Diode laser QuixX®
picosecondCWsolid-state

diode laser
diode laser
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Characteristics

Operational mode
picosecond, CW
Technology
solid-state
Spectrum
visible
Other characteristics
diode
Power

Max.: 0.01 W

Min.: 0.001 W

Wavelength

Max.: 642 nm

Min.: 375 nm

Description

Key Facts: Picosecond & CW mode The laser is able to emit ultrashort pulses down to 50 picoseconds as well as continuous wave (CW). Low pulse-to-pulse jitter <2ps in picosecond mode as well as high stability and low noise emission in CW mode is assured by latest high-end quality electronics. User adjustable pulse-shape In picosecond mode the pulse-shape can be adjusted in shape, height and repetition-rate by software control comfortably. In “low-power”-mode the laser does produce Gaussian shaped pulses without any aftershoot / shoulder. In “high-power”-mode a higher peak and average power is achieved compromising some aftershoot. In the additional “expert”-mode, any pulse-shape between low-power and high-power mode can be adjusted. Arbitrary frequency Generator The built-in software programmable function generator can generate frequencies from 1 Hz to 100MHz with very low jitter. Just like an external high-end function generator. Programmable delay Generator For easy synchronization of external devices like cameras, fast detectors or sensors the laser has an integrated delay generator for its SYNC output signal. The Pulse-to-SYNC signal can be delayed by up to 28 nanoseconds with 10 picoseconds in resolution. This function can also be used to daisy-chain multiple QuixX lasers in Master/Slave setups. Modulation & gating capability In both picosecond and CW operation, the QuixX offers full intensity modulation and gating by external analog and digital modulation signals at high frequencies.

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.