ELIS1024

     16 LCC            16 Pin Ceramic DIP

DATASHEET         DEMO KIT         APPLICATION NOTES

Enhanced Linescan Image Sensor (ELIS)

AAAlso available in Die form

A sensor that combines very high speed full frame shutter, Non-Destructive readout, Adaptive Exposure, high dynamic range, high sensitivity, and anti-blooming.

This sensor is an excellent choice for your imaging needs, whether modifying an existing product, or for a new product. It has many of the same high performance features as our LIS-1024 but adds a true full frame electronic snap shot mode as well as selectable resolution output which allows the user to select binned resolutions of 128, 256, 512, or 1024 pixels. The line rate is proportional to the resolution selected, for example in 128 mode, the line rate is 8x faster than at 1024 mode.

Now Available in 4 choices of packaging!

Die form, sold as Known Good Die (KGD) on wafer for lowest cost

16LCC package,  rugged package suitable for most apps.

16 Pin Ceramic DIP,  High performance package for Spectroscopy and extreme environmental conditions.

Try it - use our development kit for rapid prototyping for your application.

Sensor Features:

• 1024 x 1, 512 x 1, 256 x 1, 128 x 1 selectable pixel resolution
• Active optical area is 7.99mm x 125 um for all resolutions
• Effective pixel size @ 1024: 7.8 µm pitch x 125 µm tall
• Effective pixel size @ 512 : 15.6 µm pitch x 125 µm tall
• Effective pixel size @ 256 : 31.2 µm pitch x 125 µm tall
• Effective pixel size @ 128 : 62.4 µm pitch x 125 µm tall
• User controlled integration time from 1 microsecond and up
• >70 dB linear dynamic range
• Very low noise
• High Sensitivity
• Wide supply operating range: 2.8 - 5.0 VDC
• Full frame electronic shutter
• Non-destructive read mode, enables extremely high S/N via signal averaging
• Easy to interface, needs simple clock + 5 simple control signals for mode selection and read out control
• Integrated timing and signal buffering
• High speed integration and shuttering, sub-microsecond

The Non-Destructive Read Mode enables even higher signal to noise ratios by averaging multiple reads. This device has proven extremely effective for Spectroscopy and other scientific applications.

The sensor is ideally suited for applications such as:

• Bar Code
• Spectroscopy
• Touch Screen input
• Position Verification
• Laser gauging
• Contact scanning
• And others…