The Moku:Go Oscilloscope / Voltmeter features two input channels with sampling rates up to 125 MSa/s and 30 MHz analog bandwidth. Both channels support user-selectable AC / DC couplings, and 10 Vpp or 50 Vpp input ranges. The built-in two-channel waveform generator is capable of producing waveforms with a maximum bandwidth of 20 MHz. The ADCs and DACs are directly connected to a powerful FPGA that allows you to configure the instrument wirelessly in real-time with our clean, intuitive client software on Windows or Mac.
AC or DC
10 Vpp or 50 Vpp
8 mV RMS (10 Vpp)
20 MHz (10 Vpp)
Sine, square, ramp
Add, subtract, multiply, divide, XY mode, FFT, etc
Onboard Waveform Generator
2 Channels up to 20 MHz
Edge or pulse trigger
Signal monitoring and analysis
Circuit design and characterization
Automated system test
System test and debug
Intuitive software for Windows and Mac
Configure your instrument and save and share data with Moku software. Free and easy to use, all instruments are included with no software license required.Try it in demo mode
Multiple embedded instruments
In addition to being a full-feature oscilloscope and voltmeter, this instrument also includes an onboard high-speed waveform generator with a maximum frequency of up to 20 MHz. The math channel feature an FFT option for basic spectral analysis. You can also access the pop-out window for the programmable power supplies on M1 and M2 models.
Automatic and manual measurements
Select from a wide range of pre-set measurements from the measurements pane, which can perform a variety of calculations such as the difference between channels and show trends. Add cursors to set custom measurements for voltage or time between points.
Available on Moku:Go hardware
A powerful FPGA paired with a high-quality analog front-end make Moku:Go the most robust hardware in education, capable of complex, real-time digital signal processing. An integrated Wi-Fi hotspot and programmable power supplies ensure that students have the complete solution they need all four years (and beyond).
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