Datasheet

5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
B NA 6522851
FPGA POWER AND GROUND
4 15
REV PAGE DOCUMENT NUMBER SIZE
of
PAGE TITLE
TEXAS INSTRUMENTS
C135 0.1uF
C75 0.1uF
C177 0.1uF C198 0.1uF
C51 0.01uF
C61 10uF
C131 0.1uF
C161 0.1uF
C111 0.1uF
C147 0.1uF
C139 0.1uF
C97 0.1uF
C118 0.1uF
C174 0.1uF C197 0.1uF
C50 1uF
C130 0.1uF
C160 0.1uF
C110 0.1uF C138 0.1uF
P3
5V_BJ
1
C91 0.1uF
C117 0.1uF C134 0.1uF
C74 0.1uF
C196 0.1uF
C129 0.1uF
C159 0.1uF C146 0.1uF
C137 0.1uF
C64 0.01uF
L5
Ferrite Bead_1210
1 2
C133 0.1uF
C73 0.1uF
C173 0.1uF C145 0.1uF
L6
Ferrite Bead_1210
1 2
C95 0.1uF
C105 0.1uF
C52 68uF
6SLX75TFGG676
U1N
MGTAVTTTX_101
A7
MGTAVTTTX_123
A19
MGTAVTTTX_245
AF8
MGTAVTTTX_267
AF20
MGTAVTTRX_101
D8
MGTAVTTRX_123
D18
MGTAVTTRX_245
AC9
MGTAVTTRX_267
AC19
MGTAVCC_101
C10
MGTAVCC_123
C16
MGTAVCC_245
AD11
MGTAVCC_267
AD17
MGTAVCCPLL0_101
B11
MGTAVCCPLL1_101
C12
MGTAVCCPLL0_123
C14
MGTAVCCPLL1_123
B15
MGTAVCCPLL0_245
AE12
MGTAVCCPLL1_245
AD13
MGTAVCCPLL0_267
AD15
MGTAVCCPLL1_267
AE16
C69 10uF
C172 0.1uF
C65 10uF
C194 0.1uF C195 0.1uF
C128 0.1uF
L2
Ferrite Bead_1210
1 2
C115 0.1uF
C70 1uF
D17
BAT60A 10V, 3A
1 2
C171 0.1uF C193 0.1uF
C127 0.1uF
C158 0.1uF
JMP32
2 Pin Berg
1
2
C114 0.1uF
JMP33
2 Pin Berg
1
2
C68 0.1uF
C100 0.1uF
C81 0.1uF C92 0.1uF
C192 0.1uF
L3
Ferrite Bead_1210
1 2
C126 0.1uF
C157 0.1uF C179 0.1uF
C80 0.1uF
C170 0.1uF C191 0.1uF
C125 0.1uF
C156 0.1uF C176 0.1uF
C124 0.1uF
C79 0.1uF
C169 0.1uF
C77 0.1uF
C189 0.1uF C190 0.1uF C155 0.1uF
C123 0.1uF
P2
RAPC722
SILK = +5V
SLEEVE
1
SHUNT
2
TIP
3
C122 0.1uF
L4
Ferrite Bead_1210
1 2
C54 1uF
C78 0.1uF
C168 0.1uF
C108 0.1uF
C87 0.1uF
C188 0.1uF
C121 0.1uF
JMP30
2 Pin Berg
1
2
P1
5V_BJ
1
C86 0.1uF
C167 0.1uF
C107 0.1uF
C187 0.1uF C154 0.1uF
C48 10uF
JMP7
3 Pin Berg
1
2
3
C85 0.1uF
C96 0.1uF
C106 0.1uF
C186 0.1uF
C49 0.1uF
C153 0.1uF
C84 0.1uF
C166 0.1uF
C90 0.1uF
C184 0.1uF
C116 0.1uF
C185 0.1uF
JMP31
2 Pin Berg
1
2
C152 0.1uF
6SLX75TFGG676
U1O
VCCAUX_0
AA5
VCCAUX_1
AB18
VCCAUX_2
AB8
VCCAUX_3
AC21
VCCAUX_4
AC7
VCCAUX_5
D20
VCCAUX_6
D6
VCCAUX_7
E17
VCCAUX_8
G5
VCCAUX_9
J10
VCCAUX_10
J18
VCCAUX_11
K13
VCCAUX_12
K15
VCCAUX_13
L18
VCCAUX_14
L22
VCCAUX_15
L5
VCCAUX_16
M17
VCCAUX_17
N10
VCCAUX_18
R22
VCCAUX_19
U12
VCCAUX_20
U14
VCCAUX_21
U18
VCCAUX_22
U6
VCCAUX_23
V17
VCCAUX_24
V9
VCCAUX_25
W13
C102 0.1uF
JMP34
2 Pin Berg
1
2
C178 0.1uF
C66 1uF
C83 0.1uF
C165 0.1uF
C89 0.1uF
C183 0.1uF
C53 10uF
C151 0.1uF C143 0.1uF
C101 0.1uF
C93 0.1uF
C175 0.1uF C164 0.1uF
C88 0.1uF
C104 0.1uF
C182 0.1uF
C58 1uF
C56 0.01uF
C59 0.1uF
C71 0.1uF
C57 10uF
C150 0.1uF
C55 0.1uF
C72 0.01uF
L1
Ferrite Bead_1210
1 2
C163 0.1uF
C103 0.1uF
C181 0.1uF C149 0.1uF
C99 0.1uF
C109 0.1uF C120 0.1uF
C67 0.01uF
C142 0.1uF
C82 0.1uF
C180 0.1uF
C113 0.1uF
6SLX75TFGG676
U1P
VCCINT_0
K11
VCCINT_1
K17
VCCINT_2
L12
VCCINT_3
L14
VCCINT_4
L16
VCCINT_5
M11
VCCINT_6
M12
VCCINT_7
M13
VCCINT_8
M14
VCCINT_9
M15
VCCINT_10
M16
VCCINT_11
N12
VCCINT_12
N13
VCCINT_13
N15
VCCINT_14
N16
VCCINT_15
P11
VCCINT_16
P12
VCCINT_17
P14
VCCINT_18
P15
VCCINT_19
R11
VCCINT_20
R12
VCCINT_21
R13
VCCINT_22
R14
VCCINT_23
R15
VCCINT_24
R16
VCCINT_25
R17
VCCINT_26
T11
VCCINT_27
T13
VCCINT_28
T15
VCCINT_29
T17
VCCINT_30
U10
VCCINT_31
U16
6SLX75TFGG676
U1R
GND_0
A1
GND_1
A11
GND_2
A15
GND_3
A17
GND_4
A21
GND_5
A26
GND_6
A9
GND_7
AB16
GND_8
AB2
GND_9
AB20
GND_10
AB25
GND_11
AC11
GND_12
AC13
GND_13
AC15
GND_14
AC17
GND_15
AD19
GND_16
AD21
GND_17
AD7
GND_18
AD9
GND_19
AE10
GND_20
AE18
GND_21
AE20
GND_22
AE22
GND_23
AE6
GND_24
AE8
GND_25
AF1
GND_26
AF10
GND_27
AF12
GND_28
AF16
GND_29
AF18
GND_30
AF26
GND_31
B17
GND_32
B19
GND_33
B7
GND_34
B9
GND_35
C18
GND_36
C20
GND_37
C6
GND_38
C8
GND_39
D10
GND_40
D12
GND_41
D14
GND_42
D16
GND_43
D4
GND_44
E15
GND_45
E19
GND_46
E22
GND_47
E7
GND_48
F2
GND_49
F25
GND_50
G14
GND_51
H23
GND_52
H4
GND_53
J19
GND_54
J8
GND_55
K16
GND_56
K2
GND_57
K25
GND_58
L11
GND_59
L13
GND_60
L15
GND_61
L17
GND_62
M22
GND_63
M5
GND_64
N11
GND_65
N14
GND_66
P13
GND_67
P16
GND_68
P2
GND_69
P20
GND_70
P25
GND_71
P7
GND_72
T10
GND_73
T12
GND_74
T14
GND_75
T16
GND_76
T18
GND_77
T21
GND_78
T5
GND_79
U11
GND_80
U17
GND_81
V2
GND_82
V25
GND_83
V8
GND_84
Y10
GND_85
Y14
GND_86
Y23
GND_87
Y4
GND_88
Y7
C119 0.1uF
C63 0.1uF
C136 0.1uF
C76 0.1uF
6SLX75TFGG676
U1Q
VCCO_0_0
B13
VCCO_0_1
C22
VCCO_0_2
C4
VCCO_0_3
E21
VCCO_0_4
F13
VCCO_0_5
F8
VCCO_0_6
G18
VCCO_0_7
H11
VCCO_0_8
H16
VCCO_0_9
J14
VCCO_2_0
AA14
VCCO_2_1
AA20
VCCO_2_2
AB6
VCCO_2_3
AE14
VCCO_2_4
AE23
VCCO_2_5
AE4
VCCO_2_6
W11
VCCO_2_7
W15
VCCO_2_8
Y18
VCCO_2_9
Y8
VCCO_4_0
D2
VCCO_4_1
F4
VCCO_4_2
H2
VCCO_4_3
J6
VCCO_4_4
K4
VCCO_4_5
M2
VCCO_4_6
M7
VCCO_1_0
AB23
VCCO_1_1
AD25
VCCO_1_2
P18
VCCO_1_3
P23
VCCO_1_4
T25
VCCO_1_5
W21
VCCO_1_6
W23
VCCO_1_7
Y25
VCCO_3_0
AD2
VCCO_3_1
P4
VCCO_3_2
P9
VCCO_3_3
T2
VCCO_3_4
T7
VCCO_3_5
W4
VCCO_3_6
W6
VCCO_3_7
Y2
VCCO_5_0
D25
VCCO_5_1
G22
VCCO_5_2
H25
VCCO_5_3
J21
VCCO_5_4
K23
VCCO_5_5
M20
VCCO_5_6
M25
C144 0.1uF
C141 0.1uF
C62 1uF
C60 0.01uF
C199 0.1uF
C132 0.1uF
C162 0.1uF
C94 0.1uF
C112 0.1uF
C148 0.1uF
C140 0.1uF
C98 0.1uF
5V_SOURCE
5V_BARREL
5V_BJ
5V_DIODE
VCCO_1P8V
VCCINT_1P2V
VCCO_1P8V
VCCO_1P8V VCCO_1P8V
VCCO_1P8V
VCCO_1P8V
VCCAUX_2P5V VCCAUX_2P5V
VCCMGT_1P2V
VCCAUX_2P5V
VCCO_1P8V
VCCMGT_1P2V
1P8V
1P2V
2P5V
VCCO_1P8V
VCCMGT_1P2V
VCCINT_1P2V
VCCAUX_2P5V
5V
1P2V_GTP
VCCCLK_3P3V 3P3V
VCCINT_1P2V VCCINT_1P2V
VCCMGT_1P2V
VCCMGT_1P2V
VCCMGT_1P2V
NOTE: PLACE GND BANANA JACKS 750 MIL
CENTER TO CENTER SPACING WITH A POWER
BANANA JACK.
NOTE: 1210 SIZED 0-OHM RESISTORS HAVE
BEEN INSTALLED IN PLACE OF FERRITE
BEADS.
TLK10002EVM FPGA Daughterboard Schematics www.ti.com
Figure 42. FPGA Power and Ground, Sheet 4 of 15
56
TLK10002 Dual-Channel, 10-Gbps, Multi-Rate Transceiver Evaluation Module SLLU148– May 2011
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