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您是否已经拥有采样示波器？

参加旧机置换活动，用您现有的采样示波器或其他厂商的竞品示波器换购新款示波器，最高可节省 77% 的费用。

查看旧机置换活动

特点

  • 一个 90 GHz（标配）/120 GHz（可选）光通道
  • 抖动低至 90 fs
  • 适用于分析 112 GBd（224 Gbps）光信号或需要 > 65 GHz（-3 dBo）超大带宽光接收机的应用 
  • 标配脉冲响应校正（选件 IRC）功能，可选配基于标准速率的硬件滤波器
  • 有效保护您的投资：适用于 N1000A（250 kSa/s 采样率）和 86100D（40 kSa/s 采样率）主机

FlexDCA 软件

Keysight N1010A FlexDCA 是在 Infiniium DCA 系列采样示波器上运行的软件。 它既可以作为本地用户界面来控制测量硬件，也可以进行远程控制。 除了获取数据和进行测量以外，FlexDCA 还包含功能强大的工具，有助于提高工作效率，深入了解被测信号或被测器件的问题根源。

FlexDCA 还在不断演进，以满足更多应用的需求，比如：

  • 电气发射机（ASIC、FPGA、PHY）的研究和设计验证
  • 光通信发射机/收发信机的研发和制造
  • 分析电气元件及通道的反射和传输特性
  • 模拟和数字信号的通用分析
FlexDCA Software for Oscilloscopes

主要技术指标

带宽
120 GHz optical
最大存储器深度
n/a
最大采样率
250 KHz
类型
Equivalent-Time
带宽
最大存储器深度
最大采样率
类型
120 GHz optical
n/a
250 KHz
Equivalent-Time
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应用:
DCA-X Single-Mode Optical Module
带宽:
120 GHz optical
带宽选件:
Up to 120 GHz
Electrical Channels:
1
外观因素 :
n/a
Input Type:
FC/PC optical
Instrument Type:
Equivalent-Time
最大存储器深度:
n/a
最大采样率:
250 KHz
模块类型:
SM Optical
Number of Channels:
1 optical
操作系统:
Windows 10
Optical Channels:
1
Supported Filter Range:
49.7 GBd to 112.5 GBd
类型:
Equivalent-Time
DCA Optical Test Application

DCA 合规性测试应用软件

对照每种技术标准的确切技术指标进行测试

  • 经过在多个技术委员会中任职的是德科技专家的验证
  • 测试包括 OIF CEI 3.1、IEEE 802.3（以太网）、SFF-8431（SFP+）等等
  • 支持用户定义的应用
Single Channel Optical Module N1030A

想要深入了解 N1032A？

扩展功能

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特色资源

Data Sheets 2023.05.03

N1000A DCA-X and N1002A Optimization Controller

N1000A DCA-X and N1002A Optimization Controller

Achieve clarity faster with Keysight's N1000A DCA-X oscilloscope. This scope incorporates innovative technology designed to deliver superior measurements.

2023.05.03

Configuration Guides 2024.01.19

DCA Wide-Bandwidth Oscilloscope Family

DCA Wide-Bandwidth Oscilloscope Family

Explains the configuration rules and guidelines for the Keysight DCA-X, DCA-M, Clock Recovery and FlexOTO solutions.

2024.01.19

手册 2019.01.16

是德科技数字通信 分析仪 (DCA) 解决方案

是德科技数字通信 分析仪 (DCA) 解决方案

是德科技设计出了数字通信分析仪（DCA） 解决方案，显著提高测试的效率和精度。此外，我们还创造出行业领先的采样示波器、模块、附件和软件， 为通信基础设施（从 I/O 半导体到现代数据中心的光收发信机）提供全方位的测试。

2019.01.16

Application Notes 2024.02.02

TDECQ Measurement Update

TDECQ Measurement Update

This paper discusses how the measurement of TDECQ has evolved and improved, and what users of Keysight systems should expect for accuracy and consistency for a wide variety of test scenarios.

2024.02.02

Application Notes 2023.08.24

Advanced Calibration Techniques to improve Extinction Ratio Measurement in DCA-X and DCA-M

Advanced Calibration Techniques to improve Extinction Ratio Measurement in DCA-X and DCA-M

This application note provides the technical details on the techniques to improve extinction ratio measurement.

2023.08.24

技术概述 2021.01.09

N1027A DCA 附件套件和通用部件

N1027A DCA 附件套件和通用部件

汇总 DCA-X 和 DCA-M 系列可用的附件

2021.01.09

Technical Overviews 2022.06.08

FlexDCA Sampling Oscilloscope Software

FlexDCA Sampling Oscilloscope Software

Provides a technical overview of the FlexDCA Sampling Oscilloscope software.

2022.06.08

White Papers 2023.06.09

TDECQ Part 1: Making Accurate and Repeatable Compliance Measurements

TDECQ Part 1: Making Accurate and Repeatable Compliance Measurements

TDECQ is the acronym used to describe “transmitter dispersion and eye closure quaternary”. This is a power penalty metric that describes how much extra power is required from a transmitter, relative to an ideal transmitter, to compensate for both non-ideal transmitter waveforms and the impact of chromatic dispersion. It is similar to the transmitter dispersion penalty (TDP) metric used in NRZ optical communications standards. It was developed in the IEEE 802.3bs standard and improved in the IEEE 802.3cd standard. It is a convenient way to specify the performance of a PAM4 transmitter, as it aggregates many transmitter attributes into a single metric, and the metric directly indicates the impact a transmitter’s imperfections will have on overall system-level performance.

2023.06.09

White Papers 2023.11.28

TDECQ Part II Manufacturing Test Recommendations

TDECQ Part II Manufacturing Test Recommendations

This document gives an overview of the adoption of TDECQ in manufacturing tests, and how to efficiently automate FlexDCA for making TDECQ measurements.

2023.11.28

Application Notes 2014.08.01

Techniques for Higher Accuracy Optical Measurements

Techniques for Higher Accuracy Optical Measurements

Learn how to accurately and quickly characterize wider range of optical transceivers and learn techniques for high accuracy optical measurements using SIRC.

2014.08.01

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