High IF High Sensitivity Radio Receiver Design
Discussion of high sensitivity radio receiver design and analog components such as the LNA, mixer, filter, data converter, synthesizer, and clock. Multi-carrier GSM is used as an example and RD-179, high IF radio receiver reference design, is presented. * Basestation market trends & needs * Radio receiver basics * Receiver architectures & trade-offs * High-IF receiver requirements * RD-179 - High-IF sub-sampling receiver subsystem reference design with ADC16DV160 16-bit 160 MSPS dual A/D converter, LMH6517 amplifier, and LMK04031B clock conditioner

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Radiated Antenna Power and Sensitivity (TRP/TIS)

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High Performance Receiver Design - Radio Design 401, Episode 5

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Basic Receiver Theory Simplified

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#854 RF Limiters

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Talk 5: The Riis Equation: Optimizing Noise Filter and Dynamic Range

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Types of noise in ADCs

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What is a Mixer? Modern RF and Microwave Mixers Explained

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Receiver Architectures - Radio Design 101 Final Epilogue ( Epilogue 3 )

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DL6ZB Two Transistors Direct Conversion Receiver - VXO Controlled 100% Analog

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LNA Linearity and IIP3

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Programable Logic Controller Basics Explained - automation engineering

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Radio Design 101 - RF Mixers and Frequency Conversions - Episode 5, Part 1

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Is SINAD the Most Important Radio Spec You're Ignoring?

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RF Preamps for HF Receivers: Worth it?

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Calculating amplifier + ADC total noise: design examples

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Billionaire's WARNING: I'm SELLING. The Crash Is Already Here!

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#339: Basics of a Super-heterodyne Receiver - how it works, and a peek at the signals

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Vertical Antenna Radials: Elevated vs Ground - The BIG Question Answered!

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

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