
Coincidence Trigger
A discrete trigger circuit is a fundamental part of a large detector system used to reduce the readout data rate. The following trigger is based on scintillator bars coupled with SiPM detectors.
Read More +A discrete trigger circuit is a fundamental part of a large detector system used to reduce the readout data rate. The following trigger is based on scintillator bars coupled with SiPM detectors.
Read More +Introduction Trigger in the context of nuclear physics applications refers to a signal or event that initiates data acquisition and recording processes.
Read More +In this lab, we extend our FPGA design to measure: ToF (Time of Flight): The time difference between an external reference signal (T0) and the main signal on the analog input.
Read More +This example measures both Time over Threshold (ToT) for an analog signal and a Timestamp associated with each event. The design then stores (or “lists”) these measurements in a memory buffer for later readout.
Read More +In this lab, we build on Timestamp and Time‐over‐Threshold with List Data Buffer (Lab 10), where data from each event contains both ToT (Time‐over‐Threshold) and ToF (Time‐of‐Flight) values.
Read More +In modern signal processing for nuclear or high‐speed detectors, triggers are crucial for identifying when a relevant event occurs in an analog signal.
Read More +This document describes how to measure the maximum amplitude (peak) of an incoming analog signal using Sci‐Compiler blocks. The system uses a Trigger block (with hysteresis) to detect and reset a Peak Detector, which then measures the highest value of the signal while a Timer defines the capture window.
Read More +This lab illustrates how to integrate the charge (area) of an input signal using two main building blocks in Sci-Compiler:
Read More +This lab demonstrates how to acquire and process signals using an all‐in‐one MCA (Multi‐Channel Analyzer) IP core featuring trapezoidal filters for both fast triggering and slow energy measurement.
Read More +Simulating an FPGA design before hardware implementation is crucial. It allows us to: Verify functionality and logic without risking real hardware.
Read More +In this lab, we demonstrate how to automate simulations in Sci‐Compiler using register scripting . We focus on a Trigger LE Hyst block whose threshold is driven by a programmable register.
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