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 …

The 4 Series B MSO oscilloscope offers powerful measurement and debugging tools. Watch this video to learn about visual triggers, segmented memory, 12 to 16-bit vertical resolution, automated …

This video will give you a taste of the 4 Series B MSO's award-winning user interface, integrating an HD touchscreen display with traditional knobs and buttons. By the end of this video you will …

The 4 Series B MSO is a versatile addition to your bench, addressing scores of signal types and applications. This video touches on available probes, RF spectrum analysis, mixed signal analysis …

This video provides an overview of the new 4 Series B MSO oscilloscope, including key measurement specifications and highlighting the new faster processor, analysis capabilities and the award …

观看三相电源系统演示，了解 5 或 6 系列 B MSO 示波器精确测量开关电源转换器和控制电路性能的能力。使用差分探头和三相逆变器/电机驱动分析软件，可以在宽电压和电流范围内进行高带宽测量。

自动驾驶和互联车辆正在推动更高速度的车载网络。我们提供的视频演讲和课件对最新的 汽车多比特以太网（10Gbps）符合性测试 的新测量要求进行了深入探讨，探讨了MultiGBASE-T1（IEEE 802.3ch）的测试案例，以及工程师在测试设置和执行期间可能遇到的陷阱。除了符合性测试，还将介绍系统级噪声测试，使用非侵入式的信号分离方法，对100BASE-T1进行协议解码和信号完整性分析。 …

观看这个演示，了解使用5系列B MSO示波器对SiC MOSFET进行开关损耗测量

A demonstration of serial bus protocol decoding, display and searching on the 5 Series B MSO. Examples using CAN, USB 2.0, SPI are shown.

Learn how spectrum analysis on a 5 Series B MSO, along with voltage-vs-time waveforms, provides more insight into power rail noise.

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.

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 …

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 …

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.

This short video shows how to debug a compliance measurement that has failed by using Tektronix’ Jitter and Eye Diagram Software, DPOJET. Using DPOJET, engineers can go from a compliance …

The 3 Series MDO is a versatile addition to any bench.  Find out how digital channels can expand your visibility into your designs. Learn about the built-in spectrum analyzer options.  See serial …

Learn how the 1 GHz or 3 GHz built-in spectrum analyzers available in the 3 Series MDO can take the place of a stand-alone spectrum analyzer.  Learn about specifications, markers, spectrogram …

Get an overview of the 3 Series MDO.  See how to operate the controls -- after the first 3 minutes you'll know everything you need to know to be able to operate the instrument.  Learn about making …

The 3 Series MDO offers impressive specifications and supports powerful measurement tools.   See how to make cursor measurements and automated measurements like peak-to-peak voltage,  period, and …

In just a few minutes you'll learn everything you need to know to be able to operate the 3 Series MDO.  You'll get a guided tour of the high-definition display, learn how to use the touchscreen to …

Sometimes bad things happen to good scopes!  Ensure you've got it covered with a Total Product Protection plan from Tektronix, the only coverage plan available for test equipment with accident …

Discover how to use a Tektronix MSO5000B Series Oscilloscope to validate the operation of a High-Speed USB serial bus, using the SR-USB option.

Watch some of the team members behind the innovative new Tektronix 5 Series MSO talk about the challenges they faced and how they overcame them.

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 …

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 …

在检查电源控制环路的增益和相位裕量后，我们可以监测电源对阶跃负载变化的响应，观察控制环路的效果。在本例中，示波器内置函数发生器的脉冲输入到Picotest有源电流注入器中，对电源需求应用阶跃变化。 信号源： 任意波形/函数发生器 (内置到6系列MSO中) Picotest PJ2111A电流注入器 配置： 6系列MSO示波器

用实例说明怎样确定EMI滤波稳定性和米德尔布鲁克准则。 米德尔布鲁克准则是确定开关式电源的输入滤波器是否导致不稳定性，或使电压编程DC-DC转换器开关式电源性能参数劣化的一种标准。 信号源： 任意波形/函数发生器 (内置到6系列MSO中) 台式电源 Picotest J2121A High Power线路注入器 配置： …

本视频介绍了怎样使用配有控制环路响应测量功能的示波器，测量电源控制环路的频响(波特图)。 波特图是系统的频响图，表征不同频率中的增益和相位。 调制信号被注入到反馈环路中，然后可以确定调制信号和控制环路输出比例，计算增益，再按时间进行对比，找出相位。 信号源： 任意波形/函数发生器 (内置到6系列MSO中) Picotest J2101A注入变压器 配置： …

用实例说明怎样使用时域反射计(TDR)测量电缆和PCB轨迹的阻抗和长度，以及印刷电路板的介电常数和故障位置。您将看到多个实例，来说明阻抗差异和不匹配所产生的效应。 此外，您将看到怎样使用TDR使用的同样的快速边沿，来迅速检查电缆和连接的平坦度。 配置： 10 GHz 6系列MSO示波器，测量响应 Picotest Fast Edge信号发生器(32 ps典型值)及标配10 …

这个视频用实例说明了在对电感器应用1 A DC偏置电流时，怎样使用线路注入器和示波器测量频率相关电感。 电源在输入滤波器和输出滤波器中都有电感器。这些元件的有效电感在高工作电流时会明显下降，导致纹波和EMI提高。使用DC偏置进行测试，可以帮助您了解电感器的在线性能。 信号源： 任意波形/函数发生器 (内置到6系列MSO中) 台式电源 Picotest …

用实例说明怎样使用示波器测量电源抑制比，在本例中是线性稳压器。 电源抑制比或电源纹波抑制(PSRR)是衡量电路的电源抑制性能的指标，用输出噪声与输入噪声的对数比表示。 信号源： 任意波形/函数发生器 (内置到6系列MSO中) 台式电源 Picotest J2120A线路注入器 配置： 6系列MSO示波器 负载： DUT的输出上的DC负载

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 …

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 …

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 …

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 …

With its built-in 1 GHz spectrum analyzer, the 3 Series MDO oscilloscope enables RF engineers to test the latest IoT devices using sub-GHz band without adding any extra cost. The basic RF …

用实例说明怎样使用示波器和信号源，测量有源电源平面的毫欧级阻抗。 信号源： 任意波形/函数发生器 (内置到6系列MSO中) Picotest J2161A分路器 配置： Picotest J2102B共模同轴电缆变压器，用于隔离 6系列MSO示波器

用实例说明怎样测量VRM(稳压器)模块上的2端口并联阻抗。 电源平面阻抗是评估功率完整性最常用的指标，2端口并联传送方法则是评估中采用的黄金标准。为了在需要大的瞬态电流期间使电源轨道电压保持在极限范围内，毫欧级电源平面阻抗必不可少。 信号源： 任意波形/函数发生器 (内置到6系列MSO中) Picotest J2161A分路器 配置： 6系列MSO示波器 …

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 …

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 …

Frequency settling time, an essential measurement in the design and evalsuation of programmable oscillators, phase locked loop circuits, RF synthesizers and more, becomes much easier when the …

Watch a demonstration of 1000BASE-T (Gigabit Ethernet) transmitter (Tx) testing with a disturber.  Gayland Pounder, Tektronix Application Engineer, uses TekExpress Automotive Ethernet software.  …

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.

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.

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 …

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.

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 …

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.

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.

Watch a demonstration of 1000BASE-T (Gigabit Ethernet) return loss testing.  Gayland Pounder, Tektronix Application Engineer, uses TekExpress Automotive Ethernet software.  Hardware includes a …

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 …

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 …

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.  …

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 …

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 …

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.

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 …

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 …

Motor designers typically measure direct-quadrature-zero (dq0) using custom built embedded control software together with hardware having an FPGA for Field Oriented Control (FOC). This session …

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 …

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 …

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 …

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 …

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 …

This vides shows how to set up the 5 Series MSO mixed signal oscilloscope to work as a CAN bus decoder for automated CAN or CAN FD bus decoding, triggering, and search.

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 …

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 …

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 …

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 …

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 …

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 …

Double-pulse testing is the standard method for measuring the switching parameters of MOSFETs or IGBT power devices. Historically it has been a time-consuming process. However, the Tektronix …

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 …

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. 

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 …

MIPI alliance standards have been driving the adoption of newer features and higher data rates for emerging mobiles applications.  Oscilloscope-based protocol layer validation enables isolating …

Automotive Ethernet with PAM3 introduces new test challenges. Tektronix' new, innovative, non-intrusive Signal Separation simplifies Automotive Ethernet testing and set-up, providing advanced …

In this short video, we demo the CAN FD bus decoding process on the flexible MDO3000 oscilloscope. 

A demonstration of TekExpress Automotive Ethernet, an automated application, for Automotive Multigigabit Ethernet (IEEE802.3ch) Compliance Testing.

The Tektronix MDO4000C mixed domain oscilloscope can measure digital, analog, and RF signals all at once enabling engineers to troubleshoot complex embedded designs more quickly. Learn more »

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 …

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 …

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 …

Do you have trouble making accurate current or voltage measurements? Are you able to make repeatable single ended, differential, and common mode measurements? Start making reliable power …

The Tektronix 3 Series MDO and Keysight DSO/MSO 3000T X-Series use different techniques for making automated measurements.  The Tektronix 3 Series MDO calculates measurements and performs waveform …

A side-by-side comparison of the 11.6-inch HD display on the Tektronix 3 Series MDO and the 8.5-inch VGA display on the Keysight 3000T X-Series oscilloscope. The same I2C signals are shown on both …

Explore a collection of test and measurement tools chosen by Tektronix experts perfect for engineers working on power integrity. From measuring ripple on DC power rails to seeing noise on your …

Experience the 5 Series MSO, the scope that changes everything. 

Aspiring electrical engineers from Queensborough Community College got an early preview of the 3 Series MDO after using an earlier generation Tek scope in their lab class.  See (and hear) their …

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 …

Get techniques for in-system checks on Wi-Fi or other wireless modules by simultaneously viewing radio output, transceiver power supply, and RS-232 serial control bus.  Learn how to optimize …

Take important power supply measurements, including power quality input measurements and switching loss.  Learn important preparations, including probe deskew and current probe degauss.  See power …

Given the approximate frequency of EMI, these techniques will help track down the source of transient RF emissions. They employ a near-field probe with the MDO4000 integrated oscilloscope and …

See a few everyday examples of engineering tasks you can do with this ultimate 6-in-1 integrated instrument.

Watch this short video to explore some of the great features of the new 5 Series MSO oscilloscope.

A side-by-side comparison of the same waveform measurements performed on both the Tektronix MDO4000C and the Keysight X 4000A shows different results. This is because the Tektronix MDO4000C …

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 …

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 …

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 …

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 …

View this recorded webinar to get a solid overview of jitter components as well as jitter characterization and visualization. Learn how to control Jitter during system design and improve timing …

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.

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 …

In this webinar, Product Manager and engineer Brandon Gould runs through 5 demonstrations of the New 5 Series B MSO oscilloscope.  This is a great, detailed overview whether you’re researching the …

See what happens when you mix a brand new oscilloscope, an apps engineer, and his composite video separator. Yes, you’ll see video on the scope display. But you’ll also learn about using 16-bit …

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 …

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 …

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) …

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 …

Get a 6-minute introduction to the Fastframe segmented memory feature on the 5 Series MSO. FastFrame enables high-quality data with the efficient use of memory. Learn how to get off the ground …

Learn how the Wave Inspector can help you quickly set up event searches and mark all occurrences across the record.

Cursors provide a quick method for making manual measurements. Here's how to use them.

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 …

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 …

Learn how to quickly trigger and decode serial busses.

The 5 Series MSO contains many built-in demo examples. Here are just a few of them.

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 …

The FastAcq feature provides a quick method of finding even the most elusive signal events.

This video demonstrates how to update the firmware on the 5 Series MSO.

Automated measurements provide quick, precise insights with a simple drag-and-drop.

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 …

Learn how to configure and get started with SignalVu-PC software and 5 and 6 Series MSOs for vector signal analysis.

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 …

Find the most comprehensive solution available for PAM4 analysis. Find out about the advanced equalization and digital clock recovery, effective error rate analysis, and offline analysis available …

During the design and validation of systems that utilize 3 Phase power, it can be difficult to correlate control systems and power electronics with the performance of the overall system. Watch how …

This is a side-by-side comparison of the Tektronix MSO/DPO5000 Series and the Agilent DSO-X 4000A Series oscilloscopes.  The capabilities of each oscilloscope are evalsuated as we walk through the …

This is a side-by-side comparison of the Tektronix MSO/DPO5000 Series and the Agilent DSO-X 4000A Series oscilloscopes, focusing on the search and measurement functionality of each instrument for …

This is a side-by-side comparison of the Visual Trigger option on the Tektronix MSO/DPO5000 Series and Zone Triggering on the Agilent DSO-X 4000A Series oscilloscopes.  Find out how MSO/DPO5000 …

A side-by-side comparison of the Tektronix MDO4000C and the Keysight 4000 X-Series for one of the most common debug tasks: automated search.

This video shows some examples of high-resolution measurements using a Tektronix MSO5000B and Teledyne LeCroy HDO4000.

This video shows some examples of high-resolution measurements using a Tektronix MSO5000B and Agilent 9000H.

This short video compares the current measurement features of a Tektronix TCP0030 current probe connected to an MSO3054 oscilloscope and an Agilent 1147A current probe connected to an MSO-X 3054A …

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 …

Learn how using TekScope software together with entry-level  oscilloscopes enables far greater insight into the data captured and far more powerful analysis and sharing capabilities than might be …

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.

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 …

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 …

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 …

This video shows how to set up automated SENT bus (also known as SAE J2716) decoding, triggering, and search on the 5 Series MSO mixed signal oscilloscope.

Measuring a small signal imposed on a much larger one requires enough vertical scale to capture the large signal, and enough resolution to see the small one.  This video shows some best practices …

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 …

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 …

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 …

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 …

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 …

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 …

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.

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 …

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.  …

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 …

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 …

This video shows how the MDO4000B linked to SignalVu-PC can be used to debug and test the integration of a WLAN module in an embedded design. The MDO4000B multi-domain capability helps with the …

Learn how a modern oscilloscope can provide six different capabilities: 1)Oscilloscope; 2) Spectrum Analyzer; 3) Protocol Analyzer; 4) Logic Analyzer; 5) AFG; 6) DVM/counter.

Discover the benefits of seeing your analog, digital, and RF signals time-correlated on one display. Whether you’re integrating Bluetooth, Zigbee or other wireless technologies in your design …

The MDO4000C offers the functions of a high-performance mainstream oscilloscope with the flexibility to add a spectrum analyzer, arbitrary / function generator, a logic analyzer, a protocol …

Perform Quick Measurements with the Integrated Digital Voltmeter.

Generate a Wide Range of Signals with the Integrated Arbitrary/Function Generator.

Find Elusive Signal Problems with the MDO3000 Mixed Domain Oscilloscope.

Uncover Noise Sources and Debug Wireless with the Integrated Spectrum Analyzer.

Monitor More of Your Design with the Integrated Logic Analyzer.

Discover the exceptionally wide capture bandwidth of the integrated spectrum analyzer found in the MDO3000 Series Mixed Domain Oscilloscope.

Debug Your Serial Buses in Seconds with the Integrated Protocol Analyzer.

The MDO3000 Mixed Domain Oscilloscope features six integrated instruments, including a spectrum analyzer, function generator and more, giving you the ability to capture analog, digital and RF …

This video looks at how to minimize power losses at the component level and optimize the overall efficiency of a power system. The primary causes of power loss in a power system are the power …

Testing power quality is a critical part of any power design process. In this video, our Tektronix expert shares tips and tricks for using an oscilloscopes or power analyzer during design and …

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 …

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 …