Sci-Compiler

Hands-On Hands-On, Dt1260, Oscilloscope, Pwm, Resource-Explorer Dt1260 Oscilloscope Pwm Resource-Explorer

Lab 2 - Using the Onboard Oscilloscope in Sci-Compiler

This tutorial explains how to set up and operate the Oscilloscope block in Sci-Compiler on the DT1260 (or similar supported hardware).

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Hands-On Hands-On, Dt1260, Oscilloscope, Discriminator, Comparator, Counter, Register, Pwm Dt1260 Oscilloscope Discriminator Comparator Counter Register Pwm

Lab 3 - Threshold Discriminator with Event Counter

This project demonstrates how to: Create and use custom registers in Sci-Compiler (e.g., THRESHOLD, RESET, COUNTS) Compare an analog input signal against a programmable threshold Count threshold‐crossing events View both analog and digital signals on the integrated Oscilloscope In addition, we use a Pulse Generator as a test signal source, feeding the DT1260 input connector through a 5× attenuator.

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Hands-On Hands-On, Dt1260, Sci-Sdk, PyQt, Waveform, Oscilloscope, Python Dt1260 Sci-Sdk PyQt Waveform Oscilloscope Python

Lab 5 - Acquiring and Plotting Waveforms with SciSDK and PyQtGraph

In Threshold Discriminator with Event Counter Lab (Lab 3), you created an FPGA design that includes an Oscilloscope block (plus your threshold comparator, event counter, and so on).

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Hands-On Hands-On, Trigger, Oscilloscope Dt1260 Trigger Oscilloscope

Lab 12 - Leading Edge with Hysteresis, Derivative, and Trapezoidal Trigger Comparison

In modern signal processing for nuclear or high‐speed detectors, triggers are crucial for identifying when a relevant event occurs in an analog signal.

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Hands-On Hands-On, Peak Sense, Trigger, Oscilloscope, Spectrum, Histogram Dt1260 Peak Sense Trigger Oscilloscope Spectrum Histogram

Lab 13 - Measuring Signal Amplitude via Peak Detection

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.

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Hands-On Hands-On, Charge-Integration, QDC, Baseline, Trigger, Oscilloscope, Spectrum, Histogram Dt1260 Charge-Integration QDC Baseline Trigger Oscilloscope Spectrum Histogram

Lab 14 - Charge Integration

This lab illustrates how to integrate the charge (area) of an input signal using two main building blocks in Sci-Compiler:

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Hands-On Hands-On, Trapezoidal-Filter, Shaper, Baseline, Trigger, Oscilloscope, Spectrum, Histogram Dt1260 Trapezoidal-Filter Shaper Baseline Trigger Oscilloscope Spectrum Histogram

Lab 15 -Trapezoidal Filtering with a Fully Integrated MCA IP Core

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.

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