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LaVision HighSpeedStar 高帧频相机
LaVision HighSpeedStar 高帧频相机

LaVision HighSpeedStar 高帧频相机

¥10万 - 50万

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LaVision GmbH

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HighSpeedStar

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欧洲

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北京欧兰科技发展有限公司
  • 金牌
  • 第17年
  • 一般经销商
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High-Speed Cameras

For imaging applications requiring higher frame rates CMOS cameras are the best choice. Modern sensor technology enables an ever increasing image recording speed with maximum frame rates up to 22 kHz for max sensor resolution or up to 600 kHz and more for reduced sensor resolution.

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In combination with DaVis LaVision’s PTU X supports even the most challenging recording sequences All our high-speed cameras are carefully tested for image quality, noise, and trigger capabilities often extending the manufacturers original specifications. Close cooperation with the main high-speed camera manufacturers guarantees outstanding performance.

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For high-speed imaging with maximum sensitivity the High-Speed IRO intensifier (HS-IRO) is attached in front of the CMOS high-speed camera. Lens coupling between intensifier and camera allows this modular upgrade with highest sensitivity and maximum image quality. The HS-IROs feature multi-stage amplification to override gain depletion in its micro-channel plate at higher frame rates.

Features of LaVision‘s
High-Speed Camera Systems

  • full integration and control of multiple high-speed cameras

  • operation of different camera models in the same multi-camera setup

  • hypersampling for engine applications remaps time to crank angle basis

  • lens-coupled HS-IRO Intensifier for maximum light sensitivity removable from camera when not needed

Product Information

Imager HS 4M
Phantom VEO-Series
FASTCAM Mini UX100
HighSpeed IRO

Overview

 High-Speed Cameras

相关方案

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    其他 2008-02-04

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    The dynamics associated with a long rod projectile, travelling at high velocity, penetrating a heterogeneous target has long been an active research area. Historically both analytic and numeric models have assumed a continuous target medium in order to predict the performance of the penetrator-target system, even in cases where the target is composed of concrete, foam or a granular porous medium such as sand. Continuum models fail to capture the complicated grain level response within the heterogeneous target which can result in asymmetric loading of the projectile leading to variations in projectile performance. In this work a series of experiments were conducted in order to investigate the penetration dynamics of loose sand, specifically with a goal of building a better understanding of the grain level dynamics. High speed photography coupled with a particle image velocimetry (PIV) technique were used to capture both the grain level and bulk response of the penetration event. Experiments were conducted over a velocity range of 30 to 100 m/s using both cylindrical and spherical projectiles. The results indicate that variations in the projectile size and shape effect cavity formation and that cavity formation occurs nearly 25 times slower than the projectile velocity.

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    This study presents planar laser induced fluorescence data recorded within an optically accessible spray-guided direct-injection spark-ignition internal combustion engine at a repetition rate of 6 kHz. The data is calibrated to estimate the local distribution of the equivalence ratio within the combustion chamber from 50-10. BTDC. A standard reference fuel was used as a tracer. Cyclic fluctuations of the transient and spatial fuel distributions are presented.

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售后服务承诺

保修期: 1年

是否可延长保修期: 是

现场技术咨询: 有

免费培训: 一人次

免费仪器保养: 质保期内一次

保内维修承诺: 全天候电话邮件微信远程连接支援服务

报修承诺: 一周内到达用户现场开始维修

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