Output Voltage Range:0 to 30 VDC
Output Current Range:0 to 3 A
Maximum Power Output:90 W
Input Voltage Range:90 to 264 VAC
Efficiency:90%
Output Resolution:0.1 mV
Stability:±0.01% of reading + ±0.001% of full scale
Operating Temperature Range:-10°C to +40°C
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.
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