FX-4400

Features:

· Up to 20x the output intensity of traditional xenon style lamps
· Exceptional arc stability
· Long Life
· Continuous spectrum UV-VIS-IR
· Collimated Output beam
· Ideal for use with Optical Lenses and Fiber Bundles
· Low optical noise
· Microsecond flash durations
· Various window materials (transmissions ranging from 160nm to 20 microns)
· High repetition flash rates
· No Warm-up period required
· Compact size




Description

The new FX-4400 Light Source from PerkinElmer Optoelectronics is a compact, high-output, long-life pulsed xenon flashlamp that offers exceptional arc stability, microsecond pulse durations and a high-intensity continuous line spectrum from the deep UV to the far IR. The lamp utilizes an integral parabolic reflector to provide a collimated output beam and is capable of operating at up to 60 Watts average power. This new design measures approximately the same size as our traditional pulsed xenon lamps, yet provides up to 20X the light output intensity. This allows customers the option of either taking advantage of the greatly increased light output or operating the FX-4400 at a reduced input energy for increased lamp life and stability. Lamp life exceeds 1 billion flashes, when operating at an input energy of up to 0.5 Joules per flash. The maximum flash rate of FX-4400 is 1 kHz for an input energy of 60 milliJoules. "Several window materials are available to provide customers with transmission output ranging from 160nm to 20 microns. PerkinElmer will work closely with OEM's to customize the light source and related electronics to meet the most demanding applications. Also, our broad technical expertise in light sources, optics, detectors, light management and signal processing of FX-4400 allows us to work with and provide OEM's with unique Sensor solutions that generate, control and measure light. Up to 20x the output intensity of traditional xenon style lamps Exceptional arc stability Long Life Continuous spectrum UV-VIS-IR Collimated Output beam Ideal for use with Optical Lenses and Fiber Bundles Low optical noise Microsecond flash durations Various window materials (transmissions ranging from 160nm to 20 microns) High repetition flash rates No Warm-up period required Compact size For more information on these products, contact our office in Salem, MA.