Australian Sky & Telescope — July 2017

The world’s first KAF-50100 sensor with microlenses is the result of a year-long

collaborative effort between ON Semiconductor (formerly Kodak) and Finger Lakes

Instrumentation. Our goal: to create a sensor with both high resolution and

excellent quantum efficiency (QE). The significantly boosted QE of our new

ML50100 with microlens technology makes it as sensitive as the popular

KAF-16803 detector, but with 3X higher spatial resolution. The ML50100 is the

ideal camera for wide field imaging with shorter focal length telescopes.

At Finger Lakes Instrumentation, we design and build unrivaled cameras, filter

wheels, and focusers to pave your way to success—whichever path you choose.

Designed and manufactured in New York, USA.

For more information, visit

http://www.flicamera.com/51.html

MADE IN USA

© 2015 Finger Lakes Instrumentation, Inc. All rights reserved.

Finger Lakes Instrumentation

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Widest FieldDQGHighest Resolution: Introducing our 50 Megapixel ML50100

ML50100:

8136 x 6132

6 micron pixels

3X more resolution than the ML16803

1/3 more area than the ML16803

NGC 5367 imaged with ProLine PL16803. Image courtesy of Wolfgang Promper.



Significant Increase in Sensitivity

0

10

20

30

40

50

60

70

3604204805406006607207808409009601020

Absolute Quantum Efficiency

Wavelength (nm)

KAF-50100 with microlens

KAF-50100 without Microlens