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Stanford Research SR570 Lock-In Amplifier, Precision Signal Processing Module
The Stanford Research SR570 is a high-performance lock-in amplifier designed for precision measurements and analysis in various scientific and industrial applications. It excels in providing accurate phase and amplitude measurements under challenging noise environments.
Detailed content
Operating Frequency Range:DC to 5 MHz
Input Impedance:1 MΩ
Sensitivity @ 1 Hz:5 nV
Resolution:14 bits
Sample Rate:50 MS/s
Data Storage:USB flash drive support
Power Supply:AC adapter (100-240V, 50/60Hz)
The Stanford Research SR570 Lock-In Amplifier is engineered for unparalleled performance in signal processing tasks, offering unmatched precision and reliability.
With an operating frequency range from 1 Hz to 1 MHz, it is suitable for a wide array of applications requiring high-frequency analysis, such as quantum physics, spectroscopy, and electronic circuit testing.
Featuring a robust 1 MΩ input impedance, the SR570 ensures minimal signal distortion and high stability, making it ideal for sensitive measurements where noise reduction is critical.
Equipped with exceptional sensitivity of ≤ 1 nV/√Hz and phase noise of ≤ 10°/√Hz at 1 Hz, this amplifier excels in extracting precise signals from noisy environments, enhancing the accuracy of scientific experiments and industrial quality control.
Designed for efficient operation, the SR570 consumes a maximum of 2 W, making it energy-efficient and suitable for continuous use without overheating concerns, even under varying environmental conditions.
