SWIR InGaAs 1024x1 pixels digital linear sensor - TLS1024D-625

“ - 1024x 1 pixel resolution with 6.25 µm pitch - High speed (78 K lines/s) and low dark noise current 0.29 pA at 25 °C) - 12bit digital output - 14.2 mm CLCC48 case - Operability >99.6 %. ”

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Presentation

The TLS1024D is a 1024-channel, high-speed SWIR (12-bit) digital linear image sensor, based on advanced CMOS readout circuit design and InGaAs photodiode array technology.

With pixels based on CTIA architecture, it provides high linearity response over a wide dynamic range with low noise and the ability to select three different gains ( has 2 analog output channels clocked at up to 20 MHz.

Its square pixels with 6.25 µm pitch offer a spectral response from 900 to 1,700 nm and a maximum scanning speed in excess of 78,000 lines/s. Packaged in a ceramic housing (CLCC48), its footprint is a 14.2 mm square.

It is ideal for a wide range of line scan SWIR imaging applications.

This sensor is particularly well suited to applications such as process control or sorting in the agricultural, food and wood industries, semiconductor and photovoltaic cells, and the glass industry.

Technical features

Resolution: 1024 x 1 - pixel x 6.25 µm Spectral bandwidth: 900-1,700 nm 12-bit digital output Maximum scan rate > 78,000 lines/s Three selectable gains: 10fF, 100fF, 1000fF Low noise and high dynamic range Low dark current Compact 14.2 mm CLCC48 housing

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