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T2_22BCE3117_HA
T2_22BCE3117_HA4X4 MULTIPLIER
4X4 MULTIPLIERCAT2 B1 Q5
CAT2 B1 Q5CAT2 B2 Q4
CAT2 B2 Q4CAT2 B2 Q3
CAT2 B2 Q3Half Subtractor Sushmithaasri
Half Subtractor SushmithaasriHalf Subtractor Haswanth
Half Subtractor HaswanthFull Subtractor Haswanth
Full Subtractor HaswanthFull Subtractor Sushmithaasri
Full Subtractor SushmithaasriFA
FA3x3 Multiplier
3x3 MultiplierUntitled
UntitledOAI - F' T1 30 L43+44 22BCE3117 S HASWANTH
OAI - F' T1 30 L43+44 22BCE3117 S HASWANTHAOI F' : T1 30 L43+44 22BCE3117 S HASWANTH
AOI F' : T1 30 L43+44 22BCE3117 S HASWANTHOAI - F : T1 30 L43+44 22BCE3117 S HASWANTH
OAI - F : T1 30 L43+44 22BCE3117 S HASWANTHNOR - F T1 30 L43+44 22BCE3117 S HASWANTH
NOR - F T1 30 L43+44 22BCE3117 S HASWANTHNew NAND F T1 30 L43+44 22BCE3117 S HASWANTH
New NAND F T1 30 L43+44 22BCE3117 S HASWANTHNOR - F' T1 30 L43+44 22BCE3117 S HASWANTH
NOR - F' T1 30 L43+44 22BCE3117 S HASWANTHNAND F' T1 30 L43+44 22BCE3117 S HASWANTH
NAND F' T1 30 L43+44 22BCE3117 S HASWANTH30_2:1 MUX Circuit using SOP
30_2:1 MUX Circuit using SOP30_2:1 MUX POS AOI
30_2:1 MUX POS AOI30_2:1 MUX NOR
30_2:1 MUX NORMUX30_22BCE3117_S.HASWANTH
MUX30_22BCE3117_S.HASWANTHcat1b1q2
cat1b1q2CAT1B1Q3
CAT1B1Q3cat1 b1 q5
cat1 b1 q5cat1 q4 b1
cat1 q4 b1cat1b2q1
cat1b2q130.Encoder Circuit
30.Encoder Circuit30_HALF ADDER USING 4:1 MUX
30_HALF ADDER USING 4:1 MUX30_FA USING 4:1 MUX
30_FA USING 4:1 MUX30_HALF SUBTRACTOR USING 4:1 MUX
30_HALF SUBTRACTOR USING 4:1 MUXFPOS DECODER 22BKT0156
FPOS DECODER 22BKT015630_8:1 mux fsop
30_8:1 mux fsopF'SOP USING 8:1 MUX
F'SOP USING 8:1 MUXDA Q3 SOP (AOI)
DA Q3 SOP (AOI)DA Q3 POS (OAI)
DA Q3 POS (OAI)DA Q3 POS (OAI)
DA Q3 POS (OAI)DA QUES 3 DEMUX
DA QUES 3 DEMUXDA Q3 NAND
DA Q3 NAND15_22BCE2102_1Bit_ALU
15_22BCE2102_1Bit_ALU30_22BCE3117_4Bit ALU
30_22BCE3117_4Bit ALU15_22BCE2102_4Bit ALU
15_22BCE2102_4Bit ALU30_Decoder based design
30_Decoder based designS.Haswanth_22BCE3117_30_L43+44
S.Haswanth_22BCE3117_30_L43+44MOD 6 Synchronous Up Counter
MOD 6 Synchronous Up Countercat1 b2 q2
cat1 b2 q2cat1 b1 q1
cat1 b1 q1cat1b2q3
cat1b2q3B2 Q4 CAT1
B2 Q4 CAT1cat1b2q5
cat1b2q5CAT 2 B1 Q3
CAT 2 B1 Q3cat2b1q4
cat2b1q4task5 bi dir shift reg
task5 bi dir shift regcat2 b2 q1
cat2 b2 q1CAT2 B2 Q2
CAT2 B2 Q2task5 SIPO
task5 SIPOtask5 PISO
task5 PISOtask5 SISO
task5 SISOtask5 SIPO
task5 SIPOtask5 PIPO
task5 PIPOcat2 b2 q5
cat2 b2 q5DA QUES3 MUX
DA QUES3 MUXDA QUES 3 DECODER
DA QUES 3 DECODERDA Q3 NOR
DA Q3 NORT Flip Flop 22BCE2102 COUNTER
T Flip Flop 22BCE2102 COUNTER30_22BCE3117_1Bit_ALU
30_22BCE3117_1Bit_ALUcat2b1q2
cat2b1q230_2:1 MUX NAND
30_2:1 MUX NANDTASK 2 03 L43+L44 4x4 Multiplier
TASK 2 03 L43+L44 4x4 MultiplierMajority Circuit using 8:1 mux
Majority Circuit using 8:1 mux4-bit subtractor
4-bit subtractorAOI - F : T1 30 L43+44 22BCE3117 S HASWANTH
AOI - F : T1 30 L43+44 22BCE3117 S HASWANTHcat2b1q1
cat2b1q1