AN007 - Usage of the oscilloscope module to monitor signal inside design
Introduction The Oscilloscope component in Sci-Compiler provides a powerful tool for monitoring analog signals connected to the analog inputs of the b...
Introduction The Oscilloscope component in Sci-Compiler provides a powerful tool for monitoring analog signals connected to the analog inputs of the b...
Introduction Trigger in the context of nuclear physics applications refers to a signal or event that initiates data acquisition and recording processe...
Introduction Digital charge integration, also known as QDC (charge-to-digital conversion), is a technique used to measure the energy of particles or p...
Introduction Time tagging of events in a high-energy detector system refers to the process of accurately measuring and recording the timing informatio...
Introduction This application note explain how to design a firmware that can work with all Sci-Compiler FPGA compatible models that allows to use the...
This application note will demonstrate how to use the hardware Gate and Delay of the x2495 board to shape a digital signal introducing a programmable...
This code example for Sci-Compiler demostrate how to use the new Oscilloscope Dual component to digitize waveforms from 32 channel with a memory depth...
Sci-Compiler allows to easy implement FIFO communication to transfer formatted data, like list of energy, timecode, channels from FPGA to user compute...
This application note will show how to support a scientific application with an FPGA firmware, consisting of a signal discriminator with an arbitrary...
The digitizer block in Sci-Compiler works as a programmable size FIFO to store waveform. It is possible to define, compiling time, the maximum number...
This application notes explains how to synchronize multiple R5560/R5560SE to extend the number of input channels sampled simultaneously. This document...
The digitizer block in Sci-Compiler works as a programmable size FIFO to store waveform. It is possi...
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A very simple and inexpensive way to make an incident radiation 2D profile (like a beam profile) is...
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