The Becker & Hickl Laser-Hub integrates up to 4 BDS-SM Series Picosecond Diode Lasers in one unit with one single-mode output fiber. Choose from any of the available wavelengths in the BDS series from 405 nm to 640 nm (Others on Request).
The Becker & Hickl Laser-Hub integrates up to 4 BDS-SM Series Picosecond Diode Lasers in one unit with one single-mode output fiber. Choose from any of the available wavelengths in the BDS series from 405 nm to 640 nm (Others on Request).
With the Laser-Hub you remove the need to align individual laser sources either onto an optical bench or within an instrument. By offering a single output with co-linear laser beams, the Becker & Hickl Laser-Hub makes it simple and convenient to deliver up to 4 laser lines simultaneously.
Measuring only 450 mm × 300 mm × 80 mm, the Laser-Hub is a compact, portable laser solution ideally suited to applications such as Fluorescence-lifetime spectroscopy, Fluorescence-lifetime microscopy and Near-infrared tissue spectroscopy.
The lasers can be operated manually or via any of the Becker & Hickl SPC cards. As with stand alone operation fo the BDS lasers, the lasers integrated into the Laser-Hub operated in pulsed mode and CW and with pulse repetition rates of 20, 50, and 80 MHz rep. Power in pulsed mode is up to 3 mW, power in CW mode is up to 20 mW, pulse width down to 38 ps.
The unit can be used with sync input or sync output. Fast ON/OFF and multiplexing capability comes as standard.
| Optical Specifications | |
|---|---|
| Number of Laser Lines | up to 4 |
| Output fibre type | Single mode, LASOS precision connector, Point source connector, or FC connector |
| Wavelength range | 375 nm to 850 nm |
| Integrated bh laser series | BDS-SM, BDS-SMY |
| Repetition Rate | 20, 50, 80 MHz and CW |
| Pulse width (FWHM, at 50% power) | 30 to 100 ps |
| Power control range (electrical, ps mode) | 0 to 1 mW ….. 0 to 3 mW (depends on wavelength) |
| Power control range (electrical, CW mode) | 0 to 5 mW ….. 0 to 20 mW (depends on wavelength) |
| Power control range (optical) | 1% to 100%, separate for individual lasers |
Fluorescence-lifetime spectroscopy
Fluorescence-lifetime microscopy
Near-infrared tissue spectroscopy.
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Photonic Solutions Ltd
Unit 2.2 Quantum Court
Heriot-Watt University Research Park
Edinburgh
EH14 4AP
