Lossless Impedance Matching - Part1/2

#145 In this video I look at how impedance matching can be done with reactive components - inductors and capacitors. Since the matching elements are reactive, and at least in theory have no resistive part, the matching is considered lossless. I look at the basic operating principles involved and also how such matching networks can be built. Late edit: at 2:23 8:42 and 12:45 in the formula for Lp, the term Qel is a denominator not a numerator Impedance matching series: Resistive matching:    • Electronics tutorial - Resistive (lossy) i...   Lossless matching part 1:    • Lossless Impedance Matching - Part1/2   Lossless matching part 2:    • Lossless Impedance Matching - Part2/2   Transformer matching part1:    • Wideband coupling - Transformer Impedance ...   Transformer matching part2:    • Resonant coupling - Transformer Impedance ...   Transformer matching part3:    • Coupling experiments - Transformer Impedan...   Quarter wavelength matching part1:    • Quarter wavelength impedance matching (1/2)   Quarter wavelength matching part2:    • Quarter wavelength impedance matching (2/2)   Stub matching:    • Stub Impedance Matching   Excel worksheet: https://docs.google.com/spreadsheets/... Further reading: https://slidetodoc.com/impedance-matc... Radio-Frequency Electronics Circuits and Applications; Jon b. Hagen The Art of Electronics; P. Horowitz and W. Hill; Chap H.2.4 Special Thanks to all my supporters on Patreon! Especially @afiskon, Ralf B., Paul Pr. Richard and Jonathan Alvarado! If you liked this video be sure to check out my other videos and you can also subscribe to be up to date with all the new ones! If you want to support the creation of more and better videos please consider checking out:   / feszelectronics