Summary
Full Transcript
In this video, I have covered how to design a 3-Bit increment and display it on 7-Segment Digital Display that is we have 3 bits at the input of a combinational circuit and output will be 1 more than the input. It means that if we add 1 to each input number, we will get an output. For Example, if input is 4, then output would be 5 and so on. To display the result, I have used 7-Segment Display decoder which is common Anode. Its IC number is 74LS47 and BCD to 7-Segment Decoder is also of the same type that is Common Anode while implementing on Proteus. The link of this video can be found here [https://youtu.be/H8NMOJGU6UA] #digitalart #proteus8 #Bit #Increment #Truthtable #Mux #Multiplexer #sevensegment #decoder Digital Logic Design Lab (DLD Lab) Playlist https://www.youtube.com/playlist?list=PLgWOIdHQBEz6s7eucAt6Wdkne6LwISPPp Digital Logic Design Playlist https://www.youtube.com/playlist?list=PLgWOIdHQBEz6Ougd453k22nyPDNoNw_tX Probability and Statistics Playlist: https://www.youtube.com/playlist?list=PLgWOIdHQBEz6JhLsKI2GLQen3O4rgZSrc #continuous Feel free to ask any questions. Thanks for visit. Important Links: Data Structures and Algorithms Digital Logic Design Playlist https://www.youtube.com/playlist?list=PLgWOIdHQBEz6UcbSzBNhAsPasWXRRShP1 Competitive Exams Math’s Portion Solution https://www.youtube.com/playlist?list=PLgWOIdHQBEz61JrHSLMu_oUo1XpryqbiM Introductory Videos https://www.youtube.com/playlist?list=PLgWOIdHQBEz6lE1szjK6D7Puk5TC3RTq8
Continue this lesson in the app
Install CourseHive on Android or iOS to keep learning while you move.
