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Data Sheet FiberLight
The miniature UV/vis light source for sctroscopy and on-line process analysis
FiberLight is a very compact light source for the ultraviolet, visible and near infrared sctral range （from 200 nm to 1100 nm）. The heart of FiberLight is an electrode-less RF induced deuterium lamp or line source.
The miniature lamp ons up UV sctroscopy to portable, battery orated instruments. Application examples are organic chemistry, pharmaceuticals, trochemicals, agriculture, the environment and life science for on-site analyses and diagnosis. Another area of applications is in small instruments for on-line process analysis.
FiberLight is a complete UV/vis light source. It consists of the lamp unit, with deuterium and tungsten lamps in shine-through array, shutter and optical coupling with SMA fiber optic connection. There is also an optional version without optical fiber connector for direct illumination of the measurement cell. All elements are mounted on a circuit board and are externally controlled through TTL signals. FiberLight can be orated with a 12Vdc/0.6A power supply.
Key features of Heraeus FiberLight:
RF induced deuterium and visible light source
Electrodeless lamp, instant switch on/ switch off
Exchangeable lamp modules for differentUV/vis or line sctra
Ready to use -whole unit mounted oncompact circuit board
Very small size
Low power consumption, low heat generation
With double-convex lens for coupling into optical fiber
With plano-convex lens for direct illumination of measurement cell
With plano-convex lens for direct illumination of measurement cell
Cross section of FiberLight lamp module
A: optical fiber
B: lens
C: arture
D: deuterium lamp
C: tungsten lamp
Lamp life characteristic FiberLight DTM 6/10 （measured at 250 nm）
FiberLight with deuterium andtungsten lamp DTM 6/10 DTM 6/50 DTM 6/11
Light exit SMA 905 SMA 905parallel beam direct to measurement cell
| D2 lamp sctral output （nm） | 200-400; option: 185 | 200-400; option: 185 | 200-400; option: 185 | |||
| | 400 | 400 | 400 | |||
| D2 lamp radiant intensity （W/sr @ > 5 x 10-8 | > 5 x 10-8 | > 5 x 10-8 | ||||
| 240 nm） | | | ||||
| D2 lamp stability （AU） | < 1 x 10-3 | < 1 x 10-3 | < 1 x 10-3 | |||
| D2 lamp drift （%/h） | 0.25 | 0.25 | 0.25 | |||
| Tungsten lamp sctral output | 400 -1100 | 400 -1100 | 400 -1100 | |||
| （nm） | | | ||||
| Arture diameter （mm） | 1.0 | 0.5 | 1.0 | |||
| Recommended fiber diameter | 400 -600 | 200 -600 | - | |||
| （µm） | | | ||||
| Power consumption （W） | 6 | 6 | 6 | |||
| Power requirements | 12 Vdc/ 0.6 Adc | 12 Vdc/ 0.6 Adc | 12 Vdc/ 0.6 Adc | |||
| Control | TTL | TTL | TTL | |||
| Window material | fused quartz; option: | fused quartz; option: | fused quartz; option: | |||
| | synthetic quartz | synthetic quartz | synthetic quartz | |||
| Cooling | not required | not required | not required | |||
| Lifetime （h） | 1000 | 1000 | 1000 | |||
| Light exit | SMA 905 | SMA 905 | SMA 905 | SMA 905 | SMA 905 |
| Line source sctral output | Mercury lines | Neon lines | Krypton lines | Helium lines | Xenon lines |
| Arture diameter （mm） | 1.0 | 1.0 | 1.0 | 1.0 | 1.0 |
| Recommended fiber diameter | 400 -600 | 400 -600 | 400 -600 | 400 -600 | 400 -600 |
| （µm） | | | | | |
| Power consumption （W） | 6 | 6 | 6 | 6 | 6 |
| Power requirements | 12 Vdc/ 0.6 Adc | 12 Vdc/ 0.6 Adc | 12 Vdc/ 0.6 Adc | 12 Vdc/ 0.6 Adc | 12 Vdc/ 0.6 Adc |
| Control | TTL | TTL | TTL | TTL | TTL |
| Window material | fused quartz | fused quartz | fused quartz | fused quartz | fused quartz |
| Cooling | not required | not required | not required | not required | not required |
| Lifetime （h） | 1000 | 1000 | 1000 | 1000 | 1000 |
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