Receiver Architectures - Radio Design 101 Final Epilogue ( Epilogue 3 )
In this final epilogue, we look at block diagrams and schematics of various receiver architectures developed over the years and at Q-enhanced filters - a modern technique built on regenerative receiver technology. The main problems and solutions for dealing with strong signals in crowded frequency spectrums are discussed and illustrated with real-world commercial radios, including the new ATS25 DSP Software Defined Radio (SDR). A follow-on video series titled Radio Design 401 covers these advanced topics in depth.

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Appendix A - Transistors and Amplifiers at RF

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Radio Design 101 - Episode 1 - Transceivers and Filters - Part 2

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Radio Design 101 - FM Demod and Finishing the Receiver (Episode 6)

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The Fascinating Story of Tektronix, The Oregon Engineers Who Reinvented The Oscilloscope

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Receiver Performance - Radio Design 101 Epilogue 1

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Radio Design 101 - Episode 2 - Impedance Matching - Part 2

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Filters 101 : Improving reception with your SDR or radio - a look at RF filters

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Superheterodyne AA5 from End to End

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The Ham Radio: Where Did 750,000 Operators Go?

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#83: Basics of RF Mixers in Radio Receivers / Mixer Tutorial / Frequency Conversion

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Small Signal Amplifiers

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Traveler: A Korg Retrospective

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Sender Heusweiler: Das war Deutschlands stärkster Mittelwellensender

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Collins Radio Was the Best. So Why Did It Fail?

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The Professor Who Taught People How To Think (1962)

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How Rob Hubbard’s C64 music player worked

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Something is jamming GPS over Europe. Here's what we found

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Before You Trash Your Old PC Power Supply... Build This!

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