Playing with logic gates, find my approach to make decison making cirucits.
- 2 to 1 mux
- 3 to 8
- 4 to 1 MUX
- D Flip Flop
- Full Adder using 3 to 8
- Full Adder using two half adders
- Full Adder
- 8_to_1_using_4_to_1_and_2_to_1
- AND
- AND_using_NAND
- NAND
- NOR
- NOT
- NOT_using_NAND
- NOT_using_NOR
- OR
- OR_using_NAND
- OR_using_NOR
- XNOR
- XNOR_using_NOR
- XOR
- XOR_using_NAND
- Full_Adder
- Full_Adder_using_two_half_adder
- Full_Substractor
- Half_Adder
- Half_Adder_using_NAND
- Half_Substractor
- Half_Substractor_using_NAND
- 3_to_8_Decoder
- Full_adder_using_3_to_8_decoder
- 2_to_1_MUX
- 4_to_1_MUX
- Half Adder
- Half Substractor using Nand
- Half Substractor
- J K Flip Flop
- S R Flip Flop
- Sine_Discrete
- T Flip Flop
- d Flip flop
- fcfs
- preemetive_sjfs
- preemitive_priority_scheduling
- priority_scheduling
- reconstructed sine
- sjfs
- thread