Microscope and photo stacking: Difference between revisions
From wikiluntti
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We use Raspberry Pi 4 or Zero with [https://www.raspberrypi.org/products/raspberry-pi-high-quality-camera/ 12 MP camera]. The camera supports C and CS mount lenses (CGL 6 mm CS-mount and 16 mm C-mount lenses). Also M/CS mount adapter is available. | We use Raspberry Pi 4 or Zero with [https://www.raspberrypi.org/products/raspberry-pi-high-quality-camera/ 12 MP camera]. The camera supports C and CS mount lenses (CGL 6 mm CS-mount and 16 mm C-mount lenses). Also M/CS mount adapter is available. | ||
=== Screen === | |||
The small screen is a [[3.5 inches TFT LCD capacitive touchscreen raspberry pi|3.5 inches TFT LCD capacitive touchscreen]] with a 480×320 resolution that supports up to 1920×1080. It is connected to the Raspberry Pi with a HDMI adapter for display, and to the GPIO port for the touchscreen function. | |||
=== Magnification === | === Magnification === | ||
Revision as of 18:10, 11 August 2021
Introduction
Create a microscope with good magnification and automatically adjustable specimen board. Take automatically photos at different heights of the specimen board. Stack the photos using some methods.
Theory
We use Raspberry Pi 4 or Zero with 12 MP camera. The camera supports C and CS mount lenses (CGL 6 mm CS-mount and 16 mm C-mount lenses). Also M/CS mount adapter is available.
Screen
The small screen is a 3.5 inches TFT LCD capacitive touchscreen with a 480×320 resolution that supports up to 1920×1080. It is connected to the Raspberry Pi with a HDMI adapter for display, and to the GPIO port for the touchscreen function.
