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slides.com | ||
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shielddigitaldesign.com
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| | | | | Has anyone else ever thought about why so many engineers are also active amateur radio operators? My theory is that there's just so much passion for the science and practical use of these complex electronic systems! We enjoy the problems, challenges and solutions so much that we want to find other ways outside of work to find those same experiences. In this case, I've got a story that starts with some amateur radio equipment but comes full-circle to address an extremely common design issue. The Attempted... | |
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helentronica.com
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| | | | | IntroductionPart One - the transmitterTransmitter Circuit DesignLogic family choicePRBS architectureClock source and bufferDecoupling capacitorsManchester encoding Pre-emphasisLine driverLayout Introduction I am about to build a full PHY (physical, duh) layer for data transmission that simulates the multi-Gbps transceiver circuits usually seen in high-end FPGAs and ASICs. The reason I'm doing that is to get a closer... | |
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www.philipzucker.com
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| | | | | We were most into amateur radio / sdr in 2015-ish. We've been getting back intrigued by it. The physical realm! | |
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github.com
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| | | A terminal-based text editor written in Rust. Contribute to gchp/iota development by creating an account on GitHub. | ||
