Operating Frequency Range:1 Hz to 1 MHz
Input Impedance:1 MΩ
Output Voltage Range:±50 mV
Sensitivity (1/f Noise):≤ 1 nV/√Hz
Phase Noise (1/f Noise):≤ 10°/√Hz at 1 Hz
Temperature Coefficient (Operating Temperature):+0.05%/°C
Power Consumption:≤ 2 W
The Stanford Research SR570 Lock-in Amplifier is renowned for its unparalleled performance in signal detection and analysis. This module is equipped with a wide operating frequency range, making it suitable for various applications from low-frequency measurements to high-frequency analysis.
With a high input impedance of 1 MΩ, it ensures minimal loading effects on the signal source, ensuring accurate data acquisition without distortion. The sensitivity at 1 Hz is rated at 5 nV, which is crucial for sensitive measurements requiring high precision.
Featuring a 14-bit resolution, the SR570 offers exceptional accuracy in data representation. Coupled with a sample rate of 50 MS/s, it ensures real-time processing and capture of transient signals without loss of detail.
For data management, the SR570 supports USB flash drives, enabling users to easily transfer and store large datasets without the need for complex network configurations. This feature is particularly advantageous for fieldwork or remote experiments where quick data handling is essential.
The power supply versatility of the SR570 includes an AC adapter compatible with a wide range of voltages (100-240V, 50/60Hz), ensuring it can operate globally without the need for voltage adapters, thus minimizing logistical concerns for international projects.
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