Superhetrodyne Receiver - Modern Electronic Communications - Application of Electronics

[@Pradip2001]

Tomorrow exam 😢

[@jainarayan7329]

Us bhai us😂

[@ares8446]

Also me too bro

[@vedanthgajula8820]

Exam before 1/2 hr 😅😅😅

[@Pradip2001]

@@vedanthgajula8820 Legend 😁😂

[@OmmprasadSwain-b3s]

Same here

[@altair6218]

clear and simple explanation! I cleared analog communication just by your lectures... thank you

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[@muqeet2k335]

MAN THIS WAS THE CLEAREST EXPLANATION ✅

[@samuelavadei3765]

Listening in all the way from Fiji. Appreciate the basic explanation of the block diagrams and easy to understand.

[@ankit_yadav11]

Yaar literally what a personality, i was confused that she is a kid ,, but great teaching, thanku

[@sanchitmukherjee2410]

same she saved me the day before my exam

[@shubajitmondal7788]

The way of explanation is very helpful.Any one can make a perfect note by just watching the video.

[@snehapuniyakoti6120]

Flawless teaching👏👏👏 mam and thank you for clearing all my doubts about superheterodyne receiver

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[@Kanerade]

Very simple, thank you for the explanation!

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[@dhananjay4525]

Thank you ma'am for such a "to the point" explanation.

[@khushboogupta5479]

Thank you so much mam this is my presentation topic and easily explain you and understand me thanks of lots

[@nandakishoreyadav2484]

Pls do a playlist on analog communication in ECE

[@varshinig6009]

Very nice explanation......I can understood very easiely.....tq... 🥰✨

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[@anamtakhanam7401]

perfect to the point explaination hats off to you!!

[@Imajay204]

Thanks you very much ❤️❤️❤️

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[@dgshrey4308]

Thank You So Much Mam❤

[@mohit1181]

Thank you mam, to explain that topic 🙏🙏🙏🙏

[@Arjundancer._.]

Excellent Teaching Mam ❣️

[@dimpalpurohit6565]

Best explanation👍👍👌

[@sureshbagiyal91]

thnk u maam for this helpful video.. does this is applicable for communication radio sets? why do we use two IF in radio sets for communication purpose in receiver module

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[@mohammodarifurrahman7038]

thank u mam...... understood clearly ....from Bangladesh

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[@ssJAT.123]

Very nice

[@deepakgarg2547]

Mam thank you so much 🙏your teaching skills are amazing 😊

[@ls3514]

Thank you for sharing your knowledge 🙏👍

[@s199h]

Miss, Why do we need to convert the received RF signal to IF signal?

[@vjekoslavcvetnic7500]

We need to convert ti to fixed IF (such fixed 10,7 MHz or 455 kHz) because it would be a lot of undesired harmonics when tuning the scale on VHF from 87,5-108 MHz through many amplifying transformers and when amplifying this range frequency through transformers for amplifying and selectivity, there would be a lot of undesired harmonics on each different frequency tuned, that is why you convert it to fixed intermediate frequency (IF) and then you work on it for selectivity, limiting, amplifying, demodulating.

[@s199h]

Mr.@@vjekoslavcvetnic7500 Thank you so much 🌻💕

[@ajayanand3986]

Yours teaching was well ma'am

[@Manachannel8008]

Madam tell what are the faults occurs in this process....if local oscillator frequency is higher than rf frequency...or local oscillator frequency is lower than rf amplifier tell me other fault in this whole process

[@akshayr018]

It was very simple and clear ❤😊

[@nrmishra3894]

Thank you ma'am Great explanation

[@singidicassildaprerana6084]

Nice video mam tq 😍🥰

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[@ayushdewangan3792]

Nice

[@honnursabc8926]

Use full class mam

[@ashokchoudhary2814]

Great explanation .... We know understand this topick very well.. 😊😊🥳🥳🙏 Thanks 🙏

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[@balakrishna5814]

NYC explanation, easily understandable

[@aleemkhan4827]

Tqsm sir nice explain

[@cockroaches143]

thank you mam❤

[@stromtroper4391]

Best class ❤

[@4NDRE56U1D0]

Perfect.

[@sikchatra8247]

Very nice ly explained..

[@bhajanlalverma9054]

Thanks

[@naveentechie9002]

Is it fm receiver

[@mehreenfatima9929]

Thanks ❤

[@aryankrishnan8469]

thanks!

[@jeev9302]

Thank you 😌

[@the_desire]

Dhanyavaad ❤... for beautifully explanation.....

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[@debarpitasarkar1174]

the girl/(maam) looking very hard working and intelligent

[@bandaruramana2119]

90% doubts are cleared

[@AjayYadav-bv7ex]

Mam can u send me the link for transmitter block diagram

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[@AjayYadav-bv7ex]

Mam i will do that but can u plz send me that link...transmitter

[@anuchaudhary8669]

Best lecture

[@ravichaudhary3054]

Or jada deep jane ki jarurat thi aapko..about why local oscilator is being used...why IF is required etc etc

[@silambarasansekar8833]

I like ur limited amount of cute smile 😊

[@காமராஜ்கறிக்கடை]

Nice one... i am in 2024

[@phs125]

I'm not even an engineer, and I'm detecting so many errors in explanation. This video is really meant to pass exams, not for understanding the concept. Antenna also has a range it's best at. FM radio antenna won't be good enough for MW. etc It's not receiving "all" frequency according to this explanation, the RF amp is selecting only the frequency we want. Which is not the case. It's vaguely selecting a bunch of frequencies around the ones we want. If it really selected one frequency, we wouldn't need the whole superhet circuit. The actual conversion of the radio waves to audio waves is happening in the detector. Which comes all the way in the end.

[@a.t.fans441]

2nd time watching 😅

[@gvenvironment9606]

❤

[@akepatinagaraju8564]

👍👍👍👍👍

[@Ekeeda]

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[@sikchatra8247]

Bulla. Rakhta hoon khulla ...

[@akhilbiswal6700]

Plz talk Hindi

[@msdmsd2502]

the way you pronouce loud speaker😂😂😂 laude speaker

[@barnasstraight8417]

talk only no practice, you must try build receiver triple convertion IF.. i challenge you..

[@christeenaprakasia7701]

U saved my life...🫂🫂

[@shashankpandey8346]

This was really a great experience. I think this system of showing body language and expression will grab our attention very much.

[@rj19mohit1M]

Exam in 1hr ❤

[@UchihaItachi-jk7su]

Same😂

[@kumarsunny.]

Thank you so much for explaining so easily ❤️.

[@dragonjarl]

Greetings from the UK. A great video, really well explained and good pacing! Many thanks :-)

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[@ellenc9699]

Thank you for the detailed easy explanation, I really understood it

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[@KhureshiAbraam9999]

Thanks from kerala🎉🎉

[@TrustYourGutz]

For RF amplifier its not so much that is "selects" the desired frequency but more so that it improve the SNR of the desired signal more than the surrounding noise. Selecting a desired frequency is more often done by band pass filters which allow only a specific range of frequencies and tunes out the frequencies that are outside of the desired range.

[@omgaytri2859]

Very good👍👍👍 explain

[@ajim7376]

Thanks for lot 🤗

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[@sunil-jb8nv]

Very good explanation

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[@ratanjaiswal2881]

Ekeeda🙌🏻

[@lofi-78628]

Tomorrow exam 😢😢😢

[@drankurbaruah]

*fidelity

[@bhavnarawal3131]

easy and on point explanation.

[@dharampalsingh1587]

Nice lacture 👍👍

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[@MonikaKumari-er4de]

Thanks mam 💞

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[@-SyedaAyeshasultana]

Can i write dis exact in my final exam if it asked.??

[@whycant0.0]

Sure

[@Mr.Moon06]

After 3 hours the exam will start...😅😅

[@Ruksar-be9kp]

Today is my and I was not able to understand this which is very important for exams.... You explained cleanly THANK YOU 😊❤

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[@mohamedashraf-sv1nc]

super

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[@bsuryasaradhi6816]

Anteena also acts as a frequency selector due to its resonant characterestics

[@kannadiga1100]

Super nice teaching

[@SaifulIslam-ye9ys]

very nice and easy to understand..thanks...

[@Tech-tips_Mw]

2024 , great explanation

[@syedraghibrazabukhari1388]

Mam kuch kha pi Lia Karo super hytrodynic weak ho Ap😂😂😂

[@RELAXANDLISTEN6440]

awesome

[@mr.ajayyelve3542]

Can you make a vedio on Hetrodying

[@gotum428doke]

Kitna easy hain yaar ❤️

[@anoopsingh540]

Just wow explanation 👌

[@nikhilsindhav7924]

Niceeeeeeeeeeeeeeeeeeeeeeeeeeeeeeeee explainnnnationnnn❤❤❤❤❤

[@akepatinagaraju8564]

Madam ssb linear about plz

[@indrajeetyadav7999]

Very easily explained... Your smile is so qeet mam☺️

[@iamsheikhjunaid8517]

Thankyou

[@bhaskarjyotimahanta1009]

You are cute ma'am 😍

[@kkpadmanabham9120]

Super madam

[@lokender1349]

Today exam

[@sadiyakhatoon4354]

good explanation

[@eshitanayak9911]

Awesome 👍

[@ridhimasharma1398]

Helpfull👍

[@ambikasuresh9639]

Very good explanation......thank you so much 😀😀

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