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Laser Energimeter ELP 5 | Apel Laser
The Laser Energimeter ELP 5 is a device designed for the measurement of the energy per pulse of pulsed lasers. It is mainly intended for measuring the energy of excimer lasers, which emit short pulses of about 20 ns with energy up to 700 mJ/pulse, in the UV range (wavelengths of a few hundred nm). This equipment has been developed in collaboration with the Institute for Research-Development of Materials Physics Bucharest-Magurele.
Description
Key features:
Energy range: 2 mJ – 2 J
Wavelength range: 190 nm – 12 µm (covering UV, visible and IR)
Diameter of active sensor surface: 50 mm
Maximum pulse duration: 50 µs
Maximum energy density: 300 mJ/cm²
Maximum pulse repetition frequency: 50 Hz
Maximum average power: 5 W
Technical specifications:
Wide wavelength range: from deep UV (190 nm) to IR (12 µm), allowing use with a variety of lasers.
Large active area diameter: 50 mm, providing efficient energy capture even for large diameter laser beams.
High repetition rate: Up to 50 Hz, ideal for high pulse frequency lasers.
High sensitivity: Ability to measure pulse energies between 2 mJ and 2 J.
High pulse duration accepted: Up to 50 µs, covering a wide range of lasers with different pulse durations.
Display instrument included: Amplification and signal display are integrated for ease of use.
Additional information
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