Reddit reviews Siglent SDS1052DL Digital Storage Oscilloscope with Frequency Counter, 50MHz, 7'' TFT-LCD Display
We found 3 Reddit comments about Siglent SDS1052DL Digital Storage Oscilloscope with Frequency Counter, 50MHz, 7'' TFT-LCD Display. Here are the top ones, ranked by their Reddit score.
50MHz, two-channel digital oscilloscope for electronics applications such as product design, assembly lines, repair and servicing, and electrical engineering educationMaximum real-time sample rate of 500MS/s per channel and record length of 32kpts per channel for acquiring detailed waveformsAdvanced triggers for isolation of specific signalsBuilt-in frequency counter measures real-time frequency from 10Hz to 50MHz7" color TFT-LCD with an internal 8 x 18 division grid for viewing waveforms
I'm pretty happy with this scope:
http://www.amazon.com/Siglent-SDS1052DL-TFT-LCD-Bench-Top-Oscilloscope/dp/B00GQNN70A/ref=sr_1_2?ie=UTF8&qid=1419176995&sr=8-2&keywords=siglent+oscilloscope
It's only 50 MHz and two channels but that is a huge improvement over
no scope.
I'm religious about instrument choices when the company's picking up the tab, but I can't afford to be a snob with my own money.
You can get an OK Tektronix portable for about $400. It's not fancy, no color, but it works and gets the job done for most people who are looking for a cheap scope such as this device. People who need the better scope are not going to consider a bluetooth adapter for their phone.
Color one on Amazon for $550
Generic Brand for $279
I had the black and white version of the color Tektronix and spent $399, but it was also 100MHz not 50. But I don't see it on Amazon, and this was 6 years ago.
Other options
USB Scope, 40MHz, with cheap probes - $99
Cheap generic 72MHz scope - $170
Generic Handheld, 25MHz - $225
Cheapest generic Standalone 25MHz - $249
The point is, for a 12MHz scope, and 2 probes, and uses your tablet / phone, $179 doesn't buy you much. There are other options out there that would be a better choice.
I have access to one of these: http://www.amazon.com/Siglent-SDS1052DL-TFT-LCD-Bench-Top-Oscilloscope/dp/B00GQNN70A#
But, I have no idea how to use it in this application. I've only used it a few times to make sure the 16MHz crystal on the board is actually outputting 16MHz. Is there a document or a video somewhere that would explain how to use it for this? Is this scope even fast enough?