FIRST IN PHOTONICS
Signal Recovery designs, manufactures and sells lock-in amplifiers, choppers, signal averagers, amplifiers, light choppers, signal multiplexers, and specialized counters.
The SIGNAL RECOVERY Model 9210 is a compact multichannel lock-in amplifier which uses the latest FPGA technology to deliver an instrument which can make complex AC and DC measurements on up to ten different analogue signals. In addition it can generate excitation signals to drive the experiment, as well as measure the current delivered by these signals.
The model 7265 uses the latest digital signal processing (DSP) technology to extend the operating capabilities of the lock-in amplifier providing the researcher with a very versatile unit suitable both for measurement and control of experiments.
The model 7225 offers a cost-effective solution to the researcher needing the performance provided by DSP demodulation but not requiring the additional features or higher operating frequencies of the models 7280 and 7265.
The model 7230 is a new concept in general-purpose digital signal processing (DSP) lock-in amplifiers. It offers the excellent signal recovery performance that users expect from our instruments but at a lower price than many competitive models.
The model 7270 sets a new standard for general-purpose DSP lock-in amplifiers giving outstanding performance that is easy to use and suitable for virtually all measurements over a frequency range extending from 1 mHz to 250 kHz.
The model 7280 DSP Lock-in Amplifier is an exceptionally versatile instrument with outstanding performance.
The model 197 is a compact, high performance chopper, offering features and benefits that are ideal for use in modern photometric systems.
With its ability to process up to 100 averaged spectra per second, while responding proportionally to multiple ions in each detector pulse, the FASTFLIGHT-2 is a superior solution for data acquisition in LC/TOF-MS and GC/TOF-MS applications.
The model 7210 represents a significant advance in the application of DSP technology in the design of a lock-in amplifier.
The model 7124 precision lock-in amplifier uses a unique analogue fiber optic link to interconnect a remote connection unit (RCU), to which the experiment is connected, and a main instrument console.
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