[[abstract]]The present work is to use FPGAs as a digital processor for pulse height measurement. A digital periodic triangle signal is generated by an up-down counter with a positive edge trigger and followed by a synthesizable digital to analog converter (DAC) to generate pulse height information directly. The present pulse height processor is further connected to a personal digital assistant (PDA) to use as a portable spectrometer for field use as a simple nuclide identification tool.[[fileno]]2060122030024[[department]]工程與系統科學
Abstract. In recent years, we have seen an impressive increase in the use of digital pulse processin...
Digital pulse processing is a signal processing technique in which detector (preamplifier output) si...
Recursive algorithms for real-time digital pulse shaping in pulse height measurements have been deve...
Energetic ion analyzers and mass spectrometers commonly produce electronic pulses whose amplitude an...
A general description is given of a data recording system which provides a link between counter expe...
The aim of this study is to propose and evaluate a simple, open source, data acquisition (DAQ) tool,...
Nuclear spectroscopy is an interdisciplinary subject of physics and electronics, which adopts state-...
Multipurpose analog pulse height computer performs real-time arithmetic operations on relatively fas...
AbstractA Digital Multi-Channel Analyzer (DMCA) based on FPGA(Field Programmable Gate Array) is intr...
The most important aspects of nuclear medicine imaging systems such as Positron Emission Tomography ...
Feedback-controlled pulse-amplitude integrator and amplifier is used as an analog-to-digital convert...
There are 3 errors that are associated with the measurement of nuclear radiations. These are from th...
We present an FPGA-synthesizable version of a pseudo-random pulse generator that can be used to emul...
A digital pulse processing system convenient for high rate gamma-ray spectroscopy with NaI(Tl) detec...
Digital methods for processing pulses from radiation detectors have been investigated. A processor w...
Abstract. In recent years, we have seen an impressive increase in the use of digital pulse processin...
Digital pulse processing is a signal processing technique in which detector (preamplifier output) si...
Recursive algorithms for real-time digital pulse shaping in pulse height measurements have been deve...
Energetic ion analyzers and mass spectrometers commonly produce electronic pulses whose amplitude an...
A general description is given of a data recording system which provides a link between counter expe...
The aim of this study is to propose and evaluate a simple, open source, data acquisition (DAQ) tool,...
Nuclear spectroscopy is an interdisciplinary subject of physics and electronics, which adopts state-...
Multipurpose analog pulse height computer performs real-time arithmetic operations on relatively fas...
AbstractA Digital Multi-Channel Analyzer (DMCA) based on FPGA(Field Programmable Gate Array) is intr...
The most important aspects of nuclear medicine imaging systems such as Positron Emission Tomography ...
Feedback-controlled pulse-amplitude integrator and amplifier is used as an analog-to-digital convert...
There are 3 errors that are associated with the measurement of nuclear radiations. These are from th...
We present an FPGA-synthesizable version of a pseudo-random pulse generator that can be used to emul...
A digital pulse processing system convenient for high rate gamma-ray spectroscopy with NaI(Tl) detec...
Digital methods for processing pulses from radiation detectors have been investigated. A processor w...
Abstract. In recent years, we have seen an impressive increase in the use of digital pulse processin...
Digital pulse processing is a signal processing technique in which detector (preamplifier output) si...
Recursive algorithms for real-time digital pulse shaping in pulse height measurements have been deve...