VCC 5V U37 CA SCI Analog_eput DI SC3 Analog out 107 106 TOS 103 TO 101 104 DO DO 9885 FADS ADC_SUB V4 =.5V SC2 3 A1 Key

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Vcc 5v U37 Ca Sci Analog Eput Di Sc3 Analog Out 107 106 Tos 103 To 101 104 Do Do 9885 Fads Adc Sub V4 5v Sc2 3 A1 Key 1 (58.47 KiB) Viewed 16 times

Note: You need to use three bits for FADS and the real circuit
runs much faster than the simulation. we slow it down so you can
understand how it works. For the real one, the frequency is much
higher to get a faster response and to be able to see only the
final value and light indicator (LED). And you need to reset to go
to a lower value, but here in the simulation you just need to rerun
it again.
Analog Input
Digital Output
0
0000
1
0001
2
0010
3
0011
4
0100
5
0101
6
0110
7
0111
8
1000
9
1001
VCC 5V U37 CA SCI Analog_eput DI SC3 Analog out 107 106 TOS 103 TO 101 104 DO DO 9885 FADS ADC_SUB V4 =.5V SC2 3 A1 Key - 1 TOI TO 103 TO TOS TO 102 TOR TOS TOLD 1011 1012 1013 1014 1015 1016 Ox100 - 10000) Ox11 1 -(0001) Area 1 Ox12 2 - (0010) Area 2 OX13 3 - (0011) Area 1 & 2 OX14 4 - (0100) Area 3 Ox15 5 - (0101) Area 183 Ox16 6 - (0110) Area 2 & 3 X17 7 - (0111) Area 1, 2 & 3 Ox18 8 - (1000) X19 9 - (1001) Ox20 10- (1010) Ox21 11-(1011) Ox22 12- (1100) X23 13- (1101) X24 14- (1110) Ox25 15- (1111) A2 Key - 2 A3 Key - 3 1-OF-16 DECODER_DEMULTIPLEXER_$N54_74LS138_1