• English

    Fourth-Generation Digitizers with Easy-To-Use API

    Fourth-Generation Digitizers with Easy-To-Use API

    Duration: 30 minutes

    Selected topics covered in this webinar:

    • Current and planned fourth generation digitizer models
    • Design principles used for developing these products
    • Example applications that utilize high-performance digitizers
    • Application programming interface (API) details

    Presenter: Thomas Elter

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    The Five Pillars of Data Acquisition

    The Five Pillars of Data Acquisition

    Duration: 30 minutes

    Selected topics covered in this webinar:

    • Analog front-end (AFE) purpose and characteristics
    • Clocking and triggering - concepts and use-cases
    • Use of general-purpose input/output (GPIO) for system-level design
    • Real-time digital signal processing and field-programmable gate arrays (FPGAs)

    Presenter: Thomas Elter

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    Introduction to High-Level Synthesis (HLS)

    Introduction to High-Level Synthesis (HLS)

    Duration: 30 minutes

    Selected topics covered in this webinar:

    • Benefits of onboard FPGA signal processing
    • FPGA architecture and development basics
    • Programming languages and development tools
    • Application areas and signal processing examples

    Presenter: Thomas Elter

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    Introduction to Pulse Dynamic Range Extension (PDRX)

    Introduction to Pulse Dynamic Range Extension (PDRX)

    Duration: 25 minutes

    Selected topics covered in this webinar:

    • PDRX principles and architecture
    • Real-time digital signal processing overview
    • Challenges and solutions associated with increased dynamic range
    • ADQ32-PDRX – the first digitizer based on PDRX with 2.5 GSPS sampling rate

    Presenter: Jan-Erik Eklund

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    Introduction to Peer-to-Peer and GPU Processing

    Introduction to Peer-to-Peer and GPU Processing

    Duration: 30 minutes

    Selected topics covered in this webinar:

    • Comparison between different data transfer methodologies
    • Processing differences between FPGA and GPU
    • Overview of solutions offered by Teledyne SP Devices

    Presenter: Thomas Elter

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    Pulse detection in the presence of noise

    Pulse detection in the presence of noise

    Duration: 20 minutes

    Selected topics covered in this webinar:

    • What is pattern noise and why may it cause false trigger events?
    • Why baseline drift caused by temperature variations can result in false readings
    • How noise analysis can help optimize the acquisition of weak signals
    • Overview of digital signal processing solutions that address these challenges

    Presenter: Thomas Elter

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    High-Performance Digitizer Basics Part 1 - 3: How to Use a High-Performance Digitizer

    High-Performance Digitizer Basics Part 1 - 3: How to Use a High-Performance Digitizer

    Selected topics covered in this series:

    • Distinguishing features for high-performance digitizers
    • Digitizer vs Oscilloscope feature comparison
    • Form factors
    • Hardware architecture overview
    • Real-life application examples
    • Digital signal processing and FPGA firmware
    • Software development and support tools

    Presenter: Thomas Elter

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    Replacement Guide for Obsolete Acqiris / KEYSIGHT Digitizer Products

    Replacement Guide for Obsolete Acqiris / KEYSIGHT Digitizer Products

    Duration: 35 minutes

    Selected topics covered in this webinar:

    • How to replace obsolete products from Acqiris / KEYSIGHT with products from Teledyne SP Devices
    • In-depth examples
    • Migration challenges

    Presenter: Ulrik Lindblad

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    Advanced pulse detection techniques for industry and research

    Advanced pulse detection techniques for industry and research

    Duration: 35 minutes

    Selected topics covered in this webinar:

    • How to effectively capture random pulses
    • How to overcome high trigger repetition rate
    • Accurately capture pulse data & shapes

    Presenter: Thomas Elter

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  • Chinese

    加入我们,观看高性能数字化仪入门级介绍(3个视频)

    加入我们,观看高性能数字化仪入门级介绍(3个视频)

    本次网络研讨会涵盖的主题包括:

    • 高性能数字化仪的独特功能
    • 数字化仪与示波器功能比较
    • 尺寸外型
    • 硬件架构概述
    • 实际应用示例
    • 数字信号处理和 FPGA 固件
    • 软件开发和支持工具

    演讲者 :Thomas Elter

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    网络研讨会:适用于工业和科研的先进脉冲检测技术

    网络研讨会:适用于工业和科研的先进脉冲检测技术

    时长: 35分钟

    本次网络研讨会涵盖的主题包括:

    • 如何有效捕捉随机脉冲
    • 如何克服高频率重复的触发
    • 准确地捕捉脉冲数据和形状

    演讲者 : Thomas Elter



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  • Japanese

    参加して高性能デジタイザーの基本を扱った3本のビデオをご覧ください。

    参加して高性能デジタイザーの基本を扱った3本のビデオをご覧ください。

    このウェビナー シリーズで取り上げるトピック

    • 高性能デジタイザーの差別化機能
    • デジタイザーとオシロスコープの機能比較
    • フォームファクター
    • ハードウェアアーキテクチャ概要
    • 実際のアプリケーション例
    • デジタル信号処理とFPGAファームウェア
    • ソフトウェア開発とサポートツール

    プレゼンター:Thomas Elter

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  • "The technical and intellectual support from the team at Teledyne SP Devices has been playing an important role in our research."

    Associate Professor at Hong Kong University (HKU)
    who has implemented a system supporting line scan rates of 10M lines/s

  • "I can state that ADQ7DC is the best digitizer for high resolution positron lifetime spectroscopy I found on the market."

    prof. Jakub Čížek, Department of Low Temperature Physics at Charles University, Prague

  • "The technical and intellectual support from the team at Teledyne SP Devices has been playing an important role in our research."

    Associate Professor at Hong Kong University (HKU)
    who has implemented a system supporting line scan rates of 10M lines/s

  • "The ADQ7DC digitizer is the best device of this type available on the market with high sampling rate, wide analog bandwidth, quality and stability of signal acquisition. A professional team of the SP Devices engineers ensure support and quick response to the inquiries."

    M. Sc. Grzegorz Nitecki, Faculty of Electronics, Military Academy of Technology, Warsaw, Poland

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