The versatile low maintenance light system is tunable and offers spectral and spatial uniformity.
Fiber coupled led source.
This light source is available.
Fiber coupled led light source uv vis nir for every day tasks that stands out for being silent safe sturdy compact and economical.
Wideband visible fiber coupled led for spectroscopy.
The single wavelength led is powered by an led driver and then the illumination output is fiber coupled into a patch cable which connects to the implanted cannula.
The most straightforward method for in vivo light stimulation of a specimen is to use a single fiber optic with a single led light source.
Fiber coupled led light sources single and multi wavelength fiber coupled led light source modules for applications such as spectroscopy optogenetics cross linking and many others.
Fiber coupled led application examples optogenetic study of the response interaction among multi afferent inputs in the barrel cortex of rats scientific reports 2019 liu y ohshiro t sakuragi s koizumi k mushiake h ishizuka t yawo h.
Suitable for absorption transmission fluorescence or colorimetry measurements.
Adjustable power and pulsed mode.
Each fiber coupled led consists of a single led that is coupled to the optical fiber using the butt coupling technique.
Available at numerous wavelengths from uv to nir as single wavelength or multi wavelength devices.
Fiber coupled leds 11 high power pump laser diode modules 39 multimode fiber coupled laser diodes 13 puma laser modules 9 1425 1510nm edfa pump laser diodes 11 turnkey fiber coupled laser led sources 5 special selection 34 selected laser diodes 22 selected superluminescent diodes 10 semiconductor optical amplifiers 50.
The fibre coupled ultra high power led series provides almost x10 increase of power in comparison with regular high power led devices.
The high power fiber coupled vacuum fc led white light source provides excellent illumination in places with limited access like vacuum chamber lighting.
Fiber coupled led fc bbw led features wide emission spectrum from 400nm to 700nm.
During this process the fiber connector is positioned so that the end of the fiber will be as close as possible to the emitter thereby minimizing losses at the fiber input and maximizing output power.
From 270 nm to 950 nm.
Download pdf for full specifications.
