Femtochrome Research, Inc.
State of the art instruments for the characterization of ultrafast laser pulses. Crosscorrelators are unmatched in sensitivity and overall versatility.
- 510 644 1869
- 510 644 0118
- sales@femtochrome.com
- 2485 4th Street
Berkeley, CA 94710
United States of America
Categories
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product
Auto-Correlator/Cross-Correlator
FR-103WS
The FR-103WS is a dispersion-free Autocorrelator/Crosscorrelator for monitoring the temporal width of ultrashort optical pulses. While providing excellent sensitivity and resolution, the FR-103WS is ideally suited for the measurement of long pulsewidths (up to 200ps).
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product
RAPID SCANNING AUTOCORRELATOR/CROSSCORRELATOR
FR-103HP
The FR-103HP is a compact NL crystal autocorrelator, suitable for moderate and high power lasers (Pav>5mW). It is available with a scan range >60ps (suitable for pulsewidths within 10fs-15ps) and covers a wide range of wavelengths with easily interchangeable plug-in detector modules. The standard FR-103HP provides ‘real-time’ pulsewidth monitoring capability for rep rates down to 1kHz.
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product
Rapid Scanning Auto-Correlator / Cross-Correlator
FR-103XL
The FR-103XL is a dispersion-free Autocorrelator/CrossCorrelator for monitoring the temporal width of ultrashort optical pulses. Offering unsurpassed sensitivity and resolution, it is compact and easy to operate. The FR-103XL is ideally suited for the measurement weak signals in optical telecommunications, as well as pulses from other mode-locked lasers such as Ti-Sapphire.
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product
Auto-Correlator
FR-103TPM
The FR-103TPM is a high resolution, easy-to-use Autocorrelator for Two Photon Microscopy. It can be introduced into the beam path without disturbing the optical alignment, with the detector package replacing the sample.
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product
Optical Delay Generator
The FR-203 provides periodic linear optical delay (~200ps) for ultrashort laser pulses. It is useful for applications such as time resolved spectroscopy and time domain terahertz spectroscopy. A well defined optical delay is generated with interferometric precision.
