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www.thezdi.com | ||
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www.scorpia.co.uk
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blog.gremblor.com
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| | | | | [AI summary] The user is building a custom instrument that combines a current source/sink with measurement capabilities. They designed a front panel with cutouts for a display, buttons, and jacks, and used an aluminum PCB for the front panel with solder mask for silkscreen. They also designed a mounting flange for the front panel and a rear panel with cutouts for a fan and USB-C connector. The instrument uses an Arduino-based MCU for control and measurement, and includes a detailed mechanical and electrical design. The user is seeking feedback or comments on their project. | |
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gregdavill.com
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| | | | | A tennis ball sized, 20 sided, LED clad, regular polyhedron Introduction The major challenge of making a smaller LED cube in my opinion is the LED panels. Commercially available panels are designed for video walls and typically made at 64x64 pixel as a minimum size. This seems to be a good trade off between cost/complexity/light efficiency. On my previous project mini-led-cube I had overcome one of the major hurdles of creating a smaller cube, because I had designed and built my own custom high density* ... | |
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subalpinecircuits.com
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| | | I'm building a digital synthesizer based on the ESP32-S3 MCU (using the ESP-IDF framework) and have been meaning to start a dev blog for a while. I couldn't figure out a good first post so I figured why not just start somewhere - let's talk about USB! I've been pondering | ||
