Output Voltage Range:0-100V

Output Current Range:0-10A

Regulation Accuracy:±0.01%

Efficiency Rating:96%

Input Power Factor:0.99

Power Supply Type:DC

Operating Temperature Range:-20°C to 50°C

Protection Features:Overvoltage, Overcurrent, Short Circuit Protection

Certifications:CE, UL, CSA

    The Stanford SR830 is a groundbreaking device, engineered with state-of-the-art technology to deliver unparalleled performance in measurement accuracy and reliability. This high-end lock-in amplifier is specifically tailored for researchers who demand precision and efficiency in their experiments, ensuring that every measurement captures the finest details without missing a beat.

    Featuring an exceptionally wide operating frequency range from 1 Hz to 1 MHz, the SR830 is capable of handling a broad spectrum of signals, making it suitable for a wide array of applications across various scientific fields. Its sensitivity of 1 nV/sqrt(Hz) ensures that even the slightest fluctuations in signal are detected, enhancing the quality of data obtained from experiments.

    With a dynamic range of 100 dB, this lock-in amplifier boasts exceptional resolution, allowing users to discern minute variations in signals with ease. Coupled with its 1 MOhm input impedance, it minimizes signal distortion and ensures accurate readings, contributing to more reliable experimental outcomes.

    Engineered for durability and portability, the SR830 comes equipped with a robust design that withstands the rigors of continuous use in demanding laboratory environments. It is powered by a 12 VDC supply, providing stable and consistent power to maintain optimal performance throughout its operation.

    Compact yet powerful, the Stanford SR830 measures 192 x 483 x 483 mm and weighs just 6 kg, making it highly portable and easy to integrate into various experimental setups. Its lightweight design does not compromise on functionality or performance, offering researchers the flexibility to work in different settings without sacrificing measurement capabilities.