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FX1160 - High Output/ Short Arc Xenon Flashlamp with Internal Reflector

General Description

The FX-1160 Reflector Lamp has greater than 40% more usable light intensity than our standard FX-1150 and is completely interchangeable.

PerkinElmer customers have the option of either taking advantage of the greatly increased light output or they can operate the FX-1160 at a reduced input energy.

Key Features

  • Greater than 40% more usable light intensity than FX-1150.
  • Ideal for use with Optical Lenses and Fiber Bundles.
  • Low optical “noise”.
  • Continuous spectrum UV-VIS-IR.
  • Long life.
  • Low heat radiation.
  • Microsecond flash duration.
  • High efficiency output in the blue.
  • Interchangeable with FX-1150 . www. perkinelmer. com/opto FX-1160, High Output Short Arc Xenon Flashlamp with Internal Reflector Type FX 1160 FX 1161 FX 1162.

📥 Download Datasheet

Datasheet Details

Part number FX1160
Manufacturer PerkinElmer Optoelectronics
File Size 38.67 KB
Description High Output/ Short Arc Xenon Flashlamp with Internal Reflector
Datasheet download datasheet FX1160 Datasheet

Full PDF Text Transcription (Reference)

The following content is an automatically extracted verbatim text from the original manufacturer datasheet and is provided for reference purposes only.

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D A T A S H E E T Lighting Imaging Telecom 1100 Series - High Stability Flashlamps 1100 Series FX-1160 High Output, Short Arc Xenon Flashlamp with Internal Reflector Description The FX-1160 Reflector Lamp has greater than 40% more usable light intensity than our standard FX-1150 and is completely interchangeable. PerkinElmer customers have the option of either taking advantage of the greatly increased light output or they can operate the FX-1160 at a reduced input energy. Lower energy operation equates to increased lamp life and stability. The hemispherical reflector internal to the FX-1160 should not be confused with competitive types employing paraboloids or ellipsoids in which all of the forward direct light is nonrecoverable and becomes a serious source of optical scattering.