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We've moved to the Fediverse. Please follow us at @oshpark@fosstodon.org

RT @helenleigh: About to go live with Andrew Greenberg from the Portland Space Aerospace Society. Join us to learn about the launch of Oreg…

RT @crowd_supply: Going live with @helenleigh and Andrew Greenberg of OreSat 10/24/2024 stream here

@esologic Awesome video!

RT @esologic: Assembly of a fan driver based on a DC-DC converter. @oshpark pcb.

RT @fpgahelper: The Tigard board by @securinghw works great with openFPGALoader by @GwenhaelG for programming FPGAs. I created an adapter…

@qwertymodo @FenrisRetro Clever design!

RT @qwertymodo: @FenrisRetro @oshpark FlexyPin test socket for FlashROM adapter PCBs

Live now! @aleksorsist talks #ThunderScope with @helenleigh from @crowd_supply

RT @helenleigh: About to go live on the @crowd_supply stream with @aleksorsist from Thunderscope, a unique and totally open oscilloscope h…

Tune in now! @aleksorsist is talking to @helenleigh from @crowd_supply

@qwertymodo So fun to see the traces! 😎

RT @qwertymodo: That @oshpark After Dark finish... 😍

@jmw_bot @Willrandship Great to hear!

RT @jmw_bot: @Willrandship @oshpark I’m continuing to work on the design toward the goal of having an enclosure and tip system.

@sskras @jmw_bot The blog post notes that "the rev B design was able to meet the 2 GHz bandwidth" and "the following charts show the performance of the rev C probe measured on a network analyzer. The probe shows a very flat response with a 3 dB bandwidth just over 2 GHz."

@Willrandship @jmw_bot I don't think so, but the design and simulation files on Github

@DavidCorr714 Exciting design! We look forward to seeing more about your project!