Where to Buy Timing Jitter Measurement Devices
Specialized instruments are required for measuring the timing jitter of ultrashort laser pulses, for example. One may obtain power spectral densities of the pulse timing or simply r.m.s. values, depending on the situation.
More general products: laser noise measurement equipment, pulse characterization instruments
Related product category: detectors and measurements
| E | Learn before you buy! See our encyclopedia article on timing jitter! Related articles: laser noise, intensity noise, phase noise, timing jitter |
See also the white paper on Attosecond Timing Distribution from Menhir Photonics!
2 suppliers for timing jitter measurement devices are listed in the RP Photonics Buyer's Guide. Both manufacturers and distributors can be registered.
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| Suppliers with Ad Package presenting their product descriptions | |
|---|---|
| Company | Product Description |
 Industriestrasse 42 8152 Glattbrugg Switzerland |  The MENHIR-1550 SERIES is the first industrial-grade, femtosecond laser at 1550 nm with GHz repetition-rate and ultra-low noise performances. Find more about the stability of Menhir Photonics’ products. |
 Lasers for the Molecular Age Luruper Hauptstr. 1 22547 Hamburg Germany |  Cycle offers advanced modules for highly accurate detection of the relative timing between two pulse trains. There is the BOC, a balanced optical cross correlator, and the fully automated TCBOC (two-color balanced optical cross correlator). It can be used for ultra-precise measurements of the relative timing jitter of two femtosecond lasers (which may have different wavelengths). The fully automated BOMPD, a balanced optical microwave phase detector, precisely detects the time delay between an optical pulse train and the zero-crossings of a microwave signal. It generates a baseband signal that is proportional to the timing error between the two inputs, which in turn can be used in a phase locked loop configuration to tightly synchronize a laser to a microwave source or vice versa. Due to its balanced detection scheme, the BOMPD is immune to amplitude fluctuations of both optical and microwave sources and greatly suppresses the AM-PM conversion noise in the photodetection process. |
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| All Suppliers | |
|---|---|
Lasers for the Molecular Age Luruper Hauptstr. 1 22547 Hamburg Germany | Cycle offers advanced modules for highly accurate detection of the relative timing between two pulse trains. There is the BOC, a balanced optical cross correlator, and the fully automated TCBOC (two-color balanced optical cross correlator). It can be used for ultra-precise measurements of the relative timing jitter of two femtosecond lasers (which may have different wavelengths). The fully automated BOMPD, a balanced optical microwave phase detector, precisely detects the time delay between an optical pulse train and the zero-crossings of a microwave signal. It generates a baseband signal that is proportional to the timing error between the two inputs, which in turn can be used in a phase locked loop configuration to tightly synchronize a laser to a microwave source or vice versa. Due to its balanced detection scheme, the BOMPD is immune to amplitude fluctuations of both optical and microwave sources and greatly suppresses the AM-PM conversion noise in the photodetection process. |
Industriestrasse 42 8152 Glattbrugg Switzerland | The MENHIR-1550 SERIES is the first industrial-grade, femtosecond laser at 1550 nm with GHz repetition-rate and ultra-low noise performances. Find more about the stability of Menhir Photonics’ products. |
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