IC 74138 decoder: Implementation of Combinational circuit

@CircuitrysimplifiedbyDr.Shobha Video describes implementation of combinational circuit using 3:8 decoder IC74138. Active low outputs, NAND gate, practical implementation. Demultiplexer, Multiplexer, MUX, Encoder, Decoder BCD adder using 4 bit binary adder IC7483: https://youtu.be/S8RKxGPJqXo?si=mCpoUEgosgPZWNaJ 16:1 MUX/ 4 variable function using IC74153 using MSB reduction: https://youtu.be/hrXeceBuu0s?si=DNScHeF56CDD86Cq 8:1 MUX/ 3 variable function using IC74153: https://youtu.be/gqp-PyrCXCI?si=Grxo_4zsYH66QvZM Easy steps to convert JK flip flop in to D flip flop: https://youtu.be/VjlR1HF_u_U?si=nBFHyHu9mifjvYHm Easy steps to convert JK flip flop in to T flip flop: https://youtu.be/NoixkhSUx4w?si=VMLXk2wKsHtOApQD What is K-map | 4-variable K-map explained with example: https://youtu.be/IMfBxzpMp6s?si=I7D0esxeSgurwMir 3 variable K-map for POS form | explained with example: https://youtu.be/lXztM_Rze0I?si=Y-BPcBnsFUAnqU-V SOP and POS forms, standard and canonical forms, Minterms and Maxterms with examples: https://youtu.be/kWCqc6gnl4k?si=0Ah5CmvcxlAfl-CQ Comparison of logic families in digital electronics: https://youtu.be/aTnTocGBr0Q?si=aGtnVbeSeqxr-FfZ 2's complement arithmetic in digital electronics: https://youtu.be/vTQugl-9BA8?si=LgZpHuOwOqwQMwsg Tri-State Logic in Digital Electronics: https://youtu.be/jn-m6BX2hnE?si=YYdJtIm9si_PFCYT Fan In and Fan out in Digital Electronics: https://www.youtube.com/watch?v=VtwaGmRvDlc&t=2s Design of CMOS NOR gate using MOSFET: https://youtu.be/WX5pL1mzUe4?si=vhf1ocRcDG2O4YlL Design of CMOS NAND gate using MOSFET: https://youtu.be/ZnQe6GjkMZA?si=5kto-qORqMWcNbwq Modeling styles in VHDL explained with the example of 4:1 Mux: https://www.youtube.com/watch?v=2QfxIsjEyC8&t=788s