There are few tools that are essential for an electronics hobbyist. When I started, I had a soldering iron, a multimeter and some components, and that was about it. That got me quite far because you can do simple debugging even with a multimeter, but once you start to do any communications, you will either work in the dark or get a signal analyzer, oscilloscope, or both. I reached that point about 9 months into my hobby, and eventually decided to get the an entry-level PicoScope from Picotech. You can read the whole story from my PicoScope 2204 review from four years ago.
Long story short, I was extremely happy with my Picoscope, and I’ve been using Picotech’s products ever since in various projects. In the past years, I’ve also been collaborating with Picotech, so I’ve had the chance to use also their higher end models, including the frighteningly powerful 4-channel, 200 MHz, 16 bit PicoScope 5444B, which is really great but maybe even too hefty for my use. So when I was offered the chance to try out Picotech’s latest generation of their entry-level 2000 series published just a month ago, I was immediately in.
Without further ado, let’s get reviewing!
PicoScope 2000 series overview
The new PicoScope 2000 series is divided into roughly two groups of equipment: The entry models 2204 and 2205 range in price from 139€ for the 10 MHz 2-channel 2204A to 419€ 2205A and 2405A which are 25 MHz and have MSO (mixed-signal oscilloscope, i.e. it has 16 channel digital part as well) capability and 4-channels, respectively. Don’t let the low bandwith confuse you, even these models have sampling rates ranging from 100 MS/s to 500 MS/s, so you will get quite a lot of measuring power out of them.
Biggest limitation with 2204 and 2205 models is the buffer size, which ranges from 8 kS to 48 kS, so for longer captures than a few waveforms, only option is the continuous capture over USB which worked at a steady rate of 1 MS/s the last time I used it. So you can do unlimited capturing of signals around 100 kHz, but above that it’s the normal oscilloscope triggering business — that’s the way scopes have always worked from their beginnings, so it gets the job done as well.
|Bandwith||10 MHz||20 MHz||50 MHz||70 MHz||100 MHz|
|Sample rate||100 MS/s||200 MS/s||500 MS/s||1000 MS/s||1000 MS/s|
|Resolution *||8 bit||8 bit||8 bit||8 bit||8 bit|
|Memory||8 kS||16 kS (48 kS w. MSO/4ch)||32 MS||64 MS||128 MS|
|Price (2015-22-05)||139 €||209 €||319 €||459 €||629 €|
|Options||–||MSO or 4ch||MSO or 4ch||MSO or 4ch||MSO or 4ch|
*) Resolution for repeating signals can be increased to 12 bit with multiple samples
Continue reading Picoscope 2208B MSO Review