Pulsed laser diode HPL series
picosecondsolid-stateUV

Pulsed laser diode - HPL series - Edinburgh Instruments - picosecond / solid-state / UV
Pulsed laser diode - HPL series - Edinburgh Instruments - picosecond / solid-state / UV
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Characteristics

Operational mode
pulsed, picosecond
Technology
solid-state
Spectrum
UV
Other characteristics
high-power, high-repetition rate
Power

Min.: 0 W

Max.: 1.95 W

Wavelength

Min.: 405 nm

Max.: 800 nm

Description

Optimised for TCSPC Repetition rates up to 80 MHz Standard and high-power operation mode External trigger capability Spectrally purified output Compact plug-and-play design The HPL high repetition rate/high power picosecond pulsed diode lasers are a series of pulsed sources designed for Time-Correlated Single Photon Counting (TCSPC) measurements with repetition rates up to 80 MHz. When operating in standard pulse mode, HPL lasers provide pulses of <150 ps making them the ideal source of measuring short fluorescence lifetimes. For experiments that require higher excitation energy, the high-power operation mode may be enabled. This mode offers average powers of a few mW whilst maintaining sub-nanosecond pulse widths.

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