Thanks for the video! Note that folks who use scattering parameters regularly say "S one one" or "S two one." Rohde & Schwartz has a good video about them here on youtube.
Great Video! I've trained on, and used the HP8510 but have been away from Ham Radio and testing for over 15 years. Just received a NanoVNA SAA-2N and plan to use it for antenna design as well as filter design. Don, W5MML...🤠
Hello I need some help, I am new to the Elsie software and trying to follow you, but I think I needed to see your analysis setting. I have been playing with it, but I am not doing something right.
Absolutely brilliant I’ve watched a few of your vids now and always great stuff, I want to make myself a low pass band filter from around 120khz -150khz can this be done sir ?
@@rfmanchannel6915 The Pc or Screen software is NanoVNA Saver. That's the piece used to control NanoVNA and get the data back. Nice video. Ordered my NanoVNA (4 inch) this week.
You can express return loss as a positive or negative value in dB. It is also referenced in many text books as a negative or positive value. This is a point of confusion for many people. The software allows both a positive or negative value for the Return Loss scale. I like to say when the return loss S11 is low -20dB (i.e. low reflected power), the Gain S21 is high (i.e. high forward power). Either way, we are saying the same thing........
Here's a link to the two videos referenced. th-cam.com/video/1Nk_rr5qRys/w-d-xo.html and th-cam.com/video/AotYEWokVYs/w-d-xo.html Thanks for the video! I enjoy being able to look inside filters.
Thanks for the video! Note that folks who use scattering parameters regularly say "S one one" or "S two one." Rohde & Schwartz has a good video about them here on youtube.
Greetings from Spain! I love my NanoVNA, the ham radio operator best friend.
Great Video! I've trained on, and used the HP8510 but have been away from Ham Radio and testing for over 15 years. Just received a NanoVNA SAA-2N and plan to use it for antenna design as well as filter design. Don, W5MML...🤠
I just wish you'd keep that camera steady... Good information
Great video, and a great new channel I discovered
I appreciate the tutorial, and the help. Thankyou for making the video, Thx.
Hello I need some help, I am new to the Elsie software and trying to follow you, but I think I needed to see your analysis setting.
I have been playing with it, but I am not doing something right.
Cool Gadget, 🌝👍.
Absolutely brilliant I’ve watched a few of your vids now and always great stuff, I want to make myself a low pass band filter from around 120khz -150khz can this be done sir ?
Yes, try using the Elsie software....
Thanks for the positive feedback!!
RF Man Channel you deserve it sir
What was the software name used? Where do we get it?
Elsie
@@rfmanchannel6915 The Pc or Screen software is NanoVNA Saver. That's the piece used to control NanoVNA and get the data back. Nice video. Ordered my NanoVNA (4 inch) this week.
👍
Return loss is high (-20dBm) for a good match.
Low return loss (-6dBm) is a bad match.
You can express return loss as a positive or negative value in dB. It is also referenced in many text books as a negative or positive value. This is a point of confusion for many people. The software allows both a positive or negative value for the Return Loss scale. I like to say when the return loss S11 is low -20dB (i.e. low reflected power), the Gain S21 is high (i.e. high forward power). Either way, we are saying the same thing........
Here's a link to the two videos referenced. th-cam.com/video/1Nk_rr5qRys/w-d-xo.html and th-cam.com/video/AotYEWokVYs/w-d-xo.html
Thanks for the video! I enjoy being able to look inside filters.