Page 5 - Fiber Light EN

Technical Specifications
Parameter
Spectral distribution
Power consumption
Power requirements
Operating ambient temperature Relative humidity
Dimensions (L x W x H)
Weight
Shutter Tungsten Lamp External control
Light exit
Optical fiber diameter
Optical fiber connector Numerical aperture NA
Cooling
Deuterium Lamp
Spectral distribution
Window material
Light output (radiant intensity) Stability
Drift
Exciting frequency
Operation voltage
Life*
Power consumption
Tungsten Lamp
Spectral distribution
Voltage
Current
Typical Lifetime
6/20, 6/50
23 × 36 × 35 mm
lamp (D2, W-Lamp) ON/OFF independently
shutter open/close
green LED is lit when the 12 Vdc supply voltage is applied
D2 lamp 0.245, W-lamp 0.057
≥ 1000 h @ 240 nm (50 % intensity loss)
45 mAdc ≥ 2000 h
Standard FiberLight DTM 6/10, 6/11, 6/17,
200 – 1100 nm, optional 185 – 1100 nm
6 Watt
12 Vdc / 0.6 Adc
5–35°C
max. 90%, non condensing
157 × 55 × 37 mm
DTM 6/17: 105 × 36 × 35 mm, DTM 6/20: 1
130 g
yes
yes
focused or collimated beam
200 μm, 400 μm, 600 μm
SMA 905
not required
200 – 400 nm line free
fused quartz, fused synthetic silica
≥ 5 × 10-8 W/sr @ 240nm
≤1×10-3 AU
≤ 0,25 %/h
250 kHz
Approx. 1kV
approx. 5 Watt
400 – 1100 nm
5 Vdc
2 optical configurations are available: Focused Beam (for connection to an optical fiber) or Collimated Beam (quasi parallel light).
6W Standard and 12W High Power version now available, with 2×light output and similar
compact size.
High Power FiberLight DTM 10/50 S
185 – 1100 mm 12 Watt
12 Vdc / 1.2 Adc 5 – 35°C
max. 90%, non condensing 161 × 58 × 51.5 mm
230 g
yes
yes
lamp (D2, W-Lamp) ON/OFF independently shutter open/close
green LED is lit when the 12 Vdc supply voltage is applied focused
200 μm, 400 μm, 600 μm
SMA 905
D2 lamp 0.245, W-lamp 0.057 forced, fan on-board
200 – 400 nm line free
fused synthetic silicia
≥ 10 × 10-8 W/sr @ 240nm
To Be Determined
To Be Determined
250 kHz
Approx. 1kV
≥ 1000 h @ 240 nm (50 % intensity loss) approx. 10 Watt
400 – 1100 nm 5 Vdc
45 mAdc
≥ 2000 h
PCB layout can be designed to suit your compact instrument footprint.
Please contact us to arrange your customized design, optimized for your instrument application.