Moku:Go is a flexible, reconfigurable device ideal for actively testing electrical engineering designs and projects, making it an essential tool for education from undergraduate studies to post-graduate research.
Learn how modern, FPGA-based technology is greatly expanding accessibility and performance for student labs.
Whether a student or life-long learner, Moku:Go delivers unmatched convenience and accessibility for academic applications. While one device has digital I/O, integrated programmable power supplies, and a full suite of embedded instruments, you can bring your bench with you.
Up to 15 instruments in one device. From the fundamentals like the Oscilloscope and Waveform Generator to advanced tools like a Lock-in Amplifier.
From introduction to circuits to senior design, Moku:Go is the ideal educational companion for students at every stage of learning.
Two 30 MHz analog inputs, two 20 MHz analog outputs, 16-channel digital I/O, and up to 4 programmable power supplies.
With an instrument suite that includes an oscilloscope, spectrum analyzer, FIR and IIR filtering tools, and a lock-in amplifier, students will have everything they need to learn concepts from fundamentals of signals to digital filtering and software-defined radio.
Transition from simulation to hardware with ease with the Moku:Go device’s robust digital instrumentation suite that includes a logic analyzer, pattern generator, and protocol analyzer.
Advanced users can take advantage of Moku Cloud Compile, enabling access to the Moku:Go FPGA.
Visualize fundamental mathematical concepts with the PID Controller, and teach system identification across the time and frequency domains with ease by toggling between the Arbitrary Waveform Generator, Data Logger, and Frequency Response Analyzer.
Explore Moku hardware options. Compare the instrument specs to choose the right device for your application.
Liquid Instruments delivers modern, software-defined test and measurement solutions that provide advanced capabilities, a great user experience, and custom programmability for maximum flexibility and performance in a range of applications.
