Hi, great presentation. Could you please give this design file for download?
@lordfabriАй бұрын
another gem
@kimlenbuАй бұрын
Thank you very much, it was driving me crazy. The problem was happening in Design Reuse block, your solution worked for me.
@lordfabriАй бұрын
this pure gold
@shailendraTiwaribhopalАй бұрын
Wonderful and innovative best wishes
@terrancelarsson6161Ай бұрын
Your video shows that something is possible. So now describe the process in detail
@desaoaraujoАй бұрын
Robert is awesome. I got a lot of good insights from this presentation!!
@markworkman6544Ай бұрын
"fill it with Peanut Butter..............."
@rickpontificates3406Ай бұрын
This seems similar to the "double slit" paradox. Electricity "takes the path of least resistance", but in order to take that path, it must already know the path
@JosephSanders-pc5ogАй бұрын
I do like certain things that goes on
@alexgostev8261Ай бұрын
So good company overview. Great walkthrough, thanks 👍
@MsAndy602 ай бұрын
I've been a designer since the 80s. I have been working in Altium since its release. (A mixed and power electronics designer). I haven’t seen anything more exciting, I was stuck for two hours. Lots of adrenaline. Detectives are resting! Thank you for the material. Much is familiar and has long been intuitively understood. I developed some of my own triks and solved problems differently. But here is a wonderful systematization of the life experience of a wonderful designer on the way from a teapot to a pro!! I understand it and remember every one of my mistakes and every crazy PCB. At some point I realized that the EMC laboratory should be behind my back, and not from someone for money. I assembled it, and the work went much faster. Thank you so much again!
@robertbox53992 ай бұрын
This is why I try and avoid PCB design and let the CAD jockies handle it. Plus, the user interface and endless crashing of Altium doesn't help.
@Mohammad-vh4bi2 ай бұрын
It was one of the best tutorials I have seen on KZfaq. Thanks a lot.
@miscelaneoab5362 ай бұрын
No audio?
@danmarquez39712 ай бұрын
Thanks for this GREAT video!
@niflheims2 ай бұрын
Clearly the rickiest Rick
@4explore2 ай бұрын
@1:24:40 Wave Guide story. I got a good laugh. Thank you Rick.
@sadatmondol10052 ай бұрын
Z😅
@EngineerInTaipei2 ай бұрын
Book of knowledge for beginners. A must-watch lecture.
@user-ro3hg5qm5x3 ай бұрын
Bhoot aacha
@user-sx7qr7tn9z3 ай бұрын
Спасибо Большое
@rahulraaja97523 ай бұрын
No ok No
@rahulraaja97523 ай бұрын
L L
@rahulraaja97523 ай бұрын
Ok
@fuizipra3 ай бұрын
I feel like my brain just expanded to double the size Great talk
@albinapavlenko99243 ай бұрын
She is like Rick Hartley. But she is much more adorable ❤. It's so pleasant to listen to her.
@Ashishchabha3 ай бұрын
Where is full series? All the topics shown at beginning are not covered in this lecture. Please share link to full series, if available.
@ricolauersdorf6874 ай бұрын
I am playing with a differential dac and i can confirm that the differential to single ended signal has much less "noise", that was common mode before. it was on spagetti wired prototype and also on optimized pcb to observe.
@piopio18074 ай бұрын
I slightly disagree with your ignorance of the peanut-buttered vias! :-), ...have you tested it?
@user-nm1dk3ij2l4 ай бұрын
Jai shree Ram
@jboy69444 ай бұрын
If energy travels in or along the dielectric material via waveguides, how does one explain extended long wires connected to various parts of a circuit? What will be the return path for such signals if the wires are extended from one PCB to another?
@user-rw9ju3hl1l5 ай бұрын
My god this is gold!
@VeritasEtAequitas5 ай бұрын
43:00 He says use the thinnest trace, but dont! Manufacturing yield aside, it's significantly decreases the coupling to the return path and the layer below, meaning you'll be greatly increasing the relative coupling to any aggressor signals. Roughly 85% of your return is going to be in the plane below. Using a thinner Trace effectively increases H! You'll find this in oyher Altium Academy and Fedevel videos, maybe even in his own.
@mhe123321Ай бұрын
I think it is implied that this relates only to low frequency/rise time signals. The return current only starts crawling underneath when the trace-groundplane-subtrate acts more like a waveguide which is only valid for higher frequencies - but at that point you are desigining your traces to have a certain characteristical impedance anyway.
@pcdoodle15 ай бұрын
Really good video, I will use some of this information in our small company making gadgets.
@RajKumar-tb5oo5 ай бұрын
Bolo
@user-zm4pm5zm2q5 ай бұрын
Very nice❤❤❤❤information thanks sar ji❤❤
@petermikus23635 ай бұрын
Only shame is that there isn't a student version, which causes most student to either get used to Eagle(student version, also now in fusion 360) or get use to KiCad(Free,great software,Under CERN supervision.)
@AltiumOfficial4 ай бұрын
Hi Peter, there is actually a student program available for Altium Designer. Altium provides a full educational course with 365 access and AD license for 1 year free of charge, which can be extended if needed. Register here: www.altium.com/education/student-licenses
@RajasPoorna5 ай бұрын
Wow, thank you so much!!!!
@selva816525 ай бұрын
What a great explanation
@cachve11545 ай бұрын
Rick Hartley is the best. He looks so good.
@educationdz2025 ай бұрын
This is probably one of the best lecture in Electronics, I've learned so much, thank you very much indeed.
@ddibakar89056 ай бұрын
These are normal checking but beyond these some special abnormalities if represent Will better, please.
@willcollins94706 ай бұрын
Really good teacher and easy voice to listen to. I wish he did a podcast
@Dazza_Doo6 ай бұрын
Great Videos, Rick Hartley is doing talks at PCB West/East and I can't seem to find them. You can also add this one, " Navigating Grounding and EMI issues in your PCBs and PCB West Sneak Peek" and Printed Circuit University website, also associated with Rick. Fundamentals -> Veritasium: The Big Misconception About Electricity and his follow-up Video: "How Electricity Actually Works" and the Asylum Society - Electrodynamics play list (which explains that EM fields is where the Energy is and that is another abstraction of what is happening on the Atomic level). No Electron from the Power plant ever makes it to your Home to power your Phone Charger, it's all in the Fields!