There’s now an even wider choice of oscilloscopes in the entry–level PicoScope 2000 Series. We have reduced the prices of the original models and added three new ones with higher bandwidths and sampling rates, including the first USB–powered scopes to offer a 1 GS/s sampling rate. Other outstanding features are:
|Model||Bandwidth||Sampling rate||Buffer size|
|PicoScope 2204||10 MHz||100 MS/s||8 kS|
|PicoScope 2205||25 MHz||200 MS/s||16 kS|
|PicoScope 2206||50 MHz||500 MS/s||24 kS|
|PicoScope 2207||100 MHz||1 GS/s||32 kS|
|PicoScope 2208||200 MHz||1 GS/s||40 kS|
Matching probes are also available in packs of two.
New Linux driver for the PicoScope 6000 Series
Many customers, particularly those working in education and science, have been asking us for Linux drivers for our scopes, so we have been working hard to support them. Our latest production is a 32–bit driver for the high–performance PicoScope 6000 Series and works on Ubuntu 11.04. A driver for the PicoScope 3000A/B Series is also available.
Most PicoScope oscilloscopes now include an arbitrary waveform generator (AWG) as well as a conventional function generator. Unlike a function generator, which is limited to producing waveforms from a list of standard shapes, the AWG can produce any waveform within the performance limits of the device. This allows you to test circuits that require non–standard input signals such as chopped sine waves, bit streams and irregular pulses.
The arbitrary waveform editor is a vital part of the PicoScope software that defines the waveform that the AWG will produce. It has the following features:
Read more about PicoScope arbitrary waveform generators
On our YouTube channel, you will find a wealth of video material designed to help you use your scope more effectively. Here are some of the latest new videos:
There are many more videos than we can list here, so please explore our YouTube channel and find the one that will answer your questions. You can also help us improve our content by leaving your comments below the videos.
Q. Probe compensation. Where can I find a test signal to compensate my scope probe?
A. Many of our oscilloscopes have a signal generator or arbitrary waveform generator output marked SIG, GEN or AWG. This can be used as a compensation/calibration test signal. Start the PicoScope software, click the signal generator button on the toolbar, and select ‘Square’ from the drop–down list of waveforms. Plug the scope probe into the ‘A’ input of the scope, touch the tip of the probe to the inner contact of the signal generator connector, and you will see a square wave on the screen. Follow the instructions supplied with your probe to adjust the low–frequency (LF) compensation so that the square wave appears correctly. For a full technical explanation, consult our detailed article on scope–probe compensation.
Q. Channels. How do I manually adjust multiple channels on the PicoScope screen?
A. PicoScope provides several different ways of arranging and displaying waveforms using the mouse, the ‘Auto–Arrange Axes’ command and the offset and scaling tools. All the options are explained in our video, ‘Viewing Waveforms in PicoScope 6’, on our YouTube channel
Please visit Pico Exhibitions for the latest list of exhibitions and trade shows that Pico and its representatives will be attending.
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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