Red Pitaya was used by a research group from the University of Maribor to control a low-cost ground penetrating radar attached to a hexacopter with the purpose of detecting landmines.
As promised, here is the second part of The Reverse Beacon Network blog about using Red Pitaya's SDR.
Today we are sharing an article from Reverse beacon network blog, who wrote about using the Red Pitaya's SDRlab. This is part 1 so stay tuned for part 2.
The transition to remote learning has made it impossible to bring students to university laboratories to let them learn through experimentation and hands-on measurements of various phenomena. While.
Today we are sharing part 1 of an article, written by our colleague Dan Anderson over at MyAudioSound website. To read the original article, please click here.
SIGNALlab 250-12 new OS v1.04-19 beta is out! What is new? OS now comes with two new applications:
Calibrating your device is an important step towards more accurate measurements. While our boards already had this functionality in the oscilloscope and signal generator application, we are excited.
Today we have great news to share with you! The new Red Pitaya Beta OS v 1.04-6 for STEMlab 125-14, 125-10 & SDRlab 122-16 models is now available. Read on for more information and scroll down to.
Software-defined radio (SDR) is radio in which one or more of the physical functions are implemented with software. The hardware SDR typically replaces are filters, modulators, amplifiers, mixers and.
Frequency Response Analyzers are devices used for measuring how a system responds to inputs in terms of magnitude and phase as a function of frequency. For example, if we feed a linear system with a.