R1GAA72 / R1QKA72 Series

Rev. 0.11 : 2013.01.15

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Boundary Scan Order

Bit # Ball ID

Signal names

Bit # Ball ID

Signal names

x9

x18

x36

x9

x18

x36

71

3C

NC

D10

D19

91

2L

Q7

Q15

Q24

72

1D

NC

NC

D28

92

3L

D7

D15

D24

73

2C

NC

NC

Q28

93

1M

NC

NC

D33

74

3E

Q5

Q11

Q20

94

1L

NC

NC

Q33

75

2D

D5

D11

D20

95

3N

NC

Q16

Q25

76

2E

NC

NC

D29

96

3M

NC

D16

D25

77

1E

NC

NC

Q29

97

1N

NC

NC

D34

78

2F

NC

Q12

Q21

98

2M

NC

NC

Q34

79

3F

NC

D12

D21

99

3P

Q8

Q17

Q26

80

1G

NC

NC

D30

100

2N

D8

D17

D26

81

1F

NC

NC

Q30

101

2P

NC

NC

D35

82

3G

Q6

Q13

Q22

102

1P

NC

NC

Q35

83

2G

D6

D13

D22

103

3R

SA

SA

SA

84

1H

/DOFF

/DOFF

/DOFF

104

4R

SA

SA

SA

85

1J

NC

NC

D31

105

4P

SA

SA

SA

86

2J

NC

NC

Q31

106

5P

SA

SA

SA

87

3K

NC

Q14

Q23

107

5N

SA

SA

SA

88

3J

NC

D14

D23

108

5R

SA

SA

SA

89

2K

NC

NC

D32

109

⎯

INTER-

NAL

INTER-

NAL

INTER-

NAL

90

1K

NC

NC

Q32

⎯⎯

⎯

⎯

⎯

Notes:

In boundary scan mode,

1. Clock balls (K, /K, C, /C) are referenced to each other and must be at opposite logic levels for

reliable operation.

2. CQ and /CQ data are synchronized to the respective C and /C (except EXTEST, SAMPLE-Z).

3. If C and /C tied high, CQ is generated with respect to K and /CQ is generated with respect to /K

(except EXTEST, SAMPLE-Z).

R10DS0172EJ0011