RF tutorials - Why is AM inefficient? 

Very good explanation!

First time I see SSB simulated with LTSPICE. Really excellent. Thanks

Great stuff thanks, I knew a bit about SSB but didn't realise why AM consumer radios didn't operate on it.

FesZ the Great. Engineering, economy, history. Amazing !

You videos are fantastic . On very high professional level . Thank you so much 😊.

Dude, this video is very informative and really answered the question effectively, big thanks to you and to you channel ❤

Another cool electronics RU-vidr from Romania, nice. Voltlog is from Romania too :)

Very interesting and informative video; keep up the great work, please.

Nice. I went ahead and built my transmitter using common emitter and common base amps. One for AM and the other for FM. My lab is a mess I can't even muster the will to fix it. Not much going on lately. Let's play with modulation schemes. QAM 4 or PSK 4. Let's make it challenging, 433MHz. I'm too lazy to do it. I'll give you a like if you do it though ❤️. I've got one of those discovery things, never used it. Got some SDR stuff, but soon they'll be out of support. Used them for SAT weather stuff. living in a 3rd world country sucks the energy out of you. Haven't built anything meaningful in a year. I think this is the final slump and no way back from this one. Do more modulation vids. I love those.

Very interesting

One interesting way to build transmitters is by using the digital output of a microcontroller or FPGA.

I guess 8VSB is the closest to a single sideband type efficiency it gets in commercial broadcast (USA).

That was very informative. What is the efficiency FM modulation, or does this not apply to FM? I've always been curious, what does Fesz mean?

I'd like to see UWB (Ultra Wide Band) studied.

Perfetct!

Any video on RF transmitter and receiver module for remote control ie RC , if no video please make it explaining the working of the module circuit diagram

Remember how father showed me how to make an AM radio and we had AM back then. We connected the ground to one of our central heating radiators :) We don't have AM anymore :(

yep good video, if you only got 100watts of tx power, SSB makes alot more sense than AM. SSB puts all that 100watts in one side of 3khz voice bandwidth. clock accuracy is critical for ssb to sound good.

Looking at your scope, 800x480 is WGA resolution. WVGA is 768x480 (according to Wiki)

What's the name of those nice 90 degree adapters you use between your probes and the scope input? Makes things very tidy!

Have you ever tried making ferrite cores from epoxy? I got the idea after I noticed how magnetic JB Weld is.

Not to spoil the fun ... But Measuring SSB power using a single tone ... will give you nothing , try multitone or even better , try noise . MW signals can travel great distances and when they get there they need to be at an amplitude that is above the noise floor in that location . Digital transmissions vill never be able to do that , the amplitude is to low to be above the noise floor at anything over few hundred Km . The real reason why AM must die has nothing to do with going green or efficiency , it is more to do with politics and opinion shapping that the owners of the mass media in your area want you to have . There are thousants of 100KW or more devices in my town going up and down the street on 4 wheels and emiting only smoke . Also speach on SSB can be inteligible if you have a good rig but is never pleasant . Music ..... huh . I listen almost daily to some AM stations that are 2000 Km away from me , in UK 1458 and 1548 KHz, mainly for the music , but also for the lack of BS news . 85 FM stations that I can recive at my location do create a fake impresion of choice , duplicates fromm other towns , latest and " greatest " music , and parroting the same " news " of eachother . I will be a sad day when AM will be taken behind the barn , and mainly because because it has the potential to run interference on some power group of interests that owns the radios in yous area .