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Fiberoptic
Light Scramber Defined
The Fiberoptic Light Scrambler is a device for optical microscopes that uses well corrected lenses and a single 1mm diameter step-indexed silica fiber to transform a non-uniform light source (e.g., the output from an arc lamp) into an exceptionally uniform disk of light which is then projected into the microscope.
Fiberoptic Specifications:
- Material: fused Silica, Tefzel jacket, black sheath, 1mm diameter single solid fiber.
- Transmission: 280nm to 2000nm, transmitted 98%-/+ and 180-280nm 80%+/-.
- Throughput: 336mW @ 568nm; HBO100W/2 arc source (Zeiss lamphouse & Scrambler lenses; (2) KG-1 heat filters installed).
- Numerical Aperture: 0.47
- Temperature resistance: 300 C. continuous
- Termination: 3mm X 55mm, S.S. Ferrule
- Standard length: 1.5M, custom lengths in 1M increments.
- Attenuation: 14db per kilometer.
Guaranteed for life when used as directed!
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