Dope Tech Episode 2

<<@jeanbaptist6255 says : In the feild the line matching snubs have veriable inductors and cap. Never used the chart. Great to understand tho. Very neat we have service monitor that will draw out a transmission to antenna on the chart😊>> <<@ronsimpson3198 says : Very awesome my friend thank you for sharing>> <<@EmjayLanah says : When I got to the real world, they put a ball bearing inside the waveguide, and moved it up and down with a magnet to match it.>> <<@Unbuda. says : I’m Avionics Tech. I studied this in high school. Good vid.>> <<@marcoantonioinsabato says : This takes me back to my microwave course>> <<@trollobite1629 says : Nah Fourier and transforms trump Smith Charts 😂>> <<@BanarasiBabu-v3v says : I think IITs k alawa EE curricullum me Smith Chart kahin nahi padhaya jaya ( india me, kyunki Non-IIT like NITs me toh EC branch hoti hai .. wahan EE ko separate hi kar dia hai EC se.. aur Smith Chart keval EC wale padh rahe hain NITs me ...)>> <<@ubhelbr says : totally not witchcraft btw>> <<@s.a3834 says : that's awesome explanation!>> <<@andrewliberman7694 says : Thanks!>> <<@scienceandrocketry7110 says : Bro!!! where was your channel back in my engineering days! coz of my bad teachers and their bad explanations, I got low grades with no understanding of things like these!>> <<@Luffy.9757 says : looks like the refrigeration diagram in thermodynamics>> <<@cityboywithhorses6233 says : I loved Smith Charts. They made sense to me and I had no problems with them. Sadly, I have not used one since college.>> <<@michaelcerkez3895 says : Well spoken sir. I learned the chart 23 years ago but never utilized it.>> <<@mikegrimaldi5844 says : Mechanical engineer here loved this video as I enjoy learning things about EE (EE=easy engineering joke amongst college friends). This demo further supports relationship between electrical & mechanical insights. Well done.>> <<@suryavaliveti8355 says : It's still scary. This is the only subject I failed ever. 😂>> <<@samuellalla7020 says : this is not true... Smith charts were awesome>> <<@Orange46Bmw says : this was great! subbed>> <<@P1N4PPL3ZZ says : Ngl it looks cool af>> <<@vickramreddy64 says : When you match the source impedance(teacher's) to the load impedance(student's), then maximum power transfer(knowledge) will happen.>> <<@TaiserBinJafor says : Here, +j is for inductor and -j is for capacitor.>> <<@Cosmoscuper says : I am not EE nor radio engineer but i like these kind of videos , thank you>> <<@Ion115 says : "SCIENCE IS NOT MAGIC!" - *casually draws a magic rune*>> <<@ManoPrakyath-zo9mw says : I'm a Mechanical Engineer but this video was Chef's Kiss. I leart a lot from this 9 min video than my BEE class!>> <<@hepark says : This kind of refreshed my memory from my college years yet the author explained way much better than my professor did. Good job. 👍>> <<@Evad-xp7xz says : If the Smith chart scares you, perhaps a different major is in order?>> <<@Metal_Icarus says : I am in precalc, and last week I was so fuckin pissed about imaginary numbers. This settled those fires.>> <<@davsaltego says : Smith is a smarty>> <<@kimjong-un4521 says : super-helpful thank yo so much>> <<@tunamelts7875 says : Why does this chart look like a 3-d drawing of a tube>> <<@piande says : Jesus is the only Way>> <<@rafizxDx says : These were a nightmare back in my junior year of EE.>> <<@BothwellJacob says : Hmm>> <<@martinmartinmartin2996 says : I have NO doubt that the Smith Chart is a crucial tool and difficult to understand . After understanding its use, as a student , an EE working with electrical power , conversion or generation, or 10Mhz switching power supplies will NOT EVER need to use the Smith Chart , or in many other fields : computers , micro-circuits, control systems . Any EE who works with RF , microwaves must able to be skilled - to expert in the use of a Smith Chart.>> <<@BenevolentBees says : Top notch visual aides and explanations, thank you!>> <<@shivampandey-yg4bc says : Being drunk and watching this video is very interesting 😮>> <<@FakeFake-g1m says : As a regular person that doesn't need to be defined by a worthless title based on artifical reality: your picture looks like a tunnel that escapes our vision because we're two dimensional and not three>> <<@ti8anACE says : I am a fresher EE undergrad. Just did the Basic Electrical Engineering class this sem, and woah! I understood this :) Nice explanation! 👍>> <<@edujime23 says : Of course its scary, it has origins in complex analysis, and something to do with Möbius maps>> <<@2ChipDesign says : I'm a verification engineer, not a RF engineer, but I enjoy expanding my knowledge and diving deeper into topics I studied during my electrical engineering degree. This was the first time I truly understood how the Smith chart works. Thank you for that!>> <<@andresyoutube64 says : Not scary, is a simplifier for calculators. In fact is lovely.>> <<@bradwatson267 says : Very good. I appreciate the intuitive approach to this explanation!>> <<@jimmycincinnati3714 says : Some big brained guy already did most of the math for us and another big brained guy is going to explain it. We don't have to learn anything anymore. Just google it.>> <<@GH-oi2jf says : What's the scary part?>> <<@joechang8696 says : back in the 80's, when most charts were done on (lithograph) graph paper. The early software tools that could do graphing were very low resolution. Laser printers at 300 dpi became available for 10K? I wrote a program to draw the Smith chart with lines terminating correctly for printing with the laser printer.>> <<@JFirn86Q says : As a PhD in Commenting, I can say that this is the best example of a comment section where all these "As a...." 's are full of crap. Good explanation though.>> <<@StevenWomack-s4e says : What is "these ones"? ..... that's a plural - plural. It's these (plural) or ones (plural).>> <<@Randomperson_100i says : 1:07 Nah, I was doing this literal phet for homework less than a minute ago>> <<@kgftw says : Damn, and I really thought I could do that degree 💀>> <<@xxx489Rockstar984xxx says : Why'd they make a chart for something so intuitive. Most engineers know an imaginary component tells you theses a phase mismatch>>