Sample Rates and the OpenLogger
Learn about the OpenLogger and how to adjust your sample rate accordingly when logging data!
Learn about the OpenLogger and how to adjust your sample rate accordingly when logging data!
Looking for material for your Computer Architecture course? Check out a Digilent recommended solution!
Take the power of Python to your FPGA hardware with this getting started tutorial!
Ian delves into SPI and other valuable debugging tools!
Find the perfect test and measurement tool with our selection guide!
Ian gives the rundown on resolution!
Ian provides a rundown on triggers and gives some tips on how to stabilize your waveforms!
Kaitlyn walks us through a new feature in the latest WaveForms update!
Add an additional skill to your electronics arsenal.
Build a DIY Theramin Detector and explore concepts involving demodulation, AM, and FM signals with Analog Discovery 2.
We do some cable clarification for your Digilent device!
There are plenty of data acquisition devices under $400, and the best choice depends on what you’re measuring. For general-purpose analog input, the MCC USB-1208FS-Plus ($204) is the classroom-standard 12-bit, …
When Digilent announced LabVIEW WaveForms Toolkit 2.0 earlier this month, a few additions stood out. Pattern Generator and Logic Analyzer support give students access to more of their Analog Discovery …
Mixed-Signal Oscilloscope vs. Digital Storage Oscilloscope A mixed-signal oscilloscope, or MSO, combines the analog channels of a digital storage oscilloscope, or DSO, with digital logic-analyzer channels in one instrument. A …
Every FPGA development workflow depends on several connected pieces: a programming and debugging interface, a design environment, expansion hardware, and the accessories needed to connect and power the system. Many …