Duration: 30 minutes

Selected topics covered in this webinar:

• Phase-locked sampling
• Clock and trigger distribution
• Trigger correction and record alignment
• Daisy-chaining to achieve 50 ps trigger accuracy for 64 channels sampling at 5 GSPS per channel

Presenter: Jan-Erik Eklund

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

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

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

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

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

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

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

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

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

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

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

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