Prof. Roy, you explained it so well and systematically that even though I did not need to watch this, I watched the complete video. Keep up the good work!
Discuss low loss radio frequency and UHF transmission lines. Also deduce resistance and reactance of the terminating impedance of a UHF transmission line.
You are required to match a load with an impedance of ZL = 70 - j80ꭥ at a centre frequency of 450 MHz to a 50ꭥ transmission line with phase velocity v =2.1 x 10^8, connected to a generator with a 50 ꭥ internal impedance. The choice you have is to use either single or double stub matching. Determine the matching technique which gives the greatest VSWR
Prof. Roy, you explained it so well and systematically that even though I did not need to watch this, I watched the complete video.
Keep up the good work!
samezies
clarity in teaching is amazing........................
Fantastic. Nailed a tricky topic with this one.
Thank you very much . This lecture is very clear.
Discuss low loss radio frequency and UHF transmission lines. Also deduce
resistance and reactance of the terminating impedance of a UHF transmission line.
Awesome!!!
Why did 28, 326,280etc kv is not transferred in transmission line
Thanks
You are required to match a load with an impedance of ZL = 70 - j80ꭥ at a centre frequency of 450 MHz to a 50ꭥ transmission line with phase velocity v =2.1 x 10^8, connected to a generator with a 50 ꭥ internal impedance. The choice you have is to use either single or double stub matching. Determine the matching technique which gives the greatest VSWR
sir, their is a board behind you , please use that . which is a better way to teach us .
intro duction lecture hai re . theek he na
Sir i like this ur class...