The PicoScope 9000 Series 12 GHz PC Sampling Oscilloscopes are specialized instruments ddesigned for analyzing serial data signal quality, for characterizing cables, connectors and circuit boards, and for TDR/TDT testing. 8 GHz optical-input models are also available.
These scopes require careful setting up to obtain accurate results, so we have produced a series of instructional videos to help you use their capabilities to the full. Here is a selection of the latest video releases:
Explore our library of videos on our YouTube channel
Watch out for more videos later!
“It is so good that it is difficult to return to using a conventional oscilloscope.”
Elektor magazine has printed a review of the new PicoScope 3000A and 3000B Series scopes. These scopes improve on the old 3000 Series with higher performance and a built–in signal generator, plus an arbitrary waveform generator on three of the models. Now you can carry a complete test bench along with your laptop to use for design, experimentation, troubleshooting and testing.
The main specifications are as follows:
Read “PicoScope 3000 On Test — A new series of computerscopes in practice” by Elektor magazine
We’ve updated our “How do I measure…” web page to give details of the latest Pico data loggers and other devices. If you’re wondering what equipment you need to measure…
acceleration, audio signals, automotive signals, battery discharge, current, the beating of a bird’s wing, flow, food temperature, frequency, humidity, liquid level, light level, the swing of a pendulum, pH, oxygen in air, pressure, strain, force and load, rainfall, resistance, sound level, temperature, video signals, voltage, WBGT (wet bulb globe temperature), 4-20 mA signals, speed of sound, speed of light, output of a dynamo, or the speed of a car…
…read the new, up–to–date How do I measure… page.
Here are some of the questions and answers that have cropped up recently on our discussion forum:
Q. How to overlap waveforms. It would be nice if we could overlap two saved waveforms in PicoScope.
A. This is easier than you think. Every saved, or ‘reference’, waveform has its own draggable axis. Locate the waveform’s vertical axis labels, which are color-matched to the waveform, and notice that the cursor changes to a double-headed arrow. Click and drag the labels up and down to move the waveform. This also works for live inputs and math channels. For more accurate control, click the colored button at the bottom of the axis and type in the exact vertical offset that you require.
Q. RS232/UART decoding in ASCII. RS232/UART decoding in PicoScope is an awesome feature. I can’t see a way to change the data from hex to ASCII. Am I correct in assuming it is a feature yet to be implemented?
A. It is possible in the current version of PicoScope. Click on View > Display Format in the Serial Decoding window and take your pick from Hex, Binary, Decimal or ASCII.
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Thanks to our continuing success and growth Pico are always seeking talented people to join our company.
Please visit https://jobs.picotech.com/ to see our current vacancies. We look forward to hearing from you!
Our latest software releases are available as free downloads. To check which release you are using, start the software and select Help > About.
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