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Lock-in amplifiers are important tools for material and device researchers because of their unique ability to precisely measure signals that are otherwise too small to detect amidst noise and other interfering signals. This singular capability makes them indispensable in a wide range of low-level measurement applications in the lab. However, researching and evaluating lock-in types for purchase can be confusing. This paper aims to simplify the selection process.
Key learnings:
- The benefits and standard functions of a lock-in amplifier
- The different types of lock-in amplifiers available
- Key considerations when evaluating and qualifying a lock-in amplifier for your application
Physics Today and Wiley are proud to bring you this white paper, sponsored by Lake Shore.
Sponsored by
Lake Shore Cryotronics offers high-performance solutions for material/device characterization, including cryogenic probe stations, Hall measurement instruments and systems, VSMs, and a unique, patented synchronous source measure system for DC as well as AC lock-in measurement capabilities.
Partnered with
Physics Today, the flagship publication of the American Institute of Physics, is the most influential and closely followed physics magazine in the world. Physics Today‘s mission is to be a unifying influence on the physical sciences by cultivating a shared understanding, appreciation, and sense of belonging among physical scientists.