NF¡¯s experienced technique utilizes fully a high speed computing function of digital signal processor, and designs DSP Lock-in Amplifiers for easier operation and cost performance, also with improving high speed and output stability of setting or measurement response.
High stability based on digital processing: phase stability 0.01¡ã/¡ãC, Gain stability ¡à100ppm/¡ãC.
Measurement from 1mHz: Low speed signal analysis is available like infrared spectrum, temperature response etc..
High speed and smooth response: minimum time constant 10¦ìs, synchronized filter provided and quick response to setting change.
Simple and assured operation to sophisticated measurement: Auto function, key allocation, large indicating window, analog meters, and modify dial are provided.
Two models lined up: LI5640 (Fulfilled multi-function digital lock-in amplifier)/LI5630 (Simplified and cost-performance).
NF¡¯s experienced technique utilizes fully a high speed computing function of digital signal processor, and designs DSP Lock-in Amplifiers for easier operation and cost performance, also with improving high speed and output stability of setting or measurement response.
- High stability based on digital processing: phase stability 0.01¡ã/¡ãC, Gain stability ¡À100ppm/¡ãC.
- Measurement from 1mHz: Low speed signal analysis is available like infrared spectrum, temperature response etc..
- High speed and smooth response: minimum time constant 10¦Ìs, synchronized filter provided and quick response to setting change.
- Simple and assured operation to sophisticated measurement: Auto function, key allocation, large indicating window, analog meters, and modify dial are provided.
- Two models lined up: LI5640 (Fulfilled multi-function digital lock-in amplifier)/LI5630 (Simplified and cost-performance).
