementation of a compact multi-detector fully digital spectrometer and data acqu...
In this project, we are developing a high speed digital spectrometer that a) captures detector wavef...
publisherHohara, Sin-ya[Abstract] In resent years, the performances of new electronic devices, for e...
The aim of this contribution is to describe our recent development of a novel compact field-programm...
It is described the global architecture of a digital pulse processing system for high resolution X-R...
A complete four channel acquisition system for high resolution spectroscopy has been designed and re...
AbstractA Digital Multi-Channel Analyzer (DMCA) based on FPGA(Field Programmable Gate Array) is intr...
A digital pulse processing system convenient for high rate gamma-ray spectroscopy with NaI(Tl) detec...
The design of a digital signal processor for gamma-ray applications is presented in which a single A...
The aim of this study is to propose and evaluate a simple, open source, data acquisition (DAQ) tool,...
The development and assessment of a readout system based on field programmable gate arrays (FPGA) fo...
Nuclear spectroscopy is an interdisciplinary subject of physics and electronics, which adopts state-...
The gamma cameras built on a LaBr3 crystal and Hamamatsu H8500 that are being developed have a numbe...
We report on the implementation of a compact multi-detector fully digital spectrometer and data acqu...
In this project, we are developing a high speed digital spectrometer that a) captures detector wavef...
publisherHohara, Sin-ya[Abstract] In resent years, the performances of new electronic devices, for e...
The aim of this contribution is to describe our recent development of a novel compact field-programm...
It is described the global architecture of a digital pulse processing system for high resolution X-R...