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.

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 …

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 …

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 …

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 …

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 …

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 …

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.

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 …

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 …

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.

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 …

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 …

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 …

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 …

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 …

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 …

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 …

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 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 …

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 …

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 …

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 …

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 …

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 …

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 …

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 …