Tech Tip: Digital I/O Techniques
In the vast realm of data acquisition, the precision and accuracy of measurements—particularly when working with digital input/output (I/O)—play a crucial role in extracting meaningful insights. This Tech Tip will …
In the vast realm of data acquisition, the precision and accuracy of measurements—particularly when working with digital input/output (I/O)—play a crucial role in extracting meaningful insights. This Tech Tip will …
Data acquisition solutions from Digilent’s MCC DAQ products provide for a wide range of applications and interfaces. Whether you are measuring current, voltage, temperature, strain or digital signals, Digilent offers …
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 …
Debugging modern embedded systems often requires piecing together information from multiple tools to understand both analog and digital behavior. In a recent Digilent webinar, we took a closer look at …
The Question A Digilent forum user working on a vintage computing project needed to troubleshoot hardware built around a 6502 CPU. Their goal was to extract the CPU’s address and …
Hello readers, Oscar Fonseca here, product manager at Emerson, working closely with our NI and Digilent academic customers. In this blog, I’m going to compare the NI ELVIS III and the Digilent Analog Discovery Studio Max (ADS Max). As someone who …
NI USB oscilloscopes have a strong track record. If your workflow specifically depends on NI‑SCOPE driver features, InstrumentStudio, or formal calibration services, then NI’s modular instruments are the right path. For most prototyping, research, and validation teams, the Analog …