16.07.2010 • Product

New Dual Line Sensor

Awaiba announces the release of a new dual line sensor to it's popular high-speed digital line scan sensor family Dragster. The DR-2x2k-7 sensor features a dual line of 7um x 7um pixels and operates at up to 160kLines / second. The dual line sensor mode permits in high speed scanning applications to increase in TDI like operating scheme the effective integration time. Combined with the extremely low read noise and high sensitivity the sensor is the ideal choice for any cost sensitive high performance, high speed scanning application. The Sensor interface is identical to the one of the other Dragster linesman sensors. The all digital interface and single 3.3V supply make it easy to integrate the sensor.

The New Dual line sensor extends the wide family of Dragster line-scan sensors with sensors from 2k-pixels till 16k pixels to the most complete family of digital line scan sensors available on the market.

Main applications of the dual line sensor DR-2x2k-7 are in Solar cell inspection, high speed print inspection, sorting applications, slide scanning and surface inspection.

Company

Awaiba, Lda

Madeira-Tecnopolo
9020-105 Funchal
Germany

Company contact







Event

AKL – International Laser Technology Congress in Aachen

AKL – International Laser Technology Congress in Aachen

From April 22 to 24, 2026, the Fraunhofer Institute for Laser Technology ILT invites you to AKL'26. The photonics congress with over 500 participants is taking place for the 15th time, this year with a significantly expanded program, over 80 presentations, and 54 exhibitor booths.

Award

AutomationsBest Award

AutomationsBest Award

The AutomationsBest Award is now entering its 4rd round. The award will be presented at SPS - Smart Production Solutions in Nuremberg.

most read

Photo

Piezo System 6D-Nanocube

The 6D NanoCube from Physik Instrumente (PI) is a 6DoF piezo system for high-precision alignment of optical components and fibers, offering subnanometer resolution for photonics and silicon photonics applications.