- Precise time and frequency measurements with high accuracy
- FPGA-based architecture for real-time, low-latency analysis
- Wide input bandwidth for analog signals
- Phase noise and jitter analysis capabilities
- Spectral analysis and signal characterization
- Multi channel support for simultaneous measurements
- Intuitive software interface with data visualization
- Integration with automated test systems via API
- Compact, portable design for lab and field use
Time & Frequency Analyzer
Liquid Instruments Time & Frequency Analyzer is a high performance, versatile instrument designed for precise measurement and analysis of time and frequency signals. It combines the flexibility of software defined instruments with the accuracy of professional lab equipment, enabling engineers and researchers to perform detailed signal characterization, spectral analysis, and phase noise measurements in real time. Its FPGA-based architecture ensures low latency processing and high measurement fidelity, while its intuitive software interface allows seamless control, data visualization, and integration with automated test systems. Ideal for applications in communications, electronics testing, and precision measurement, this analyzer offers both speed and accuracy in a compact, portable design.
Features
Key capabilities and advantages
Specification
Technical specifications and parameters
| Moku Delta | 8 Channels / Event detectors, < 5 ps RMS jitter, 1 ppb Clock stability (timebase), 0.2 ps Digital resolution, 312.5 MHz Max. interval (event) rate |
| Moku Pro | 4 Channels / Event detectors, < 20 ps RMS jitter, 300 ppb Clock stability (timebase), 0.78 ps Digital resolution, 150 MHz Max. interval (event) rate |
| Moku Lab | 2 Channels / Event detectors, < 20 ps RMS jitter, 500 ppb Clock stability (timebase), 1.95 ps Digital resolution, 125 MHzMax. interval (event) rate |
| Moku Go | 2 Channels / Event detectors, < 50 ps RMS jitter, 25 ppm Clock stability (timebase), 7.8 ps Digital resolution, 15 MHz Max. interval (event) rate |
Chat Us