Pico Technology’s Post

The #PicoScope 6428E-D adds a 3GHz #oscilloscope to the PicoScope 6000E Series with high bandwidth 50 Ω inputs and four input ranges. https://lnkd.in/eNCs6RAi

In this video, Joern Hoepfner from Quantum Machines discusses the generation of 7.5 GHz pulses designed to manipulate and measure qubit states, and how these signals are visualized on the Tektronix 6 Series B MSO. #APSMarch #Tektronix #APSMarchMeeting #Oscilloscope #6SeriesMSO

🚀 Unlock Precision with Picoscope 7: Rise and Fall Time Advanced Trigger🚀 As engineers and tech enthusiasts, we constantly strive for precision and efficiency in our signal analysis. I’m excited to share a game-changing feature in Picoscope 7 that has significantly enhanced the workflow: the Rise and Fall Time Advanced Trigger. 👉 Accurate Edge Detection: This trigger allows for precise measurement of signal transitions, enabling the capture of critical details during the rise and fall times of waveforms. 👉 Noise Reduction: By focusing on specific parts of the signal, it reduces the noise and jitter, ensuring cleaner and more accurate readings. 👉 Enhanced Analysis: Ideal for detailed analysis of high-speed digital signals, power electronics, and RF signals, providing insights that are crucial for debugging and development. If you haven’t explored this feature yet, I highly recommend giving it a try. Let’s leverage the power of Picoscope 7 to push the boundaries of what’s possible in our projects! https://lnkd.in/eet-Y9M5 #TechInnovation #SignalAnalysis #PicoScope7 #Engineering #RiseAndFallTime #Oscilloscope #Electronics #ProductivityBoost https://lnkd.in/dsYA2Nyd

#PicoInsights with Stuart Law 🔍✨ Series 1, Episode 3: Adding Input/Output and Rapid Trigger “Having validated the 3MHz clock using my PicoScope 3418E, it's now time to bring in the Input and Output waveforms, set up some triggering and continue to gain confidence in the SPI demo on my #Microchip SAMD20 #MixedSignal board. Alongside the clock, below I have captured the Input and Output data packets and set up a rapid trigger on the scope. This time, I’m using a 100µs time base at 10µs/DIV, sampling at 625MS/s, resulting in 62,500 samples per acquisition. Using Rapid Trigger mode, I have captured 4,000 of these acquisitions in just over 2.5 seconds. I’ve still only managed to use 250 million points of the 2 billion available though #MustTryHarder. Lastly, I’ve configured two separate waveform views and overlaid the clock on the two data lines respectively. Browsing through the 4k buffers, I am happy that everything is behaving as it should and I’m really starting to enjoy this instrument! Stay tuned to decode the data packets and export the serial data” 🔗 For more information: https://lnkd.in/e23r5zjR #PicoTechnology #PicoScope #Oscilloscope

Magnetic Resonance Enterography 🧲🧲🧲🧲🧲🧲🧲🧲🧲🧲

In this study, Mirco Cosottini et al. aimed to optimize the 7-T time-of-flight magnetic resonance angiography (TOF-MRA), finding it outperforms conventional 3-T TOF-MRA in evaluating intracranial vessels. #EuropeanRadiologyExperimental #NeuroRad 🔗 https://buff.ly/4cIsM0I

MAGNETIC RESONANCE

🚀#mdpisignals Excited to share an article with you. " Approaching Electroencephalographic Pathological Spikes in Terms of Solitons" 🔸https://lnkd.in/gs_ggZWp 🔹Authors: Arturo Tozzi University of North Texas 🔸Abstract: A delicate balance between dissipative and nonlinear forces allows traveling waves termed solitons to preserve their shape and energy for long distances without steepening and flattening out. Solitons are so widespread that they can generate both destructive waves on oceans’ surfaces and noise-free message propagation in silica optic fibers. They are naturally observed or artificially produced in countless physical systems at very different coarse-grained scales, from solar winds to Bose–Einstein condensates. We hypothesize that some of the electric oscillations detectable by scalp electroencephalography (#EEG) could be assessed in terms of solitons... #electrode #electroencephalography

Knowing the low-frequency response of your measurement system can be critical to many measurements, especially for power and noise applications. Blair Battye of Tektronix wrote the blog: Probe Points: Understanding Low Frequency Response. Read the blog here: https://lnkd.in/e7SGq8yZ #oscilloscope #MSO #lowfrequency #powerelectronics