Reflex Klystron working, oscillator and Applegate diagram (Engineering Funda, Microwave Engineering)
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- Опубліковано 4 лип 2024
- In this video, i have explained reflex klystron with following points
1. Structure of Reflex klystron
2. Reflex klystron working
3. Reflex klystron applegate diagram
4. Reflex klystron characteristics
5. Reflex klystron performance
6. Reflex klystron applications
Engineering Funda channel is all about Engineering and Technology. Here this video is a part of Microwave Engineering.
#ReflexKlystronworking, #Reflexklystronapplegatediagram, #Reflexklystroncharacteristics, #Reflexklystronapplications, #MicrowaveEngineering - Наука та технологія
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Explanation is best
Thank you Sir
Your explanation is very nice.....thanks for making this video...it clears all of my confusions
Thank u so much sir.easy to understand.it help me a lot
really loved the lecture
Keep up the good work SIr.
Sir it's very useful thank u so much
Great explanation it helped me a lot sir thank you so much sir
Great job sir...
Best Video!!!!
Very good explanation sir
Tq very much sir
Your positive comments motivates me, my goal is to create largest community of engineers in entire globe, so please help me for that by sharing this lecture series(playlist) with your friends in social media (watsapp, telegram etc). Thanks and welcome 🙏
Very nice video sir please upload more videos regarding more subjects in ECE course....thanku.
The Applegate diagram that you have drawn intial is correct after your recorrection it is wrong.because in ur recorrected diagram ee(early electron is travelling small distance compared to er and el)ee have to travel more time in repeller space due to low velocity for early electron..other than this all is excellent..
True
Right
Yes, in my book it's same as you explained
Thanks for uploading :)
Very good explanation, thank you sir
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7 :22 ..u were right ..but that small thing runied the video
explained very clearly,and have full clarity,thank u
+Nallisetty Charitha : your welcome
tq sir it was much easy to understand .. :)
+Deepak josyula : your welcome
Loved it sir
Your positive comments motivates me, my goal is to create largest community of engineers in entire globe, so please help me for that by sharing this lecture series(playlist) with your friends in social media (watsapp, telegram etc). Thanks and welcome 🙏
Thank you sir because of you my paper was very simple fir me thank you sir...Once again..😇🙏
+devendra suranje : your welcome
Can you please tell me
How was your preparation plan for microwave subject
Thanks for this dude!
+Bonface Munyoki : your welcome
Thanks 🤗🤗🤗🤗 it was really helpful playlist for my exams...thank you
+Harshal Mankar : your welcome
U r a life saver mannnnnnnn!
your welcome
Thank you sir
+Barot Santosh : your welcome
Thanks 👍
Love and happiness of students is my ultimate goal, God bless you 🙏, keep learning and keep progressing.
good
Sir kindly upload the calculation of efficiency of reflex klystron derivation. Day after tomorrow we have exams. It's a request sir. Your videos are very helpful.
Placement lag gayi hogi aapki toh
😂@@66_subhangamdey_ece59
🔥grt content
Your Appreciations, care and share matters a lot to me. #EnginneringLove.
All the subjects playlist of Engineering Funda is available in comment section. Share it with your friends to support us.
Your positive comments motivates me and person like me get boosted by my students feedback. Thanks and welcome 🙏
You saved me before my exams !!!!
Thank you so much and god bless ! 😄
+Priyanka Krishnamurty : :) your welcome
you saved me, I puri you, together we sev puried in exam! god bless !
@Priyanka Krishnamurty How much did you score after completing the playlist in exams ??
How much marks can I expect tomorrow is my exam and I have reached upto this topic ?
U r really good teacher
great work sir...u r d savior..keep progressing
Your welcome
vl
Can you please upload explanations for topics as follows:
1) O & M type classification of microwave tubes, re-entrant cavity ,velocity modulation.
2) Cylindrical wave magnetron
3) microwave applications like microwave heating, thickness and moisture measurement, microwave diathermy.
4) Microwave measurement devices such as slotted line , tunable detector, VSWR meter, power meter and their working principles.
5) microwave measurement techniques to measure S-paramter, frequency ,power attenuation ,phase shift ,VSWR , impedance .
6) Radiation hazards and protection.
I am a student in my final year of electronics and tele-communication engineering
Heyy, May I know where are you now? I mean have you got a good job somewhere?
How should we give an alternative voltage to the gap,Through the V(A) {Voltage applied to the cavity}?
Sir I would suggest you To Explain Application First and then Dwell into Details like working structure and characteristics....
Need cavity oscillator basics, circuit designing and it's implementation in multisim if possible
@Maddux Grayson Hahaha I no longer need to know about oscillator as I passed out... Good thing that...
Good job brother u saved my exam thanks
+Nassir wani : :)
10:15 Timestamp
How to set the modes of propagation of electrons in this reflex clystron? What is actually the "mode"? and what is the meaning of choosing mode i.e "n" as 1,2,3... etc?
Its like 3 different car which start moving with different time with different speed to meet a certain point
Are there any modes in reflex klystron?
How come early electron has more time to travel towards repeller electrode in REFLEX KLYSTRON STRUCTURE
We provide +ve voltage to late electron and -ve voltage to early electron that's why early electron move slow and late electron move fast so we can able to bunch all three electrons at the same time
@@arjunfitness3836 actually you are saying the opposite, we provide +ve voltage to early elect. in the anode cavity which accelerates it more so it travels further than the ref. and late elect. similarly we provide -ve voltage to late elect. in the anode cavity which deaccelerates it and thus it travels less than ref. and early elect. so it travels less dist.
Early electron has high velocity when compared to remaining
why Early electron has high velocity ?
velocity modulation derivation sir?
Please add derivation part also sir
6:22 Timestamp
All electrons are emitted by an electron gun so, how that early and late electrons are classified?
How do we tell early electrons lesser velocity and late electrons higher velocity? (because I thought like all electrons are emitting from the electron gun and the distance between the electron gun and the repeller electrode remains constant... )
I guess we will be giving some RF input to the reflex klystron to work v as an oscillator, so the waves having polarity in direction increases speed of early electrons and the reverse electric field reduces the speed.
Sir plz kindly upload the derivation part
Plz tell about reference books
Why bunching ? How it generates microwave
🙏🙏🙏
Your positive comments motivates me, my goal is to create largest community of engineers in entire globe, so please help me for that by sharing this lecture series(playlist) with your friends in social media (watsapp, telegram etc). Thanks and welcome 🙏
@@EngineeringFunda sure sir
Reflex klystron is used as an oscillator only or as amplifier also or both?
Both
Why reflex klystron characteristic is like the diagram you have shown. Plzz explain how we got that diagram. This will help us to elaborate the answer in exams
Which reference book do you refer for this course?
I can't understand why bunching of electron generates RF wave?
How I can interpret Applegate diagram.
What operating characteristics shows in diagram?
+Shubham Nayak : bunching of electrons amplifies signal and regarding RF signal I think you should learn Maxwell's equations.
@@EngineeringFunda How will the early electron have more time to travel and less repulsion than the LATE electron??
Dont they all travel the same distance in same time since the drift space is same and there is continuous generation of electron??
Is it due to velocity modulation OR transit time effect?? Would you please explain how does it work that way.
How can you connect electron gun to both positive and negative voltage.
Yess I have same doubt becazz in the diagram cavity is connected to dc suppy but in explanation it looks like ac signal
It's bigg buss
Please check the position of e(e), e(r) and e(l) in the AppleGate Diagram.
yes he said wrong
You are doing grt job.. but this video lecture is too much confusing... you are doing some mistakes in applegate diagram explanation ... plz correct it and upload again.... thank you
See it again, I think it's proper. So watch till end.
Please try to increase the sound because when im trying to watch suddenly ads are playing with much sound and that really so horrible
I have recorded that video with law quality camera now in new videos i have good camera , so in new subjects this problem will not come.
Engineering Funda thank you sir for understanding n reply
Sir, I don't know pen r using in xam are WRIGHT R WRONG
plz tel me sir
Which pen?
@@EngineeringFunda How will the early electron have more time to travel and less repulsion than the LATE electron??
Dont they all travel the same distance in same time since the drift space is same and there is continuous generation of electron??
Is it due to velocity modulation OR transit time effect?? Would you please explain how does it work that way.
Sirrrr early e must take more time
Yes, early electrons take more time with less velocity so to have electrons bunching that happens and that is Velocity modulation
but how it will happen sir, can u plz explain how velocity modulation works in it......
Thanx u so much sir
But i dont know why that phone rings in every video it distracts me lol
fitness freak dude , it distracts me too😓😓
How microwave is generated
Sir can u pls provide some notes for this
Go through my android application engineering funda where you will get all materials, i have remodified it.
Sir derivation plzz
Just try it in 3d plz plz sir
pale jo likha tha vah ahi tha sir
plz reduce number of ads plz
Time pedior nii sir time period bolie
You are reverse your oder of late or earlier electron
Time pedior.
Now a days, i see soo many students are preparing for IELTS.
@@EngineeringFunda 😂😂😂
Nothing is there
Sir aapki shakal rishabh k papa ki tarah hai
itna adds kyu daal rakhe hai...koi nhi dekhega videos
Sir plz Hindi language Mai b banawo
Apple gate diagram is wrong
Explanation is not correct, before reference electron, we should take early electron based on time axis.
BAKWAS
thank you sir
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