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Bidirectional Shift Register
Bidirectional Shift RegisterVIVA Q2
VIVA Q2Task2_Half_Adder
Task2_Half_AdderTask II Full Adder
Task II Full AdderTask II Half Subtrator
Task II Half SubtratorTask II Full Subtractor
Task II Full SubtractorTask II 4-Bit Adder
Task II 4-Bit AdderTask II 2x2 Multiplier
Task II 2x2 MultiplierUntitled
UntitledUntitled
UntitledTASK1 F'(POS) NOR Implementation
TASK1 F'(POS) NOR ImplementationTask1 F'(SOP) NAND Impementation
Task1 F'(SOP) NAND Impementation4 Bit ALU
4 Bit ALUPIPO Shift Register
PIPO Shift RegisterSIPO Shift Register
SIPO Shift RegisterPIPO Shift Register
PIPO Shift Registerrandom counter
random countercat2 B1 q2
cat2 B1 q2Untitled
UntitledTask 1 SOP Active Low Logic
Task 1 SOP Active Low LogicB1_Q5
B1_Q5B2_Q2
B2_Q2B2_Q4
B2_Q4B2_Q5
B2_Q5SISO Shift Register
SISO Shift RegisterB1_Q2
B1_Q2Full Adder Using 4:1 MUX
Full Adder Using 4:1 MUX2:1 Multiplexer circuit using NOR logic
2:1 Multiplexer circuit using NOR logicTask 1 POS Active High Logic
Task 1 POS Active High Logic1Bit ALU
1Bit ALUPOS_MUX
POS_MUXDA QUES3 MUX
DA QUES3 MUXDA Q3 POS (OAI)
DA Q3 POS (OAI)DA QUES 3 DECODER
DA QUES 3 DECODERUntitled
UntitledTask 1 using decoder SOP
Task 1 using decoder SOPTask 1 using 4:16 Decoder POS
Task 1 using 4:16 Decoder POSTask 1 Multiplexer
Task 1 Multiplexer2:1 MUX NOR IMPLEMENTATION
2:1 MUX NOR IMPLEMENTATION2:1 MUX NAND IMPLEMENTATION
2:1 MUX NAND IMPLEMENTATIONHalf Adder using 4:1 MUX
Half Adder using 4:1 MUXHalf Adder using 4:1 MUX
Half Adder using 4:1 MUXHalf Subtractor using 4:1 MUX
Half Subtractor using 4:1 MUXTask 1 using 8:1 MUX
Task 1 using 8:1 MUXFull adder using 8:1 MUX
Full adder using 8:1 MUXFull Subtractor using 4:1 MUX
Full Subtractor using 4:1 MUXFull adder using 8:1 MUX
Full adder using 8:1 MUXFull Subtractor using 8:1 MUX
Full Subtractor using 8:1 MUXUntitled
UntitledB1_Q3
B1_Q3B2_Q1
B2_Q1Mod N Counter
Mod N CounterDA Q3 NAND
DA Q3 NANDDA Q3 NOR
DA Q3 NORDA Q3 POS (OAI)
DA Q3 POS (OAI)DA QUES 3 DEMUX
DA QUES 3 DEMUX2:1 MUX POS OAI
2:1 MUX POS OAI