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Compared to other video scanning techniques, TDI is a method of line scanning that offers considerably greater responsiveness. In low light, it enables significantly faster scanning rates, while at slower speeds, it enables less lighting.
The sophisticated, high sensitivity line scan from Teledyne DALSA offers an unequaled combination of sensitivity and speed for high-end document scanning as well as wafer, PCB, and LCD panel inspection.
The foundation of TDI is the idea of aggregating numerous exposures of the same object, effectively lengthening the integration window during which incident light can be captured.
To guarantee a clear image, the object motion and exposures must be coordinated. higher speed. The target item or inspection web can move more quickly with a longer effective integration time. Less light means lower costs.
You can utilize high-frequency AC or even LED lighting instead of high-powered, high-cost, high-temperature halogen lighting with DC power, significantly reducing your system maintenance expenses.
In order to accurately represent a DC light source, TDI operation averages out variations in light intensity. This aspect alone can make utilizing a TDI sensor more expensive than combining a DC-regulated light source and a line scan image sensor worthwhile.
The Global Board-level TDI camera market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
A pioneer in machine vision technology, DALSA Corporation,launched the Board-level TDI camera Piranha HS 12k 90 kHz camera . This new high-speed device has breakthrough rates of 90 kHz line rate or 1.2 gigapixels/second, 12k resolution, and 5.2 um pixels.
The Piranha HS 12k camera provides exceptional speeds, high resolution, and compact design thanks to DALSA’s newly developed HSLink interface. DALSA invented a brand-new connectivity interface for machine vision called the HSLink interface.
The interface provides new features and functions in addition to the core qualities of Camera Link®. HSLink uses commercially available, readily available components to provide scalable bandwidth in steps of 300 megabytes/second, from 300 to 6000 megabytes/second.
The HSLink interface is now described in a white paper that may be downloaded. The DALSA Xcelera-HS PX 8 frame grabber now supports the Piranha HS 12k.
The Xcelera-HS PX 8 additionally makes use of DALSA’s innovative HSLink interface to provide multiple-lane PCI Express implementations with previously unheard-of picture acquisition bandwidth of 1.8 gigabytes/second and host transfer bandwidth of 2 gigabytes/second.
