Q. 4.6: A majority circuit is a combinational circuit whose output is equal to 1 if the input

Q. 4.6: A majority circuit is a combinational circuit whose output is equal to 1 if the input variables have more 1’s than 0’s. The output is 0 otherwise.
(a) Design a 3 input majority circuit by finding the circuit’s truth table, Boolean equation, and a logic diagram.
(b) Write and verify a Verilog gate-level model of the circuit.
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Dhiman Kakati
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[@hiimhira1767]

Awesome work, you're a real one

[@sahasona9718]

Derive the Logic Function and design the Logic Circuit for implementation of 3 - Input
Minority Gate.
How solve this problem

[@melvinbesilla7406]

awesome ..what about 5 inputs?

[@sanattaori8519]

Good explanation

[@Hikkbcfhn]

thank you you made it very easy and straightforward

[@Hamza.shoukat]

Love you hogya sir very interesting

[@shriganeshayenamah3422]

Thank u sir

[@mdkawsar718]

thank you

[@nayankarmakarofficial6294]

Thnq so much

[@bhargavkillada9111]

Where we will use this circuit

[@Emir_Kashiwazaki]

YOU ARE GOAT MAN

[@pragatitalekar8684]

4 variable? What to do if two are equal

[@Btech_Boy]

total 6 nand gates are requied .

[@atharvagupta9355]

thank you -from exam center

[@DrDhimanKakati]

You're most welcome!

[@bijaymahara4484]

a combinational circuit has four inputs and two outputs one of the output is high when majority of inputs are high. the second output is high when all inputs are of same type. please solution?

[@mac2857]

Sir this is dataflow model not gate level

[@bharatletstalk]

6 two input gate is required

[@user-bc6ot7nq6o]

That's right.If we only use two input nand, there would be 6.

[@nidamanuribalakrishna3151]

sir i think 4 nand gates required to make that...plz correct if i am wrong

[@nikhilpillai8053]

4 nand is needed but 3 (2input) nand gates only

[@Anime.army.143]

A bro