Superhetrodyne Receiver - Modern Electronic Communications - Application of Electronics

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Superhetrodyne Receiver Video Lecture from Modern Electronic Communications Chapter of Application of Electronics Class 12 Subject for FYJC and SYJC.
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1 июл 2024

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Комментарии : 174

@shashankpandey8346 Год назад

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

@muqeet2k335 10 месяцев назад

MAN THIS WAS THE CLEAREST EXPLANATION ✅

@samuelavadei3765 3 года назад

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

@altair6218 3 года назад

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

@Ekeeda 3 года назад

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@kumarsunny. 3 года назад

Thank you so much for explaining so easily ❤️.

@shubajitmondal7788 16 дней назад

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

@Kanerade 2 года назад

Very simple, thank you for the explanation!

@Ekeeda 2 года назад

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@dhananjay4525 Год назад

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

@anamtakhanam7401 5 месяцев назад

perfect to the point explaination hats off to you!!

@dragonjarl 2 года назад

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

@Ekeeda 2 года назад

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@bhavnarawal3131 3 года назад

easy and on point explanation.

@ellenc9699 2 года назад

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

@Ekeeda 2 года назад

Thank you for appreciation. Visit Ekeeda App where you will get all the concepts from basics, practice problems and doubt asking facility. Visit - ekeeda.com/ Download App - ekeeda.com/download.html

@gaganpydi7427 2 года назад

thank you so much maam....very clear and straight to the point

@ls3514 3 года назад

Thank you for sharing your knowledge 🙏👍

@mohit1181 3 года назад

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

@Mnestori1 7 месяцев назад

Very nice explanation! Congratulations from Brazil!

@SaifulIslam-ye9ys 3 года назад

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

@zaidarshadofficial1617 6 месяцев назад

nice class,i learned lot of knowlege in simple way , thank u maim

@rajeshkanna6566 Год назад

Fantastic madam ur teaching was very nice know the concept is very clear once again tquuu very much..💐💐💐💐

@silambarasansekar8833 3 месяца назад

This is nice explanation...and then... some time your cute smile is sooo much better this

@anoopsingh540 3 года назад

Just wow explanation 👌

@preranasharon885 2 года назад

Thank you so much,it really helped me

@ankit_yadav11 Год назад

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

@sanchitmukherjee2410 Год назад

same she saved me the day before my exam

@TrustYourGutz 25 дней назад

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.

@Ruksar-be9kp 2 года назад

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

@Ekeeda 2 года назад

@nrmishra3894 Год назад

Thank you ma'am Great explanation

@abdulmalikalbusaidi1491 2 года назад

amazing explanation you saved me

@deepakgarg2547 Год назад

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

@akshayr018 Год назад

It was very simple and clear ❤😊

@dimpalpurohit6565 3 года назад

Best explanation👍👍👌

@vijaywarke8529 Год назад

Mam your explanation is great 😊👍

@dgshrey4308 24 дня назад

Thank You So Much Mam❤

@balakrishna5814 2 года назад

NYC explanation, easily understandable

@ajayanand3986 3 года назад

Yours teaching was well ma'am

@varshinig6009 2 года назад

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

@Ekeeda 2 года назад

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@kamalapuramrajaiah486 2 года назад

It worked thank you ❤💥

@aleemkhan4827 Год назад

Tqsm sir nice explain

@bsuryasaradhi6816 2 года назад

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

@dipushaikh6856 2 года назад

Extraordinary exclamation ❣️

@Ekeeda 2 года назад

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@KhureshiAbraam9999 10 месяцев назад

Thanks from kerala🎉🎉

@snehapuniyakoti6120 2 года назад

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

@Ekeeda 2 года назад

@ashokchoudhary2814 2 года назад

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

@Ekeeda 2 года назад

@ambikasuresh9639 2 года назад

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

@Ekeeda 2 года назад

Thank you for appreciation. Visit Ekeeda App where you will get courses with all the concepts from basics, practice problems and doubt asking facility. Download App - ekeeda.com/download.html

@khushboogupta5479 3 года назад

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

@anoopkvijay8547 2 года назад

Such a nice explanation...... Tnx fir the vdo

@Ekeeda 2 года назад

Thank you for appreciation. Visit Ekeeda App where you will get all the concepts from basics, practice problems and doubt asking facility. Visit - ekeeda.com/ Download App - ekeeda.com/download.html

@sudeepash3434 2 года назад

Thank you mam very helpful

@sikchatra8247 2 года назад

Very nice ly explained..

@tdinesh39 2 года назад

Thanks for this amazing lecture mam. ❤️

@Ekeeda 2 года назад

@sureshbagiyal91 2 года назад

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

@Ekeeda 2 года назад

@rajshekarbadgal1639 3 года назад

excellent explanation

@anu.jangra Год назад

Thank you 🤗

@indrajeetyadav7999 3 года назад

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

@mohammodarifurrahman7038 2 года назад

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

@Ekeeda 2 года назад

@omgaytri2859 Год назад

Very good👍👍👍 explain

@stromtroper4391 7 месяцев назад

Best class ❤

@phanis3257 2 года назад

Thank u mam ..I clearly understand

@Ekeeda 2 года назад

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@simbanishchalvlogs7515 Год назад

today my all doubts clear regarding super hetrodyne rx

@nandakishoreyadav2484 Год назад

Pls do a playlist on analog communication in ECE

@honnursabc8926 5 дней назад

Use full class mam

@reagent7291 7 месяцев назад

thank you mam❤

@kannadiga1100 3 года назад

Super nice teaching

@4NDRE56U1D0 3 года назад

Perfect.

@eshitanayak9911 Год назад

Awesome 👍

@AshrafAli-jz7iu 10 месяцев назад

Super 👌 Mam Thanks a lot

@uzumaki_sai 3 года назад

Tq sister 👍🏻👍🏻👍🏻

@sadiyakhatoon4354 Год назад

good explanation

@Imajay204 2 года назад

Thanks you very much ❤️❤️❤️

@Ekeeda 2 года назад

@jeev9302 2 года назад

Thank you 😌

@pankajgodse2461 2 года назад

Great explaination Ever🙏👍

@Ekeeda 2 года назад

@aryankrishnan8469 Месяц назад

thanks!

@sunil-jb8nv 2 года назад

Very good explanation

@Ekeeda 2 года назад

@mehreenfatima9929 6 месяцев назад

Thanks ❤

@VijayKumar-ou3lg Год назад

Thanku sister

@mr.ajayyelve3542 6 месяцев назад

Can you make a vedio on Hetrodying

@ssJAT.123 3 года назад

Very nice

@ajim7376 2 года назад

Thanks for lot 🤗

@Ekeeda 2 года назад

@markluwaga3148 2 года назад

Wow, thanks for making

@Ekeeda 2 года назад

Thank you for appreciation. Visit Ekeeda App where you will get courses with all the concepts from basics, practice problems and doubt asking facility. Download App - ekeeda.com/download.html

@gotum428doke Год назад

Kitna easy hain yaar ❤️

@Manachannel8008 Год назад

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

@ridhimasharma1398 Год назад

Helpfull👍

@anilnt1486 2 года назад

Ultimate explanation,

@Ekeeda 2 года назад

@bhajanlalverma9054 3 года назад

Thanks

@singidicassildaprerana6084 3 года назад

Nice video mam tq 😍🥰

@Ekeeda 3 года назад

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@iamsheikhjunaid8517 3 года назад

Thankyou

@anuchaudhary8669 Год назад

Best lecture

@ratanjaiswal2881 Год назад

Ekeeda🙌🏻

@pratikpatoliya9685 3 года назад

Thank you so much Ma’m 😊🙏🏻

@ahmetozdemir7173 2 года назад

Thanks for the video. How will this receiver type handle a signal at the level of MHz? I wish you would give clear numerical examples. For example, let's assume that a 100Mhz signal is coming from the antenna in the FM band. How will the stage amplifier after the antenna amplify this high frequency? There isn't even a transistor to handle a 100Mhz signal.

@Ekeeda 2 года назад

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@josetuba4920 Год назад

That is a block diagram. within each section you find the actual electronic circuitry with resistors, transistors, capacitors, etc.

@MonikaKumari-er4de 2 года назад

Thanks mam 💞

@Ekeeda 2 года назад

Thank you for appreciation. Visit Ekeeda App where you will get all the concepts from basics, practice problems and doubt asking facility. Visit - ekeeda.com/ Download App - play.google.com/store/apps/details/?id=student.ekeeda.com.ekeeda_student

@dineshdevarapalli6433 3 года назад

Thank you madam

@RELAXANDLISTEN6440 Месяц назад

awesome

@dharampalsingh1587 2 года назад

Nice lacture 👍👍

@Ekeeda 2 года назад

Thank you for appreciation. Visit Ekeeda App where you will get courses with all the concepts from basics, practice problems and doubt asking facility. Download App - ekeeda.com/download.html

@s199h 3 года назад

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

@vjekoslavcvetnic7500 3 года назад

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 3 года назад

Mr.@@vjekoslavcvetnic7500 Thank you so much 🌻💕