Radio Design 101 - Episode 1 - Transceivers and Filters - Part 2
This video covers the design of bandpass filters, including the concept of quality factor Q, and an introduction to impedance matching. The material is based on a University senior-design course, but is intended for anyone interested in the nuts and bolts of electronics and radio circuits. This is part 2 of a two part episode focused on bandpass filters - including their application, design, and measurement. Future episodes will center around and support teaching of additional key lectures from K-State's ECE662 Communication Circuits Design course, where the semester goal is to design, build, test, and document a complete radio receiver. A companion series focused on the NanoVNA network analyzer (and TinySA spectrum analyzer) provides additional technical background and examples of using related test and measurement equipment.
Radio Design 101 - Episode 2 - Impedance Matching - Part 1
Radio Design 101 - Episode 2 - Impedance Matching - Part 2
Radio Design 101 - RF Mixers, Part 2 of Episode 5
The most misunderstood concept in decoupling
nanoVNA: Measuring the Input Impedance of a Filter (068c)
Why Your LC Filter Fails (Even If the Schematic Looks Right)
Top 5 PCB Grounding Mistakes That Cost Me Thousands
Michael Ossmann: Simple RF Circuit Design
Flawless PCB design: 3 simple rules - Part 2
37 - Building & Testing a Band Pass Filter
Radio Design 101 - Episode 1 - Transceivers and Filters - Part 1
Flawless PCB design: RF rules of thumb - Part 1
HackadayU: Introduction to Antenna Basics - Class 1
Rapid Prototyping RF Filters with Tape & QUCS
(1) - RF and Microwave PCB Design - Altium Academy
Radio Design 101 - RF Oscillators (Episode 4)
Band Pass Filter for 2 Meters
Radio Design 101 - RF Mixers and Frequency Conversions - Episode 5, Part 1
