Fibre-coupled LED Light Sources
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- Model: Prizmatix Fibre-coupled LED Light Sources
Fiber-coupled LED light sources
Prizmatix Fiber-coupled LED light sources
The fiber-coupled LED light sources from Prizmatix are an excellent replacement for lasers in many applications such as spectroscopy, optogenetics or crosslinking.
Optimized for fiber-coupling and highest optical performance, the light sources achieve amazing optical powers of up to 1100 mW after a 1 m long fiber (NA 0.63, 1500 µm core). Thanks to the compact design with the low-noise controller integrated into the housing, these light sources can be used almost anywhere and can be easily integrated as OEM components.
The LED light sources offer a variety of control options for power regulation such as an analog input, a TTL input, control via USB or the classical manual control via a potentiometer. Especially the TTL input makes these light sources an optimal solution for measurements with fiber-coupled spectrometers, for example in external trigger mode.
The main features of the fiber-coupled LED light sources are:
- Optimized for fiber coupling and highest optical power
- Various control options (analog, TTL, USB, potentiometer, depending on model)
- USB control compatible with µManager, Labview, Matlab and many more
- Analog and TTL inputs are optically isolated
- Low-noise controllers (e.g. FC-LED < 0.05% RMS)
- Long lifetime, typically >10,000 hours
- SMA connector
- Each LED comes with a test report
Comparison of fiber-coupled LED light sources
| FC-LEDs / Silver-LED |
Optogenetics-LED | FC-BBW-LED | HB-FC-White LED | |
| Special features | - high optical power - many LED channels in one housing - combination of several LED channels into one fiber - many wavelengths - several white LEDs |
- very high optical power - very high brightness - broad range of accessories for complete optogenetics setups |
- white LED - very broad spectral range from 400-700 nm - ideal for spectroscopy |
- white LED - very high optical power - suitable for thin fibers |
| Wavelengths | white & monochromatic | monochromatic | white | white |
| Optical power1 | ● | ●● | ◐ | ●● |
| Price | ● | ●● | ● | ●●● |
| Connection | SMA | SMA | SMA | SMA |
| Controller | built into the housing | built into the housing | built into the housing | built into the housing |
| Potentiometer | ✓ | ✓ | --- | optional² |
| TTL input | ✓ | ✓ | --- | ✓ |
| Analogue input | ✓ | ✓ | --- | ✓ |
| USB control (optional) | ✓ | ✓ | --- | ✓3 |
| Available wavelengths4 [nm] | 280, 290, 310, 325, 340, 365, 380, 390, 395, 405, 410, 420, 425, 430, 445, 455, 465 , 480, 500, 515, 535, 550, 590, 630, 645, 655, 690, 700, 760, 770, 780, 805, 850, 870, 940 Weißlicht: 425-650 (bei 3000 / 4000 / 6500 K) |
407 (violet) 458 (blue) 500-600 (lime-green) 520 (green) 595 (yellow) 625 (orange-red) 655 (deep-red) |
white: 400-700 | white: 450-650 |
| Variants | Silver-LED: 1 LED channel FC2: 2 LED channels FC3: 3 LED channels FC5: 5 LED channels |
STSI: 2 LEDs combined into one SMA output port DUAL : 2 LEDs with 2 SMA output ports |
||
| Collimated equivalent LED | Mic-LED | UHP-T-SR / UHP-T-EP | --- | --- |
Legend: ◐ lowest value ●●●● highest value of all our LED types
Note:
1: after 1 m POF fiber, 1000 µm core NA 0,63
2: via fiber-coupled remote control
3: via external Pulser/Pulser Plus or USB-TTL
4: status 20.01.2019
Research papers
Hundreds of papers have been published by scientists around the globe who have used Prizmatix equipment within their research. They are listed here on the Prizmatix website.
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