Philip Smith, Amiel Volpert, and Tōsaku Mizuhashi independently pursued graphical systems that made impedance matching faster and more dependable.
Philip Smith, Amiel Volpert, and Tōsaku Mizuhashi independently pursued graphical systems that made impedance matching faster and more dependable.
More from this video
See all →A dangling cable connected to nothing can match a line’s impedance simply by trimming its length.
The Smith Chart compresses the entire infinite impedance range into one finite circle.
Household AC at 50–60 hertz has a wavelength of 5,000–6,000 kilometers, dwarfing ordinary house…
A directional antenna array focused to roughly 10 degrees makes power in that direction 400 times…
The Smith Chart repeats every half wavelength, so another 92-millimeter lap produces the same stub…
One complete 360-degree Smith Chart rotation represents moving half a wavelength along the…
Every Smith Chart point encodes both an impedance and a reflection coefficient, with distance from…
Match resistance without a resistor by finding the right line position, then canceling reactance…
Don't lose this one
A free account saves insights like this to your Boards, and Korva resurfaces them so you actually remember.