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This is a 2bit ALU with inputs a&b It can do all the 6 logic operations (AND, OR, NAND, NOR, XOR & XNOR) it can also do 2 arithmetic operations (Addition and subtraction of a&b) it also has an additional full adder and subtractor. ruclips.net/video/cv4GEljItms/видео.html

This is a recap of what we have been doing all along I've run all logic operations in the 8:1multiplexer and they work properly using their special codes

FINALLY guys we're done making the 8:1 logic unit with NOT[b] being our last input in the 8:1multiplexer Don't miss this...

This is the 7th input in the 8:1multiplexer ic it's NOT[a] The input will be inverting the state of input [a] hence it will only have 2 possible configuration (either on ir off)

This is a 5v powered led which is not working Let's troubleshoot the inside and repair

X nor gate addition to our 8:1multiplexer circuit We've given it the code (101)

Added an exclusive OR gate in our 8:1 multiplexer Given it the code 100 Don't miss out

We're still on our sereies to make the 8:1 logic unit Today we've connected our two 4:1 multiplexer circuits together to make the ic a single 8:1 multiplexer circuit to hold all 8 logic operations well be doing

We're are done with our first 4:1multiplexer having NOR gate as the last input This is actually great...Next up we will be connecting the two Multiplexers together and fill up the last 4 inputs

Episode 3 guys of our 8bit logic unit construction Today we have added a nand gate on our first 4:1 multiplexer

This is the second step of our journey to make the 8bit logic unit then finally 8bit alu This time round we've added an OR gate to our multiplexer

This is a new series guys we are starting off creating and 8 bit logic unit that will be doing operations like And Or Nor Nand Xnor Xor The operations will be controlled by a 8:1 multiplexer ic

This is a simple 2bit binary counter using the CD4027 dual jk flipflop ic This is much simplified for better understanding

Using simple components lets learn how to make jk flipflops and understand their operation

ENCODER TO DECODER CIRCUIT

A 4:2 ENCODER CIRCUIT

A SIMPLE 2:4 DECODER CIRCUIT TUTORIAL

A (4:1)MULTIPLEXER CIRCUIT

2:1 MULTIPLEXER CIRCUIT

D LATCH CIRCUIT

SET/RESET LATCH

A FULL SUBTRACTOR CIRCUIT

A HALF SUBTRACTOR CIRCUIT

FULL ADDER CIRCUIT

Half adder digital logic circuit

FUN WITH TRONIC ZENERGY

A SIMPLE MULTIVIBRATOR 🤔

LIGHT INTENSITY METER

LM 35 TEMPERATURE SENSOR TUTORIAL