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3*8 decoder using 2*4 decoder
3*8 decoder using 2*4 decoder2:4 decoder using 1:2 decoder
2:4 decoder using 1:2 decoderAOI logic circuit of 2:4 Decoder
AOI logic circuit of 2:4 DecoderAOI logic circuit of 2:4 Decoder
AOI logic circuit of 2:4 DecoderNAND logic circuit of 2:4 Decoder
NAND logic circuit of 2:4 DecoderNAND logic circuit of 2:4 Decoder
NAND logic circuit of 2:4 Decoder21BKT0062 SOP
21BKT0062 SOPCAT 1 Q1
CAT 1 Q1CAT 1 Q1
CAT 1 Q1Untitled
UntitledCAT 1 Q1
CAT 1 Q1CAT 1 Q1
CAT 1 Q121BKT0062 POS USING 16:4 DECODER
21BKT0062 POS USING 16:4 DECODER16:1 MUX using 8:1 MUX
16:1 MUX using 8:1 MUX21bkt0062
21bkt0062ha
ha21BKT0062-ha
21BKT0062-ha21BKT0062HS
21BKT0062HS21bkt0062fs
21bkt0062fsUntitled
UntitledUntitled
UntitledJGNF
JGNFjfgn
jfgnnor
norfgjh
fgjhUntitled
Untitledfa
fanand sop
nand sop21BKT0062-hotq1-circuit diagram
21BKT0062-hotq1-circuit diagram8:1 MUX using 4:1 MUX & 2:1 MUX
8:1 MUX using 4:1 MUX & 2:1 MUX4 :1 multiplexer using 2:1 Multiplexers
4 :1 multiplexer using 2:1 Multiplexers2:1 multiplexer IOA
2:1 multiplexer IOAFull Adder using Half Adder using mux Using Mux
Full Adder using Half Adder using mux Using Mux2x1 mux using nand
2x1 mux using nand3*8 decoder using 2*4 decoder
3*8 decoder using 2*4 decoder2:4 decoder using 1:2 decoder
2:4 decoder using 1:2 decoder8:1 MUX using 4:1 MUX & 2:1 MUX
8:1 MUX using 4:1 MUX & 2:1 MUXhalf adder using mux
half adder using muxnand pos
nand posgkjnh
gkjnhhalf adder using mux
half adder using muxhalf subtractor using mux
half subtractor using muxfull subtractor using mux
full subtractor using muxfull subtractor using mux
full subtractor using muxhalf subtractor using mux
half subtractor using mux21BKT0062 2:1 multiplexer
21BKT0062 2:1 multiplexer21BKT0062-16-1-POS
21BKT0062-16-1-POS16X1 MUX 21BKT0016
16X1 MUX 21BKT001616X1 MUX 21BKT0062
16X1 MUX 21BKT0062CAT_1_SOlution_1a-62
CAT_1_SOlution_1a-62CAT_1_SOlution_1a
CAT_1_SOlution_1acat_1_solution_1b
cat_1_solution_1bcat_1_solution_1b
cat_1_solution_1bcat_1_solution_1b-62
cat_1_solution_1b-6221BKT0062-CAT1-Q5
21BKT0062-CAT1-Q521BKT0062-69-HOTQ2-circuit
21BKT0062-69-HOTQ2-circuit21BKT0062-69-HOTQ2-circuit
21BKT0062-69-HOTQ2-circuit21BKT0061-HOY-Q2CIRCUIT
21BKT0061-HOY-Q2CIRCUIT21BKT0062-16-1-SOP
21BKT0062-16-1-SOP16:1 MUX using 8:1 MUX
16:1 MUX using 8:1 MUX21bkt0062
21bkt0062viva3
viva321BKT0062 viva
21BKT0062 viva21BKT0062 q59
21BKT0062 q5921BKT0062 q59
21BKT0062 q5921BKT0062 q59
21BKT0062 q5921BKT0062 q59
21BKT0062 q5921BKT0062 q59
21BKT0062 q59Untitled
UntitledUntitled
Untitled21BKT0062-8:1-POS
21BKT0062-8:1-POS21BKT0062-8:1muxsop
21BKT0062-8:1muxsop16:1 MUX using 8:1 MUX
16:1 MUX using 8:1 MUX4 :1 multiplexer using 2:1 Multiplexers
4 :1 multiplexer using 2:1 Multiplexers4 :1 multiplexer using 2:1 Multiplexers
4 :1 multiplexer using 2:1 Multiplexers2:1 multiplexer IOA
2:1 multiplexer IOA2:1 multiplexer IOA
2:1 multiplexer IOA2:1 multiplexer IOA
2:1 multiplexer IOA2x1 mux using nand
2x1 mux using nand2x1 mux using nor
2x1 mux using nor2x1 mux using nor
2x1 mux using norFull Adder using Half Adder using mux Using Mux
Full Adder using Half Adder using mux Using MuxAOI logic circuit of 4:2 encoder
AOI logic circuit of 4:2 encoderNAND logic circuit of 4:2 encoder
NAND logic circuit of 4:2 encoderNAND logic circuit of 4:2 encoder
NAND logic circuit of 4:2 encoder21BKT0062 SOP INDECODER
21BKT0062 SOP INDECODER21BKT0062 SOP
21BKT0062 SOP4 BIT ALU
4 BIT ALU21BKT0062 4:1 SOP
21BKT0062 4:1 SOP16:1 MUX using 8:1 MUX
16:1 MUX using 8:1 MUX16:1 MUX using 8:1 MUX
16:1 MUX using 8:1 MUX16:1 MUX using 4:1 MUX
16:1 MUX using 4:1 MUX16:1 MUX using 4:1 MUX
16:1 MUX using 4:1 MUX16:1 MUX using 4:1 MUX
16:1 MUX using 4:1 MUXUntitled
Untitled8:1 using 4:1
8:1 using 4:14:1 using 2:1
4:1 using 2:14-bit Magnitude comparator
4-bit Magnitude comparator4-bit Magnitude comparator
4-bit Magnitude comparator21BKT0038_BCD_CC_16:1_w_dc
21BKT0038_BCD_CC_16:1_w_dc21BKT0062_BCD_CC_16:1_w_dc
21BKT0062_BCD_CC_16:1_w_dc21BKT0062_BCD_CC_16:1_w_dc
21BKT0062_BCD_CC_16:1_w_dc21BKT0062_BCD_CC_16:1_w/o_dc
21BKT0062_BCD_CC_16:1_w/o_dc21BKT0062_BCD_CC_16:1_w/o_dc
21BKT0062_BCD_CC_16:1_w/o_dc21BKT0038_BCD_CA_16:1_w_dc
21BKT0038_BCD_CA_16:1_w_dc21BKT0062_BCD_CA_16:1_w_dc
21BKT0062_BCD_CA_16:1_w_dc21BKT0062_BCD_CA_16:1_w_dc
21BKT0062_BCD_CA_16:1_w_dc21BKT0038_BCD_CA_16:1_w/o_dc
21BKT0038_BCD_CA_16:1_w/o_dc21BKT0062_BCD_CA_16:1_w/o_dc
21BKT0062_BCD_CA_16:1_w/o_dc21BKT0062_BCD_CA_16:1_w/o_dc
21BKT0062_BCD_CA_16:1_w/o_dc21BKT0062_BCD_CC_8:1_w_dc
21BKT0062_BCD_CC_8:1_w_dc8:1 7SEG DISP common anode with dont cares
8:1 7SEG DISP common anode with dont cares8:1 7SEG DISP common anode with dont cares
8:1 7SEG DISP common anode with dont cares8:1 7SEG DISP common anode without dont cares
8:1 7SEG DISP common anode without dont cares21BKT0062_BCD_CC_1:16
21BKT0062_BCD_CC_1:1621BKT0038_BCD_CA_1:16
21BKT0038_BCD_CA_1:1621BKT0062_BCD_CA_1:16
21BKT0062_BCD_CA_1:1621BKT0062_BCD_CA_1:16
21BKT0062_BCD_CA_1:1621BKT0062_1:16_using_1:8
21BKT0062_1:16_using_1:821BKT0038_1:8_using_1:4
21BKT0038_1:8_using_1:421BKT0062_1:8_using_1:4
21BKT0062_1:8_using_1:421BKT0062_4:16_using_3:8
21BKT0062_4:16_using_3:8Circuit 3.3
Circuit 3.321BKT0038_BCD_CC_1:16
21BKT0038_BCD_CC_1:1621BKT0038_BCD_CC_1:16
21BKT0038_BCD_CC_1:1621BKT0062_BCD_CC_1:16
21BKT0062_BCD_CC_1:1621BKT0038_1:16_using_1:8
21BKT0038_1:16_using_1:821BKT0062_1:16_using_1:8
21BKT0062_1:16_using_1:821BKT0038_1:8_using_1:4
21BKT0038_1:8_using_1:421BKT0062_1:8_using_1:4
21BKT0062_1:8_using_1:421BKT0062_1:4_using_1:2
21BKT0062_1:4_using_1:221BKT0062_1:4_using_1:2
21BKT0062_1:4_using_1:221BKT0062_1:4_using_1:2
21BKT0062_1:4_using_1:221BKT0038_BCD_CC_4:16
21BKT0038_BCD_CC_4:1621BKT0062_BCD_CC_4:16
21BKT0062_BCD_CC_4:1621BKT0062_BCD_CC_4:16
21BKT0062_BCD_CC_4:1621BKT0038_BCD_CA_4:16
21BKT0038_BCD_CA_4:1621BKT0062_BCD_CA_4:16
21BKT0062_BCD_CA_4:1621BKT0062_BCD_CA_4:16
21BKT0062_BCD_CA_4:1621BKT0038_4:16_using_3:8
21BKT0038_4:16_using_3:821BKT0062_4:16_using_3:8
21BKT0062_4:16_using_3:8aoi sop
aoi sopJGFNG
JGFNG2:1 multiplexer
2:1 multiplexerAOI logic circuit of 4:2 encoder
AOI logic circuit of 4:2 encoder21BKT0062-CAT1-Q1-B
21BKT0062-CAT1-Q1-B4 BIT ALU
4 BIT ALU21BKT0038_BCD_CC_8:1_w_dc
21BKT0038_BCD_CC_8:1_w_dc21BKT0062_BCD_CC_8:1_w_dc
21BKT0062_BCD_CC_8:1_w_dc8:1 7SEG DISP without dont care
8:1 7SEG DISP without dont care8:1 7SEG DISP without dont care
8:1 7SEG DISP without dont care8:1 7SEG DISP common anode without dont cares
8:1 7SEG DISP common anode without dont caresCircuit 3.3
Circuit 3.321BKT0062-hotq1-circuit diagram
21BKT0062-hotq1-circuit diagram21BKT0062-CAT-1-Q1-A
21BKT0062-CAT-1-Q1-A21BKT0062-CAT1-Q3
21BKT0062-CAT1-Q321BKT0062-CAT1-Q4
21BKT0062-CAT1-Q4