强大的串行数据分析平台
WaveMaster 8000HD 是一款专为产品开发所有阶段而设计的高速示波器，无论是首次硅片特性分析、通道链路验证还是整个协议栈的调试。高速示波器都能够通过更多独特工具支持更多工程任务。
- 卓越的信号表征性能
- 强大的验证和调试功能
- 内置专业串行数据分析工具
65 GHz 最大带宽 12 bit 分辨率 4通道
通道 320 GS/s 采样率 最大采样率 8 Gpts 最大内存 Oscilloscopes WaveMaster 8000HD
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65 GHz
MAX BANDWIDTH
12 bit
RESOLUTION
4
CHANNELS
320 GS/s
MAX SAMPLE RATE
8 Gpts
MAX MEMORY
适用于所有产品开发阶段的高速示波器
WaveMaster 8000HD 是一款高带宽示波器，可支持整个开发周期，从而缩短产品上市时间。 WaveMaster 8000HD 示波器提供全套高速示波器特性分析、一致性测试、验证和调试工具。同类高带宽示波器仅支持特性分析和一致性测试任务。
!["WaveMaster](https://zh-cn.teledynelecroy.com/oscilloscope/"https://assets.lcry.net/images/wm8000hd-automation-inset.png")
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了解器件性能需要高信号保真度和高级分析能力的独特组合。 WaveMaster 8000HD 可以轻松执行复杂的表征。
- 1. 两个 65 GHz 带宽输入
- 2. 四个 33 GHz 带宽输入
- 3. 12-bit 分辨率
- 4. SDA Expert 串行数据分析眼图、抖动和噪声分析
WaveMaster 8000HD 高带宽示波器提供强大、灵活的测试自动化工具和功能，以改善工作流程并最大限度地减少设置错误。
- 1. 使用最新串行技术（包括 PCI Express、USB、DDR 等）的 QualiPHY 测试自动化、USB、DDR 等
- 2. 一流的 PC 平台，可快速处理示波器数据
- 3. 自动接收机测试校准和执行
当今先进的技术标准对特性和合规性测试提出了严格的要求。 WaveMaster 8000HD 高速示波器通过以下方式简化了这些复杂的工作流程：
- 1. PCI Express、USB、DDR 等的 QualiPHY 测试自动化
- 2. SDA Expert 眼图、抖动和噪声分析，采用特定技术的测量工具
- 3. 用于排除测试设置故障的独特调试工具
- 4. 用于快速数据处理的一流 PC 平台
超越合规性意味着确保设备在所有条件下都能按预期工作。 WaveMaster 8000HD 独特地结合了高信号保真度和灵活的调试工具，这意味着能够看到更多的系统运行情况。
- 1. 高分辨率、高带宽示波器模拟输入
- 2. 差分探头带宽高达 30 GHz
- 3. 高达 8 Gpts 的采集内存选项
- 4. 用于边带和命令总线捕获的混合信号输入能力
当两个兼容的设备无法正确互操作时，就会出现开发周期中具挑战性的问题之一。 这 WaveMaster 8000HD 高带宽示波器专为这种特殊的调试场景而设计。
- 1. 交叉同步PHY 软件与 Teledyne LeCroy 协议分析仪集成可立即显示整个协议栈
- 2. CrossSync PHY 采集卡用于从实时链路捕获数据
- 3. 灵活的输入，用于捕获所有关键设备信号：高速线路、电源轨、数字边带等
调试高速接口曾经意味着要有两台示波器：一台用于高速特性分析，一台用于嵌入式调试。 WaveMaster 8000HD 高速示波器可实现一切，毫不妥协
- 1. 灵活快速的示波器输入，用于捕获所有关键设备信号：高速线路、电源轨、数字边带等
- 2. 用于边带和命令总线捕获的混合信号输入能力
- 3. 高达 8 Gpts 的采集内存选项，在全采样率下可实现 100ms 的捕获时间
Exceptional signal characterization performance
- Up to 65 GHz bandwidth at 320 GS/s
- 12-bit resolution at full bandwidth and sample rate
- Fast processing of long waveforms
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Unrivaled validation and debug capabilities
- CrossSync PHY protocol analyzer synchronization
- The industry’s longest acquisition memory
- Serial triggers, built-in digital inputs, and high-impedance (1 MΩ) probe support
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Comprehensive serial data expertise
- Tailored signal analysis for PCI Express, USB-C, DDR, and other technologies
- Powerful PAM and NRZ eye diagram, jitter and link analysis tools
- Simple automation of complex compliance testing
高速示波器中的卓越串行数据验证、调试和抖动分析
高达65GHz带宽、320GS/s采样率 、12bit分辨率快速处理长波形
Unrivaled validation and debug capabilities
- CrossSync PHY protocol analyzer synchronization
- The industry’s longest acquisition memory
- Serial triggers, built-in digital inputs, and high-impedance (1 MΩ) probe support
强大的验证和调试功能
- CrossSync PHY 同步协议分析仪和示波器
- 超长的采集存储深度
- 支持串行触发器、内置数字输入和高阻抗 (1 MΩ) 探头
Comprehensive serial data expertise
- Tailored signal analysis for PCI Express, USB-C, DDR, and other technologies
- Powerful PAM and NRZ eye diagram, jitter and link analysis tools
- Simple automation of complex compliance testing
内置专业串行数据分析工具
- 针对 PCI Express、USB-C、DDR 和其他串行总线的定制分析工具
- 强大的 PAM 和 NRZ 眼图、抖动和链路分析工具
- 简单自动化的一致性测试测试平台
WaveMaster 8000HD 系列示波器概览
WaveMaster 8000HD 是一款同时具有高带宽 50 Ω 和高阻抗 1 MΩ 输入、全系列混合信号输入（数字输入）选项、高达 8 Gpts 采集内存和用于快速处理的领先 PC 的示波器。
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- 高达 1.85 GHz带宽的65mm 输入
- 高达 33 GHz带宽的ProAxial 输入
- 高达 2 GHz带宽（50 Ω）和 500 MHz带宽（1 MΩ）的ProBus 输入
- 2.5 GS/s的混合信号输入
- 全带宽采集高达 100 毫秒，可详细查看长事件
- 15.6英寸 1900 x 1080全高清电容式触摸屏。
- 带有一键式用户界面的 MAUI实现直观高效的操作
- 波形控制旋钮
- 彩色编码面板指示器
- 光标/调整旋钮
- 一流的示波器 PC 系统，配备 64 GB RAM，可快速用示波器处理波形数据
- 高速 USB 连接
- HDMI 和 DisplayPort 连接器上的 4k 外部显示器连接
- LBUS连接器-与HDA125兼容，用于高速示波器采集DDR命令总线和其他数字信号
- 用于连接其他设备的参考时钟输入/输出连接器
- USBTMC（测试和测量类）通过 USB 3.1 实现快速数据卸载
强大的高速示波器验证和调试功能
WaveMaster 8000HD 高带宽示波器型号提供了对系统范围行为的可视性，这是其他高带宽示波器无法比拟的。轻松找到合规性失败的根本原因，确定互操作性问题的原因，并追踪间歇性故障。
!["Block](https://zh-cn.teledynelecroy.com/oscilloscope/"https://assets.lcry.net/images/1-wavemaster8000hd-validation-debug-cx-sync-phy.png")
The Industry’s Longest Oscilloscope Acquisition Memory
With up to 8 Gpts of acquisition memory, WaveMaster 8000HD captures events occurring over long periods of time, while still maintaining high sample rate for visibility into the smallest details.
- Acquire up to 100 ms of data at full bandwidth - and always with 12 bits of resolution.
- Long memory and high sample rates capture both millisecond-scale trends and picosecond-scale glitches.
- Oscilloscopes with less memory require trading off sample rate for acquisition time.
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Comprehensive Embedded Debug Toolset
Debugging high-speed interfaces used to mean having two oscilloscopes on your bench – one high bandwidth oscilloscope and one general-purpose oscilloscope. WaveMaster 8000HD oscilloscopes do it all, without compromise.
- Acquire both low-speed signals with passive 1 MO probes and high-bandwidth signals on 50 O inputs (no adapters required)
- Hardware serial triggers for catching intermittent issues
- 2.5 GS/s mixed-signal option for sideband signals
- External 12.5 GS/s mixed-signal option for DDR and other high-speed applications
!["Engineer](https://zh-cn.teledynelecroy.com/oscilloscope/"https://assets.lcry.net/images/3-wavemaster8000hd-validation-debug-toolset.png")
CrossSync PHY 协议分析仪和示波器同步
Teledyne LeCroy CrossSync PHY 软件和插入器无缝地融合了 Teledyne LeCroy 协议分析仪和示波器的功能，从而深入了解其他仪器无法提供的链路行为。
- 验证和调试活动链路操作
- 通过捕获整个协议栈快速解决互操作性问题
- 使用集成的物理和协议视图分析链路训练
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业界最长的示波器采集内存
具有高达 8 Gpts 的采集内存， WaveMaster 8000HD 可以捕获长时间内发生的事件，同时仍保持高采样率以了解最小的细节。
- 在全带宽下采集高达 100 毫秒的数据 - 并且始终具有 12 位分辨率。
- 长内存和高采样率可捕获毫秒级趋势和皮秒级毛刺。
- 内存较少的示波器需要权衡采样率和采集时间。
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全面的嵌入式调试工具集
过去，调试高速接口意味着在工作台上配备两台示波器——一台高带宽示波器和一台通用示波器。 WaveMaster 8000HD 示波器同时做到。
- 使用无源 1 MO 探头采集低速信号，并在 50 O 输入上采集高带宽信号（无需适配器）
- 用于捕获间歇性问题的硬件串行触发器
- 用于边带信号的 2.5 GS/s 混合信号选项
- 适用于 DDR 和其他高速应用的外部 12.5 GS/s 混合信号选项
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USB 和 USB Type-C 电气测试重要地位 - 从 PHY 到协议
完整的物理层和PHY-Logic层示波器解决方案覆盖全部的采用Type-C的总线：USBXNUMX、Thunderbolt、 USB XNUMX/XNUMX、DisplayPort XNUMX 和USB Power Delivery 。
- 用于 USB Type-C 测试的强大示波器
- 用于测量和表征信号的内置 USB-C 测试专业知识
- 通过跨层分析简化 USB-C 链路测试
资源中心
| Name | |
|---|---|
WaveMaster 8000HD Datasheet | Datasheet |
WaveMaster 8000HD Datasheet (Japanese) | Datasheet |
WaveMaster 8000HD Datasheet (Chinese) | Datasheet |
Teledyne LeCroy Mid- to High-bandwidth Oscilloscopes Options and Accessories Catalog Description of standard oscilloscope features, options and accessories provided with or available for mid-bandwidth to high-bandwidth oscilloscopes. | Datasheet |
USB-C Testing of USB4 Transmitter During Link Training
WaveMaster 8000HD Oscilloscope: Product Overview
WaveMaster 8000HD Oscilloscope: High Bandwidth, 12 bits
WaveMaster 8000HD Oscilloscope: Unique Debugging and Validation Capabilities
Jitter and Eye Diagram Analysis with SDA Expert
DDR5 Memory Test and Read-Write Separation
Introduction to Oscilloscope Zone Trigger
PCIe 6.0 Transmitter Equalization (Tx EQ) Testing
Fundamentals of High Speed Oscilloscope Signal and Serial Data Testing Webinar Series
Available on-demand
Register for allIn Part 1 of our 2-part Fundamentals of High-speed Signal and Serial Data Testing webinar series we instruct on proper cable, fixture and probe connection to the oscilloscope, describe the accuracies you can expect, and how to avoid errors.
In Part 2 of our Fundamentals of High-speed Signal and Serial Data Testing webinar series we describe how to optimize your oscilloscope setup, make measurements accurately, explain the serial data signal spectrum, and provide background and tips/techniques to optimize for serial data eye diagram and jitter measurements.
| Name | |
|---|---|
WaveMaster 8000HD Getting Started Guide | Product Manual |
WaveMaster 8000HD Manual | Product Manual |
Wavemaster 8000HD Getting Started Guide (Japanese) | Product Manual |
WaveMaster 8000HD Rackmount Instructions | Product Manual |
What is the history of the Teledyne LeCroy WaveMaster brand of oscilloscopes?
The first-generation Teledyne LeCroy WaveMaster brand high-bandwidth scope was released in January of 2002. The WaveMaster 8500 had a 5 GHz bandwidth rating (just 1 GHz less than the Tektronix TDS6604 6 GHz oscilloscope, launched days earlier than the WaveMaster 8500). The WaveMaster 8500 was perfectly positioned between the very short memory (but higher bandwidth) Tektronix TDS6604 high-bandwidth scope architecture and the longer memory (but lower bandwidth – limited to 4 GHz) Tektronix DPO7404 architecture. The WaveMaster 8500 had much longer record length than either of those two Tektronix products and better signal fidelity, as it employed digital signal processing to optimize and match frequency response across all channels and gain settings – an industry first – whereas the Tektronix high speed oscilloscopes still relied on hardware only to attempt to match frequency and pulse response across channels and gain ranges. The WaveMaster 8500 was the first real challenge to Tek’s bandwidth hegemony, although Tek would maintain bandwidth leadership through 2008 with the Tektronix DPO70000 series high-bandwidth scopes that reached a 20 GHz oscilloscope bandwidth rating.
The second-generation Teledyne LeCroy WaveMaster brand was launched in January of 2009 as the WaveMaster 8 Zi series of high-bandwidth scopes. This generation of fast oscilloscopes broke bandwidth records with a 30 GHz oscilloscope bandwidth rating – 10 GHz more bandwidth than the Tektronix DPO72004. The 30 GHz bandwidth was ideal for optical signal research being performed at the time and was also increasingly necessary to perform serial data jitter analysis on emerging high speed serial data standards, along with other commercial and defense applications (laser research, electronic warfare, etc.). The paper A 30 GHz Bandwidth, 80 GS/s Sample Rate Real-time Waveform Digitizing System provides details about the oscilloscope design and development and the Alcatel-Lucent Bell Labs ECOC-presented paper 56-Gbaud PDM-QPSK: Coherent Detection and 2,500-km Transmission provides details about the application. Digital bandwidth interleaving (see below) was utilized to nearly double the native chip bandwidth from 16 GHz to 30 GHz and to later triple it (on one channel) to 45 GHz. Different Si-Ge chipsets were later used in the related LabMaster modular oscilloscope product line to reach 65 GHz bandwidth and then an astounding 100 GHz bandwidth in 2014 – the world’s first 100 GHz real-time oscilloscope. The paper Technologies for Very High Bandwidth Real-time Oscilloscopes described this achievement and was presented at IEEE BIPOLAR / BICMOS Circuits and Technology Meeting 2014.
The third-generation Teledyne LeCroy WaveMaster brand is the WaveMaster 8000HD. It uses completely new chipsets that provide 12-bit resolution for very low noise measurements and a completely new back-end acquisition memory and data handling architecture to provide very long record lengths (up to 8 Gigapoints). This series reaches to 65 GHz of bandwidth and is an ideal high speed oscilloscope for next-generation high speed serial data standards that use multi-level PAM signaling, amongst other applications.
How is a Teledyne LeCroy WaveMaster high speed oscilloscope different from other competitive high speed oscilloscopes?
Since 2009, WaveMaster oscilloscopes have been equipped with both 50 Ohm and 1 MOhm inputs, which makes the WaveMaster oscilloscope much more suitable as both a high speed oscilloscope and a general-purpose (lower signal speed) oscilloscope. The 1 MOhm inputs allow the WaveMaster oscilloscopes to support nearly every probe – from passive voltage probes to current probes to high bandwidth active probes. Mixed-signal (digital logic) options and low speed serial trigger options round out the general-purpose capabilities.
The most recent WaveMaster 8000HD series also are very differentiated with vertical resolution (12 bits versus 10 bits in the Keysight UXR Series high bandwidth oscilloscopes or versus 8 bits in the Tektronix DPO70000DX or DPO70000SX Series high speed oscilloscopes) and very long acquisition memories (up to 8 Gpts, or 8 billion sample points).
What is the difference between a high bandwidth oscilloscope and a high speed oscilloscope?
These are just two different ways to describe the same thing.
What is the bandwidth demarcation for an oscilloscope to be classified as a high-bandwidth scope or high speed oscilloscope?
There is no technical definition, and the demarcation is all relative to the oscilloscope user’s reference point for “normal” bandwidth. In general, 13 GHz bandwidth and higher is probably what is generally considered to be “high bandwidth”.
What are high speed oscilloscopes used for?
The largest application for high-bandwidth scopes is for measuring serial data signals and DDR signals. Other applications include laser measurements, various Mil-Aero applications (avionics, signal intelligence, electronic warfare, radar, image processing, targeting and vision systems) and high speed embedded system test.
Why is digital signal processing used in high speed oscilloscopes?
Digital signal processing (DSP) is now ubiquitous in all consumer and commercial products and provides enhancements to core hardware operation. High speed oscilloscopes primarily use DSP to correct for small variations in amplifier magnitude response and system phase (delay) response. This results in a very consistent input signal pulse response across all input channels and gain ranges, which is ideal. This technical brief Digital Signal Processing (DSP) in Oscilloscopes provides more details.
Why does Teledyne LeCroy offer selectable signal optimization modes for the oscilloscope response?
Digital signal processing (DSP) can control the magnitude response and phase (delay) response to achieve faster or slower signal risetimes and delayed or balanced preshoot/overshoot. Basically, if magnitude response is a slow (Bessel) rolloff, the step response will have a slower rise time, whereas if the magnitude response has a brick-wall rolloff, the step response will have a faster rise time (but higher amplitude preshoot/overshoot). If the phase (delay) response is not flat (i.e., there is some time propagation delay of the signal at very high frequencies), preshoot is minimized in the step response but overshoot will be higher. If the phase (delay) response is flat (i.e., there is zero time propagation delay of the signal at very high frequencies), the preshoot and overshoot will be equalized on the signal. Different users in different applications value the tradeoffs differently between signal rise time and overshoot, and balanced vs. unbalanced preshoot/overshoot. Page 6 of the technical brief Digital Signal Processing (DSP) in Oscilloscopes provides more details.
Why do I see preshoot on a high speed rising edge? How can the oscilloscope “predict” the rising edge?
Reference the previous question. Historically (prior to the use of digital signal processing in oscilloscopes), there would be some non-zero time (propagation) delay of the oscilloscope analog input signal as it traveled down the oscilloscope signal path transmission line and through the amplifier, and higher frequencies would be delayed more than lower frequencies. This resulted in the preshoot being delayed and appearing as more overshoot in the step response. This is true of all oscilloscopes, not just Teledyne LeCroy oscilloscopes.
What is digital bandwidth interleaving (DBI)?
Digital bandwidth interleaving (DBI) is a technique invented at Teledyne LeCroy to split a high bandwidth signal path into two signal paths, using radio frequency (RF) downconversion of the higher bandwidth half to roughly match the frequency response of the lower bandwidth half for signal acquisition, followed by RF upconversion and use of digital signal processing (DSP) to merge the two signals together into a single high bandwidth signal path. DBI has been used successfully with no drawbacks (aside from half the number of channels) for more than 20 years to provide twice the oscilloscope bandwidth than would otherwise be possible using chip bandwidth alone. The technical brief Digital Bandwidth Interleaving and the white paper The Interleaving Process in Digital Bandwidth Interleaving (DBI) Scopes provide more details about DBI.
Why is the internal sample (timebase) clock in some high speed fast oscilloscopes so much better than other similar oscilloscopes?
Oscilloscopes can be designed with a very high quality (and more expensive) sample clock or with a lower quality (and less expensive) sample clock. Additionally, the internal routing of the sample clock signal can be on a trace on the main acquisition board (where it is subject to crosstalk and other contamination) or through a shielded cable (a more expensive approach).
Why does the bandwidth measurement of my high speed oscilloscope (using a step-response input and an FFT of the channel response) differ from the manufacturer’s bandwidth rating?
Using a step-response input to the oscilloscope and a subsequent FFT of the channel response is an acceptable rough check of the oscilloscope bandwidth. However, if the input step-response is not significantly faster than the oscilloscope rise time, then the measured bandwidth with this method will be lower than the oscilloscope rating. Oscilloscope manufacturers use calibrated signal generators to sweep the frequency of the input signal and measure the frequency response (after correction for any losses in the system) and this is a much more rigorous method from a metrology standpoint.
Why are my high speed oscilloscope measured rise times sometimes less than the manufacturer’s specifications?
Oscilloscope manufacturers typically don’t guarantee the specification for rise time. However, some manufacturers (including Teledyne LeCroy) specify rise time as a test limit, which means that the oscilloscope channel has been tested with an input step response and the rise time is measured to ensure it is at or below the specified value provided in the datasheet. Other manufacturers specify their rise time based off a formula (e.g., 0.4/bandwidth) and this may result in a very aspirational rise time specification if the oscilloscope doesn’t perform according to the formula. Additionally, some manufacturers have specified their oscilloscope rise times while operating in a special mode (e.g., one that replicates the very high sample rate operation of a sampling scope while acquiring a repetitive signal). Obviously, if the signal being measured is not repetitive and/or you are not using the special mode, then your measured rise time will be different than the specified rise time.
| 姓名 | |
|---|---|
WaveMaster 8000HD Datasheet (Japanese) | Datasheet |
WaveMaster 8000HD Datasheet (Chinese) | Datasheet |
Teledyne LeCroy Mid- to High-bandwidth Oscilloscopes Options and Accessories Catalog Description of standard oscilloscope features, options and accessories provided with or available for mid-bandwidth to high-bandwidth oscilloscopes. | Datasheet |
| 产品规格书 |
| 产品规格书 |
| 产品规格书 |
| 产品规格书 |
USB-C 测试 USB4 链路训练期间的发射机WaveMaster 8000HD 示波器：产品概述WaveMaster 8000HD 示波器：高带宽，12 位WaveMaster 8000HD 示波器：独特的调试和验证功能使用 SDA Expert 进行抖动和眼图分析DDR5内存测试与读写分离示波器区域触发简介PCIe 6.0 发送器均衡 (Tx EQ) 测试在我们的高速信号和串行数据测试基础知识网络研讨会系列的第 1 部分中，我们将指导如何正确连接示波器、电缆、夹具和探头，描述您可以期望的精度以及如何避免错误。
在高速信号和串行数据测试基础网络研讨会系列的第 2 部分中，我们介绍了如何优化示波器设置、准确进行测量、解释串行数据信号频谱，并提供优化串行数据眼图的背景和技巧/技术图表和抖动测量。
| 姓名 | |
|---|---|
WaveMaster 8000HD Manual | Product Manual |
Wavemaster 8000HD Getting Started Guide (Japanese) | Product Manual |
WaveMaster 8000HD Rackmount Instructions | Product Manual |
| 使用指导手册 |
| 使用指导手册 |
| 使用指导手册 |
| 使用指导手册 |
Teledyne LeCroy 的历史是什么 WaveMaster 示波器是什么牌子的？
A 30 GHz Bandwidth, 80 GS/s Sample Rate Real-time Waveform Digitizing System provides details about the oscilloscope design and development and the Alcatel-Lucent Bell Labs ECOC-presented paper 56-Gbaud PDM-QPSK: Coherent Detection and 2,500-km Transmission provides details about the application. Digital bandwidth interleaving (see below) was utilized to nearly double the native chip bandwidth from 16 GHz to 30 GHz and to later triple it (on one channel) to 45 GHz. Different Si-Ge chipsets were later used in the related LabMaster modular oscilloscope product line to reach 65 GHz bandwidth and then an astounding 100 GHz bandwidth in 2014 – the world’s first 100 GHz real-time oscilloscope. The paper Technologies for Very High Bandwidth Real-time Oscilloscopes described this achievement and was presented at IEEE BIPOLAR / BICMOS Circuits and Technology Meeting 2014.
The third-generation Teledyne LeCroy WaveMaster brand is the WaveMaster 8000HD. It uses completely new chipsets that provide 12-bit resolution for very low noise measurements and a completely new back-end acquisition memory and data handling architecture to provide very long record lengths (up to 8 Gigapoints). This series reaches to 65 GHz of bandwidth and is an ideal high speed oscilloscope for next-generation high speed serial data standards that use multi-level PAM signaling, amongst other applications.
第一代 Teledyne LeCroy WaveMaster 品牌高带宽示波器于 2002 年 XNUMX 月发布。 WaveMaster 8500 的带宽额定值为 5 GHz（仅比泰克 TDS1 6604 GHz 示波器低 6 GHz，后者比 XNUMX 早几天推出）。 WaveMaster 8500）。 该 WaveMaster 8500 完美地定位在非常短的内存（但带宽更高）的 Tektronix TDS6604 高带宽示波器架构和更长的内存（但带宽较低 - 限制为 4 GHz）的 Tektronix DPO7404 架构之间。 WaveMaster 8500 的记录长度比这两款泰克产品都要长得多，信号保真度也更高，因为它采用数字信号处理来优化和匹配所有通道和增益设置的频率响应——这是业界首创——而泰克高速示波器仍然只依赖硬件来尝试匹配通道和增益范围内的频率和脉冲响应。 WaveMaster 8500 是对 Tek 带宽霸权地位的第一次真正挑战，尽管 Tek 凭借泰克 DPO2008 系列高带宽示波器（该系列示波器带宽达到了 70000 GHz）在 20 年仍然保持着带宽领先地位。
A 30 GHz Bandwidth, 80 GS/s Sample Rate Real-time Waveform Digitizing System provides details about the oscilloscope design and development and the Alcatel-Lucent Bell Labs ECOC-presented paper 56-Gbaud PDM-QPSK: Coherent Detection and 2,500-km Transmission provides details about the application. Digital bandwidth interleaving (see below) was utilized to nearly double the native chip bandwidth from 16 GHz to 30 GHz and to later triple it (on one channel) to 45 GHz. Different Si-Ge chipsets were later used in the related LabMaster modular oscilloscope product line to reach 65 GHz bandwidth and then an astounding 100 GHz bandwidth in 2014 – the world’s first 100 GHz real-time oscilloscope. The paper Technologies for Very High Bandwidth Real-time Oscilloscopes described this achievement and was presented at IEEE BIPOLAR / BICMOS Circuits and Technology Meeting 2014.">第二代 Teledyne LeCroy WaveMaster 品牌于 2009 年 XNUMX 月推出，作为 WaveMaster 8 Zi 系列高带宽示波器。这代快速示波器打破了带宽记录，其示波器带宽额定值为 30 GHz - 比泰克 DPO10 高出 72004 GHz。30 GHz 带宽非常适合当时进行的光信号研究，并且对于对新兴高速串行数据标准以及其他商业和国防应用（激光研究、电子战等）进行串行数据抖动分析也越来越有必要。该论文 30 GHz 带宽、80 GS/s 采样率实时波形数字化系统提供有关示波器设计和开发以及阿尔卡特朗讯贝尔实验室 ECOC 提交的论文的详细信息 56 Gbaud PDM-QPSK：相干检测和 2,500 公里传输提供了有关该应用的详细信息。利用数字带宽交错（见下文）将原生芯片带宽从 16 GHz 提高近一倍至 30 GHz，后来又将其提高三倍（在一个通道上）至 45 GHz。后来在相关产品中使用了不同的 Si-Ge 芯片组 LabMaster 模块化示波器产品线将达到 65 GHz 带宽，然后在 100 年达到惊人的 2014 GHz 带宽——世界上第一台 100 GHz 实时示波器。本文 超高带宽实时示波器技术描述了这一成果并在 2014 年 IEEE BIPOLAR / BICMOS 电路和技术会议上进行了展示。
第三代 Teledyne LeCroy WaveMaster 品牌是 WaveMaster 8000HD。它采用全新的芯片组，提供 12-bit 分辨率可实现极低噪声测量，全新的后端采集内存和数据处理架构可提供极长的记录长度（高达 8 Gigapoints）。该系列的带宽可达 65 GHz，是使用多级 PAM 信号的下一代高速串行数据标准以及其他应用的理想高速示波器。
Teledyne LeCroy 如何 WaveMaster 高速示波器与其他竞争高速示波器有何不同？
由于2009， WaveMaster 示波器已配备 50 欧姆和 1 兆欧姆输入，这使得 WaveMaster 示波器更适合用作高速示波器和通用（较低信号速度）示波器。1 MOhm 输入允许 WaveMaster 示波器支持几乎所有探头——从无源电压探头到电流探头再到高带宽有源探头。混合信号（数字逻辑）选项和低速串行触发选项完善了通用功能。
最新 WaveMaster 8000HD 系列还具有很大的差异化，具有垂直分辨率（12 位，而 Keysight UXR 系列高带宽示波器为 10 位，Tektronix DPO8DX 或 DPO70000SX 系列高速示波器为 70000 位）和非常长的采集存储器（高达 8 Gpts 或 8 亿个采样点）。
高带宽示波器和高速示波器有什么区别？
这只是描述同一件事的两种不同方式。 示波器被归类为高带宽示波器或高速示波器的带宽界限是什么？
没有技术定义，划分都是相对于示波器用户对“正常”带宽的参考点。一般来说，13 GHz 带宽及更高带宽可能就是通常所认为的“高带宽”。 高速示波器有何用途？
高带宽示波器的最大应用是测量串行数据信号和 DDR 信号。其他应用包括激光测量、各种军用航空应用（航空电子、信号情报、电子战、雷达、图像处理、瞄准和视觉系统）以及高速嵌入式系统测试。 为什么高速示波器采用数字信号处理？
Digital Signal Processing (DSP) in Oscilloscopes provides more details.
Digital Signal Processing (DSP) in Oscilloscopes provides more details.">数字信号处理 (DSP) 现在已广泛用于所有消费和商业产品，并增强了核心硬件操作。高速示波器主要使用 DSP 来校正放大器幅度响应和系统相位（延迟）响应的细微变化。这会导致所有输入通道和增益范围内的输入信号脉冲响应非常一致，这是理想的。本技术简介 示波器中的数字信号处理 (DSP)提供更多细节。
为什么 Teledyne LeCroy 为示波器响应提供可选择的信号优化模式？
Digital Signal Processing (DSP) in Oscilloscopes provides more details.
Digital Signal Processing (DSP) in Oscilloscopes provides more details.">数字信号处理 (DSP) 可以控制幅度响应和相位 (延迟) 响应，以实现更快或更慢的信号上升时间和延迟或平衡的预冲/过冲。基本上，如果幅度响应是缓慢 (贝塞尔) 滚降，阶跃响应将具有较慢的上升时间，而如果幅度响应具有砖墙式滚降，阶跃响应将具有较快的上升时间（但幅度预冲/过冲较高）。如果相位 (延迟) 响应不平坦（即，在非常高的频率下信号存在一些时间传播延迟），阶跃响应中的预冲将最小化，但过冲将更高。如果相位 (延迟) 响应平坦（即，在非常高的频率下信号存在零时间传播延迟），则信号上的预冲和过冲将相等。不同应用中的不同用户对信号上升时间和过冲以及平衡与不平衡预冲/过冲之间的权衡有不同的看法。技术简介第 6 页 示波器中的数字信号处理 (DSP)提供更多细节。
为什么我在高速上升沿上看到前冲？示波器如何“预测”上升沿？
参考上一个问题。从历史上看（在示波器中使用数字信号处理之前），示波器模拟输入信号在沿示波器信号路径传输线和放大器传输时会有一些非零时间（传播）延迟，并且较高频率的延迟会比较低频率的延迟更多。这导致预冲被延迟并在阶跃响应中显示为更多的过冲。这适用于所有示波器，而不仅仅是 Teledyne LeCroy 示波器。 什么是数字带宽交错（DBI）？
Digital Bandwidth Interleaving and the white paper The Interleaving Process in Digital Bandwidth Interleaving (DBI) Scopes provide more details about DBI.
Digital Bandwidth Interleaving and the white paper The Interleaving Process in Digital Bandwidth Interleaving (DBI) Scopes provide more details about DBI.">数字带宽交错 (DBI) 是 Teledyne LeCroy 发明的一项技术，用于将高带宽信号路径分成两个信号路径，使用射频 (RF) 将较高带宽的一半下变频，以大致匹配较低带宽的一半的频率响应以进行信号采集，然后进行 RF 上变频并使用数字信号处理 (DSP) 将两个信号合并为一个高带宽信号路径。DBI 已成功使用 20 多年，没有任何缺点（除了通道数量减少一半），可提供两倍于仅使用芯片带宽的示波器带宽。技术简介 数字带宽交织和白皮书 数字带宽交错 (DBI) 示波器中的交错过程提供有关 DBI 的更多详细信息。
为什么某些高速快速示波器的内部采样（时基）时钟比其他同类示波器好得多？
示波器可以采用非常高质量（且更昂贵）的采样时钟或较低质量（且更便宜）的采样时钟进行设计。此外，采样时钟信号的内部路由可以是主采集板上的走线（容易受到串扰和其他污染），也可以是通过屏蔽电缆（更昂贵的方法）。 为什么我的高速示波器的带宽测量（使用阶跃响应输入和通道响应的 FFT）与制造商的带宽额定值不同？
使用步进响应输入示波器，然后对通道响应进行 FFT 是可接受的示波器带宽粗略检查方法。但是，如果输入步进响应没有明显快于示波器上升时间，则使用此方法测得的带宽将低于示波器的额定值。示波器制造商使用经过校准的信号发生器扫描输入信号的频率并测量频率响应（在校正系统中的任何损耗之后），从计量学的角度来看，这是一种更为严格的方法。 为什么我的高速示波器测得的上升时间有时低于制造商的规格？
示波器制造商通常不保证上升时间的规格。但是，一些制造商（包括 Teledyne LeCroy）将上升时间指定为测试极限，这意味着示波器通道已通过输入阶跃响应测试，并且测量上升时间以确保其等于或低于数据表中提供的指定值。其他制造商根据公式（例如 0.4/带宽）指定其上升时间，如果示波器不按照公式执行，这可能会导致非常理想的上升时间规格。此外，一些制造商在特殊模式下指定了示波器的上升时间（例如，在获取重复信号的同时复制采样示波器的非常高的采样率操作）。显然，如果被测信号不是重复的和/或您没有使用特殊模式，那么您测量的上升时间将不同于指定的上升时间。 Compare
6 GHz
4 (Any combination of 6 GHz ProLink inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
80 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
SDA 8060HD
Compare6 GHz
4 (Any combination of 6 GHz ProLink inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
80 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
WaveMaster 8080HD
Compare8 GHz
4 (Any combination of 8 GHz ProLink inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
80 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
SDA 8080HD
Compare8 GHz
4 (Any combination of 8 GHz ProLink inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
80 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
WaveMaster 8130HD
Compare13 GHz
4 (Any combination of 13 GHz ProLink inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
80 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
SDA 8130HD
Compare13 GHz
4 (Any combination of 13 GHz ProLink inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
80 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
WaveMaster 8160HD
Compare16 GHz
4 (Any combination of 16 GHz ProLink inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
80 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
SDA 8160HD
Compare16 GHz
4 (Any combination of 16 GHz ProLink inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
80 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
WaveMaster 8200HD
Compare20 GHz
4 (Any combination of 20 GHz ProLink inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
SDA 8200HD
Compare20 GHz
4 (Any combination of 20 GHz ProLink inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
WaveMaster 8250HD
Compare25 GHz
4 (Any combination of 25 GHz ProAxial inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
SDA 8250HD
Compare25 GHz
4 (Any combination of 25 GHz ProAxial inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
WaveMaster 8330HD
Compare33 GHz
4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
SDA 8330HD
Compare33 GHz
4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs)
8000 Mpts/ch
160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
WaveMaster 8500HD
Compare50 GHz
4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs),
3 (A combination of one 1.85mm input @ full BW and two ProLink or ProBus inputs), or
2 (1.85mm inputs @ full BW)
1.85mm inputs: 16000 Mpts on 1 or 2 Ch
ProBus/ProAxial inputs: 8000 Mpts on 4 Ch
1.85mm inputs: 320 GS/s
ProBus/ProAxial inputs: 160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
SDA 8500HD
Compare50 GHz
4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs),
3 (A combination of one 1.85mm input @ full BW and two ProLink or ProBus inputs), or
2 (1.85mm inputs @ full BW)
1.85mm inputs: 16000 Mpts on 1 or 2 Ch
ProBus/ProAxial inputs: 8000 Mpts on 4 Ch
1.85mm inputs: 320 GS/s
ProBus/ProAxial inputs: 160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
WaveMaster 8590HD
Compare59 GHz
4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs),
3 (A combination of one 1.85mm input @ full BW and two ProLink or ProBus inputs), or
2 (1.85mm inputs @ full BW)
1.85mm inputs: 16000 Mpts on 1 or 2 Ch
ProBus/ProAxial inputs: 8000 Mpts on 4 Ch
1.85mm inputs: 320 GS/s
ProBus/ProAxial inputs: 160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
SDA 8590HD
Compare59 GHz
4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs),
3 (A combination of one 1.85mm input @ full BW and two ProLink or ProBus inputs), or
2 (1.85mm inputs @ full BW)
1.85mm inputs: 16000 Mpts on 1 or 2 Ch
ProBus/ProAxial inputs: 8000 Mpts on 4 Ch
1.85mm inputs: 320 GS/s
ProBus/ProAxial inputs: 160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
WaveMaster 8650HD
Compare65 GHz
4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs),
3 (A combination of one 1.85mm input @ full BW and two ProLink or ProBus inputs), or
2 (1.85mm inputs @ full BW)
1.85mm inputs: 16000 Mpts on 1 or 2 Ch
ProBus/ProAxial inputs: 8000 Mpts on 4 Ch
1.85mm inputs: 320 GS/s
ProBus/ProAxial inputs: 160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
SDA 8650HD
Compare65 GHz
4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs),
3 (A combination of one 1.85mm input @ full BW and two ProLink or ProBus inputs), or
2 (1.85mm inputs @ full BW)
1.85mm inputs: 16000 Mpts on 1 or 2 Ch
ProBus/ProAxial inputs: 8000 Mpts on 4 Ch
1.85mm inputs: 320 GS/s
ProBus/ProAxial inputs: 160 GS/s
12 bits; up to 15 bits with enhanced resolution (ERES)
6 GHz | 4 (Any combination of 6 GHz ProLink inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 80 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
|
SDA 8060HD Compare | 6 GHz | 4 (Any combination of 6 GHz ProLink inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 80 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
WaveMaster 8080HD Compare | 8 GHz | 4 (Any combination of 8 GHz ProLink inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 80 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
SDA 8080HD Compare | 8 GHz | 4 (Any combination of 8 GHz ProLink inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 80 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
WaveMaster 8130HD Compare | 13 GHz | 4 (Any combination of 13 GHz ProLink inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 80 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
SDA 8130HD Compare | 13 GHz | 4 (Any combination of 13 GHz ProLink inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 80 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
WaveMaster 8160HD Compare | 16 GHz | 4 (Any combination of 16 GHz ProLink inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 80 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
SDA 8160HD Compare | 16 GHz | 4 (Any combination of 16 GHz ProLink inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 80 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
WaveMaster 8200HD Compare | 20 GHz | 4 (Any combination of 20 GHz ProLink inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 160 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
SDA 8200HD Compare | 20 GHz | 4 (Any combination of 20 GHz ProLink inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 160 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
WaveMaster 8250HD Compare | 25 GHz | 4 (Any combination of 25 GHz ProAxial inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 160 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
SDA 8250HD Compare | 25 GHz | 4 (Any combination of 25 GHz ProAxial inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 160 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
WaveMaster 8330HD Compare | 33 GHz | 4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 160 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
SDA 8330HD Compare | 33 GHz | 4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs) | 8000 Mpts/ch | 160 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
WaveMaster 8500HD Compare | 50 GHz | 4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs), | 1.85mm inputs: 16000 Mpts on 1 or 2 Ch | 1.85mm inputs: 320 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
SDA 8500HD Compare | 50 GHz | 4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs), | 1.85mm inputs: 16000 Mpts on 1 or 2 Ch | 1.85mm inputs: 320 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
WaveMaster 8590HD Compare | 59 GHz | 4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs), | 1.85mm inputs: 16000 Mpts on 1 or 2 Ch | 1.85mm inputs: 320 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
SDA 8590HD Compare | 59 GHz | 4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs), | 1.85mm inputs: 16000 Mpts on 1 or 2 Ch | 1.85mm inputs: 320 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
WaveMaster 8650HD Compare | 65 GHz | 4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs), | 1.85mm inputs: 16000 Mpts on 1 or 2 Ch | 1.85mm inputs: 320 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
SDA 8650HD Compare | 65 GHz | 4 (Any combination of 33 GHz ProAxial inputs or 2 GHz ProBus inputs), | 1.85mm inputs: 16000 Mpts on 1 or 2 Ch | 1.85mm inputs: 320 GS/s | 12 bits; up to 15 bits with enhanced resolution (ERES) |
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WM8KHD-MSO
Mixed Signal Option for WaveMaster/SDA 8000HD (includes probe, accessories, and license)
Mixed Signal Solutions
| model | Description | |
|---|---|---|
| HDA125-09-LBUS | 12.5 GS/s High-speed Digital Analyzer with 9ch QuickLink leadset and LBUS connection | |
| HDA125-18-LBUS | 12.5 GS/s High-speed Digital Analyzer with 18ch QuickLink leadset and LBUS connection |
Memory Options
| model | Description | |
|---|---|---|
| WM8KHD-500MPT | 500 Mpt memory option for WaveMaster 8000HD (standard on SDA 8000HD) | |
| WM8KHD-2000MPT | 2 Gpt memory option for WaveMaster 8000HD | |
| WM8KHD-8000MPT | 8 Gpt memory option for WaveMaster 8000HD | |
| SDA8KHD-2000MPT | 2 Gpt memory option for SDA8000HD | |
| SDA8KHD-8000MPT | 8 Gpt memory option for SDA8000HD |
Synchronize Oscilloscope Options
| model | Description | |
|---|---|---|
| WM8KHD-OSCILLO-SYNC | OscilloSYNC software option - synchronize 1 x WaveMaster/SDA 8000HD with 1 x WaveRunner 8000HD |
Computer Upgrade
| model | Description | |
|---|---|---|
| WM8KHD-RSSD-02 | Additional Removable Solid State Drive for WaveMaster/SDA 8000HD |
Power Analysis Software
| model | Description | |
|---|---|---|
| WM8KHD-POWER-DEVICE | Power Device Analysis Option for WM8KHD | |
| WM8KHD-DIG-PWR-MGMT | Digital Power Management Analysis Option for WaveMaster/SDA 8000HD | |
| WM8KHD-PWR | Power Analysis Option for WaveMaster/SDA 8000HD |
Serial Trigger and Decode
| model | Description | |
|---|---|---|
| WM8KHD-QSPI TD | QSPI (Simple Data, Dual-, Quad-SPI) Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-DPAUX TD | DisplayPort AUX Trigger and Decode Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-DPAUX TDMP | DisplayPort AUX Trigger, Decode, Measure/Graph, and Physical Layer Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-DPAUX TDMP | DisplayPort AUX Trigger, Decode, Measure/Graph, and Physical Layer Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-NRZ-Manchester TD | NRZ and Manchester Trigger and Decode Option for WM8KHD | |
| WM8KHD-1000BASE-T1 TDMP | 1000Base-T1 Trigger, Decode for WaveMaster/SDA 8000HD | |
| WM8KHD-100BASE-T1 TDMP | 100Base-T1 Trigger, Decode, Measure/Graph, and Physical Layer Option for WaveMaster/SDA 8000HD | |
| WM8KHD-100BASE-T1BUS TD | 100Base-T1 Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-10BASE-T1S TD | 10Base-T1S Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-10BASE-T1S TDME | 10Base-T1S Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-1553 TD | MIL-STD-1553 Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-1553 TDME | MIL-STD-1553 Trigger, Decode, Measure/Graph, and Eye Diagram Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-64B66B D | 64b66b Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-8B10B D | 8b10b Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-ARINC429BUS DME SYMBOLIC | ARINC 429 Bus Symbolic Decode, Measure/Graph, and Eye Diagram Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-ARINC429BUS DSYMBOLIC | ARINC 429 Bus Symbolic Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-AUDIOBUS TD | AudioBus trigger and decode for WaveMaster/SDA 8000HD | |
| WM8KHD-AUDIOBUS TDG | AudioBus trigger, decode, and graph for WaveMaster/SDA 8000HD | |
| WM8KHD-CAN FDBUS TD | CAN and CAN FD Trigger and Decode Option for WaveMaster/SDA 8000HD Oscilloscopes | |
| WM8KHD-CAN FDBUS TDME SYMBOLIC | CAN/CAN FD Symbolic Trigger, Decode, Measure/Graph, and Eye Diagram Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-CAN XL TD | CAN/CAN FD/CAN XL Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-CAN XL TDME SYMBOLIC | CAN/CAN FD/CAN XL Symbolic Trigger, Decode, Measure/Graph, Eye Diag. Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-CPHYBUS D | C-PHY (DSI-2/CSI-2) Decode Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-CPHYBUS DMP | C-PHY (DSI-2/CSI-2) Decode, Measure/Graph and Physical Layer Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-DIGRF3GBUS D | DigRF 3G Bus Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-DIGRFV4BUS D | DigRF V4 Bus Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-DPHYBUS D | D-PHY Bus Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-DPHYBUS DP | MIPI D-PHY CSI-2, DSI Bus Decode and Physical Layer test option for WaveMaster/SDA 8000HD | |
| WM8KHD-EMB TD | Bundle: Includes I2C, SPI, UART-RS232 Trigger and Decode Options for for WaveMaster/SDA 8000HD | |
| WM8KHD-EMB TDME | Bundle: Incl. I2C, SPI, UART-RS232 Trigger, Decode, Measure/Graph, and Eye for WaveMaster/SDA 8000HD | |
| WM8KHD-ENETBUS D | ENET Bus Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-FCBUS D | FibreChannel decode annotation option for WaveMaster/SDA 8000HD | |
| WM8KHD-FLEXRAYBUS TD | FlexRay Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-FLEXRAYBUS TDMP | FlexRay Trigger, Decode, Measure/Graph and Physical Layer Option for WaveMaster/SDA 8000HD | |
| WM8KHD-I2CBUS TD | I2C Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-I2CBUS TDME | I2C Trigger, Decode, Measure/Graph, and Eye Diagram Option for for WaveMaster/SDA 8000HD | |
| WM8KHD-I3CBUS TD | I3C Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-I3CBUS TDME | I3C Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-LINBUS TD | LIN Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-LINBUS TDME | LIN Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-MANCHESTERBUS D | Manchester Bus Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-MDIOBUS D | MDIO Decode for WaveMaster/SDA 8000HD | |
| WM8KHD-MPHYBUS D | MIPI M-PHY Bus Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-MPHYBUS DP | MIPI M-PHY Bus Decode and Physical layer option for WaveMaster/SDA 8000HD | |
| WM8KHD-PCIEBUS D | PCI Express Protocol Link Layer Decode Annotation for WaveMaster/SDA 8000HD | |
| WM8KHD-PMBUS TD | PMBus Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-PMBUS TDME | PMBus Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster 8000HD | |
| WM8KHD-PROTOSYNC | Decode Annotation and Protocol Analyzer Software Sync Option for WaveMaster/SDA 8000HD | |
| WM8KHD-PROTOSYNC-BT | Decode Annotation and Protocol Analyzer+BitTracer SW Sync Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SASBUS D | SAS Decode annotation option for WaveMaster/SDA 8000HD | |
| WM8KHD-SATABUS D | SATA Gen 1,2,3 Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-SENTBUS TD | SENT Bus Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SENTBUS TDME | SENT Bus Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SMBUS TD | SMBus Trigger and Decode Option for WaveMaster 8000HD | |
| WM8KHD-SMBUS TDME | SMBus Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster 8000HD | |
| WM8KHD-SPACEWIREBUS D | SpaceWire Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SPIBUS TD | SPI Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SPIBUS TDME | SPI Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SPMIBUS TD | SPMI Trigger and Decode for WaveMaster/SDA 8000HD | |
| WM8KHD-SPMIBUS TDME | SPMI Trigger, Decode, Measure/Graph, and Eye Diagram option for WaveMaster/SDA 8000HD | |
| WM8KHD-UART-RS232BUS TD | UART-RS232 Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-UART-RS232BUS TDME | UART-RS232 Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-UNIPROBUS D | MIPI UniPro Protocol Decoder Software Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB2-HSICBUS D | USB 2.0 HSIC Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB2BUS TD | USB 2.0 Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB2BUS TDME | USB 2.0 Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB32BUS D | USB 3.2 Decode for for WaveMaster/SDA 8000HD | |
| WM8KHD-USB4BUS DME | USB4 and Thunderbolt Decode, Measure/Graph, and Eye Measurements Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB4SB TD | USB4 and Thunderbolt Sideband Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB4SB TDMP | USB4/TBT4 Sideband Trigger, Decode, Measure/Graph, and PHY Meas. Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USBPD TD | USB-PD Trigger and Decode Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-USBPD TDMP | USB-PD Trigger, Decode, Measure/Graph, and Physical Layer Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-ENET10GBUS D | ENET 10G Decode Option for WaveMaster/SDA 8000HD |
Jitter Analysis Software
| model | Description | |
|---|---|---|
| WM8KHD-CLOCK-X | Clock Expert Jitter Analysis Framework | |
| WM8KHD-CLOCK-X-PRO | Clock Expert Jitter Analysis Framework with SSC, Phase Noise and Accumulated Jitter Analysis | |
| WM8KHD-JITKIT | Clock, clock-data Jitter Analysis and views of time, statistical, spectral, and jitter overlay |
Digital Filtering Software
| model | Description | |
|---|---|---|
| WM8KHD-DFP2 | Digital Filter Software Package for WaveMaster/SDA 8000HD |
Serial Data Compliance
| model | Description | |
|---|---|---|
| QPHY-NBASE-T | QualiPHY Enabled NBASE-T (2.5GBase-T & 5GBASE-T) Compliance Software Option | |
| QPHY2-PC | QualiPHY 2 PC Off-line Compliance Software (Permanent License) Includes Permanent MAUI Studio Pro License | |
| QPHY2-PC-1YR | QualiPHY 2 PC Off-line Compliance Software (1 Year renewable License) Includes 1 Year MAUI Studio Pro License | |
| QPHY2-ASA | QualiPHY2 Enabled ASA Motion Link Compliance Software Option | |
| QPHY2-PCIE1-PCIE2-TX | QualiPHY 2 Enabled PCIe 2.0 and 1.0 Compliance Software Option Includes PCIe Tx and CXL Tx electrical tests | |
| QPHY2-PCIE3-TX-RX | QualiPHY 2 Enabled PCIe 3.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY2-LPDDR5 | QualiPHY2 LPDDR5 System Level (@BGA) Automated Compliance Software Option | |
| QPHY2-DDR5-SYS | QualiPHY2 DDR5 System Level (@BGA) Automated Compliance Software Option | |
| WM8KHD-AUTO-ENET-TOOLKIT | 100Base-T1 and 1000Base-T1 Debug Toolkit for WaveMaster/SDA 8000HD Oscilloscopes | |
| WM8KHD-DDR2-TOOLKIT | DDR 2 and LPDDR 2 Debug Toolkit for WaveMaster/SDA 8000HD Oscilloscopes | |
| WM8KHD-DDR3-TOOLKIT | DDR 3/2 and LPDDR 3/2 Debug Toolkit for WaveMaster/SDA 8000HD Oscilloscopes | |
| WM8KHD-DDR4-TOOLKIT | DDR2/3/4 and LPDDR2/3/4/4X Debug Toolkit for WaveMaster/SDA 8000HD Oscilloscopes | |
| QPHY-1000Base-T1 | QualiPHY Enabled 1000Base-T1 (Automotive Ethernet) Compliance Software Option | |
| QPHY-100Base-T1 | QualiPHY Enabled 100Base-T1 (Automotive Ethernet) Compliance Software Option | |
| QPHY-10Base-T1L | QualiPHY Enabled 10Base-T1L (Industrial Ethernet) Compliance Software Option | |
| QPHY-10Base-T1S | QualiPHY Enabled 10Base-T1S (Automotive Ethernet) Compliance Software Option | |
| QPHY-10GBASE-T | QualiPHY Enabled 10GBASE-T Transmitter and Return Loss Compliance Test Software Option | |
| QPHY-DDR2 | QualiPHY Enabled DDR2 Compliance Software Option | |
| QPHY-DDR3 | QualiPHY Enabled DDR3, DDR3L and LPDDR3 Compliance Software Option | |
| QPHY-ENET | QualiPHY Enabled Ethernet 10/100/1000BT Compliance Software Option | |
| QPHY-HDMI21 | QualiPHY Enabled HDMI 2.1/2.0/1.4 FRL and TMDS Compliance Software Option | |
| QPHY-MIPI-CPHY | QualiPHY Enabled MIPI C-PHY Compliance Software Option (includes C-PHY DMP) | |
| QPHY-MIPI-DPHY | QualiPHY Enabled MIPI DPHY Compliance Software Option | |
| QPHY-MIPI-MPHY | QualiPHY Enabled MIPI M-PHY Compliance Software Option | |
| QPHY-MultiGBase-T1 | QualiPHY Enabled MultiGBase-T1 (Automotive Ethernet) Compliance Software Option | |
| QPHY-PCIe | QualiPHY Enabled PCIe 2.0 and 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY-SATA-TSG-RSG | QualiPHY Enabled SATA (PHY, TSG, RSG, and OOB) Compliance Software Option | |
| QPHY-USB | QualiPHY Enabled USB 2.0 Compliance Software Option | |
| QPHY-DDR4 | QualiPHY Enabled DDR4 and LPDDR4 Compliance Software Option | |
| QPHY-DP2-SOURCE | QualiPHY Enabled DisplayPort 2.x Source Compliance Software Option (Includes DisplayPort 1.4 Rates) | |
| QPHY-DP2-SINK | QualiPHY Enabled DisplayPort 2.x Sink Compliance Software Option (Includes DisplayPort 1.4 Rates) | |
| WM8KHD-DDR5-TOOLKIT | DDR5 Debug Toolkit for WaveMaster/SDA 8000HD Oscilloscopes | |
| QPHY-10GBase-KR | QualiPHY Enabled 10GBase-KR Compliance Software Option | |
| QPHY-eDP | QualiPHY Enabled Embedded DisplayPort Compliance Software Option | |
| QPHY-PCIE3-TX-RX | QualiPHY Enabled PCIe 3.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY-SFI | QualiPHY Enabled SFI Compliance Software Option | |
| QPHY-SAS3 | QualiPHY Enabled SAS3 (1.5 Gb/s, 3.0 Gb/s, 6.0 Gb/s, and 12.0 Gb/s) Compliance Software Option | |
| QPHY-USB3.2-Tx-Rx | QualiPHY Enabled USB 3.2 Compliance Tx-Rx Software Option | |
| QPHY-PCIE4-TX-RX | QualiPHY Enabled PCIe 4.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY-PCIE5-TX-RX | QualiPHY Enabled PCIe 5.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY-PCIE6-TX-RX | QualiPHY Enabled PCIe 6.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY2-USB4-TX-RX | QualiPHY 2 Enabled USB4 and Thunderbolt Transmitter and Receiver Compliance Software Option | |
| QPHY2-PCIE4-TX-RX | QualiPHY 2 Enabled PCIe 4.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY2-PCIE5-TX-RX | QualiPHY 2 Enabled PCIe 5.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY2-PCIE6-TX-RX | QualiPHY 2 Enabled PCIe 6.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests |
Serial Data Analysis
| model | Description | |
|---|---|---|
| WM8KHD-EYEDRII | Signal Integrity Toolkit - Channel & Fixture De-embedding/Emulation, Tx/Rx Equalization | |
| WM8KHD-CBL-DE-EMBED | Cable De-Embedding Option for WaveMaster/SDA 8000HD | |
| WM8KHD-VIRTUALPROBE | Advanced De-embedding, Emulation and Virtual Probing Toolkit | |
| WM8KHD-SDAX-COMPLETE | Bundle - Multi-Lane SDA Expert Framework, incl. Eye, Jitter, Noise, Xtalk Meas and VirtualProbe | |
| WM8KHD-SDAX-DP | SDA Expert Technology Framework for DisplayPort | |
| WM8KHD-SDAX-NRZ | NRZ Serial Data Expert Analysis Framework, Eye, Jitter and Noise Measurements | |
| WM8KHD-SDAX-PAM | PAM Serial Data Expert Analysis Framework, Eye,Jitter and Noise Measurements | |
| WM8KHD-SDAX-PCIE-NRZ | SDA Expert Technology Framework for PCIe NRZ | |
| WM8KHD-SDAX-USB32 | SDA Expert Technology Framework for USB3.2 | |
| WM8KHD-SDAX-USB4-TBT | SDA Expert Technology Framework for USB4 and Thunderbolt | |
| WM8KHD-SDAX-PCIE6 | SDA Expert Technology Framework for PCIe 6.0 | |
| WM8KHD-SDAX-ENET-50G-100G | SDA Expert Technology Framework for 50G/100G Ethernet |
Other Software Options
| model | Description | |
|---|---|---|
| WM8KHD-ZONETRIGGER | Zone Trigger option for WaveMaster/SDA 8000HD | |
| WM8KHD-CROSSSYNC-PHY-PCIE | PCIe CrossSync PHY protocol analyzer synchronization for WaveMaster/SDA 8000HD | |
| WM8KHD-CROSSSYNC-PHY-USB | USB CrossSync PHY protocol analyzer synchronization for WaveMaster/SDA 8000HD | |
| WM8KHD-EMC | EMC Pulse Parameter Software Package for WaveMaster/SDA 8000HD | |
| WM8KHD-SPECTRUM-1 | Spectrum Analyzer for WaveMaster/SDA 8000HD - 1 trace | |
| WM8KHD-SPECTRUM-PRO-2R | Spectrum Analyzer for WaveMaster/SDA 8000HD - 2 traces + reference | |
| WM8KHD-VECTORLINQ | VectorLinQ Vector Signal Analysis | |
| WM8KHD-VECTORLINQ-ADV | VectorLinQ Advanced Vector Signal Analysis incl OFDM | |
| WM8KHD-XDEV | Advanced Customization Option for WaveMaster 8000HD |
Mixed Signal Accessories
| model | Description | |
|---|---|---|
| HDA-DLS-18QL | 18 channel QuickLink leadset for HDA125 | |
| HDA-DLS-09QL | 9 channel QuickLink leadset for HDA125 |
Serial Data Test Fixtures
| model | Description | |
|---|---|---|
| TF-AUTO-ENET | Automotive Ethernet Breakout Test Fixture for 100Base-T1 and 1000Base-T1 Debug | |
| TF-AUTO-ENET-SMA | 4 pack of SMA Connector boards for TF-AUTO-ENET | |
| TF-AUTO-HMTD | Test Fixture HMTD-Connector (m) to SMA (f) | |
| TF-AUTO-MATENET | Test Fixture MATEnet-Connector (m) to SMA (f) | |
| TF-AUTO-MINI50 | Test Fixture Mini-50-Connector (m) to SMA (f) | |
| TF-ENET-B | 10/100/1000BaseT Ethernet Test Fixture | |
| TF-HDMI-3.3V-QUADPAK | HDMI Pull-Up Terminator Quad Pack - For Use with the Wilder-Tech HDMI-TPA-P Plug Test Adapter | |
| TF-MIPI-MPHY-DUALPAK | MIPI M-PHY input offset adapter dual pack | |
| TF-NBASE-T | Test Fixture Kit for NBase-T and 10GBase-T Electrical and Return Loss Measurements | |
| TF-PCIE4-CTRL | PCIe 4.0 compliance baseboard test automation controller | |
| TF-SATA-C-Kit | SATA Compliance Test Kit | |
| TF-USB-B | USB 2.0 Compliance Test Fixture | |
| TF-USB-C-HS | USB4 High-speed and Sideband Test Coupon Fixture | |
| TF-USB-C-SB | USB4 Sideband Test Coupon Fixture | |
| TF-USB3 | SuperSpeed and SuperSpeedPlus USB Test Fixtures |
Serial Trigger Hardware
| model | Description | |
|---|---|---|
| WM8KHD-8GBIT-SYMBOL-TD | 80-bit NRZ, 8b/10b, and 64b/66b 8 Gbps Serial Trigger option for WaveMaster 8000HD | |
| WM8KHD-16GBIT-SYMBOL-TD | 80-bit NRZ, 8b/10b, and 64b/66b 16 Gbps Serial Trigger option for WaveMaster 8000HD | |
| SDA8KHD-UPG-16GBIT-SYMBOL-TD | 80-bit NRZ, 8b/10b, and 64b/66b 16 Gbps Serial Trigger upgrade for SDA 8000HD |
混合信号选项
| 模型 | 描述 | Mixed Signal Option for WaveMaster/SDA 8000HD (includes probe, accessories, and license) | ">
|---|---|---|
| WM8KHD-MSO |
|
混合信号解决方案
| 模型 | 描述 | 12.5 GS/s High-speed Digital Analyzer with 9ch QuickLink leadset and LBUS connection |
|---|---|---|
| HDA125-18-LBUS | 12.5 GS/s High-speed Digital Analyzer with 18ch QuickLink leadset and LBUS connection | |
| HDA125-09-LBUS |
| |
| HDA125-18-LBUS |
|
内存选项
| 模型 | 描述 | 500 Mpt memory option for WaveMaster 8000HD (standard on SDA 8000HD) |
|---|---|---|
| WM8KHD-2000MPT | 2 Gpt memory option for WaveMaster 8000HD | |
| WM8KHD-8000MPT | 8 Gpt memory option for WaveMaster 8000HD | |
| SDA8KHD-2000MPT | 2 Gpt memory option for SDA8000HD | |
| SDA8KHD-8000MPT | 8 Gpt memory option for SDA8000HD | |
| WM8KHD-500MPT |
| |
| WM8KHD-2000MPT |
| |
| WM8KHD-8000MPT |
| |
| SDA8KHD-2000MPT |
| |
| SDA8KHD-8000MPT |
|
同步示波器选项
| 模型 | 描述 | OscilloSYNC software option - synchronize 1 x WaveMaster/SDA 8000HD with 1 x WaveRunner 8000HD | ">
|---|---|---|
| WM8KHD-振荡器同步 |
|
电脑升级
| 模型 | 描述 | Additional Removable Solid State Drive for WaveMaster/SDA 8000HD | ">
|---|---|---|
| WM8KHD-RSSD-02 |
|
功率分析软件
| 模型 | 描述 | Power Device Analysis Option for WM8KHD |
|---|---|---|
| WM8KHD-DIG-PWR-MGMT | Digital Power Management Analysis Option for WaveMaster/SDA 8000HD | |
| WM8KHD-PWR | Power Analysis Option for WaveMaster/SDA 8000HD | |
| WM8KHD-电源设备 |
| |
| WM8KHD-DIG-PWR-MGMT |
| |
| WM8KHD-PWR |
|
串行触发和解码
| 模型 | 描述 | QSPI (Simple Data, Dual-, Quad-SPI) Trigger and Decode Option for WaveMaster/SDA 8000HD |
|---|---|---|
| WM8KHD-DPAUX TD | DisplayPort AUX Trigger and Decode Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-DPAUX TDMP | DisplayPort AUX Trigger, Decode, Measure/Graph, and Physical Layer Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-DPAUX TDMP | DisplayPort AUX Trigger, Decode, Measure/Graph, and Physical Layer Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-NRZ-Manchester TD | NRZ and Manchester Trigger and Decode Option for WM8KHD | |
| WM8KHD-1000BASE-T1 TDMP | 1000Base-T1 Trigger, Decode for WaveMaster/SDA 8000HD | |
| WM8KHD-100BASE-T1 TDMP | 100Base-T1 Trigger, Decode, Measure/Graph, and Physical Layer Option for WaveMaster/SDA 8000HD | |
| WM8KHD-100BASE-T1BUS TD | 100Base-T1 Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-10BASE-T1S TD | 10Base-T1S Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-10BASE-T1S TDME | 10Base-T1S Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-1553 TD | MIL-STD-1553 Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-1553 TDME | MIL-STD-1553 Trigger, Decode, Measure/Graph, and Eye Diagram Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-64B66B D | 64b66b Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-8B10B D | 8b10b Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-ARINC429BUS DME SYMBOLIC | ARINC 429 Bus Symbolic Decode, Measure/Graph, and Eye Diagram Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-ARINC429BUS DSYMBOLIC | ARINC 429 Bus Symbolic Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-AUDIOBUS TD | AudioBus trigger and decode for WaveMaster/SDA 8000HD | |
| WM8KHD-AUDIOBUS TDG | AudioBus trigger, decode, and graph for WaveMaster/SDA 8000HD | |
| WM8KHD-CAN FDBUS TD | CAN and CAN FD Trigger and Decode Option for WaveMaster/SDA 8000HD Oscilloscopes | |
| WM8KHD-CAN FDBUS TDME SYMBOLIC | CAN/CAN FD Symbolic Trigger, Decode, Measure/Graph, and Eye Diagram Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-CAN XL TD | CAN/CAN FD/CAN XL Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-CAN XL TDME SYMBOLIC | CAN/CAN FD/CAN XL Symbolic Trigger, Decode, Measure/Graph, Eye Diag. Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-CPHYBUS D | C-PHY (DSI-2/CSI-2) Decode Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-CPHYBUS DMP | C-PHY (DSI-2/CSI-2) Decode, Measure/Graph and Physical Layer Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-DIGRF3GBUS D | DigRF 3G Bus Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-DIGRFV4BUS D | DigRF V4 Bus Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-DPHYBUS D | D-PHY Bus Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-DPHYBUS DP | MIPI D-PHY CSI-2, DSI Bus Decode and Physical Layer test option for WaveMaster/SDA 8000HD | |
| WM8KHD-EMB TD | Bundle: Includes I2C, SPI, UART-RS232 Trigger and Decode Options for for WaveMaster/SDA 8000HD | |
| WM8KHD-EMB TDME | Bundle: Incl. I2C, SPI, UART-RS232 Trigger, Decode, Measure/Graph, and Eye for WaveMaster/SDA 8000HD | |
| WM8KHD-ENETBUS D | ENET Bus Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-FCBUS D | FibreChannel decode annotation option for WaveMaster/SDA 8000HD | |
| WM8KHD-FLEXRAYBUS TD | FlexRay Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-FLEXRAYBUS TDMP | FlexRay Trigger, Decode, Measure/Graph and Physical Layer Option for WaveMaster/SDA 8000HD | |
| WM8KHD-I2CBUS TD | I2C Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-I2CBUS TDME | I2C Trigger, Decode, Measure/Graph, and Eye Diagram Option for for WaveMaster/SDA 8000HD | |
| WM8KHD-I3CBUS TD | I3C Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-I3CBUS TDME | I3C Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-LINBUS TD | LIN Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-LINBUS TDME | LIN Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-MANCHESTERBUS D | Manchester Bus Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-MDIOBUS D | MDIO Decode for WaveMaster/SDA 8000HD | |
| WM8KHD-MPHYBUS D | MIPI M-PHY Bus Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-MPHYBUS DP | MIPI M-PHY Bus Decode and Physical layer option for WaveMaster/SDA 8000HD | |
| WM8KHD-PCIEBUS D | PCI Express Protocol Link Layer Decode Annotation for WaveMaster/SDA 8000HD | |
| WM8KHD-PMBUS TD | PMBus Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-PMBUS TDME | PMBus Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster 8000HD | |
| WM8KHD-PROTOSYNC | Decode Annotation and Protocol Analyzer Software Sync Option for WaveMaster/SDA 8000HD | |
| WM8KHD-PROTOSYNC-BT | Decode Annotation and Protocol Analyzer+BitTracer SW Sync Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SASBUS D | SAS Decode annotation option for WaveMaster/SDA 8000HD | |
| WM8KHD-SATABUS D | SATA Gen 1,2,3 Decode option for WaveMaster/SDA 8000HD | |
| WM8KHD-SENTBUS TD | SENT Bus Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SENTBUS TDME | SENT Bus Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SMBUS TD | SMBus Trigger and Decode Option for WaveMaster 8000HD | |
| WM8KHD-SMBUS TDME | SMBus Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster 8000HD | |
| WM8KHD-SPACEWIREBUS D | SpaceWire Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SPIBUS TD | SPI Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SPIBUS TDME | SPI Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-SPMIBUS TD | SPMI Trigger and Decode for WaveMaster/SDA 8000HD | |
| WM8KHD-SPMIBUS TDME | SPMI Trigger, Decode, Measure/Graph, and Eye Diagram option for WaveMaster/SDA 8000HD | |
| WM8KHD-UART-RS232BUS TD | UART-RS232 Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-UART-RS232BUS TDME | UART-RS232 Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-UNIPROBUS D | MIPI UniPro Protocol Decoder Software Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB2-HSICBUS D | USB 2.0 HSIC Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB2BUS TD | USB 2.0 Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB2BUS TDME | USB 2.0 Trigger, Decode, Measure/Graph, and Eye Diagram Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB32BUS D | USB 3.2 Decode for for WaveMaster/SDA 8000HD | |
| WM8KHD-USB4BUS DME | USB4 and Thunderbolt Decode, Measure/Graph, and Eye Measurements Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB4SB TD | USB4 and Thunderbolt Sideband Trigger and Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USB4SB TDMP | USB4/TBT4 Sideband Trigger, Decode, Measure/Graph, and PHY Meas. Option for WaveMaster/SDA 8000HD | |
| WM8KHD-USBPD TD | USB-PD Trigger and Decode Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-USBPD TDMP | USB-PD Trigger, Decode, Measure/Graph, and Physical Layer Opt. for WaveMaster/SDA 8000HD | |
| WM8KHD-ENET10GBUS D | ENET 10G Decode Option for WaveMaster/SDA 8000HD | |
| WM8KHD-QSPI TD |
| |
| WM8KHD-DPAUX TD |
| |
| WM8KHD-DPAUX TDMP |
| |
| WM8KHD-DPAUX TDMP |
| |
| WM8KHD-NRZ-曼彻斯特 TD |
| |
| WM8KHD-1000BASE-T1 TDMP |
| |
| WM8KHD-100BASE-T1 TDMP |
| |
| WM8KHD-100BASE-T1BUS TD |
| |
| WM8KHD-10BASE-T1S TD |
| |
| WM8KHD-10BASE-T1S TDME |
| |
| WM8KHD-1553 TD |
| |
| WM8KHD-1553 TDME |
| |
| WM8KHD-64B66B D |
| |
| WM8KHD-8B10B D |
| |
| WM8KHD-ARINC429BUS DME SYMBOLIC |
| |
| WM8KHD-ARINC429BUS DSYMBOLIC |
| |
| WM8KHD-AUDIOBUS TD |
| |
| WM8KHD-AUDIOBUS TDG |
| |
| WM8KHD-CAN FDBUS TD |
| |
| WM8KHD-CAN FDBUS TDME SYMBOLIC |
| |
| WM8KHD-CAN XL TD |
| |
| WM8KHD-CAN XL TDME SYMBOLIC |
| |
| WM8KHD-CPHYBUS D |
| |
| WM8KHD-CPHYBUS DMP |
| |
| WM8KHD-DIGRF3G总线 D |
| |
| WM8KHD-DIGRFV4总线 D |
| |
| WM8KHD-DPHY总线 D |
| |
| WM8KHD-DPHY总线 DP |
| |
| WM8KHD-EMB TD |
| |
| WM8KHD-EMB TDME |
| |
| WM8KHD-以太网总线 D |
| |
| WM8KHD-FC总线 D |
| |
| WM8KHD-FLEXRAYBUS TD |
| |
| WM8KHD-FLEXRAYBUS TDMP |
| |
| WM8KHD-I2CBUS TD |
| |
| WM8KHD-I2CBUS TDME |
| |
| WM8KHD-I3CBUS TD |
| |
| WM8KHD-I3CBUS TDME |
| |
| WM8KHD-LINBUS TD |
| |
| WM8KHD-LINBUS TDME |
| |
| WM8KHD-曼彻斯特巴士 D |
| |
| WM8KHD-MDIO总线 |
| |
| WM8KHD-MPHY总线 D |
| |
| WM8KHD-MPHY总线 DP |
| |
| WM8KHD-PCIE总线 D |
| |
| WM8KHD-PMBUS TD |
| |
| WM8KHD-PMBUS TDME |
| |
| WM8KHD-同步 |
| |
| WM8KHD-PROTOSYNC-BT |
| |
| WM8KHD-SASBUS D |
| |
| WM8KHD-SATA总线 D |
| |
| WM8KHD-SENTBUS TD |
| |
| WM8KHD-SENTBUS TDME |
| |
| WM8KHD-SMBUS TD |
| |
| WM8KHD-SMBUS TDME |
| |
| WM8KHD-SPACEWIREBUS D |
| |
| WM8KHD-SPIBUS TD |
| |
| WM8KHD-SPIBUS TDME |
| |
| WM8KHD-SPMIBUS TD |
| |
| WM8KHD-SPMIBUS TDME |
| |
| WM8KHD-UART-RS232BUS TD |
| |
| WM8KHD-UART-RS232总线 TDME |
| |
| WM8KHD-UNIPROBUS D |
| |
| WM8KHD-USB2-HSIC总线 D |
| |
| WM8KHD-USB2BUS TD |
| |
| WM8KHD-USB2BUS TDME |
| |
| WM8KHD-USB32BUS D |
| |
| WM8KHD-USB4总线DME |
| |
| WM8KHD-USB4SB TD |
| |
| WM8KHD-USB4某人TDMP |
| |
| WM8KHD-USBPD TD |
| |
| WM8KHD-USBPD TDMP |
| |
| WM8KHD-ENET10GBUS D |
|
抖动分析软件
| 模型 | 描述 | Clock Expert Jitter Analysis Framework |
|---|---|---|
| WM8KHD-CLOCK-X-PRO | Clock Expert Jitter Analysis Framework with SSC, Phase Noise and Accumulated Jitter Analysis | |
| WM8KHD-JITKIT | Clock, clock-data Jitter Analysis and views of time, statistical, spectral, and jitter overlay | |
| WM8KHD-时钟-X |
| |
| WM8KHD-时钟-X-PRO |
| |
| WM8KHD-JITKIT |
|
数字滤波软件
| 模型 | 描述 | Digital Filter Software Package for WaveMaster/SDA 8000HD | ">
|---|---|---|
| WM8KHD-DFP2 |
|
串行数据合致性
| 模型 | 描述 | QualiPHY Enabled NBASE-T (2.5GBase-T & 5GBASE-T) Compliance Software Option |
|---|---|---|
| QPHY2-PC | QualiPHY 2 PC Off-line Compliance Software (Permanent License) Includes Permanent MAUI Studio Pro License | |
| QPHY2-PC-1YR | QualiPHY 2 PC Off-line Compliance Software (1 Year renewable License) Includes 1 Year MAUI Studio Pro License | |
| QPHY2-ASA | QualiPHY2 Enabled ASA Motion Link Compliance Software Option | |
| QPHY2-PCIE1-PCIE2-TX | QualiPHY 2 Enabled PCIe 2.0 and 1.0 Compliance Software Option Includes PCIe Tx and CXL Tx electrical tests | |
| QPHY2-PCIE3-TX-RX | QualiPHY 2 Enabled PCIe 3.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY2-LPDDR5 | QualiPHY2 LPDDR5 System Level (@BGA) Automated Compliance Software Option | |
| QPHY2-DDR5-SYS | QualiPHY2 DDR5 System Level (@BGA) Automated Compliance Software Option | |
| WM8KHD-AUTO-ENET-TOOLKIT | 100Base-T1 and 1000Base-T1 Debug Toolkit for WaveMaster/SDA 8000HD Oscilloscopes | |
| WM8KHD-DDR2-TOOLKIT | DDR 2 and LPDDR 2 Debug Toolkit for WaveMaster/SDA 8000HD Oscilloscopes | |
| WM8KHD-DDR3-TOOLKIT | DDR 3/2 and LPDDR 3/2 Debug Toolkit for WaveMaster/SDA 8000HD Oscilloscopes | |
| WM8KHD-DDR4-TOOLKIT | DDR2/3/4 and LPDDR2/3/4/4X Debug Toolkit for WaveMaster/SDA 8000HD Oscilloscopes | |
| QPHY-1000Base-T1 | QualiPHY Enabled 1000Base-T1 (Automotive Ethernet) Compliance Software Option | |
| QPHY-100Base-T1 | QualiPHY Enabled 100Base-T1 (Automotive Ethernet) Compliance Software Option | |
| QPHY-10Base-T1L | QualiPHY Enabled 10Base-T1L (Industrial Ethernet) Compliance Software Option | |
| QPHY-10Base-T1S | QualiPHY Enabled 10Base-T1S (Automotive Ethernet) Compliance Software Option | |
| QPHY-10GBASE-T | QualiPHY Enabled 10GBASE-T Transmitter and Return Loss Compliance Test Software Option | |
| QPHY-DDR2 | QualiPHY Enabled DDR2 Compliance Software Option | |
| QPHY-DDR3 | QualiPHY Enabled DDR3, DDR3L and LPDDR3 Compliance Software Option | |
| QPHY-ENET | QualiPHY Enabled Ethernet 10/100/1000BT Compliance Software Option | |
| QPHY-HDMI21 | QualiPHY Enabled HDMI 2.1/2.0/1.4 FRL and TMDS Compliance Software Option | |
| QPHY-MIPI-CPHY | QualiPHY Enabled MIPI C-PHY Compliance Software Option (includes C-PHY DMP) | |
| QPHY-MIPI-DPHY | QualiPHY Enabled MIPI DPHY Compliance Software Option | |
| QPHY-MIPI-MPHY | QualiPHY Enabled MIPI M-PHY Compliance Software Option | |
| QPHY-MultiGBase-T1 | QualiPHY Enabled MultiGBase-T1 (Automotive Ethernet) Compliance Software Option | |
| QPHY-PCIe | QualiPHY Enabled PCIe 2.0 and 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY-SATA-TSG-RSG | QualiPHY Enabled SATA (PHY, TSG, RSG, and OOB) Compliance Software Option | |
| QPHY-USB | QualiPHY Enabled USB 2.0 Compliance Software Option | |
| QPHY-DDR4 | QualiPHY Enabled DDR4 and LPDDR4 Compliance Software Option | |
| QPHY-DP2-SOURCE | QualiPHY Enabled DisplayPort 2.x Source Compliance Software Option (Includes DisplayPort 1.4 Rates) | |
| QPHY-DP2-SINK | QualiPHY Enabled DisplayPort 2.x Sink Compliance Software Option (Includes DisplayPort 1.4 Rates) | |
| WM8KHD-DDR5-TOOLKIT | DDR5 Debug Toolkit for WaveMaster/SDA 8000HD Oscilloscopes | |
| QPHY-10GBase-KR | QualiPHY Enabled 10GBase-KR Compliance Software Option | |
| QPHY-eDP | QualiPHY Enabled Embedded DisplayPort Compliance Software Option | |
| QPHY-PCIE3-TX-RX | QualiPHY Enabled PCIe 3.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY-SFI | QualiPHY Enabled SFI Compliance Software Option | |
| QPHY-SAS3 | QualiPHY Enabled SAS3 (1.5 Gb/s, 3.0 Gb/s, 6.0 Gb/s, and 12.0 Gb/s) Compliance Software Option | |
| QPHY-USB3.2-Tx-Rx | QualiPHY Enabled USB 3.2 Compliance Tx-Rx Software Option | |
| QPHY-PCIE4-TX-RX | QualiPHY Enabled PCIe 4.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY-PCIE5-TX-RX | QualiPHY Enabled PCIe 5.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY-PCIE6-TX-RX | QualiPHY Enabled PCIe 6.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY2-USB4-TX-RX | QualiPHY 2 Enabled USB4 and Thunderbolt Transmitter and Receiver Compliance Software Option | |
| QPHY2-PCIE4-TX-RX | QualiPHY 2 Enabled PCIe 4.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY2-PCIE5-TX-RX | QualiPHY 2 Enabled PCIe 5.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY2-PCIE6-TX-RX | QualiPHY 2 Enabled PCIe 6.0 through 1.0 Compliance Software Option Includes PCIe Tx/Rx and CXL Tx electrical tests | |
| QPHY-NBASE-T |
| |
| QPHY2-PC进行离线后处理 |
| |
| QPHY2-PC-1YR |
| |
| QPHY2-ASA |
| |
| QPHY2-PCIE1-PCIE2-TX |
| |
| QPHY2-PCIE3-TX-RX |
| |
| QPHY2-LPDDR5 |
| |
| QPHY2-DDR5-SYS |
| |
| WM8KHD-AUTO-ENET-TOOLKIT |
| |
| WM8KHD-DDR2-TOOLKIT |
| |
| WM8KHD-DDR3-TOOLKIT |
| |
| WM8KHD-DDR4-TOOLKIT |
| |
| QPHY-1000Base-T1 |
| |
| QPHY-100Base-T1 |
| |
| QPHY-10Base-T1L |
| |
| QPHY-10Base-T1S |
| |
| QPHY-10GBASE-T |
| |
| QPHY-DDR2 |
| |
| QPHY-DDR3 |
| |
| QPHY-ENET |
| |
| QPHY-HDMI21 |
| |
| QPHY-MIPI-CPHY |
| |
| QPHY-MIPI-DPHY |
| |
| QPHY-MIPI-MPHY |
| |
| QPHY-MultiGBase-T1 |
| |
| QPHY-PCIe |
| |
| QPHY-SATA-TSG-RSG |
| |
| QPHY-USB |
| |
| QPHY-DDR4 |
| |
| QPHY-DP2-SOURCE |
| |
| QPHY-DP2-SINK |
| |
| WM8KHD-DDR5-TOOLKIT |
| |
| QPHY-10GBase-KR |
| |
| QPHY-eDP |
| |
| QPHY-PCIE3-TX-RX |
| |
| QPHY-SFI |
| |
| QPHY-SAS3 |
| |
| QPHY-USB3.2-Tx-Rx |
| |
| QPHY-PCIE4-TX-RX |
| |
| QPHY-PCIE5-TX-RX |
| |
| QPHY-PCIE6-TX-RX |
| |
| QPHY2-USB4-TX-RX |
| |
| QPHY2-PCIE4-TX-RX |
| |
| QPHY2-PCIE5-TX-RX |
| |
| QPHY2-PCIE6-TX-RX |
|
串行数据分析
| 模型 | 描述 | Signal Integrity Toolkit - Channel & Fixture De-embedding/Emulation, Tx/Rx Equalization |
|---|---|---|
| WM8KHD-CBL-DE-EMBED | Cable De-Embedding Option for WaveMaster/SDA 8000HD | |
| WM8KHD-VIRTUALPROBE | Advanced De-embedding, Emulation and Virtual Probing Toolkit | |
| WM8KHD-SDAX-COMPLETE | Bundle - Multi-Lane SDA Expert Framework, incl. Eye, Jitter, Noise, Xtalk Meas and VirtualProbe | |
| WM8KHD-SDAX-DP | SDA Expert Technology Framework for DisplayPort | |
| WM8KHD-SDAX-NRZ | NRZ Serial Data Expert Analysis Framework, Eye, Jitter and Noise Measurements | |
| WM8KHD-SDAX-PAM | PAM Serial Data Expert Analysis Framework, Eye,Jitter and Noise Measurements | |
| WM8KHD-SDAX-PCIE-NRZ | SDA Expert Technology Framework for PCIe NRZ | |
| WM8KHD-SDAX-USB32 | SDA Expert Technology Framework for USB3.2 | |
| WM8KHD-SDAX-USB4-TBT | SDA Expert Technology Framework for USB4 and Thunderbolt | |
| WM8KHD-SDAX-PCIE6 | SDA Expert Technology Framework for PCIe 6.0 | |
| WM8KHD-SDAX-ENET-50G-100G | SDA Expert Technology Framework for 50G/100G Ethernet | |
| WM8KHD-EYEDRII |
| |
| WM8KHD-CBL-DE-嵌入 |
| |
| WM8KHD-虚拟探头 |
| |
| WM8KHD-SDAX-完整 |
| |
| WM8KHD-SDAX-DP |
| |
| WM8KHD-SDAX-NRZ |
| |
| WM8KHD-SDAX-PAM |
| |
| WM8KHD-SDAX-PCIE-NRZ |
| |
| WM8KHD-SDAX-USB32 |
| |
| WM8KHD-SDAX-USB4-TBT |
| |
| WM8KHD-SDAX-PCIE6 |
| |
| WM8KHD-SDAX-ENET-50G-100G |
|
其他软件选项
| 模型 | 描述 | Zone Trigger option for WaveMaster/SDA 8000HD |
|---|---|---|
| WM8KHD-CROSSSYNC-PHY-PCIE | PCIe CrossSync PHY protocol analyzer synchronization for WaveMaster/SDA 8000HD | |
| WM8KHD-CROSSSYNC-PHY-USB | USB CrossSync PHY protocol analyzer synchronization for WaveMaster/SDA 8000HD | |
| WM8KHD-EMC | EMC Pulse Parameter Software Package for WaveMaster/SDA 8000HD | |
| WM8KHD-SPECTRUM-1 | Spectrum Analyzer for WaveMaster/SDA 8000HD - 1 trace | |
| WM8KHD-SPECTRUM-PRO-2R | Spectrum Analyzer for WaveMaster/SDA 8000HD - 2 traces + reference | |
| WM8KHD-VECTORLINQ | VectorLinQ Vector Signal Analysis | |
| WM8KHD-VECTORLINQ-ADV | VectorLinQ Advanced Vector Signal Analysis incl OFDM | |
| WM8KHD-XDEV | Advanced Customization Option for WaveMaster 8000HD | |
| WM8KHD-ZONETRIGGER |
| |
| WM8KHD-交叉同步-PHY-PCIE |
| |
| WM8KHD-CROSSSYNC-PHY-USB |
| |
| WM8KHD-EMC |
| |
| WM8KHD-SPECTRUM-1 |
| |
| WM8KHD-SPECTRUM-PRO-2R |
| |
| WM8KHD-VECTORLINQ |
| |
| WM8KHD-VECTORLINQ-ADV |
| |
| WM8KHD-XDEV |
|
混合信号配件
| 模型 | 描述 | 18 channel QuickLink leadset for HDA125 |
|---|---|---|
| HDA-DLS-09QL | 9 channel QuickLink leadset for HDA125 | |
| HDA-DLS-18QL |
| |
| HDA-DLS-09QL |
|
串行数据测试夹具
| 模型 | 描述 | Automotive Ethernet Breakout Test Fixture for 100Base-T1 and 1000Base-T1 Debug |
|---|---|---|
| TF-AUTO-ENET-SMA | 4 pack of SMA Connector boards for TF-AUTO-ENET | |
| TF-AUTO-HMTD | Test Fixture HMTD-Connector (m) to SMA (f) | |
| TF-AUTO-MATENET | Test Fixture MATEnet-Connector (m) to SMA (f) | |
| TF-AUTO-MINI50 | Test Fixture Mini-50-Connector (m) to SMA (f) | |
| TF-ENET-B | 10/100/1000BaseT Ethernet Test Fixture | |
| TF-HDMI-3.3V-QUADPAK | HDMI Pull-Up Terminator Quad Pack - For Use with the Wilder-Tech HDMI-TPA-P Plug Test Adapter | |
| TF-MIPI-MPHY-DUALPAK | MIPI M-PHY input offset adapter dual pack | |
| TF-NBASE-T | Test Fixture Kit for NBase-T and 10GBase-T Electrical and Return Loss Measurements | |
| TF-PCIE4-CTRL | PCIe 4.0 compliance baseboard test automation controller | |
| TF-SATA-C-Kit | SATA Compliance Test Kit | |
| TF-USB-B | USB 2.0 Compliance Test Fixture | |
| TF-USB-C-HS | USB4 High-speed and Sideband Test Coupon Fixture | |
| TF-USB-C-SB | USB4 Sideband Test Coupon Fixture | |
| TF-USB3 | SuperSpeed and SuperSpeedPlus USB Test Fixtures | |
| TF-AUTO-ENET |
| |
| TF-AUTO-ENET-SMA |
| |
| TF-自动-HMTD |
| |
| TF-AUTO-MATENET |
| |
| TF-AUTO-MINI50 |
| |
| TF-ENET-B |
| |
| TF-HDMI-3.3V-QUADPAK |
| |
| TF-MIPI-MPHY-DUALPAK |
| |
| TF-NBASE-T |
| |
| TF-PCIE4-CTRL |
| |
| TF-SATA-C-Kit |
| |
| TF-USB-B |
| |
| TF-USB-C-HS |
| |
| TF-USB-C-SB |
| |
| TF-USB3 |
|
串行触发硬件
| 模型 | 描述 | 80-bit NRZ, 8b/10b, and 64b/66b 8 Gbps Serial Trigger option for WaveMaster 8000HD |
|---|---|---|
| WM8KHD-16GBIT-SYMBOL-TD | 80-bit NRZ, 8b/10b, and 64b/66b 16 Gbps Serial Trigger option for WaveMaster 8000HD | |
| SDA8KHD-UPG-16GBIT-SYMBOL-TD | 80-bit NRZ, 8b/10b, and 64b/66b 16 Gbps Serial Trigger upgrade for SDA 8000HD | |
| WM8KHD-8GBIT-符号-TD |
| |
| WM8KHD-16GBIT-符号-TD |
| |
| SDA8KHD-UPG-16GBIT-符号-TD |
|
DL03-ISO DL07-ISO DL10-ISO DL-ISO-ACC-KIT DL-ISO-2V-TIP DL-ISO-10V-TIP DL-ISO-40V-TIP DL-ISO-200V-TIP DL-ISO-1000V-TIP DL-ISO-2500V-TIP HVFO108 HVFO100-1X-TIP-U HVFO100-5X-TIP-U HVFO100-10X-TIP-U HVFO100-20X-TIP-U HVFO100-40X-TIP-U
High Voltage Optically Isolated Probe, 350 MHz Bandwidth. Includes soft-carrying case.
High Voltage Optically Isolated Probe, 700 MHz Bandwidth. Includes soft-carrying case.
High Voltage Optically Isolated Probe, 1 GHz Bandwidth. Includes soft-carrying case.
DL-ISO series accessories kit Incl MMCX to Y-lead sockets/solder-ins, square pin socket/solder-ins, MMCX-sq pin adapter, grabbers
DL-ISO 2 Vpp MMCX Tip
DL-ISO 10 Vpp MMCX Tip
DL-ISO 40 Vpp MMCX Tip
DL-ISO 200 Vpp MMCX Tip
DL-ISO 1000 Vpp Square Pin Tip
DL-ISO 2500 Vpp Square Pin Tip
High Voltage Fiber Optic Probe, 150 MHz Bandwidth. Includes soft-carrying case. Requires attenuating tip (ordered separately). Includes Qty. 1 1m Fiber Optic Cable.
HVFO10X +/-1V (1x Attenuation) Universal Tip Accessory
HVFO10X +/-5V (5x Attenuation) Universal Tip Accessory
HVFO10X +/-10V (10x Attenuation) Universal Tip Accessory
HVFO10X +/-20V (20x Attenuation) Universal Tip Accessory
HVFO10X +/-40V (40x Attenuation) Universal Tip Accessory
高压光纤光隔离探头
| 模型 | 描述 | High Voltage Optically Isolated Probe, 350 MHz Bandwidth. Includes soft-carrying case. |
|---|---|---|
| DL07-ISO | High Voltage Optically Isolated Probe, 700 MHz Bandwidth. Includes soft-carrying case. | |
| DL10-ISO | High Voltage Optically Isolated Probe, 1 GHz Bandwidth. Includes soft-carrying case. | |
| DL-ISO-ACC-KIT | DL-ISO series accessories kit Incl MMCX to Y-lead sockets/solder-ins, square pin socket/solder-ins, MMCX-sq pin adapter, grabbers | |
| DL-ISO-2V-TIP | DL-ISO 2 Vpp MMCX Tip | |
| DL-ISO-10V-TIP | DL-ISO 10 Vpp MMCX Tip | |
| DL-ISO-40V-TIP | DL-ISO 40 Vpp MMCX Tip | |
| DL-ISO-200V-TIP | DL-ISO 200 Vpp MMCX Tip | |
| DL-ISO-1000V-TIP | DL-ISO 1000 Vpp Square Pin Tip | |
| DL-ISO-2500V-TIP | DL-ISO 2500 Vpp Square Pin Tip | |
| HVFO108 | High Voltage Fiber Optic Probe, 150 MHz Bandwidth. Includes soft-carrying case. Requires attenuating tip (ordered separately). Includes Qty. 1 1m Fiber Optic Cable. | |
| HVFO100-1X-TIP-U | HVFO10X +/-1V (1x Attenuation) Universal Tip Accessory | |
| HVFO100-5X-TIP-U | HVFO10X +/-5V (5x Attenuation) Universal Tip Accessory | |
| HVFO100-10X-TIP-U | HVFO10X +/-10V (10x Attenuation) Universal Tip Accessory | |
| HVFO100-20X-TIP-U | HVFO10X +/-20V (20x Attenuation) Universal Tip Accessory | |
| HVFO100-40X-TIP-U | HVFO10X +/-40V (40x Attenuation) Universal Tip Accessory | |
| DL03-ISO |
| |
| DL07-ISO |
| |
| DL10-ISO |
| |
| DL-ISO-ACC-KIT |
| |
| DL-ISO-2V-TIP |
| |
| DL-ISO-10V-TIP |
| |
| DL-ISO-40V-TIP |
| |
| DL-ISO-200V-TIP |
| |
| DL-ISO-1000V-TIP |
| |
| DL-ISO-2500V-TIP |
| |
| HVFO108 |
| |
| HVFO100-1X-TIP-U |
| |
| HVFO100-5X-TIP-U |
| |
| HVFO100-10X-TIP-U |
| |
| HVFO100-20X-TIP-U |
| |
| HVFO100-40X-TIP-U |
|
DH08-PL DH13-PL LPA-2.92-PX-KIT DH16-PL DH20-PL DH25-PX DH30-PX DH-SI-HS DH-SI DH-HITEMP DH-QL DH-QL-3SI DH-PT
8 GHz differential probe with ProLink interface
13 GHz differential probe with ProLink interface
ProLink to 2.92mm ProAxial Adapter with Probe Power and Communication Pass Through
16 GHz differential probe with ProLink interface
20 GHz differential probe with ProLink interface
25 GHz differential probe with ProAxial interface
30 GHz differential probe with ProAxial interface
DH series high-sensitivity solder-in tip, 30 GHz BW, 2.0 Vpp range
DH series solder-in tip, 30 GHz BW, 3.5 Vpp range
DH series high-temperature solder-in tip, 16 GHz BW, 3.5 Vpp range
DH series QuickLink adapter, 8 GHz BW
DH series QuickLink adapter kit with 3 x QL-SI tips
DH series PT browser tip, 16 GHz BW, 3.5 Vpp range
DH 系列差分探头 (8-30 GHz)
| 模型 | 描述 | 8 GHz differential probe with ProLink interface |
|---|---|---|
| DH13-PL | 13 GHz differential probe with ProLink interface | |
| LPA-2.92-PX-KIT | ProLink to 2.92mm ProAxial Adapter with Probe Power and Communication Pass Through | |
| DH16-PL | 16 GHz differential probe with ProLink interface | |
| DH20-PL | 20 GHz differential probe with ProLink interface | |
| DH25-PX | 25 GHz differential probe with ProAxial interface | |
| DH30-PX | 30 GHz differential probe with ProAxial interface | |
| DH-SI-HS | DH series high-sensitivity solder-in tip, 30 GHz BW, 2.0 Vpp range | |
| DH-SI | DH series solder-in tip, 30 GHz BW, 3.5 Vpp range | |
| DH-HITEMP | DH series high-temperature solder-in tip, 16 GHz BW, 3.5 Vpp range | |
| DH-QL | DH series QuickLink adapter, 8 GHz BW | |
| DH-QL-3SI | DH series QuickLink adapter kit with 3 x QL-SI tips | |
| DH-PT | DH series PT browser tip, 16 GHz BW, 3.5 Vpp range | |
| DH08-PL |
| |
| DH13-PL |
| |
| LPA-2.92-PX-KIT |
| |
| DH16-PL |
| |
| DH20-PL |
| |
| DH25-PX |
| |
| DH30-PX |
| |
| DH-SI-HS |
| |
| DH-SI |
| |
| DH-HTEMP |
| |
| DH-QL |
| |
| DH-QL-3SI |
| |
| 脱氢酶 |
|
TPA10
">TekProbe to ProBus Probe Adapter
探头适配器
| 模型 | 描述 | TekProbe to ProBus Probe Adapter | ">
|---|---|---|
| TPA10 |
|
RP2060 RP4060 RP4000-BROWSER RP4000-MCX-LEAD-SI
">Power/Voltage Rail Probe. 2 GHz bandwidth, 1.2x attenuation, +/-60V offset, +/-800mV Includes a complete set of solder-in leads and coaxial cables. Browser tip sold seperately
Power/Voltage Rail Probe. 4 GHz bandwidth, 1.2x attenuation, +/-60V offset, +/-800mV Includes a complete set of solder-in leads and coaxial cables. Browser tip sold seperately
RP2060/RP4060 Browser Tip accessory. Includes 0 Ohm (1x), 450 Ohm (10x) and 950 Ohm (20x) tips.
Qty 3 MCX 4 GHz solder-in lead accessories (additional to those supplied with rail probe) 18cm long
有源电源探头
| 模型 | 描述 | Power/Voltage Rail Probe. 2 GHz bandwidth, 1.2x attenuation, +/-60V offset, +/-800mV Includes a complete set of solder-in leads and coaxial cables. Browser tip sold seperately |
|---|---|---|
| RP4060 | Power/Voltage Rail Probe. 4 GHz bandwidth, 1.2x attenuation, +/-60V offset, +/-800mV Includes a complete set of solder-in leads and coaxial cables. Browser tip sold seperately | |
| RP4000-BROWSER | RP2060/RP4060 Browser Tip accessory. Includes 0 Ohm (1x), 450 Ohm (10x) and 950 Ohm (20x) tips. | |
| RP4000-MCX-LEAD-SI | Qty 3 MCX 4 GHz solder-in lead accessories (additional to those supplied with rail probe) 18cm long | |
| RP2060 |
| |
| RP4060 |
| |
| RP4000-Browser |
| |
| RP4000-MCX-LEAD-SI |
|
ZS4000 ZS2500 ZS1000 ZS1500
">4.0 GHz, 0.6 pF, 1 MOhm Active Voltage Probe
2.5 GHz, 0.9 pF, 1 MOhm Active Voltage Probe
1 GHz, 0.9 pF, 1 MOhm Active Voltage Probe
1.5 GHz, 0.9 pF, 1 MOhm Active Voltage Probe
有源电压探头
| 模型 | 描述 | 4.0 GHz, 0.6 pF, 1 MOhm Active Voltage Probe |
|---|---|---|
| ZS2500 | 2.5 GHz, 0.9 pF, 1 MOhm Active Voltage Probe | |
| ZS1000 | 1 GHz, 0.9 pF, 1 MOhm Active Voltage Probe | |
| ZS1500 | 1.5 GHz, 0.9 pF, 1 MOhm Active Voltage Probe | |
| ZS4000 |
| |
| ZS2500 |
| |
| ZS1000 |
| |
| ZS1500 |
|
CP030B CP030B-3M CP030 CP030-3M CP030A CP031 CP031A CP150B CP150B-6M CP150 CP150-6M CP500 CA10 DCS025
">30A, 50 MHz High Sensitivity Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 1.5 meter cable
30 A, 10 MHz Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 3 meter cable
30A, 50 MHz Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 1.5 meter cable
30 A, 10 MHz Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 3 meter cable
30A, 50 MHz High Sensitivity Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 1.5 meter cable
30A, 100 MHz Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 1.5 meter cable
30A, 100 MHz High Sensitivity Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 1.5 meter cable
150 A, 10 MHz Current Probe - AC/DC, 150 A rms, 500 A Peak Pulse, 2 meter cable
150 A, 5 MHz Current Probe - AC/DC, 150 A rms, 500 A Peak Pulse, 6 meter cable
150 A, 10 MHz Current Probe - AC/DC, 150 A rms, 500 A Peak Pulse, 2 meter cable
150 A, 5 MHz Current Probe - AC/DC, 150 A rms, 500 A Peak Pulse, 6 meter cable
500 A, 2 MHz Current Probe - AC/DC, 500 A rms, 700 A Peak Pulse, 6 meter cable
Programmable Current Sensor to ProBus Adapter for use with third party current sensors
Deskew Calibration Source for Teledyne LeCroy current probes
电流探头
| 模型 | 描述 | 30A, 50 MHz High Sensitivity Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 1.5 meter cable |
|---|---|---|
| CP030B-3M | 30 A, 10 MHz Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 3 meter cable | |
| CP030 | 30A, 50 MHz Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 1.5 meter cable | |
| CP030-3M | 30 A, 10 MHz Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 3 meter cable | |
| CP030A | 30A, 50 MHz High Sensitivity Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 1.5 meter cable | |
| CP031 | 30A, 100 MHz Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 1.5 meter cable | |
| CP031A | 30A, 100 MHz High Sensitivity Current Probe - AC/DC, 30 A rms, 50 A Peak Pulse, 1.5 meter cable | |
| CP150B | 150 A, 10 MHz Current Probe - AC/DC, 150 A rms, 500 A Peak Pulse, 2 meter cable | |
| CP150B-6M | 150 A, 5 MHz Current Probe - AC/DC, 150 A rms, 500 A Peak Pulse, 6 meter cable | |
| CP150 | 150 A, 10 MHz Current Probe - AC/DC, 150 A rms, 500 A Peak Pulse, 2 meter cable | |
| CP150-6M | 150 A, 5 MHz Current Probe - AC/DC, 150 A rms, 500 A Peak Pulse, 6 meter cable | |
| CP500 | 500 A, 2 MHz Current Probe - AC/DC, 500 A rms, 700 A Peak Pulse, 6 meter cable | |
| CA10 | Programmable Current Sensor to ProBus Adapter for use with third party current sensors | |
| DCS025 | Deskew Calibration Source for Teledyne LeCroy current probes | |
| CP030B |
| |
| CP030B-3M |
| |
| CP030 |
| |
| CP030-3M |
| |
| CP030A |
| |
| CP031 |
| |
| CP031A |
| |
| CP150B |
| |
| CP150B-6M |
| |
| CP150 |
| |
| CP150-6M |
| |
| CP500 |
| |
| CA10 |
| |
| DCS025 |
|
AP033 ZD1000 ZD1500 ZD500
">500 MHz Differential Probe
1 GHz, 1.0 pF Active Differential Probe, ±8 V
1.5 GHz, 1.0 pF Active Differential Probe, ±8 V
500 MHz, 1.0 pF Active Differential Probe, ±8 V
差分探头 (<= 1.5 GHz)
| 模型 | 描述 | 500 MHz Differential Probe |
|---|---|---|
| ZD1000 | 1 GHz, 1.0 pF Active Differential Probe, ±8 V | |
| ZD1500 | 1.5 GHz, 1.0 pF Active Differential Probe, ±8 V | |
| ZD500 | 500 MHz, 1.0 pF Active Differential Probe, ±8 V | |
| AP033 |
| |
| ZD1000 |
| |
| ZD1500 |
| |
| ZD500 |
|
D410-A-PB2 Dx10-PT D420-A-PB2 D610-A-PL D620-A-PL D400A-AT-PB2 D600A-AT-PL Dx10-SP Dx10-QC Dx20-SP Dx20-QC Dx20-PT Dx10-PT-KIT LPA-PBUS2 Dx20-PT-KIT Dx10-HiTemp Dx20-HiTemp Dx10-QL-3SI Dx20-QL-3SI D410-A-CCNIST D420-A-CCNIST D610-A-CCNIST D620-A-CCNIST Dx10-SI Dx20-SI
">4 GHz ProBus2 Differential Probe with Dx10-SI Solder-In Tip (Qty. 1), Dx10-QC Quick Connect (Qty. 1) and Dx10-SP Square Pin (Qty. 1)
Replacement Dx10-PT Tip with Qty. 4 Pogo Pin Tips and Qty. 2 Sockets
4 GHz ProBus2 Differential Probe with Dx20-SI Solder-In Tip (Qty. 1), Dx20-QC Quick Connect (Qty. 1) and Dx20-SP Square Pin (Qty. 1)
6 GHz ProLink Differential Probe with Dx10-SI Solder-In Tip (Qty. 1), Dx10-QC Quick Connect (Qty. 1) and Dx10-SP Square Pin (Qty. 1)
6 GHz ProLink Differential Probe with Dx20-SI Solder-In Tip (Qty. 1), Dx20-QC Quick Connect (Qty. 1) and Dx20-SP Square Pin (Qty. 1)
4 GHz ProBus2 Differential Probe with Adjustable Tip
6 GHz ProLink Differential Probe with Adjustable Tip
Replacement Square Pin lead set for D410/D610
Replacement Quick Connect lead set for D410/D610
Replacement Square Pin lead set for D420/D620
Replacement Quick Connect lead set for D420/D620
Replacement Dx20-PT Tip with Qty. 4 Pogo Pin Tips and Qty. 2 Sockets
WaveLink Dx10-PT Adjustable Positioner Tip Kit. Includes XYZ Positioner Assembly with Mechanical Interconnects, Adhesive Kit, Connection Guides, Hand-held Wand, and Replacement Pins(Qty. 4)/Sockets (Qty 2).
ProLink to ProBus2 Adapter
WaveLink Dx20-PT Adjustable Positioner Tip Kit. Includes XYZ Positioner Assembly with Mechanical Interconnects, Adhesive Kit, Connection Guides, Hand-held Wand, and Replacement Pins (Qty. 4)/Sockets(Qty. 2).
WaveLink Temperature Extension cables for Dx10. Includes 1 set of matched 30" high temperature cables, 1 solder tip lead set
WaveLink Temperature Extension cables for Dx20. Includes 1 set of matched 30" high temperature cables, 1 solder tip lead set
QuickLink Solder-In starter pack for use with Dx10 amplifier
QuickLink Solder-In starter pack for use with Dx20 amplifier
NIST Calibration for D410-A. Includes test data.
NIST Calibration for D420-A. Includes test data.
NIST Calibration for D610-A. Includes test data.
NIST Calibration for D620-A. Includes test data.
Replacement Solder tip lead set for D410/D610
Replacement Solder tip lead set for D420/D620
差分探头 (4-6 GHz)
| 模型 | 描述 | 4 GHz ProBus2 Differential Probe with Dx10-SI Solder-In Tip (Qty. 1), Dx10-QC Quick Connect (Qty. 1) and Dx10-SP Square Pin (Qty. 1) |
|---|---|---|
| Dx10-PT | Replacement Dx10-PT Tip with Qty. 4 Pogo Pin Tips and Qty. 2 Sockets | |
| D420-A-PB2 | 4 GHz ProBus2 Differential Probe with Dx20-SI Solder-In Tip (Qty. 1), Dx20-QC Quick Connect (Qty. 1) and Dx20-SP Square Pin (Qty. 1) | |
| D610-A-PL | 6 GHz ProLink Differential Probe with Dx10-SI Solder-In Tip (Qty. 1), Dx10-QC Quick Connect (Qty. 1) and Dx10-SP Square Pin (Qty. 1) | |
| D620-A-PL | 6 GHz ProLink Differential Probe with Dx20-SI Solder-In Tip (Qty. 1), Dx20-QC Quick Connect (Qty. 1) and Dx20-SP Square Pin (Qty. 1) | |
| D400A-AT-PB2 | 4 GHz ProBus2 Differential Probe with Adjustable Tip | |
| D600A-AT-PL | 6 GHz ProLink Differential Probe with Adjustable Tip | |
| Dx10-SP | Replacement Square Pin lead set for D410/D610 | |
| Dx10-QC | Replacement Quick Connect lead set for D410/D610 | |
| Dx20-SP | Replacement Square Pin lead set for D420/D620 | |
| Dx20-QC | Replacement Quick Connect lead set for D420/D620 | |
| Dx20-PT | Replacement Dx20-PT Tip with Qty. 4 Pogo Pin Tips and Qty. 2 Sockets | |
| Dx10-PT-KIT | WaveLink Dx10-PT Adjustable Positioner Tip Kit. Includes XYZ Positioner Assembly with Mechanical Interconnects, Adhesive Kit, Connection Guides, Hand-held Wand, and Replacement Pins(Qty. 4)/Sockets (Qty 2). | |
| LPA-PBUS2 | ProLink to ProBus2 Adapter | |
| Dx20-PT-KIT | WaveLink Dx20-PT Adjustable Positioner Tip Kit. Includes XYZ Positioner Assembly with Mechanical Interconnects, Adhesive Kit, Connection Guides, Hand-held Wand, and Replacement Pins (Qty. 4)/Sockets(Qty. 2). | |
| Dx10-HiTemp | WaveLink Temperature Extension cables for Dx10. Includes 1 set of matched 30" high temperature cables, 1 solder tip lead set | |
| Dx20-HiTemp | WaveLink Temperature Extension cables for Dx20. Includes 1 set of matched 30" high temperature cables, 1 solder tip lead set | |
| Dx10-QL-3SI | QuickLink Solder-In starter pack for use with Dx10 amplifier | |
| Dx20-QL-3SI | QuickLink Solder-In starter pack for use with Dx20 amplifier | |
| D410-A-CCNIST | NIST Calibration for D410-A. Includes test data. | |
| D420-A-CCNIST | NIST Calibration for D420-A. Includes test data. | |
| D610-A-CCNIST | NIST Calibration for D610-A. Includes test data. | |
| D620-A-CCNIST | NIST Calibration for D620-A. Includes test data. | |
| Dx10-SI | Replacement Solder tip lead set for D410/D610 | |
| Dx20-SI | Replacement Solder tip lead set for D420/D620 | |
| D410-A-PB2 |
| |
| DX10-PT |
| |
| D420-A-PB2 |
| |
| D610-A-PL |
| |
| D620-A-PL |
| |
| D400A-AT-PB2 |
| |
| D600A-AT-PL |
| |
| DX10-SP |
| |
| Dx10-QC |
| |
| DX20-SP |
| |
| Dx20-QC |
| |
| DX20-PT |
| |
| Dx10-PT-KIT |
| |
| LPA-PBUS2 |
| |
| Dx20-PT-KIT |
| |
| Dx10-HiTemp |
| |
| Dx20-HiTemp |
| |
| DX10-QL-3SI |
| |
| DX20-QL-3SI |
| |
| D410-A-CCNIST |
| |
| D420-A-CCNIST |
| |
| D610-A-CCNIST |
| |
| D620-A-CCNIST |
| |
| DX10-SI |
| |
| DX20-SI |
|
LPA-2.92
">ProLink to 2.92mm Adapter with Probe Power and Communication Pass Through
差分探头 (13-25 GHz)
| 模型 | 描述 | ProLink to 2.92mm Adapter with Probe Power and Communication Pass Through | ">
|---|---|---|
| LPA-2.92 |
|
HVD3102A HVD3102A-NOACC HVD3106A HVD3106A-NOACC HVD3106A-6M HVD3206A HVD3206A-6M HVD3220 HVD3605A
">1kV, 25 MHz High Voltage Differential Probe with Auto Zero Disconnect
1kV, 25 MHz High Voltage Differential Probe without tip Accessories and with Auto Zero Disconnect
1kV, 120 MHz High Voltage Differential Probe with Auto Zero Disconnect
1kV, 120 MHz High Voltage Differential Probe without tip Accessories and with Auto Zero Disconnect
1kV, 80 MHz High Voltage Differential Probe with 6m cable and Auto Zero Disconnect
2kV, 120 MHz High Voltage Differential Probe with Auto Zero Disconnect
2kV, 80 MHz High Voltage Differential Probe with 6m cable and Auto Zero Disconnect
2kV, 400 MHz High Voltage Differential Probe
6kV, 100 MHz High Voltage Differential Probe with Auto Zero Disconnect
高压差分探头
| 模型 | 描述 | 1kV, 25 MHz High Voltage Differential Probe with Auto Zero Disconnect |
|---|---|---|
| HVD3102A-NOACC | 1kV, 25 MHz High Voltage Differential Probe without tip Accessories and with Auto Zero Disconnect | |
| HVD3106A | 1kV, 120 MHz High Voltage Differential Probe with Auto Zero Disconnect | |
| HVD3106A-NOACC | 1kV, 120 MHz High Voltage Differential Probe without tip Accessories and with Auto Zero Disconnect | |
| HVD3106A-6M | 1kV, 80 MHz High Voltage Differential Probe with 6m cable and Auto Zero Disconnect | |
| HVD3206A | 2kV, 120 MHz High Voltage Differential Probe with Auto Zero Disconnect | |
| HVD3206A-6M | 2kV, 80 MHz High Voltage Differential Probe with 6m cable and Auto Zero Disconnect | |
| HVD3220 | 2kV, 400 MHz High Voltage Differential Probe | |
| HVD3605A | 6kV, 100 MHz High Voltage Differential Probe with Auto Zero Disconnect | |
| HVD3102A |
| |
| HVD3102A-NOACC |
| |
| HVD3106A |
| |
| HVD3106A-NOACC |
| |
| HVD3106A-6M |
| |
| HVD3206A |
| |
| HVD3206A-6M |
| |
| HVD3220 |
| |
| HVD3605A |
|
HVP120 PPE6KV-A
">6kV High Voltage Passive Probe, 400 MHz
6kV High Voltage Passive Probe, 500 MHz
PP021-1 PP025-1
">500 MHz Passive Probe, 2.5mm, 10:1, 10 MOhm
500 MHz Passive Probe, 5mm, 10:1, 10 MOhm
LPA-K-A LPA-SMA-A Dx10-SI-HiTEMP Dx20-SI-HiTEMP Dx10-HiTEMP Dx20-HiTEMP Dx10-Cable-HiTemp Dx20-Cable-HiTemp
">Pro-Link to K/2.92mm Adapter
Pro-Link to SMA Adapter, new style
Replacement Solder tip leadset for use with D410/D610 and temperature extension cables
Replacement Solder tip leadset for use with D420/620 and temperature extension cables
WaveLink Temperature Extension cables for Dx10. Includes 1 set of matched 30" high temperature cables, 1 solder tip lead set
WaveLink Temperature Extension cables for Dx20. Includes 1 set of matched 30" high temperature cables, 1 solder tip lead set
Replacement 30" matched cable set for use with Dx10 HiTemp Solder tip leadset
Replacement 30" matched cable set for use with Dx20 HiTemp Solder tip leadset
探头零件和套件
| 模型 | 描述 | Pro-Link to K/2.92mm Adapter |
|---|---|---|
| LPA-SMA-A | Pro-Link to SMA Adapter, new style | |
| Dx10-SI-HiTEMP | Replacement Solder tip leadset for use with D410/D610 and temperature extension cables | |
| Dx20-SI-HiTEMP | Replacement Solder tip leadset for use with D420/620 and temperature extension cables | |
| Dx10-HiTEMP | WaveLink Temperature Extension cables for Dx10. Includes 1 set of matched 30" high temperature cables, 1 solder tip lead set | |
| Dx20-HiTEMP | WaveLink Temperature Extension cables for Dx20. Includes 1 set of matched 30" high temperature cables, 1 solder tip lead set | |
| Dx10-Cable-HiTemp | Replacement 30" matched cable set for use with Dx10 HiTemp Solder tip leadset | |
| Dx20-Cable-HiTemp | Replacement 30" matched cable set for use with Dx20 HiTemp Solder tip leadset | |
| LPA-KA |
| |
| LPA-SMA-A |
| |
| Dx10-SI-HiTEMP |
| |
| Dx20-SI-HiTEMP |
| |
| Dx10-HiTEMP |
| |
| Dx20-HiTEMP |
| |
| Dx10-Cable-HiTemp |
| |
| Dx20-Cable-HiTemp |
|
PP066
">7.5 GHz low capacitance Passive Probe, 500/1K Ohms
传输线探头
| 模型 | 描述 | 7.5 GHz low capacitance Passive Probe, 500/1K Ohms | ">
|---|---|---|
| PP066 |
|
DL02-HCM DL05-HCM DL10-HCM DL-HCM-HiTemp DL-HCM-Acc-Kit
">250 MHz 60 V Common Mode Differential Probe. Includes standard set of leads and tips.
500 MHz 60 V Common Mode Differential Probe. Includes standard set of leads and tips.
1 GHz 60 V Common Mode Differential Probe. Includes standard set of leads and tips.
DL-HCM series high-temperature solder-in tip, 30 MHz bandwidth, 1 meter length.
DL-HCM series accessories kit with probe holder, micro IC grabbers (Qty 2.), and Y-banana adaptor.
60 V 共模探头
| 模型 | 描述 | 250 MHz 60 V Common Mode Differential Probe. Includes standard set of leads and tips. |
|---|---|---|
| DL05-HCM | 500 MHz 60 V Common Mode Differential Probe. Includes standard set of leads and tips. | |
| DL10-HCM | 1 GHz 60 V Common Mode Differential Probe. Includes standard set of leads and tips. | |
| DL-HCM-HiTemp | DL-HCM series high-temperature solder-in tip, 30 MHz bandwidth, 1 meter length. | |
| DL-HCM-Acc-Kit | DL-HCM series accessories kit with probe holder, micro IC grabbers (Qty 2.), and Y-banana adaptor. | |
| DL02-HCM |
| |
| DL05-HCM |
| |
| DL10-HCM |
| |
| DL-HCM-HiTemp |
| |
| DL-HCM-Acc-Kit |
|
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