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8-bit ALU Design
8-bit ALU Design4-bit ALU Design
4-bit ALU DesignRING COUNTER(but not working)
RING COUNTER(but not working)FOUR INPUT SISIO REGISTER
FOUR INPUT SISIO REGISTER4-BIT SISO Reg.
4-BIT SISO Reg.8-bit SISO Register
8-bit SISO Register4-bit SIPO Register
4-bit SIPO Register8-BIT SIPO REGISTER
8-BIT SIPO REGISTER4-BIT PIPO Reg.
4-BIT PIPO Reg.8-BIT PIPO Reg.
8-BIT PIPO Reg.Design a 3-bit synchronus counter using D f/f thats counts in straight binary
Design a 3-bit synchronus counter using D f/f thats counts in straight binaryDesign a 3-bit Synchronus counter thats count in straight binary , starting from '0' using D f/f
Design a 3-bit Synchronus counter thats count in straight binary , starting from '0' using D f/fDesign 4-bit synchronus MOD 3 counter usingJK f/f
Design 4-bit synchronus MOD 3 counter usingJK f/fRing Counter
Ring CounterK MAP_F=.................
K MAP_F=.................F=AB'+A'B
F=AB'+A'BF=ABC+AB'C'+A'B
F=ABC+AB'C'+A'BCIRCUIT MINIMIZATION
CIRCUIT MINIMIZATIONCIRCUIT MINIMIZATION-02
CIRCUIT MINIMIZATION-02assignment_02
assignment_02NOT Gate
NOT GateAND Gate
AND GateNOR Gate
NOR GateDe Morgans 1st law
De Morgans 1st lawDe Morgans 2nd law
De Morgans 2nd lawHALF Adder
HALF AdderFOURBIT PARALLEL ADDER
FOURBIT PARALLEL ADDERHALF SUBSTRACTOR
HALF SUBSTRACTORDesign 4-bit synchronus counter usingJK f/f thats count in straight binary
Design 4-bit synchronus counter usingJK f/f thats count in straight binaryASSIGNMENT_01
ASSIGNMENT_01XOR Gate
XOR GateXNOR Gate
XNOR GateOR Gate
OR GateNAND Gate
NAND Gate4-BIT PISO Reg.
4-BIT PISO Reg.32-bit ALU Design
32-bit ALU Design3 INPUT OR Gate
3 INPUT OR Gate8 BIT PARALLEL ADDER
8 BIT PARALLEL ADDERDesign a 3-bit mod 3 counter using JK f/f
Design a 3-bit mod 3 counter using JK f/fBCD to 7 segment Decoder
BCD to 7 segment Decoder