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gallery:start [2026/08/02 14:14] – [DSLR Image Sensor Test Pattern (2026-07-31)] rahixgallery:start [2026/10/15 17:13] (current) – ladybug rahix
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 ====== Picture Gallery ====== ====== Picture Gallery ======
 Various pictures taken at FAFO :) Various pictures taken at FAFO :)
 +
 +==== Ladybug under the SEM (2026-10-08) ====
 +{{:gallery:20261008-ladybug-head.png?400|}}
 +{{:gallery:20261008-ladybug-eyebig.png?400|}}
 +{{:gallery:20261008-ladybug-eyesmol.png?400|}}
 +{{:gallery:20261008-ladybug-leg.png?400|}}
 +
 +We found a (dead) ladybug in the lab (our cleanroom conditions are impeccable) and imaged it under the SEM. Look at its eyes!
 +
 +==== Open Micro-Manipulator for Die Inspection (2026-09-26) ====
 +{{:gallery:20260926-mm_chip_inspection.png?600|}}
 +{{:projects:micromanipulator:20260926_mm_under_microscope.jpg?600|}}
 +
 +Looking at a (sandpaper-)decapped chip under an optical microscope. The chip is positioned using the [[projects:micromanipulator:start|Open Micro-Manipulator]], which gives very convenient X/Y and focus control.
 +
 +==== Plate Capacitor on Glass Slide (2026-09-05) ====
 +{{:gallery:20260905_plate_capacitor_measurement.jpg?600|}}
 +
 +A plate capacitor on a glass slide, as it is being measures in our wafer probing station.
 +
 +The capacitor is made from multiple layers of thin-film coating (Al and SiO₂) produced in our [[equipment:edwards-306:start|Edwards AUTO 306 Coating System]]. A lot more details about this experiment have been presented in our talk [[https://media.ccc.de/v/2026-733-vacuum-deposition-systems-and-you|Vacuum Deposition Systems and You]] at MRMCD26.
 +
 +==== Coating System Fixture Plate (2026-08-27) ====
 +{{:equipment:edwards-306:20260827_fixture_plate_in_evap.jpg?600|}}
 +{{:equipment:edwards-306:20260827_fixture_plate_in_sputter.jpg?600|}}
 +
 +We got a new fixturing system for our vacuum coaters! It fits in both of our [[equipment:edwards-306:start|Edwards AUTO 306 Coating Systems]].
 +
 +{{:equipment:edwards-306:2026-08-27-fixture-plate-coated.jpeg?600|}}
 +
 +Here it is after first getting coated with chromium.
 +
 +==== Toilet Paper Imaging (2026-08-01) ====
 +{{:gallery:20260731_toilet_paper_sputtering.jpg?600|}}
 +
 +First we sputtered a tiny sample of toilet paper with chromium in our [[equipment:edwards-306:start|Edwards AUTO 306 Coating System]]...
 +
 +{{:projects:semiconductors:20260801-sem-tp-1.png?400|}}
 +{{:projects:semiconductors:20260801-sem-tp-2.png?400|}}
 +{{:projects:semiconductors:20260801-sem-tp-3.png?400|}}
 +
 +...and then we imaged it in the SEM.
 +
 +==== Optical Imaging (2026-07-31) ====
 +{{:gallery:20260731_optical_imaging.jpg?600|}}
 +
 +Very professional setup for optical imaging of a random test wafer sample using our [[equipment:hitec-600-53:start|HITEC 600-53 Optical Microscope]].
  
 ==== CMOS Image Sensor from a DSLR Camera (2026-07-31) ==== ==== CMOS Image Sensor from a DSLR Camera (2026-07-31) ====
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 Here you can see the microlens array ontop of the bayer pattern (red, green, and blue filters) of the sensor. Here you can see the microlens array ontop of the bayer pattern (red, green, and blue filters) of the sensor.
 +
 ==== Fiber alignment using OpenFlexure Delta Stage (2026-07-22) ==== ==== Fiber alignment using OpenFlexure Delta Stage (2026-07-22) ====
 {{:gallery:2026-07-22-fiber-alignment.jpg?600|}} {{:gallery:2026-07-22-fiber-alignment.jpg?600|}}
 +{{:gallery:20260723_more_fiber_alignment.jpg?600|}}
  
 As part of our [[projects:optics:start|laser optics endeavours]], we attempted coupling light from a laser diode directly into a single-mode 635nm optical fiber. For alignment, we used the [[https://openflexure.org/projects/deltastage/|OpenFlexure Delta Stage]] (bottom left of the picture). As part of our [[projects:optics:start|laser optics endeavours]], we attempted coupling light from a laser diode directly into a single-mode 635nm optical fiber. For alignment, we used the [[https://openflexure.org/projects/deltastage/|OpenFlexure Delta Stage]] (bottom left of the picture).