Digital Electronics|DSD |Unit 1 One Shot |Logic Simplification & Binary Numbers|BOE310|BOE410|BEC302

[@SauravBeniwalSingh]

(473)10=(1D9)16 decimal to hexa- decimal

[@mayanktamta5200]

Sir Thank you so much for this lecture, i really appreciate your hardwork and spirit.

[@rjgamerindia6720]

Vimal sir aa Gaye Maja aa gaya😊😊

[@engineerkareview9457]

thank you sir please provide more units one shot as soon as possible.

[@akshattiwari9251]

Sir practical exam ke bare m ek viedos banaye....btech 1st year Bht pressure ho raha h pratical exam ko lekr 😢😢parso se he start ho raha

[@Krishna-dl3we]

are chill karo. sab aram se ho jayega bhai, UT pe focus karo jyada

[@namastemodernindia9371]

your lec. is amazing as you are

[@MusicGalaxy6879]

1:10:18 me Decimal to Octal ek baar aur divide hoga na uske baad 1 aayega means 800 nahi aayega 1000 aayega

[@rajan9730]

HAA

[@adityaprakashshahi310]

sir exam se 1 din pahle padha mujhe pura samjh me aagya mere collage me 2 mahine se teacher [adha rahe the aaj tak samjh nahi aaya pr aap se padha samhh me aagaya thank you sir

[@harshitagupta418]

yes aditya i can agree with you

[@middleclassmani77]

Home work question 2=====(753)10=(1361)8

[@RavindranathBanavath]

Great work sir im from telangana, im a diploma student

[@asthetic_striker]

00:02 Introduction to Digital Electronics and DSD 02:12 Introduction to Digital Electronics Units 05:43 Understanding binary numbers and their radix/base concepts 07:55 Octal and hexadecimal numbers are based on different radices. 11:44 Conversion of Decimal Numbers to Binary, Octal, and Hexadecimal 13:41 Understanding successive division in base conversion 17:33 Understanding Binary to Decimal Conversion 19:09 Decimal to octal conversion involves successive division by 8 with the remainder 22:53 Dividing numbers by 16 using logic simplification 25:37 Conversion from decimal to hexadecimal numbers explained with examples. 29:46 Binary numbers and logic simplification process 31:39 Conversion from octal to decimal using powers and multiplication 35:27 Conversion of decimal numbers to binary and hexadecimal in digital electronics 37:35 Conversion of numbers from base five to decimal and vice versa 41:23 Binary to hexadecimal conversion explained with practical examples. 43:03 Understanding binary to hexadecimal conversion 47:02 Conversion between different number systems 48:49 Conversion of binary number to decimal 52:17 Understanding decimal arithmetic 54:04 Understanding Decimal Numbers and Addition 57:31 Logic simplification and binary numbers 59:03 Understanding Binary Numbers and Logic Simplification 1:02:17 Logic simplification using binary numbers and octal base 1:04:02 Understanding Radix and Binary Numbers 1:09:38 Conversion and simplification of octal numbers to base 10 1:11:48 The video discusses logic simplification and binary numbers in digital electronics. 1:16:24 Introduction to Digital Electronics 1:18:12 Understanding logic simplification and binary numbers in digital electronics 1:22:20 Understanding logic simplification and binary numbers 1:24:43 Logic simplification using binary numbers and compliments 1:28:55 Understanding binary addition with carry and final result computation. 1:30:44 Understanding digital logic gates 1:34:11 Understanding logic simplification and binary numbers in digital electronics 1:35:58 Nand gate produces zero output with high inputs and high output with low inputs. 1:39:36 Universal gates can be used to design any gate or expression. 1:41:21 Introduction to Boolean algebra and logic simplification 1:44:46 Explanation of DeMorgan's Theorem and its importance in Boolean expressions. 1:46:25 Logic simplification using binary numbers 1:50:08 Logic Simplification & Binary Numbers discussed in detail 1:51:53 Understanding standard sum of product (SOP) form 1:55:34 Understanding Product of Sum in digital electronics 1:58:15 Simplifying logic expressions & binary numbers 2:02:28 Logic simplification using grouping 2:04:04 Logic simplification involves grouping and expression testing 2:07:16 Understanding logic simplification and binary numbers. 2:08:50 Logic simplification using K-maps for four variables is crucial for digital electronics. 2:12:22 Logic simplification and binary numbers overview 2:14:08 Logic simplification process using end gates and variables 2:18:03 Logic simplification & binary numbers 2:20:01 Logic simplification using K-Map 2:23:27 Logic simplification using binary numbers 2:25:50 Logic simplification with groups and positions 2:29:28 Introduction to tabular method for logic simplification. 2:31:21 Logic simplification with binary numbers 2:34:49 Understanding binary numbers simplification and logic in digital electronics 2:36:29 Binary number simplification using subtraction and power of 2 2:39:51 Logic simplification involves identifying groups based on dash positions. 2:41:29 Logic Simplification in Digital Electronics 2:45:25 Logic simplification with binary numbers 2:47:45 Logic simplification process explained with examples 2:51:21 Logic simplification in digital electronics

[@shinchan470]

🧡

[@VIVEKYadav-nw8lf]

nice

[@Gauravpop02]

La jabab sir Mja a gya

[@WCreator-y1e]

Sir aap goat( greatest of all time ho ) 🐐 love you sir ❤️

[@rajanishsingh5175]

nice lecture sir , thank you

[@harsh7027]

Sir please please coa aur python ka kara dijiye one short

[@vikasyadavjwblogs7277]

Thanks you sir 🙏 ❤

[@AmbarTalwar2]

Sir 2:22:15 pe 3 wale zerovko 3 7 15 11 ke sath 4 ke group mai nhi bna skte?

[@DJtechbabu]

I'm falling in love with this content all over again, and I'm excited to share it with my friends and keep my promise to spread the knowledge - get ready for a share fest

[@Video975-wl9og]

Sir please 5 hour one shot video please

[@NikhilPal-ye5vo]

Nice class sir❤❤

[@skm1525]

Jaldi laao sir ji baaki units please 🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏🙏

[@jineerajkumar319]

2:21:54 pr 4 ka quad banega.

[@priya2173]

Thank you so much sir 😊😊

[@ozaifkie]

Hello can we talk id @zenrukie

[@DIVYANSHTRIVEDI-l8r]

2:22 sir ye quad banegaa !

[@Sanatani-c1t]

sir pls tell is this playlist is enough for scoring 70-80 marks in exam pls tell for any university

[@mohdaqibgazi5756]

Yes sir plz reply😢

[@gameo4309]

​@@mohdaqibgazi5756Nope

[@nikhilchaturvedi6801]

Sir reply?

[@gameo4309]

@@nikhilchaturvedi6801 nope

[@OGTrueX]

Haii bhai haii karle

[@a_gval08]

❤❤thnks

[@chotuvishwakarma-rs8of]

Thank ❤

[@anuragkumarpandey9812]

calculation mistake at 38:08 min answer will be (10412)base 5

[@abhayyyy15]

Yep

[@mohdaqibgazi5756]

Sir where is the detailed lectures on digital electronics I couldn't find it as I have enough time to prepare 😊

[@SuccessClassesTechnicalEdu]

App pr

[@Animated-670]

This is enough to digital electronics

[@cbse2250]

1:50:53 study SOP POS

[@ShailendraShukla-nm7kc]

Sir jaldi puri unit ka one shot upload kar dijiye plzz

[@DJtechbabu]

AT 1:10:10 MIN PAR 512 ka octal {800} likha hai sir plz check kare

[@anujvlog1053]

Galat hai 1000 aayega

[@hellofriends2533]

Is this digital logic and computer design??

[@skillupwithumar]

Error detecting, Hamming code bhi kara diye sir please

[@Mayank-un2cb]

great lecture sir

[@i_m_status_wallah]

Thanks a lot sir 🙏 I appreciate to you and your hardwork❤❤❤❤...

[@devvratpandey6172]

thank you sir

[@YouTube_D.KBHAI8651]

Thank you sir..❤

[@SauravBeniwalSingh]

(483)10=(111100011)2 decimal to binary answer right✔ hai kya sir ji

[@surjeetverma-y3m]

Sahi hai bhai

[@ritikraushan4665]

V​@@surjeetverma-y3mkaise glat hai sahi to hai

[@abhayyyy15]

​@@surjeetverma-y3m sahi hai answer uska , dhyan lagao padhai me thoda

[@surjeetverma-y3m]

@@ritikraushan4665 ok sir

[@surjeetverma-y3m]

@@abhayyyy15 ok sir

[@middleclassmani77]

Home work question 1======(483)10=(111100011)2

[@Abhinav_Chaudhary]

Is this video for 3rd sem?

[@Youthup57]

Yes

[@gokulm195]

Sir a problem in solved example : (732)10 = (10362)5 is wrong. Right answer: (732)10 = (10412)5. Plz clarify sir

[@hellofriends2533]

Is the syllabus same for DLCD please tell sir.?

[@SuccessClassesTechnicalEdu]

Starting me syllabus Discussion video hai wo check kr lo

[@tamalmazumdar9831]

Sir please analog electronics ka bhi videos banie please 🙏

[@sayantanbhadra5388]

Sir analog part ke liye ak oneshot video dijia

[@amansingh-b6y2g]

Sir r compliment ka pahala question aap sayad galat kiye hai kyuki octal me 0-7 tak hi number rahata hai aap 8 bhi le liye hai

[@thextremegamerspoint4175]

sir 2nd unit daalo jaldi se aur aap hee padhana please.

[@sakshijaiswal8947]

Gud afternoon sir Sir please tell me ye btech 2 year wala digital electronics h ??

[@the.ankit.07]

Ek mahine baad paper hai....Maine bhi abhi dekha ye sab 😂😂

[@harshit5853]

Reminder

[@DJtechbabu]

"I absolutely loved that content and can't help but feel a pang of regret for not discovering that channel sooner - it would have made such a huge difference in my life!"

[@StudyGlobal-d1b]

Sir dstl ki ond shot bhi... please 🥺😊

[@SuccessClassesTechnicalEdu]

Wo exam time me aayenge

[@areebkhan4481]

sir 1:10:1 pe 512 ka octal 1000 ho ga

[@anuragkumarpandey9812]

(473)10=(1D9)16

[@MuhammadAbdullah-id8gr]

39:41 i think (732)10=(10412)5

[@abhayyyy15]

Ha

[@sameerkr3282]

sir k map ka detail lecture ke link dedigye please

[@ojasmishra5928]

sir apne video me 3x speed ka feature dijiye please

[@ojasmishra5928]

sir boro , rimindar aur octail ka mtlb kya hai

[@abhayyyy15]

Kab hai paper

[@SujalChavhan-l7f]

Sir is this video lecture for sppu

[@sachinyadav-m6c]

Find (1001101-10101001) using 1's complement?

[@ik_2026]

Sir plz unit 5 se start kro ... digital electronics ke one shot ...exam near hai ... starting ki unit to maximum students kr chuke hoge ...plz sir unit 5 se upload kro 😢

[@ManishSingh-om2qk]

Notes kaha se milega

[@HarshaVardhanReddy-2005]

1:11:41

[@ShivendraYadav-ul5qv]

Sir chemistry ka model paper

[@SuccessClassesTechnicalEdu]

08. 03. 2024 ko

[@noobdacoder7680]

1:9:2 me apne jb 8 se divide kiya h vo glt h

[@newsongishere1405]

Sir ji binary to gray

[@famousbaba856]

Pdf kaha milegi puri 1 shot ki?

[@SuccessClassesTechnicalEdu]

WhatsApp number pr msg kro

[@jaatagamers2786]

Unit 4 or 5 sir

[@anuragkumarpandey9812]

(483)10=(111100011)2

[@amanpandey8]

Binary gray code conversion nhi kraya aapna

[@ajeetprajapati..3834]

Unit 5 banaye sir

[@nathvishu38]

Sir where is pdf.

[@SuccessClassesTechnicalEdu]

Please visit the App Now EduRudram Success Classes

[@vanshikarawat]

Sir pdf kha millega ❤❤

[@SuccessClassesTechnicalEdu]

Please visit the App Now EduRudram Success Classes

[@ajeetprajapati..3834]

Unit 1koi jarurat nhi hai sir

[@SuccessClassesTechnicalEdu]

One by one sbhi aayengi

[@SonamPatidar-j1d]

Mux vale question ❓ nahi karvae

[@xijinping3543]

Vo unit 2 me h

[@MrRaj-f8h]

Sir digital electronics one shot ki notes kaha milegi

[@SuccessClassesTechnicalEdu]

Please visit the App Now EduRudram Success Classes

[@MrRaj-f8h]

@@SuccessClassesTechnicalEdu sir is wale video ki one shot ki nhi mil rhi waha v

[@NightmareNarratives_1024]

Bhai mile notes ???

[@NightmareNarratives_1024]

Or agar aapko mile h to aao plz mujhe eske sare notes bhej sakte ho?

[@Innocent69_]

K map ki video hidden hai

[@SuccessClassesTechnicalEdu]

Please visit the App Now EduRudram Success Classes

[@upendraprajapatii]

23 se kiske paper hae 😅

[@himanshugiri1051]

Mere😢

[@aqsaansari7181]

Was this enough for btech ece first yesr

[@ArhamAamir-ne9qy]

Sir ye pura unit 1 ka syllabus complete one shot ha 🙌🙌

[@EshameghananaiduBankuru]

00:02 Introduction to Digital Electronics and DSD 02:12 Introduction to Digital Electronics Units 05:43 Understanding binary numbers and their radix/base concepts 07:55 Octal and hexadecimal numbers are based on different radices. 11:44 Conversion of Decimal Numbers to Binary, Octal, and Hexadecimal 13:41 Understanding successive division in base conversion 17:33 Understanding Binary to Decimal Conversion 19:09 Decimal to octal conversion involves successive division by 8 with the remainder 22:53 Dividing numbers by 16 using logic simplification 25:37 Conversion from decimal to hexadecimal numbers explained with examples. 29:46 Binary numbers and logic simplification process 31:39 Conversion from octal to decimal using powers and multiplication 35:27 Conversion of decimal numbers to binary and hexadecimal in digital electronics 37:35 Conversion of numbers from base five to decimal and vice versa 41:23 Binary to hexadecimal conversion explained with practical examples. 43:03 Understanding binary to hexadecimal conversion 47:02 Conversion between different number systems 48:49 Conversion of binary number to decimal 52:17 Understanding decimal arithmetic 54:04 Understanding Decimal Numbers and Addition 57:31 Logic simplification and binary numbers 59:03 Understanding Binary Numbers and Logic Simplification 1:02:17 Logic simplification using binary numbers and octal base 1:04:02 Understanding Radix and Binary Numbers 1:09:38 Conversion and simplification of octal numbers to base 10 1:11:48 The video discusses logic simplification and binary numbers in digital electronics. 1:16:24 Introduction to Digital Electronics 1:18:12 Understanding logic simplification and binary numbers in digital electronics 1:22:20 Understanding logic simplification and binary numbers 1:24:43 Logic simplification using binary numbers and compliments 1:28:55 Understanding binary addition with carry and final result computation. 1:30:44 Understanding digital logic gates 1:34:11 Understanding logic simplification and binary numbers in digital electronics 1:35:58 Nand gate produces zero output with high inputs and high output with low inputs. 1:39:36 Universal gates can be used to design any gate or expression. 1:41:21 Introduction to Boolean algebra and logic simplification 1:44:46 Explanation of DeMorgan's Theorem and its importance in Boolean expressions. 1:46:25 Logic simplification using binary numbers 1:50:08 Logic Simplification & Binary Numbers discussed in detail 1:51:53 Understanding standard sum of product (SOP) form 1:55:34 Understanding Product of Sum in digital electronics 1:58:15 Simplifying logic expressions & binary numbers 2:02:28 Logic simplification using grouping 2:04:04 Logic simplification involves grouping and expression testing 2:07:16 Understanding logic simplification and binary numbers. 2:08:50 Logic simplification using K-maps for four variables is crucial for digital electronics. 2:12:22 Logic simplification and binary numbers overview 2:14:08 Logic simplification process using end gates and variables 2:18:03 Logic simplification & binary numbers 2:20:01 Logic simplification using K-Map 2:23:27 Logic simplification using binary numbers 2:25:50 Logic simplification with groups and positions 2:29:28 Introduction to tabular method for logic simplification. 2:31:21 Logic simplification with binary numbers 2:34:49 Understanding binary numbers simplification and logic in digital electronics 2:36:29 Binary number simplification using subtraction and power of 2 2:39:51 Logic simplification involves identifying groups based on dash positions. 2:41:29 Logic Simplification in Digital Electronics 2:45:25 Logic simplification with binary numbers 2:47:45 Logic simplification process explained with examples 2:51:21 Logic simplification in digital electronics Crafted by Merlin AI.

[@harshsakre7745]

1:31:26

[@AltamashKhan-n7s]

1:30:33