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  • 技術文件 文件類型 發行日期
    Double Pulse Test 軟體與 Tektronix AFG31000 任意函數產生器
    本應用摘要將介紹如何使用 Tektronix AFG31000 任意函數產生器上的內建軟體來設定並執行雙脈衝測試。現在您無需花時間在 PC 或微控制器上建立波形。只需不到一分鐘,您就可以在 AFG31000 上輕鬆設定您的雙脈衝測試。 AFG31000 使用者可以免費升級系統,使用雙脈衝測試功能。
    應用摘要
    磁場定向控制 (FOC) 系統的即時 DQ0 分析
    目前,設計人員為透過自訂的嵌入式控制軟體和使用 FPGA 進行磁場定向控制 (FOC) 的其他硬體,來量測直交零 (dq0)。這是一項複雜且所費不貲的任務。在這項任務中必須存取控制器板上的探測點,這可能會很有挑戰性 [3]。 本文討論馬達設計人員如何量測感測器系統和無感測器系統的 dq0 元件以及因而產生的驅動向量。將 Clarke 和 Park 轉換組合應用於與控制器電路行為建立關聯。設計人員可以使用 D 和 Q 元件,以視覺方式呈現指定電氣輸入所產生的最佳轉矩。這也指出了馬達的效率 …
    白皮書
    如何使用配備 I2C 和 SPI 解碼功能的示波器疑難排解系統問題
    介紹 大多數以微控制器為基礎的設計都使用I2C或 SPI (或兩者皆有), 在控制器之間以及控制器和外圍晶片之間進行通訊。進行疑難排解 時,可查看嵌入式系統在晶片傳送特定的 I2C 或 SPI 封包時所發生 的事件可能是至關重要的能力。許多管理相對較慢參數的晶片,如 溫度感應器、馬達控制、人機介面或電源管理,會使用這些匯流排 作為與系統中其餘晶片通訊的主要管道。其他更高速的晶片 ( 如通 訊 IC、時脈和ADC) 通常會使用這些匯流排進行配置。例如 …
    應用摘要
    使用示波器量測數位時脈穩定性和抖動
    介紹 時脈是嵌入式系統的心跳,提供時序參考和組件、子系統和整個系統之間的同步功能。不正確的時脈訊號振幅和時序可能會影響可靠的數位電路運作。時脈訊號上的雜訊和時序畸變會導致系統效能下降或出現間歇現象,因此時脈訊號的徹底特性分析是確保可靠嵌入式系統設計的關鍵步驟。 本應用摘要提供了數位時脈訊號的振幅和時序量測的幾個範例 …
    應用摘要
    進行更高準確度的示波器量測
    介紹 數位示波器中最重要的功能區塊之一就是 類比/數位轉換器 (ADC)。本技術簡介將說 明為何 ADC 解析度 (位元數) 已成為示波器中更重要的考慮因素,尤其是在量測微 小訊號細節方面。   圖 1. 透過數位示波器的一般訊號流   許多高精密度的儀器在其 ADC 中使用大量位元。例如,如 Keithley 2002 的精密數位萬用電錶 (DMM) 最多可以使用 28 位元進行量測。那麼,為什麼傳統上示波器解析度會較低?傳統上,示波器是使用 8 位元 ADC …
    技術簡介
    Tektronix Software Solutions for Remote Educational Lab Challenges
    With Tektronix software platforms like TekDrive and TekScope, students no longer need to be in the lab or classroom to get hands-on experience with oscilloscopes.  This application note discusses how TekDrive, TekScope, and other Tektronix software …
    應用摘要
    Spectrum View:在示波器上執行頻域分析的新方法
    Spectrum View:在示波器上執行頻域分析的新方法 示波器 圖 1. Spectrum View 支援在每個域中同時具有獨立控制的類比和頻譜視圖。 針對嵌入式系統進行除錯通常需要尋找一些線索,而這些線索很難透過一次只查看一個域來發現。有時需要同時觀察時域和頻域的訊號可以提供重要的深入見解。混合域分析對於回答以下問題尤其有用: 當我傳輸無線資料時,我的電源軌電壓發生了什麼變化? 每次存取記憶體時,發射都來自哪裡? 開機後,我的 PLL …
    應用摘要
    利用最新一代的示波器輕鬆進行 EMI 疑難排解
    本應用摘要介紹了可用於確定無用發射來源的技術,尤其是在透過正式測試或相容性測試確定超出條件限制之後。
    應用摘要
    新一代示波器手冊 - 3系列MDO, 4系列MSO, 5系列B MSO, 6系列B MSO
    專為觸控和滑鼠設計的使用者介面 大型觸控式螢幕 HD 顯示器(1,920 × 1,080)) 整合式頻譜分析 強大的分析功能 自動量測,含趨勢、直方圖和頻譜圖 進階的抖動分析 單相和三相電源量測選項 使用者定義濾波器建立 頻寬 00 MHz 至 10 GHz 的機型 所有機型均提供可升級的頻寬 …
    小冊子
    碳化矽 (SiC) 電力電子系統中的有效訊號量測
    與矽 IGBT 和 MOSFET 相比,碳化矽 (SiC) 電源裝置可提供更高的效率、更快的切換速度和更高的熱效能。電源系統設計人員在轉向 SiC 時必須考慮幾個問題: 我的測試設備是否能夠準確量測 SiC 系統中的快速切換動態特性? 如何準確優化閘極驅動效能和盲區時間? 共模電壓會影響暫態量測準確度嗎? 我看到的振鈴是真實的狀況,還是探棒特性響應的結果? 準確掌握 SiC 切換訊號是做出正確設計決策的關鍵。增加設計的容許度和過度設計只會增加成本並降低效能 …
    技術簡介
    使用執行 Windows 作業系統的 Tektronix 示波器遠端工作
    大多數現代 Tektronix 示波器均支援一或多種遠端工作方式。這些方法包括簡單的檔案共享和離線分析、使用 PC 軟體進行控制、使用 Python 或其他語言進行的自訂編程,以及 Windows 遠端桌面。本技術簡介是針對執行 Windows 作業系統的示波器,概述了這些方法以及常見方法的指導。 對於非執行 Windows 作業系統的示波器,您可以在此處下載本摘要的另一個版本「使用 Tektronix 示波器遠端工作」。
    技術簡介
    使用 Tektronix 示波器遠端工作
    大多數現代 Tektronix 示波器均支援一或多種遠端工作方式。這些方法包括簡單的檔案共享和離線分析、使用 PC 軟體進行控制、使用 Python 或其他語言進行的自訂編程,以及透過 LAN 進行遠端存取。本技術簡介概述了這些方法以及常見方法的指導。 對於執行 Windows 作業系統的示波器,您可以在此處下載本摘要的另一個版本「使用執行 Windows 作業系統的 Tektronix 示波器遠端工作」。
    技術簡介
    使用示波器進行乙太網路問題的疑難排解
    瞭解 10BASE-T 和 100BASE-TX 乙太網路實體層的基礎知識,協助您輕鬆地完成匯流排問題或相關系統問題的疑難排解作業。瞭解在配備乙太網路分析功能的示波器上使用自動解碼、觸發和搜尋功能時,如何設定和解讀結果。
    應用摘要
    使用 5-PWR 應用軟體執行電源供應器量測和分析
    最佳化和驗證電源供應器設計需進行許多重要的量測。這些量測包括: 線路端電源品質量測,如功率因數和諧波 切換裝置量測,如切換損耗和安全工作區 輸出量測,如漣波 雖然許多量測可以手動進行,但許多工程師會在其示波器上使用自動化工具,以獲得更快速且重複性更高的結果。 本應用摘要說明了如何設定示波器進行這些量測,並著重於介紹配備 5-PWR 分析軟體的 5 系列 MSO 示波器。摘要中提供了各種量測的高階概覽、使用方式及所提供的結果等內容。
    應用摘要
    使用示波器除錯 CAN、LIN 和 FlexRay 汽車匯流排
    說明常見的汽車匯流排 (CAN、LIN 和 FlexRay) 的實體層基礎知識,使您可以輕鬆地完成匯流排問題或系統問題的疑難排解作業。瞭解在配備汽車匯流排分析功能的示波器上使用自動解碼、觸發和搜尋功能時,如何設定和解讀結果。
    應用摘要
    使用示波器進行 USB 2.0問題的疑難排解
    瞭解 USB 2.0 實體層的基礎知識,協助您完成匯流排問題或系統問題的疑難排解作業。瞭解在配備 USB 2.0 匯流排分析功能的示波器上使用自動解碼、觸發和搜尋功能時,如何設定和解讀結果。 
    應用摘要
    使用 FlexChannel 輸入通道進行多重匯流排系統的疑難排解
    對具有多個處理器、感應器、制動器、通訊和人機介面的嵌入式系統進行疑難排解,通常需要大多數的示波器上提供超過 2 或 4 個量測通道。雖然更多的通道在一定程度上會有所助益,但是混合訊號示波器和智慧地應用數位通道將可提供更廣泛的系統可視性。本技術摘要介紹了 5系列 MSO 所提供的 FlexChannelTM 輸入通道的使用方式,以應對這些挑戰。  
    技術簡介
    瞭解更多的通道如何簡化電源供應時序
    大多數的系統皆會使用幾組電源軌道,而且驗證正確的電源供應器時序也需要多個示波器輸入通道。您將瞭解檢查交流/直流電源供應器的開機和關機時序的基本知識、如何查看大容量電源供應器和各種負載穩壓器,以及配備超過 4 個通道的示波器將可如何加速流程。 
    應用摘要
    Probing Techniques for Accurate Voltage Measurements on Power Converters with Oscilloscopes
    Making oscilloscope voltage measurements on power supplies is fundamental, but not without challenges. Much is written on oscilloscopes, but probing techniques are often taken for granted. This application note focuses on probing and covers:Choosing …
    應用摘要
    Measuring Power Supply Switching Loss with an Oscilloscope
    Losses due to dissipation in switching devices such as MOSFET's and IGBT's contribute significantly to the overall losses in switch mode power supplies.  This application note explains how to measure switching loss and conduction loss in power supply …
    應用摘要
    使用 Tektronix 示波器和選配軟體提供串列支援
    Tektronix 示波器提供了選配分析功能的組合,可簡化串列匯流排除錯和相容性檢驗等程序。此選型矩陣顯示每個示波器系列所支援的串列標準。
    產生選擇器指南
    先進雷達分析
    隨著當今雷達技術快速發展,若要開發和製造高度專業的新型電子產品以檢測雷達訊號,將需要採用尖端技術和工具。本手冊介紹Tektronix任意波形產生器、即時頻譜分析儀和高頻寬示波器,這些儀器滿足了現代雷達應用要求需要的所有功能。即時檢視進階脈衝壓縮系統、生成和分析所有數位動態訊號類型,可為密集的商用電子系統創造高度可靠又經濟有效的系統設計。
    應用摘要
    Tektronix 探棒選擇指南
    Tektronix探棒可確保從您的待測裝置到示波器皆能維持最高的訊號完整性。Tektronix擁有超過100種的探棒選擇,並與 我們業界領先的示波器能完美匹配,您可為特定的測試應用找到所需要的探棒。
    產生選擇器指南
    深入瞭解示波器
    閱讀本入門手冊之後,您將能夠:描述示波器的工作方式描述各種示波器之間的差異描述電氣波形類型,瞭解基本示波器控制功能進行簡單的量測
    入門
    瞭解和執行 USB 2.0 實體層測試
    本應用摘要提供了 USB 2.0 實體層測試的概述,包括訊號品質、湧入電流檢查、下降和衰退的測試,以及電氣相容性測試。
    應用摘要
    自動極限測試應用摘要
    手動擷取與分析電子量測需耗費大量時間。現在您可進行自動化量測,以及分析、驗證與特性分析,省下寶貴的時間。瞭解 DPO4000 與 MSO4000 系列搭配 NI LabVIEW SignalExpress Tektronix 專業版軟體,可提供簡易的互動式解決方案,對各種 AC/DC 電子訊號條件進行極限測試。
    應用摘要
    Application Software Bundles for the 4, 5 and 6 Series MSO Oscilloscopes
    Application bundles are a great alternative to purchasing individual options, especially if you plan to address diverse applications with your oscilloscope. Compared to individual options, these specially designed bundles: Offer better value …
    小冊子
    Enhance Productivity with HSI
    Faster waveform transfer from oscilloscope to PC is crucial for applications ranging from monitoring particle collisions in particle accelerators to neurological monitoring during surgeries. The need for near real-time data transfers has never been …
    技術簡介
    Getting Started with HSI How-to Guide
    Enhance Productivity with HSI Faster waveform transfer from oscilloscope to PC is crucial for applications ranging from monitoring particle collisions in particle accelerators to neurological monitoring during surgeries. The need for near real-time …
    使用方式指南
    TekScope PC Waveform Analysis Flyer
    Greater productivity and convenience Analyze data at your desk, at home, or on the road. Nothing to learn. It operates just like your oscilloscope. Analyze waveform data from most oscilloscopes on your PC. Remotely access your …
    規格摘要表
    6 Series B MSO Upgrade Guide
    Most of the features of the 6 Series B MSO are field-upgradable, including bandwidth, record length, arbitrary/function generator, logic channels, and protocol support. This fact sheet lists all available post-purchase upgrades.
    規格摘要表
    Automating Double Pulse Tests with Python
    Introduction Semiconductor materials used in power electronics are transitioning from Silicon to Wide Bandgap (WBG) semiconductors such as Silicon Carbide (SiC) and Gallium Nitride (GaN) due to their superior performance at higher power …
    應用摘要
    Simplifying Test Automation with tm_devices and Python
    Engineers across many industries use automation to extend the capabilities of their test instruments. Many engineers choose the free programming language Python to accomplish this. There are many significant advantages that make Python a …
    使用方式指南
    Optimizing Frequency Settling Time Measurements
    Frequency settling time is an essential measurement in the design and evaluation of RF synthesizers, programmable oscillators, phase locked loop circuits, and more. This technical brief highlights the steps taken to reduce the noise/variation on a …
    技術簡介
    Oscilloscope Selection Guide
    From basic signal-checking to high-performance analysis, this selection guide gives an overview of the complete range of oscilloscopes from Tektronix. Comparison tables give high-level specifications and features, and indicate the major differences …
    產生選擇器指南
    Debugging SENT Automotive Buses with an Oscilloscope
    THIS APPLICATION NOTE Gives a brief orientation on the physical layer and packet structures of SENT, with a goal of providing just enough detail to help with troubleshooting Explains how to set up decoding on an …
    應用摘要
    How Energy Trends and New Testing Requirements are Improving Power Conversion Efficiency
    The demand for efficient power is accelerating as electrification remains a key driver to reduce carbon emissions. Wide bandgap technologies such as silicon carbide (SiC) and gallium nitride (GaN) are key enablers today to improve power …
    入門
    Testing High Power Semiconductor Devices from Inception to Market
    Introduction This primer examines the life cycle of a power semiconductor device and the tremendous variety of test and characterization activities and measurement challenges faced by the engineers involved in each stage throughout the cycle …
    入門
    Power Efficiency Trends in Industrial and Renewable Applications
    Introduction The demand for efficient power is increasing rapidly as digitization and electrification continue to drive productivity and environmental responsibility, respectively. The shift towards decarbonization is driving a change …
    入門
    MSO Mixed Signal Oscilloscope Trade-In Promotional Offer
    Improve your measurement productivity with a new, state of the art oscilloscope. It is a great time to bring more capability to your bench and replace older oscilloscopes …
    規格摘要表
    Getting Started with C++ for Test Automation
    This guide will provide you with a source code file you can use to build a C/C++ project that will connect to your oscilloscope and save a screenshot to its local storage and send a copy to your local computer. The steps outlined here walks the …
    使用方式指南
    Using Frequency Response Analysis with an Oscilloscope
    Introduction Bode plots are commonly used in analyzing the frequency response of a system. They provide a graphical representation of magnitude and phase over a range of frequencies that can be used to analyze and understand the …
    應用摘要
    Programming Interface Translator Technical Brief
    The PI Translator The PI Translator is a simple system. It acts as a "dictionary" that contains a list of legacy commands and their modern counterparts. In addition to direct translation, entries can be configured to alias to multiple modern …
    技術簡介
    Measuring MDI Mode Conversion Loss for Automotive Ethernet Compliance
    Manufacturers are transitioning to automotive Ethernet for in-vehicle networks to support the data speed performance required for these new systems. To ensure that Ethernet equipment operates correctly in the automotive network, components like …
    應用摘要
    Getting Started Controlling Instruments with VISA
    Using the Virtual Instrumentation Software Architecture (VISA) library you can write programs and scripts to control instruments across all of the common physical interfaces available on test instrumentation. This guide shows how to get started using …
    應用摘要
    Getting Started with Oscilloscope Automation in C#
    Automating test instrumentation enables consistent test methodology, repeatable measurement results, time savings and reduced risk of human error.  Using easily integrated third-party libraries, C# is an excellent choice for automated test …
    應用摘要
    DQ0 Analysis with Oscilloscopes
    Direct quadrature zero (dq0) parameters are important variables in field-oriented control algorithms, but typically exist deep within the control systems. During design optimization and debugging it is advantageous to make these parameters available …
    白皮書
    Double Pulse Testing Power Semiconductor Devices with a 5 or 6 Series MSO with Built-in Arbitrary Function Generator
    This application note is based on tests developed by Qorvo application engineering using a Tektronix 6 Series MSO. A 5 Series MSO can also be used. The operation of the two instruments is identical, although the 6 Series MSO …
    應用摘要
    How to Synchronize 4/5/6 Series MSO Oscilloscopes for Higher Channel Count
    This application note describes three different approaches to synchronizing multiple oscilloscopes to measure more channels than are supported on any single instrument. In this application note you will learn: Things …
    技術簡介
    Understanding RF Spectrograms and Spectrogram Types
    This technical brief explains what a spectrogram is, and the different types of spectrograms (discontinuous and continuous) along with the relative strengths of each type. Spectrograms from real-time spectrum analyzers, vector signal analysis …
    技術簡介
    Power Distribution Network and Power Rail Measurement Solution
    Learn about our most popular oscilloscope-based solution for power distribution and power integrity analysis. It combines a 5 or 6 Series MSO oscilloscope with software and probes into a single orderable line item. This high-performance set-up …
    規格摘要表
    Validating MIPI C-PHY Bus Activity
    Read our application note on MIPI C-PHY decoding.  After a brief overview of the physical layer and packet structures of C-PHY, you'll learn how to set up decoding, interpret serial bus data, and useful searching options on an offline Tektronix …
    應用摘要
    Expand the Analysis Capability of Your Oscilloscopes with TekScope PC Analysis Software
    TekScope PC Analysis Software provides a very flexible environment for waveform visualization, advanced measurements, serial protocol decode of a wide variety of buses, and many analysis tools. This application note discusses how TekScope PC Software …
    應用摘要
    Electric Vehicle (EV) Powertrain Analysis and Troubleshooting Flyer
    Tektronix oscilloscopes, probes and analysis tools combine to provide a comprehensive solution for debugging and validating electric vehicle traction inverters and motors.  Learn about an ideal system for EV powertrain measurements with this 2-page …
    小冊子
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    Making Measurements on 3-Phase Motor Drives with an Oscilloscope
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    Software for the Education Lab
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    規格摘要表
    Comparing the Traditional Oscilloscope FFT to Spectrum View Spectrum Analysis for Measuring Power Supply Control Loop Frequency Response
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    Characterizing Self-Generated EMI for Wireless and IoT Products with 4, 5 or 6 Series MSO Oscilloscopes
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    Verifying ESD Simulator Performance Using an Oscilloscope
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    Troubleshooting ESD Failures Using an Oscilloscope
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    Keysight MXR Series vs. 6 Series B MSO Mixed Signal Oscilloscope Comparison
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    Using Mixed Signal Oscilloscopes to Find and Diagnose Jitter Caused by Power Integrity Problems
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    Step by Step EMI Troubleshooting with 4, 5 and 6 Series MSO Oscilloscopes
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    Achieve Higher Vertical Resolution for More Precise Measurements
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    Jitter Testing for 1000BASE-T Ethernet Compliance Application Note
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    Decoding and Searching MIPI I3C Bus Activity with an Oscilloscope
    THIS APPLICATION NOTE Gives a brief orientation on the physical layer and packet structures of I3C with the goal of providing just enough detail to help with troubleshooting Explains how to set up decoding on an oscilloscope …
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    Physical Layer Compliance Testing for 1000BASE-T Ethernet
    Engineers designing or validating the 1000BASE-T Ethernet physical layer on their products need to perform a wide range of tests, quickly, reliably and efficiently. This application note describes the tests that ensure …
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    Ensuring the Performance and Conformance of In-Vehicle Networks for New-Generation Automobiles
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    Automotive Ethernet: See the True Signal
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    Characterizing and Troubleshooting Jitter with Your Oscilloscope
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    Getting Started with Power Rail Measurements Application Note
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    Using FastFrame Segmented Memory on the 4/5/6 Series MSO
    Introduction Debug and verification of complex systems present many technical challenges, including capturing and visualizing multiple infrequent or intermittent events, such as serial data packets, laser pulses, and glitches …
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    Visual Triggers: Graphical Methods for Capturing Bursts and Other Complex Signals on Oscilloscopes
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    In-circuit Measurement of Inductors and Transformers with an Oscilloscope
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    Debugging SPMI Power Management Buses with an Oscilloscope
    Introduction Increasingly, mobile devices and other portable designs are adopting System Power Management Interface (SPMI) protocol for multimaster, multi-slave systems to monitor and dynamically control supply voltages based on real …
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    Making Accurate Current Measurements on Power Supplies with Oscilloscopes
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    產品文章
  • 請觀看此三相電源系統示範,影片中將重點介紹 5系列B MSO 和6 系列B MSO 示波器精確量測交換式電源轉換器和控制電路的效能。使用差動探棒和三相逆變器/馬達驅動分析軟體,即可在寬電壓和電流範圍內進行高頻寬量測。
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    Being able to see the frequency content of a signal is extremely useful for troubleshooting.  Being able to see multiple channels of spectrum analysis, synchronized with signals in the time domain …
    期間: 4m 55s
    An AWG70002B was used to create a pair of 20us wide RF pulse trains at 3.85GHz. One pulse train has a constant/unchanging phase – this is our reference and is applied to Ch1. The other pulse …
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    Learn how to use the eScope function to remotely control a Tektronix oscilloscope over a network without any special software. This video shows how to find the IP address of the scope and use a …
    期間: 2:14
    This video discusses the new Tektronix Python libraries - TekHSI and tm_data_types, how to install the new TekHSI Python libraries, some programming examples and how these new libraries compare to …
    期間: 10m 43s
    Watch this demo video to learn how Tektronix High Speed Interface (HSI) can boost performance speed to be much faster than traditional VISA- and SCPI-based waveform data transfer.
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    For engineers working on wide bandgap SiC and GaN power converters, this video demonstrates making accurate high-side double pulse measurements. Seamus Brokaw, Applications Engineer, uses an …
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    For RF design engineers, validation and verification engineers, or radar and EW systems engineers working on wideband radar systems, satellite communications systems, and other high-bandwidth RF …
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    TekScope v2.12 includes a built-in screenshot capture feature, HSI enhancements supporting 2.5Gbps USB to ethernet adapters, digital power management, protocol decodes and more.  Watch this short …
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    See the ultra-low noise performance of the TPR4000 Power Rail Probe, and how it can be used for measuring DC power rail noise in microvolts, especially when paired with the 6 Series MSO …
    期間: 0h 6m 15s
    The switching performance of power semiconductors is often characterized using double pulse tests. This testing is now being widely applied to GaN and SiC MOSFETs. This video explains how to use …
    期間: 7 minutes
    Wide Bandgap power devices (SiC and GaN) offer significant benefits and are smaller, faster and more efficient than their silicon counterpart. But they also present several validation challenges …
    期間: 24:07
    This video demonstrates Time Domain Reflectometry (TDR) measurements using a 6 Series MSO oscilloscope.  (TDR measurements are also available on 4 and 5 Series MSOs.) Having TDR measurements on …
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    Watch this video to learn what's new in V1.4 of tm_devices - the Tektronix device management package that enables better control and usage of test & measurement devices in Python scripts.
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    Control your oscilloscope and analyze your measurements at home.  Learn how to connect to a 5 Series B MSO remotely, save measurements, and analyze waveforms on your PC.   Note: A 5 Series MSO is …
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    Combining the power of Python and Tektronix oscilloscopes makes complex testing procedures more efficient, accurate and customizable. This short video shows how to use tm_devices, the Tektronix …
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    See how oscilloscopes such as the 6 Series B MSO Mixed Signal oscilloscope are enabled by advanced features of Tektronix SignalVu-PC software to provide RF spectral and modulation analysis across …
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    CAN XL is a third generation of CAN bus, designed to bridge gaps between existing CAN standards and higher data-rate standards such as Automotive Ethernet.  This short video shows how to set up …
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    Frequency settling time, an essential measurement in the design and evaluation of programmable oscillators, phase locked loop circuits, RF synthesizers and more, becomes much easier when the …
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    Watch a demonstration of 1000BASE-T (Gigabit Ethernet) transmitter (Tx) testing with a disturber.  Gayland Pounder, Tektronix Application Engineer, uses TekExpress Automotive Ethernet software.  …
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    Having an arbitrary/function generator built into your oscilloscope is useful and convenient. Learn about the AFG outputs available in 2, 4, 5 and 6 Series MSOs.
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    Built-in logic analysis on mixed signal oscilloscopes expand visibility into digital systems. This video gives a quick overview of the logic probe, settings, triggering and searches.
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    Learn how the Advanced Power Supply Measurements and Analysis package for Tektronix oscilloscopes simplifies analysis of power conversion systems with automated power quality, harmonics, switching …
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    This video covers the basics of CAN bus decoding on Tektronix oscilloscopes as well as the setups for decoding, triggering and searching for specific values or conditions.
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    Making measurements on the PWM outputs of inverters and motor drives is challenging. Learn about automated 3-phase power measurement packages on 4, 5 and 6 Series B MSO oscilloscopes that deliver …
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    This video covers the basics of SPI bus decoding on Tektronix oscilloscopes as well as the setups for decoding, triggering and searching for specific values or conditions.
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    This video covers the basics of I2C bus decoding on Tektronix oscilloscopes as well as the setups for decoding, triggering and searching for specific values or conditions.
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    Watch a demonstration of 1000BASE-T (Gigabit Ethernet) return loss testing.  Gayland Pounder, Tektronix Application Engineer, uses TekExpress Automotive Ethernet software.  Hardware includes a …
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    Watch a demonstration of 1000BASE-T (Gigabit Ethernet) testing.  Gayland Pounder, Tektronix Application Engineer, uses TekExpress software to perform the testing.  Hardware includes a Tektronix …
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    Learn about the many types of RF analysis available on the 4, 5 and 6 Series MSOs, enabled by the patented integrated digital downconverters behind each channel. This overview touches on …
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    Customers across all industries and applications are using automation to extend the capabilities of their oscilloscopes.  Here we cover what you need to get started programming scopes in Python.  …
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    Watch this short video to learn about the new features in TekScope version 2.4, including TekScope Basic – a new free tier license, maintenance licenses, fast frames with improved support, a new …
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    See how you can get more insight to transient and dynamic behavior of the spectral content of your signals. Using the new spectrogram feature, an enhancement of the RF vs time option for Spectrum …
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    With electric vehicles (EVs) increasingly becoming mainstream, the industry must create a convenient and reliable EV charging network to ensure driving adoption. Watch as we discuss what's coming …
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    How to use Tektronix 4, 5 and 6 Series MSO oscilloscopes to decode and analyze Near Field Communications (NFC) wirelessly, using a near field probe and the RFNFC package on the instrument.
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    Gain new insights into the field of power electronics including market overviews and an overview of new device technologies from Dr. Ana Villamor, Team Lead Analyst for power electronics, Yole …
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    Hear an overview of SignalVu, Tektronix's RF and vector signal analysis platform. Tektronix' spectrum analyzers and oscilloscopes combined with SignalVu uniquely allows you to view live spectral …
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    Autonomous driving and connected vehicle are driving higher speed in-vehicle networks, such as Automotive Ethernet. This webinar offers insights into the new measurement requirements for the …
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    Power rail noise is one of the most significant sources of jitter in high-speed systems, phase noise in RF systems, and noise in A/D and D/A converters.  Semiconductor manufacturers are responding …
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    Watch as we discuss techniques for properly testing Silicon Carbide (SiC) devices.  We'll review considerations for creating a double pulse test setup.  We offer an overview of basic equipment …
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    Silicon carbide (SiC) MOSFETs are supplanting silicon IGBTs in the drivetrain inverter of battery electric vehicles. While today SiC claims only around 5% of the market, with the vast majority of …
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    A demonstration of 100BASE-T1 Automotive Ethernet protocol decoding on a 6 Series MSO oscilloscope.  This video shows how full-duplex 100BASE-T1 can be separated and decoded without breaking the …
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    Watch as panelists discuss emerging technologies and the feedback loop between signal integrity and power integrity. See how to combine jitter and power integrity analysis into a formidable tool …
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    This explains how to use an oscilloscope equipped with control loop response measurement capability to measure the frequency response (Bode Plot) of a power supply control loop. A Bode plot …
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    Make extremely accurate power rail measurements using two Tektronix power rail probes, a Keithley DMM6500 touchscreen Digital Multimeter, and ultra-low-noise 6 Series mixed signal oscilloscope …
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    See how RF design and validation engineers working on MIMO, phased-array and beam-forming systems can make fast, accurate pulse and phase measurements on as many as 8 channels using SignalVu-PC …
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    Learn how 5 and 6 Series MSO Mixed-Signal Oscilloscopes and the optional embedded serial bus analysis software provide unparalleled system visibility by decoding MIL-STD 1553 messages, triggering …
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    Watch our Mixed-Signal Oscilloscope capturing multiple RF channels and performing RF analysis of radar pulses. Here we're taking advantage of the high-bandwidth and independent digital …
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    Learn about our USB4 receiver testing solution which offers comprehensive coverage for compliance requirements outlined by the USB Implementers Forum or USB-IF to give you confidence that your …
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    See how the RF vs Time hardware triggering capability (Spectrum View) on the 4, 5, and 6 Series MSO oscilloscopes can capture a low amplitude RF emission.  This video focuses on the low amplitude …
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    When making radar measurements, it is critical to have  synchronous measurements by a single digitizer. Watch our short video in which Alex Krauska, Solutions Engineer, demonstrates making four …
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    Learn about the domain/zonal controllers and discuss what changes it will bring for in-vehicle network architectures, highlighting some of the testing challenges measurement requirements. 
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    Automotive Ethernet with PAM3 introduces new test challenges. Tektronix' new, innovative, non-intrusive Signal Separation simplifies Automotive Ethernet testing and set-up, providing advanced …
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    A demonstration of TekExpress Automotive Ethernet, an automated application, for Automotive Multigigabit Ethernet (IEEE802.3ch) Compliance Testing.
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    The 4, 5 and 6 Series MSO Oscilloscopes employ dedicated digital downconverters on all channels that operate independently of time-domain sample rate and record length and enables their Spectrum …
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    Watch this video learn about the new features in TekScope version 1.44, including RF analysis capabilities, added support for the MSO2000 and MSO2000B oscilloscopes, user interface improvements …
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    Watch this short demo of RF vs Time hardware trigger to see how an ASK (Amplitude Shift-Keying) signal changes over time.  The Spectrum View capability on the 4, 5 and 6 Series MSO oscilloscopes …
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    In this workshop, Tektronix Senior Applications engineer Alan Wolke demonstrates how to perform time correlated multi-domain signal analysis across multiple channels with the Tektronix 6 Series B …
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    See how to stabilize a hardware trigger on the up-down chirp pattern of a spread spectrum clock using a Frequency Deviation vs. Time trigger.  The Spectrum View capability on the 4, 5 and 6 Series …
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    After checking the gain and phase margin of a power supply control loop, observing the response of the supply to a step load change lets you watch the control loop in action. In this example, a …
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    Example of the use of an oscilloscope to measure Power Supply Rejection Ratio, in this case for a linear voltage regulator. Power Supply Rejection Ratio or Power Supply Ripple Rejection (PSRR) is …
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    Example of how to determine the EMI filter stability and the Middlebrook Criterion. The Middlebrook Criterion is a method for determining if the input filter of a switching mode power supply will …
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    Examples showing how to use Time Domain Reflectometry (TDR) to measure impedance and length of cables and PCB traces as well as printed circuit board dielectric constant and fault location. You …
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    This video shows an example of using a line injector and oscilloscope to measure frequency dependent inductance with a 1 A DC Bias current applied to the inductor. Power supplies include inductors …
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    See how to track down the source of transient RF/EMI emissions with Spectrum View and the RF vs Time triggering capabilities. Clearly determine which PCB signals are causing EMI emissions so that …
    期間: 4:21
    See how an edge trigger on the RF Frequency Deviation vs Time trace isolates and captures a short duration transient in the frequency of a clock signal.  The Spectrum View capability on the 4, 5 …
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    This Picotest video gives a quick overview of the many power-related measurements that can be made using a Tektronix oscilloscope and Picotest accessories. Advanced power supply tests, such as …
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    Example of the use of an oscilloscope and signal source to measure sub-milliohm impedance of an active power plane. Source: Arbitrary/function generator (built into 6 Series MSO) …
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    Are you seeing ALL the noise from your power rails? Lee Morgan, Technical Marketing Manager in EMEA, demos one of our power integrity setups with a 6 Series MSO, our new Power Rail Probes, and an …
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    This webinar compares different methods of untethering your instrument data from your bench. Accessing your data locally and remotely is discussed, from custom Python code to automatic cloud …
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    TekDrive is a file sharing platform for storing, sharing, and collaborating on waveform and analysis data in a much more convenient, efficient, secure, and useful way. In this webinar, you will …
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    Watch as we demonstrate the use of digitizers having high signal integrity and software being used to reliably enable single shot and high-energy physics tests.
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    Webinar on applications and trends and solving problems making measurements in 5G MIMO using a scope for wideband analysis.  A demonstration shows time and frequency correlation for a power …
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    What's the big deal with low noise? We talked to our engineers about how they achieved ground-breaking noise performance in the 6 Series Mixed Signal Oscilloscope.
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    Watch how easy it can be to setup and analyze waveform behavior using the highly intuitive touch interface. Setting up your measurement and debugging your system has never been easier with the …
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    Tektronix Sr. Applications Engineer Alan Wolke leads a workshop on practical tips and techniques for Mixed Signal Oscilloscopes using the Tektronix 6 Series B MSO. - How to remotely access your …
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    Learn how to get optimal results from your power supply design by checking the power supply rejection ratio. This video covers how DC-DC  converters or low voltage drop-out regulators (LDOs) …
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    Learn how to annotate test results and methods with “Callouts” for easily documenting important information when sharing data across a team, recreating a measurement at a later date, or delivering …
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    Learn how to quickly capture bursts just by drawing a couple of boxes, and how to apply logic and add more shapes to capture increasingly complex waveforms. See how visual triggers work on the 5 …
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    Watch how to easily change the font size used on your 4/5/6 Series MSO with just a few clicks. This will make it easier to read measurement values at a distance from your scope or maximize the …
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    Learn how fast waveform update rates help uncover intermittent signal anomalies, and advanced triggering and search techniques can determine how often they occur.   For more information on the new …
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    Learn how to configure and get started with SignalVu-PC software and 5 and 6 Series MSOs for vector signal analysis.
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    See how Spectrum View provides ease-of-use and the ability to achieve optimal views in both RF and Time domains simultaneously when analyzing the turn on behavior of a spread spectrum clock.  This …
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    If you're doing mixed frequency/time domain work, Spectrum View makes it easy. Learn how to set up 5 and 6 Series MSOs to display synchronized time and frequency domain views on multiple channels …
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    TekScope PC software, combined with Tektronix oscilloscopes, makes it easy to log waveform data, waveform images and measurements on your PC.  Simply set the logging interval, count, and hit Start …
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    See how you can use TDR (Time Domain Reflectometry) techniques to better understand power integrity issues and more quickly eliminate issues, like ripple, from your system designs.
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    The 4, 5 and 6 Series MSO Oscilloscopes employ dedicated digital downconverters on all channels that operate independently of time-domain sample rate and record length. This enables their Spectrum …
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    See how Spectrum View's triggering functionality can be used together with the independent control of time and frequency domains to capture infrequent anomalies.  Additional videos: Spectrum View …
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    For complex troubleshooting, Spectrum View is available on multiple channels.  With all Spectrum Time indicators locked and moving together you can see time correlated spectrums across all …
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    See how the pre-compensation feature found on Tektronix Arbitrary Waveform Generators can correct for the negative effects of cables, components, and fixtures on the amplitude and phase of high …
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    See how the 4, 5, and 6B Series of MSO oscilloscopes provide a platform for multichannel test and measurement of MIMO systems through extension of MATLAB® algorithms for analysis of channel …
    期間: 24:54
    Get tips on measuring sub-milliohm impedance on a board at low frequencies across surface mount capacitors. See how this VNA measurement is made using a Tektronix 6B Series MSO oscilloscope …
    期間: 15:36
    See how a 6 Series B MSO can display a decoded serial bus, analog waveforms, and digital timing information for a rich view of your systems. This video shows a decoded SPI bus.   For more …
    期間: 2:06
    This demonstration shows the very quick jitter summary on the 6 Series B MSO, which includes an eye diagram, TIE histogram and spectrum, and bathtub plot.   For more information on the new 6 …
    期間: 01:58
    Test automation may be used to check automotive Ethernet transmitters for compliance with the BroadR-Reach, 100BASE-T1 (P802.3bw), and 1000BASE-T1 (802.3bp) standards. This demonstration shows the …
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    This demonstration shows the clean capture of a small detail with extremely low noise, even on a signal that spans hundreds of volts.   For more information on the new 6 Series B MSO visit here.
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    Watch this demonstration showing how the 6 Series B MSO oscilloscope offers the industry’s best solution for debugging with the ability to optimize fully correlated RF (spectrum) and time-domain …
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    Learn how to perform multi-domain signal analysis of 5G base station and user equipment systems.  See the benefits of using a mixed domain oscilloscope for analyzing RF amplifier performance.  …
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    Watch to learn how you can simplify several 3GPP 5G New Radio transmitter tests. You’ll see how to verify transmitter characteristics including power, power dynamics, signal quality and RF …
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    See how MIMO analysis of RF, analog and digital can be performed simultaneously for easy analysis and correlation between both the frequency and time domain while addressing the unmet needs of the …
    期間: 51:53
    This quick demonstration shows in real-time how phase relationships change based on the relative position of antennas. The phase-coherent digital downconverters (DDCs) in a 6 Series MSO …
    期間: 2:09
    Watch this video to learn about the new features in TekScope version 1.40, including continuous acquisition, license expiration notification, and IMDA-MECH and WBG-DPT in the pro automotive and …
    期間: 7m 19s
    Example of how to measure 2-Port shunt impedance on your (Voltage Regulator Module) VRM. Power plane impedance is the most common power integrity assessment, and the 2-port shunt through method is …
    期間: 01:48