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Please talk about how to amplify output signal of an rf module like nrf2401. Thanks

Simply Genious

Fantastic explanation and demonstration!

Smith Sharon Moore Christopher Taylor Larry

Robinson Susan Thomas Jose Thompson David

Thomas Helen Jackson Ronald Martin Barbara

Gonzalez Ruth Perez Karen Martin Larry

Wilson Laura Jones Susan Smith Paul

I love it thanks

Wonderful!

This is the best explanation of class a, ab, and b that I have ever seen. Excellent! Thank you,

Vídeo foda!!

Thank you! That video was great!

Amazing. Вы из России?

I'm CSE student, and trying to understand this PLL thing. Guys at 7:35 , "If we have bit rate of 1200 bits ...pulse will be of 1200 Hz.." My Question is : once we detected edges/pulse of input signal (which will have different widths/distance between pulses dependent on data for example 110001, so the pulse would be like **|***| (*=diff volt representing bits 1 or 0 , edges=|), right?) , how do we get correct clock? . Also (7:35) why pulse repetition rate would also be 1200 Hz, which is dependent on data bits. for examples a data like 1001111100110 wouldn't have edges/pulse of same interval. would it?

obrigado

Forgive my dumbness, I was always confused by clocks and still am. Have a question: So If I for example. continuously have data 00110011... and PLL is locked thinking clock is actually 2x slower - and now I get data 01 - it won't be recovered correctly? Or did I get everything completely wrong?

Very nice explanation and deatails not commonly available. From the graphs I think its been implied that the signal applied to the diode has already some dc bias to support its non linear but critical asymetric conduction to have a meaningful reading on the instrument

Is the Tesla Coil only used for making sparks? Can you design the Tesla coil to be applied to a load?

what is the 1 Mhz used for? why are you using 1Mhz to modulate the 2Ghz?

quick question. what are the consequence if you oversampling it even shifting the sync signal with 90 degree? like would the detector go on the edge?

Whats a practic use of this project

nice!

I voice searched for impedence matching of physiology and i found this 💀

Do you have an image of the circuit for printing or downloading?

Could you do it in GNU Radio?

Newbie question here: On the gate of j-fet I can use a trimpot or potenciometer ?

Really helpful 👏

Great Video and Great Explanation. Thank you.

Came here after working with un ultra sound echo detection IC using logarithmic amplifier. Tuss4440.

Awesome explanation!!

Really good video, thanks

Good explanation. I see in practice the oscillations in the loop with wrong designed filter. It is a rare tutorial for PLL where this concept is described.

монтаж очень агрессивный.

Very good content, keep it up! (but I should admit your English accent is like a torture)

What happens when continuous 1's or continuous 0's are sent ?

awesome video. I’s been wanting to understand this exact process for months

who's watching this genius in 2024? thanks Greg, you are the best!!

❤

I wish that my College lecturer would have taught like this...... Hat's off to you Sir

I worked on this extensively about 20 to 25 years ago, when technology was emerging to make this practical with off the shelf DSPs, without having to rely on dedicated ASICs or a large component count solution. There were other complexities in my application, as it was for space, and I was also using additional methods applied to the PA itself, based on Doherty techniques, to improve efficiency to reduce power budget and improve thermals. I never thought I'd ever see a RUclips video on it though! Bravo!

Great video!

Which transistor can be used for 700 KHz switching speed

Great video, I got a bunch of RF transistors and I wanted to test their liability, so I'm going to make a GHz VCO for the matter. Said to myself, I look for some suggestions and I came to your video!

great work on this content !

It's one of the best videos on RUclips. Thanks.

Please Make a video on "How we can improve the linearity of class c RF amplifier ? "

This is one of my favorite RUclips videos. Very helpful to explain advanced non linear energy generators. Lighting from the ground up!

Ok now in English

At the FFT waveform, there were peaks at 1.2KHz, 2.4, and 3.6. Why does 2.4 and 3.6KHz come from?