TechTip: Measuring 4-20 mA Current with MCC DAQ
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 …
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Wireless Prototyping with the Eclypse Z7 and PCB Design
In this post, the hardware design for the Eclypse Z7 to perform wireless communication is discussed. The initial considerations behind the circuit design and PCB design have discussed in this …
TechTip: Measuring Thermocouples with Raspberry Pi® and the MCC 134
Thermocouples are a popular way to measure temperature due to their low cost, ease-of-use, and wide measurement range. This article explains the difficulties in making accurate thermocouple measurements, how the …
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Can We Do Better Than Verilog and VHDL for FPGAs?
At some point during a FPGA engineers’ career, they will be faced with a difficult bug in their VHDL or Verilog code and they’ll ask themselves: “Why are we stuck …
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Why Does the Zmod Digitizer Have an On-Board Low-Jitter Clock Source?
What is jitter? Jitter is the variance in where exactly a clock falls. You might expect that a 100 MHz clock has edges that occur exactly every 10 ns. However, …
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Running Your Oscilloscope in Linux Mode
Imagine you have just a few measurements left before you can hand over your latest project to your sales team so that they can present it to potential customers. But …
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Getting Started with the Latest Digilent Toolbox Add-on for MATLAB
So what is it? The Digilent Test & Measurement Toolbox allows users to acquire and analyze data in MATLAB using Digilent’s test and measurment devices. Featuring analog data streaming, digital …
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How Can the ADP3450 Be Used for Wireless Charging Development?
COILS COILS COILS If you’re like me, you’ll have many wireless charging coils around your lab for various standards. They likely entered your lab well-dressed; adorned in well-labelled packaging, …
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Using Vivado’s Built-in Simulator to Debug Designs
A classic interaction between a new FPGA user and an embattled older engineer (whether on our Forums or elsewhere) goes as follows: New engineer: My design doesn’t work, could you …
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Acquiring and Measuring FM Radio Frequencies From Your Desktop
Acquiring and Measuring FM Radio Frequencies From Your Desktop Overview Using Waveforms’ Oscilloscope or Spectrum Analyzer instruments to acquire the typical FM radio frequencies is just one of the capabilities …
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Build a Smart Lamp Using an Analog Discovery Pro ADP3450 – Part 4
In this last installment of our four-part blog series about creating a smart lamp, we will bring everything together. The HAL for the WaveForms SDK we developed in the Part …
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Reading Generated Data in a Real-Time Distributed System – Part 5
Using Additional Software to View Date Remotely Now that we’ve created a working distributed data collection and display system (see parts 1 through 4), let’s briefly explore other software packages available …
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Recent Articles
Seven-segment displays are a staple in digital electronics, used to present numerical data in devices ranging from clocks to calculators. At Digilent, we incorporate these displays into several FPGA development …
Whether you’re a student, hobbyist, or professional engineer, the Analog Discovery 3 paired with WaveForms software offers a powerful and easy-to-use solution for test and measurement. In this guide, we’ll walk you through the …
In the world of wireless communication, flexibility and adaptability are key. Whether you’re a student exploring radio frequency (RF) systems, a researcher prototyping next-gen wireless protocols, or an engineer building …
Digilent is excited to announce that the Analog Discovery Canvas Max is now available for individual purchase! Originally included with the Analog Discovery Studio Max (ADS Max), the Canvas Max …