Td corrigé Corrigés circuits logique - Videotron pdf

Corrigés circuits logique - Videotron

Circuits logique. Corrigé exercices. Logique combinatoire: Binaire. Exexcice 2.1. a = (11010)2. b = (1001101)2 .... Systèmes de codage. Exercice5.1 ...




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Circuits logique
Corrigé exercices
Logique combinatoire:
Binaire.
Exexcice 2.1
a = (11010)2b = (1001101)2c = (110110)2d = (110000)2e = (10110)2f = (101111)2g = (1011110)2h = (101100)2i = (1010,001)2j = (10011,000)2k = (11011,1)2l = (1001,01111)2m = (1001)2n = (1101,101)2 Exercice 2.2
a = (100)2b = (1100)2c = (1000)2d = (110010)2e = (10110)2f = (1101)2g = (11000,100)2h = (1010,101)2i = (11,11)2j = (101,01)2  Exercice 2.3
a = (11100)2b = (101010)2c = (100000)2d = (1)2e = (10)2f = (11,100)2g = (110001)2h = (100,1)2i = (11111)2j = (11110,11)2   
Exercice 2.4
a = 36b = 55c = 42d = 60e = 65f = 5,625g = 19,125h = 9,5625i = 31,75j = 14,03125  
Exercice 2.5
a = (1000011)2b = (10000000000)2c = (1100010001)2d = (1000001)2e = (1000110111)2f = (111000101)2g = (1010100)2h = (1100010010)2i = (1000000000)2j = (1010100000)2   
Octal
Exercice 3.1
a= 119b= 3386c= 860d= 766e= 3583f= 3564g=1650h= 668i= 8,015625j= 12,033  Exercice 3.2
a= (247)8b= (1656)8c= (1557)8d= (3025)8e= (2322)8f= (1425)8g= (1067)8h= (23113)8i= (140,0314)8j= (12,0121)8  Exercice 3.3
a= (23)8b= (27)8c= (12)8d= (17)8e= (20)8f= (47)8g= (73)8h= (43)8i= (770)8j= (123)8  


Exercice 3.4
a= 111101b= 1010101c= 11010110d= 100111101e= 111111111f= 1010011g= 10011110h= 10001i= 10111111j= 100110001  Hexadécimal
Exercice 4.1
a= 6571b= 9469c= 9165d= 22138e= 594173f= 297391g= 41868h= 290363i= 113767j= 8431  Exercice 4.2
a= (11E2)16b= (8705)16c= (22D8)16d= (6EB9)16e= (7B)16f= (11CF)16g= (16A0)16h= (AF63)16i= (3E8)16j= (AF21)16  Exercice 4.3
a= (91)16b= (CC)16c= (3F3)16d= (F0F)16e= (26A)16f= (939)16g= (5FC)16h= (3A49)16i= (290C9)16j= (3DDD)16  Exercice 4.4
a = (1010011001111001)2b = (1011110001001001)2c = (1010100100100001)2d = (100110001001)2e = (10001110101)2f = (1011001100111001)2g = (10000100101)2h = (10100010010)2i = (111100110111)2j = (1101010000001100)2  
Systèmes de codage
 
Exercice5.1
a = (0100010101111000)DCBb = (001101100101)DCBc = (100100100000)DCBd = (001010000011)DCBe = (000100100011)DCBf = (010001011001)DCBg = (011110010010)DCBh = (010001001000)DCBi = (000100000000)DCBj = (010000110011)DCB  Exercice5-2
a = 37b = 122c = 234d = 99e = 356f = 975g = 777h = 456i = 1010j = 375  Exercice5-3
a = (110101)Grayb = (101101)Grayc = (110100)Grayd = (101101)Graye = (10101010)Grayf = (11111111)Grayg = (10010100)Grayh = (110001)Grayi = (101010011)Grayj = (1101011011)Gray  Exercice5-4
a = (110110)2b = (1000101)2c = (1110110)2d = (101001)2e = (110011)2f = (11101001)2g = (1010001)2h = (10101010)2i = (1111000)2j = (11111111)2  


Lab1.1
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Karnaugh construction
Exercice 6.1
a =
A
B
S

0
0
0

0
1
0

1
0
1

1
1
0

 b=
A
B
C
S

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 c =
A
B
C
D
S

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 d =
A
B
S

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1
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1

 e =
A
B
C
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S

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f =
A
B
C
S

0
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1
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 g =
A
B
C
S

0
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1
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 h =
A
B
C
D
S

0
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0

0
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i =
A
B
C
S

0
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 j =
A
B
C
D
S

0
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Exercice 6.2
 
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Exercice 6.3
a = /A/BC + A/BC b = /A/B + /AB + A/B c = /A/B/C/D+/AB/C/D+/ABCD+A/BCD+AB/C/D+ABCD d = /A/B/C+/A/BC+/AB/C+/ABC+A/B/C+A/BC+AB/C e = A/B+AB
Exercice 6.4
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Karnaugh simplification
Exercice 7.1
 
a) S = AC + BC b) S= AD + A/B + /B/Cc) S= Ad) S= /A + B + Ce) S= /A + C  



Exercise 7.2
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Exercise 7.3
 
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Guy Imbeau