Product category:
Sensors and Data Acquisition
News Release from: Polytec | Subject: Stroboscope BSV-II Wotan
Edited by the Electronicstalk Editorial
Team on 14 December 2006
The end of motion blur
With its Stroboscope BSV-II Wotan, Polytec offers optimal illumination for applications with extremely short and high intensity light pulses.
With its Stroboscope BSV-II Wotan, Polytec offers optimal illumination for applications with extremely short and high intensity light pulses The stroboscope is able to freeze movements for sharp pictures and to create contrastable pictures in changing ambient light conditions
This article was originally published on Electronicstalk on 7 Feb 2001 at 8.00am (UK)
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In order to set the object into the right light the stroboscope is combined with suitable fibre optic components.
The heart of the stroboscope is an ultra stable pulsed xenon flash lamp whose light output is focused by an elliptical reflector into the fibre optic.
The BVS-II Wotan has a maximum pulse frequency of 200 Hz.
An integrated microprocessor achieves an excellent pulse-to-pulse stability of typically 2.5 % .
The desired intensity can be defined by an analogue signal by the computer interface RS232 or by setting the default value from the control panel.
The colour temperature is about 5000 K.
The triggering is alternatively possible via a TTL signal (5V), SPS (24V) or PAL/CCIR-video signal.
In the burst mode one trigger signal can deliver several pulses.
Additionally it is possible to synchronise several stroboscopes.
In spite of the high speed processes the stroboscope is able to visualize fast dynamic activities without any motion blur.
Areas of application are (eg) monitoring of printing processes and wafer-inspection.
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