Moku:Go M2 Base Bundle Black, Liquid Instruments
Liquid Instruments Moku:Go M2 (black version color) is a complete lab solution for engineers and students, featuring 6 included instruments, 8 optional instruments, a full range of connectivity, a 4-channel power supply and Ethernet capability. An intuitive user interface (UI) is included for Windows and Mac.
Overview
Moku:Go is a portable hardware platform designed for undergraduate engineering teaching labs. With a high-quality analog front-end and a powerful Zynq 7020 FPGA, Moku:Go delivers up to 6 robust instruments and optional programmable power supplies with real-time processing capabilities. Moku:Go is built to last over time and accompany you in use for several years.
Included accessories:
- 2 oscilloscope probes
- DIO (Digital Input Output) cabling
- Power adapter
- USB-C cable
Inputs: Dual DC to 30 MHz, 125 MSa/s 12 bits
Outputs: Dual DC to 20 MHz, 125 MSa/s 12 bits
Impedance: 1 MΩ
Input coupling: AC / DC
Features:
125MSa/s Arbitrary Waveform Generator
- Random pattern generation
- System response simulation
- Additive manufacturing
- Instrument response function simulation
- Download Data sheet
- Download User manual
- Download Application note
2-channel Datalogger
- Temperature monitoring
- Vibration analysis
- Environment monitoring
- Other sensor data recording
- Download Data sheet
- Download User manual
Logic Analyzer and Pattern Generator
- Signal simulation
- Digital circuit design
- Digital communication diagnosis
- Clock source
- Download Data sheet
- Download User manual
- Download Application note
30MHz Oscilloscope and Voltmeter
- Signal monitoring and analysis
- Circuit design and characterization
- Photodetector alignment
- Automated system tests
- System test and debug
- Download Data sheet
- Download User manual
20MHz Waveform Generator
- Signal simulation
- Circuit design and characterization
- System synchronization
- Clock source
- Op-amp characterization
- Download Data sheet
- Download User manual
30MHz Real-Time Spectrum Analyzer
- Frequency domain analysis
- System response characterization
- Noise measurement
- Spurious signal identification
- Download Data sheet
- Download User manual
- Download Application note
Multi-Instrument Mode
- Moku:Go's Multi-Instrument Mode lets you run multiple, research-grade instruments at the same time and lets you connect these instruments to each other to build a customized test system.
- Download Data sheet
- Download Application note
Moku Cloud Compile
- Code, compile and deploy directly from your browser
- Makes FPGA programming simple with the ability to implement custom functionality
- Download Data sheet
- Download Getting started guide
Digital Filter Box (optional)
- Impulse response simulation
- DSP system design
- Noise filtering
- Signal amplification
- Download Data sheet
- Download User manual
FIR (Finite Impulse Response) Filter Builder (optional)
- System design
- Closed-loop control
- Noise filtering
- Signal amplification
- Download Data sheet
- Download User manual
20MHz Frequency Response Analyzer (optional)
- Impedance measurement
- Capacitance and inductance measurement
- Stability analysis
- Power supply analysis
- EMI filter characterization
- Download Data sheet
- Download User manual
Laser Lock Box for PDH Technique (optional)
- Pound-Drever-Hall technique
- Precision spectroscopy
- Gravitational-wave detection
- Custom phase-locked loop
- Other closed-loop control systems
- Download Data sheet
- Download User manual
20MHz Lock-In Amplifier (optional)
- Laser frequency stabilization
- RF demodulation
- Analog radio
- Download Data sheet
- Download User manual
- Download Application note
Phasemeter (optional)
- Oscillator analysis
- Optical/ultrasound ranging
- Gravitational-wave detection
- Interferometry
- Phase-locked loop
- Download Data sheet
Multiple Input and Output PID (Proportional Integral Derivative) Controller (optional)
- Feedback and control system design
- Laser frequency stabilization
- Temperature regulation
- Scan heads/sample stage positioning
- Pressure, force, flow rate, and other controls
- Download Data sheet
- Download User manual
- Download Application note
Time & Frequency Analyzer (optional)
- Count events with a timing jitter of less than 20 ps RMS
- Analyze lossless, real-time histograms
- Configure event detector thresholds
- Log raw event timestamps
- Output a scaled voltage proportional to an interval
- Engineered to work seamlessly with your preferred APIs
- Download Data sheet
- Download Specifications
| Model | Moku:Go M0 | Moku:Go M2 |
| Power Supply Channels | - | 4 |
| Power Supply Cables | - | 6 |
| Ethernet Port | - | Included in the back |
Application Notes
Digital Circuit Validation
- Stress testing logic ICs using Moku:Go’s Logic Analyzer
Closed Loop Tuning lab using Moku:Go’s PID (Proportional Integral Derivative) Controller
- How to tune a PID (Proportional Integral Derivative) Controller using a system's closed loop response
Open Loop Tuning lab using Moku:Go’s PID (Proportional Integral Derivative) Controller
- Lab experiment, PID (Proportional Integral Derivative) tuning using the Ziegler-Nichols method
Liquid Instruments and Wurth Elektroniks Power Application Introduction
- How Moku:Go can make power electronics education more accessible
Converter Evaluation Using TI TPS63802EVM
- Characterizing a buck-boost converter using Moku:Go
Buck Converter Analysis
- DC-DC converter lab using Moku:Go
Sampling Theorem
- Aliasing and Anti-Aliasing measures on Moku Devices
Bit Growth via Oversampling
- A technique to increase effective number of bits for digital signal processing
Moku:Go I-V Curve Tracing
- Lab experiment, forward bias behavior of diode
Overview of Butterworth filter lab
- Moku:Go deployed in undergraduate laboratory experiment
Moku hardware and remote labs
- Teaching remote and in-person labs with Moku hardware and MATLAB LiveScripts
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