RENT STANFORD RESEARCH SR530 Amplifier (call for availability)
Introducing the Stanford Research SR530 Lock-In Dual Channel Amplifier, a robust solution for precise measurement of small AC signals, even in environments with high noise levels. Designed for advanced research and application, this state-of-the-art amplifier is capable of detecting signals as faint as nanovolts.
Key Features and Specifications of the Stanford Research SR530 Lock-In Amplifier:
- Two stages of time constants for enhanced signal processing
- Dual Channel functionality for simultaneous measurement
- Low-Noise Current and Voltage Inputs ensuring high accuracy
- Dynamic Reserve of up to 80 dB, allowing for effective noise rejection
- Equipped with tracking band-pass and line filters for refined signal selection
- Internal reference oscillator for consistent phase reference
- Four ADC inputs and two DAC outputs facilitating versatile data acquisition
- Optional GPIB and RS-232 interfaces for seamless integration with other devices
- Impressive Frequency Range of 0.5 Hz to 100 kHz for diverse applications
- Input Impedance of 100 MΩ ensuring compatibility with various signal sources
- Minimal Input Noise of just 7 nV/vHz for superior clarity in measurements
