DPO5054B混合信號示波器

當前更快數(shù)據(jù)速率和更小定時裕量的設(shè)計需要示波器具有杰出的信號采集性能和分析功能。泰克 MSO/DPO5000B 系列示波器不僅擁有杰出的信號保真度，而且提供高達 2 GHz 的帶寬和 10 GS/s 采樣率，同時還具有高級分析和數(shù)學(xué)運算功能，這些功能均可供您隨時享用。在示波器上可以運行基于 Windows® 的分析軟件。只需單擊可視觸發(fā)，即可輕松捕獲復(fù)雜的信號。MSO 型號包括 16 條數(shù)字定時通道，所有型號的配置均可解碼常見的串行協(xié)議，方便您全面了解您的系統(tǒng)。

主要性能指標

• 2 GHz、1 GHz、500 MHz、350 MHz 四種帶寬型號

• 一條或兩條通道上高達 10 GS/s 的實時采樣率，所有通道上高達 5 GS/s 的采樣率

• MultiView zoom™ 高達 250 M 點記錄長度

• FastAcq® 采集技術(shù)，>250,000 wfm/s 的波形捕獲速率

• FastFrame™ 分段存儲器采集模式，段數(shù)高達 290,000 個，>310,000 波形/秒的捕獲速率

• 標配 10 MΩ 無源電壓探頭，提供了 <4 pF 電容負荷及 500 MHz 或 1 GHz 模擬帶寬

• 使用 HiRes 采樣時垂直分辨率 >11 位

• 用戶可以選擇帶寬極限和 DSP 濾波器，降低噪聲，提高低頻測量精度

主要特點分析

• Wave inspector® 控制功能，輕松導(dǎo)航和自動搜索波形數(shù)據(jù)

• 高級觸發(fā)套件，標配可視觸發(fā)和搜索

• 53 種自動測量，可供選擇的濾波功能、波形數(shù)學(xué)運算和 FFT 分析

• 波形直方圖、眼圖、TIE（抖動/定時）測量和分析

• 使用 MATLAB、Visual Studio 和 Excel 進行用戶可定義的數(shù)學(xué)運算

• 選配內(nèi)存分析、高級抖動、串行數(shù)據(jù)、功率和寬帶 RF

主要協(xié)議特點

• 中速（100 Mb/s 至 1 Gb/s）總線的觸發(fā)和解碼選件

• 低速 (10 Mb/s) 總線的觸發(fā)和解碼選件

• USB2.0、以太網(wǎng)、USB 電源、MOST 和汽車以太網(wǎng)的一致性測試選件

• 在通信、計算和視頻標配上進行模板測試

混合信號設(shè)計和分析（MSO 系列）

• 16 條數(shù)字通道（用戶可升級）

• MagniVu™ 高速采集技術(shù)，在數(shù)字通道上提供了 60.6 ps 的精細定時分辨率

• 并行總線自動觸發(fā)、解碼和搜索

• 每條通道單獨設(shè)置門限

查看性能差異

憑借高達 2 GHz 的模擬帶寬和高達 10 GS/s 的采樣率，MSO/DPO5000B 系列確保您擁有捕獲具有非常好的信號保真度和分辨率的波形所需的性能，以便查看微小的波形細節(jié)。

The current design of faster data rate and smaller timing margin requires the oscilloscope to have excellent signal acquisition performance and analysis function. Tektronix MSO/DPO5000B series oscilloscope not only has the outstanding signal fidelity, and provides up to 2 GHz bandwidth and 10 GS/s sampling rate, but also has advanced analysis and mathematical operation functions, these functions are available at any time you enjoy. On the oscilloscope can run analysis software based on Windows ®. Complex signals can be easily captured by clicking the visual trigger. The MSO model includes 16 digital timing channels, all of which are configured to decode common serial protocols for your overall understanding of your system.

Key performance indicators

2 GHz, 1 GHz, 500 MHz, 350 MHz four bandwidth models

Real-time sampling rate up to 10 GS/s on one or two channels and up to 5 GS/s on all channels

MultiView zoom ™ is as high as 250 M record length

FastAcq ® collection technology, > 250000 WFM/s largest waveform capture rate

FastFrame ™ segmented memory acquisition mode, the number of up to 290000, the capture rate of > 310000 waveform/SEC

With 10 M Ω passive voltage probe, provides the < 4 pF capacitor load and 500 MHz or 1 GHz analog bandwidth

Using HiRes, the vertical resolution is 11 bits of BBB 0

Users can choose the bandwidth limit and DSP filter to reduce noise and improve the accuracy of low-frequency measurement

Analysis of main features

Wave inspector ® control function, easy navigation and automatic search waveform data

Advanced trigger suite, standard with visual trigger and search

53 kinds of automatic measurement, optional filtering function, waveform mathematical operation and FFT analysis

Waveform histogram, eye chart, TIE (dithering/timing) measurement and analysis

Use MATLAB, Visual Studio and Excel for user-defined mathematical operations

Optional memory analysis, advanced jitter, serial data, power and broadbａnd RF

Key protocol features

Medium speed (100 Mb/s to 1 Gb/s) bus trigger and decoding options

Low speed (10 Mb/s) bus trigger and decoding options

USB2.0, Ethernet, USB power, MOST and automotive Ethernet conformance test options

Perform template test on communication, calculation and video standard

Mixed signal design and analysis (MSO series)

16 digital channels (user can upgrade)

MagniVu ™ high-speed data acquisition technology, in the digital channel provides 60.6 ps fine timing resolution

The parallel bus automatically triggers, decodes, and searches

Each channel has its own threshold

View performance differences

With up to 2 GHz of analog bandwidth and up to 10 GS/s of sampling rate, the MSO/DPO5000B series ensures that you have the performance required to capture waveforms with very good signal fidelity and resolution for viewing tiny waveform details.