A key feature of scopes like Agilent's 6000 series is the rate at which waveforms are updated on screen and in memory. Often overlooked, waveform update rate can have a huge impact on how responsive a ...

Real-time scopes with greater bandwidth and deeper memory, though necessary, are becoming insufficient because waveform inspection often fails to reveal important information. Although engineers can ...

How well does the waveform displayed on your scope represent the actual input signal? This is the $64,000 question for scope designers and buyers. The input attenuator, preamplifier, and ADC typically ...

Today's DSOs continue to display waveforms although this function has been complemented by so many others that viewing signal characteristics is only one reason to use a scope. Modern DSOs serve in ...

A few weeks ago we published an article on the newly released Keysight 1000X, an oscilloscope that marks Keysight’s late but welcome entry into the hacker-centric entry-level market. Understandably, ...

Powered and operated through a USB Type-C cable, Analog Discovery 3 is a 9MHz (or 30MHz) 125Msample/s 14bit oscilloscope, a logic analyser, an arbitrary waveform generator and more from Digilent.

An arbitrary waveform can be generated by cutting it out of cardboard and holding it against a scope display. An arbitrary waveform can be generated by cutting it out of cardboard and holding it ...

TVBEurope and Tektronix are joining forces to host a free webinar on 7th December. The live webinar, titled Setting scope waveform levels in HDR, will take place at 3pm GMT. With the expert knowledge ...

It may have taken ten years to come through on this particular Kickstarter, but a promise is a promise. In late August 2023, backers who had since likely forgotten all about the project started ...

Max Planck group leads German collaboration to profile femtosecond waveforms; reveals reaction processes. Flashy: A mode-locked laser at the Max-Planck-Institute of Quantum Optics, Munich. A ...