FPGA Smart Watering System
Check out this awesome plant watering project!
Month: June 2018
FPGA Products: What They Are & How to Use Them - Digilent / How-To Guides and Technical Workflows – Digilent Blog
Digital System Design With FPGA: Textbook Review
We review Digital System Design With FPGA, an introductory textbook ideal for those looking to get started with FPGA.
Digilent USB Scopes, Analyzers, Generators: Info & Use Cases / Teaching and Training Product Applications – Digilent Blog
Hands-On Learning With The Analog Discovery 2
Come check out the highlights of a paper from ASEE that examines the effectiveness of increased hands-on, experiment-centric learning for students of color.
Save Time Getting Started With Digilent Instrumentation Resources
Take a quick tour of the Digilent Instrumentation Center and learn how to get the most out of your measurement devices!
Introducing the Cmod S7-25!
Meet the Cmod S7-25, the smallest form factor for Xilinx’s Spartan-7-25.
Hamvention 2018 Recap
Come check out some highlights from Hamvention 2018!
Digilent Software Solutions: What They Are & How to Use Them / Digilent USB Scopes, Analyzers, Generators: Info & Use Cases / How-To Guides and Technical Workflows – Digilent Blog
Add Impedance Analysis to the Analog Discovery
Check out the new capabilities for Analog Discovery!
Digilent Resource Center Tour
Take a tour of the Digilent Resource Center!
Arty A7-100T Now Available!
The Arty A7-100 is available for purchase!
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Recent Articles
This post describes a senior design project that students at North Carolina State University (NCSU) worked on, in which the Analog Discovery 2 (AD2) is equipped with extra features tailored …
As engineers, we know the importance of having versatile and effective tools at our disposal. The Analog Discovery 2 from Digilent is one such tool that has become a staple …
We’ve been working with Pavel Demin, a research engineer based in Belgium, on several projects related to the Eclypse. For the first, to demonstrate approaches to rapid prototyping, he put …
The 4-20 mA current loop interface came about because of the need to transmit information over long distances. System designers found that instead of a changing a voltage signal [that …