Microelectromechanical systems (MEMS) require painstaking testing and validation, especially since performance inconsistencies are common with these devices. But with the right tools for verification, you can streamline MEMS integration and design while ensuring peak performance.
Software-defined test: An easier way to automate and validate
Watch our on-demand webinar, presented in partnership with Electronic Design, to learn new ways to optimize test workflows with digital, FPGA-based test equipment.
A test platform you can rely on
Moku devices integrate a full suite of instruments crucial for prototyping custom designs, analyzing the response of devices, and measuring resistance to noise and interference. Whether the MEMS device is optical, acoustic, or mechanical, Moku has the instrument to test it, from optical instrumentation like a Phasemeter and Lock-in Amplifier to common test essentials like an Oscilloscope, Spectrum Analyzer, and Waveform Generator. Thanks to the software-defined, multi-instrument platform, it's easy to integrate custom algorithms into your experiment.
Seamless lock-in detection
Lock on to the resonant frequency of your MEMS device to extract signal information, especially when dealing with poor signal-to-noise ratios (SNRs).
Stable feedback control
The Moku PID Controller enables enhanced digital feedback control and stability. Adjust parameters and view results in real time to optimize closed-loop control.
Comprehensive API support
Eliminate analog noise and automate test processes with robust API support and the RESTful API framework, meaning you're free to use Python, LabVIEW, MATLAB, and more to automate your MEMS tests.
Noise? Forget about it
By using a fully digital suite of instrumentation, you can eliminate noise issues associated with analog components. Deploy digital PID Controllers for enhanced feedback control, whether you need to control a MEMS-based motor, control temperature for reliable environmental testing, or maintain another set point essential for MEMS testing or operation.
Engineered for demanding applications. Like yours.
• Optical MEMS development, such as in adaptive optics • MEMS-based beam steering in free-space optical communications (FSOC) • Gyroscope and accelerometer testing • Biotechnology MEMS devices like pressure sensors
Advanced MEMS testing with one versatile platform
We continually update our software with new features, so your Moku device gets better over time. Check out our latest upgrades for Moku:Lab, Moku:Pro, and Moku:Go to enable multi-window viewing and consistent instrument offerings across the entire Moku product line, strengthen API support, improve the capabilities of multiple software-defined instruments, and support a broader range of use cases for closed-loop control systems, spectroscopy, laser frequency stabilization, and more.
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.
