$3,679.00
The Stanford Research Systems SR570 is a low-noise current amplifier designed for amplifying small currents from sources such as photodiodes, Faraday cups, and other current-generating transducers. It features variable gain, filtering, and bias voltage, making it suitable for various scientific and engineering applications where precise current measurements are crucial.
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Product Condition & Availability
Stanford Research Systems SR570 Amplifier is in excellent working condition and has been thoroughly tested for performance and reliability. We offer both new and professionally refurbished options, depending on availability and customer preference.
Integrated Solutions & Deployment Support
Beyond individual products, Aumictech provides end-to-end solutions for manufacturing line deployment and test station setup. Our team can assist with system integration, configuration, and equipment selection tailored to your production requirements.
Trusted Industry Experience
With over a decade of experience, Aumictech is a recognized leader in RF and optical test equipment sales and services. All units are supported by our in-house calibration and repair facility based in Downingtown, PA, ensuring technical reliability and long-term value.
Customer Commitment
We’re committed to exceptional customer service, offering a 15-day return or replacement (ROR) policy for peace of mind. Our team is always available to assist with pre- and post-sale support.
Fast Shipping & Flexible Payments
We offer rapid global shipping through FedEx, UPS, and DHL, with most orders dispatched within 1–3 business days. Multiple secure payment options are available, including PayPal, ACH, wire transfers, and major credit cards.
The Stanford Research Systems SR570 low noise current amplifier is a valuable tool for amplifying small currents. It offers adjustable gain settings to optimize signal levels, built-in filters to reduce unwanted noise, and a bias voltage source for proper transducer operation. This amplifier is commonly used in physics, chemistry, materials science, and other fields that require accurate measurement of low-level currents.
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