APE PulseSelect Dual HP-Ti:Sa
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Ships from:
United States
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Sold by:
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On FindLight:
since 2014
Description
The pulseSelect Dual is a single pulse selector using two acousto-optical Bragg cells. The pulseSelect Dual comes in two variants:
pulseSelect Dual (serial)
This version is designed to allow for highest contrast ratio of above 6000:1 by placing two Bragg cells, both synchronized to common clock, in serial configuration (i.e. one beam through two Bragg cells).
pulseSelect Dual parallel
This version is designed for selecting pulses from two synchronized laser sources, e.g. with different wavelength, simultaneously by placing twoBragg cells, both synchronized to one common clock with one common division ratio but independent delay settings, in parallel configuration (i.e. two separate beams each through one Bragg cells). The pulseSelect Dual has been developed for the special demands of femtosecond or picosecond laser technology. Pulse distortion is minimized by a low dispersive design and the use of reflective optics. The use of an acousto-optical selection element allows for high repetition rates and high contrast ratio.
APE PulseSelect Dual HP-Ti:Sa
Specifications |
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|---|---|
| Wavelength Range: | 680 – 1080 nm |
| Max Laser Input Power: | 5 W |
| Input Frequency Range: | 70 – 85 MHz |
| Input Polarization: | Horizontal, Vertical |
Features
lasers
Low dispersion
Suitable for fs and ps mode-locked lasers
Division ratio down to fREP/2 (optional)
Frequently Asked Questions
The pulseSelect Dual HP-Ti:Sa is a single pulse selector using two acousto-optical Bragg cells designed for femtosecond or picosecond laser technology.
The pulseSelect Dual comes in two variants: pulseSelect Dual (serial) and pulseSelect Dual parallel.
pulseSelect Dual (serial) is designed to allow for the highest contrast ratio of above 6000:1 by placing two Bragg cells, both synchronized to common clock, in serial configuration. pulseSelect Dual parallel is designed for selecting pulses from two synchronized laser sources, e.g. with different wavelength, simultaneously by placing two Bragg cells, both synchronized to one common clock with one common division ratio but independent delay settings, in parallel configuration.
The maximum laser input power for the pulseSelect Dual HP-Ti:Sa is < 5 W (SiO2)1 or < 0.5 W (TeO2)1.
The division ratio for the pulseSelect Dual can go down to fREP/2 (optional).