The majority of the review is available in movie format:
I purchased a Rigol DP832 power supply from RAE Electronics (local supplier). I had a chance to play around with it and wanted to leave a bit of a review.
To begin, I also bought some useful accessories. I got them from Digikey, and here are the part numbers:
- Test Leads: Ponoma B-24-x, where x changes for color
- Aligator Clips: Digikey 461-1208-ND
- Minigrabbers: Ponoma 4723-0 / 4723-2
I think those are the most useful accessories to get. Buy at least 4 supply cables, maybe more as if you want to have +/- supplies it’s nice to have a colour for ‘0v’.
I ended up making a GUI, which is available at: https://github.com/colinoflynn/dp832-gui :
I had entered my side channel analysis project called ChipWhisperer into the Hackaday Prize. I’m honoured to have been selected as one of five finalists! This means lots more work getting everything ready, but should be exciting.
Since my last post, I’ve also published a few more columns in Circuit Cellar. If you aren’t familiar with my Programmable Logic in Practice column, I post some details of it on my dedicated website. I just posted a video for the Dec 2014 column which includes some experiments with metastability on the Xilinx FPGA. Fun times!
I’ve been spending some time with a low-cost PicoScope device, and wanted to give a review in case you’re looking at one. To begin with, you can check out my Circuit Cellar Articles about selecting a scope.
There’s also a video version of this:
Introducing the 2200 Range
PicoTech’s 2200 range is a compact oscilloscope, if you want all the details check out The PicoTech Website. Presumably you’re interested in my hands-on experience instead though, so I won’t duplicate everything there.
Continue reading PicoScope 2204A Review
See my presentation at EELive? If so you can download the slides from:
And the ISE + Vivado HLS Project from:
You can also check out additional details at the Programmable Logic in Practice post, which includes videos + examples of other uses of HLS.
Alright – if you want a copy of my slides from the presentation today, check out http://www.newae.com/files/ATLSECConSlides.pdf
Check it out – my blog post on Circuit Cellar on selecting an oscilloscope is live. It’s full of 4 parts, so check back every week on the CC website for the next part
Since 2001 I’ve used NewAE.com as my personal domain. I’ve decided to instead move my personal content (blog, various wiki articles, etc) to ColinOFlynn.com. Any old links to NewAE.com will work by simply replacing ‘newae.com’ with ‘colinoflynn.com’, as I’ve mirrored all (I think) the content.
In the mean-time there will be a redirection page to inform you that NewAE.com will contain mostly some products I’m involved with, and instead you should head to ColinOFlynn.com for the old content.
If you check out my older blog post, you’ll see a very detailed review of the PicoScope 6000 series device. I also had a chance to use a 5000 series device, specifically the 5444.
The 5444 is a 4-channel scope with a built-in AWG. The sample rate is up to 1 GS/s in ‘normal’ mode, but you can use something called Equivalent Time Sampling (ETS) to boost that up to 10 GS/s in specific cases.
Continue reading PicoScope 5000 (5444) Review
Ever wanted to control something from a knobby-looking USB peripheral? In this example I wanted to control the PicoScope software from a bunch of encoders mounted on a USB peripheral:
Continue reading Making a USB-HID Keyboard Encoder Board for PicoScope
Interested in a low-cost method of holding a scope probe securely against your PCB board? For this to work you’ll need a scope probe with a spring-loaded tip. I came up with this idea since the PS6000 series scope I was using from PicoScope comes with such probes. The end result looks like this:
Continue reading Making a Simple Scope Probe Holder