Terasic THDB-HTG User manual

TerasicTHDB-HTG
THDB-HTG
Terasic HSTC to GPIO Daughter Board
User Manual
Document Version 1.0 DEC. 23, 2008 by Terasic

Introduction
ii
Page Index
INTRODUCTION..........................................................................................................................................................1
1-1 FEATURES................................................................................................................................................................................... 1
1-2 GETTING HELP ........................................................................................................................................................................... 1
ARCHITECTURE .........................................................................................................................................................2
1-3 LAYOUTAND COMPONETS.......................................................................................................................................................... 2
1-4 BLOCK DIAGRAM ........................................................................................................................................................................ 4
BOARD COMPONENTS.............................................................................................................................................5
1-5 HSTC/HSMC EXPANSION CONNECTOR................................................................................................................................... 5
1-6 EXPANSION PROTOTYPE CONNECTORS.................................................................................................................................... 7
1-7 PROTOTYPING AREA ................................................................................................................................................................ 12
1-8 JTAG SWITCH.......................................................................................................................................................................... 13
1-9 POWER ON CONTROL PIN....................................................................................................................................................... 13
1-10 I2C SERIAL EEPROM........................................................................................................................................................... 13
1-11 POWER SUPPLY...................................................................................................................................................................... 14
DEMONSTRATION....................................................................................................................................................15
1-12 CONNECTING THDB-HTG BOARD TO A CYCLONE III STARTER BOARD .............................................................................. 15
1-13 CONNECTING THDB-HTG BOARD TO ALTERA DE3 BOARD................................................................................................ 16
APPENDIX ..................................................................................................................................................................17
1-14 MECHANICAL.......................................................................................................................................................................... 17
1-15 REVISION HISTORY ................................................................................................................................................................ 17
1-16ALWAYS VISIT THDB-HTG WEBPAGE FOR NEW MAIN BOARD............................................................................................. 17

Introduction
1
Introduction
1
The THDB-HTG board is designed to convert a High-Speed Terasic connector (HSTC) or a High-Speed
Mezzanine connector (HSMC) I/Os to three 40-pin expansion prototype connectors, which are compatible
with Altera DE2/DE1 expansion headers. Users can connect up to three Altera DE2/DE1 boards (or
associated daughter cards) onto a HSTC/HSMC-interfaced host board via a THDB-HTG board.
1-1Features
Figure 1.1 shows the photo of a THDB-HTG board. The important functions of the THDB-HTG are listed
below:
•Convert HSTC/HSMC-interfaced I/O to standard 40-pin expansion connectors.
•Allow users to connect Altera DE2/DE1 boards to a HSTC/HSMC-interfaced host board.
•Provide test points for signal measurement.
Figure 1.1. The picture of a THDB-HTG board
1-2Getting Help
Here are some places to get help if you encounter any problem:
9Email to [email protected]
9Taiwan & China: [phone]
9Korea : [phone]
9English Support Line: [phone]

Architecture
2
Architecture
2
This chapter describes the architecture of the THDB-HTG board, including block diagram and components.
1-3Layout and Componets
Figure 2.1, Figure 2.2, and Figure 2.3 depict the layout of the board and indicate the locations of the connectors
a
nd key components.
Expansion
Prototype
Connector (J2)
Expansion
Prototype
Connector (J3)
Expansion
Prototype
Connector (J4)
Prototype
Area Prototype
Area
I2C Serial
EEPROM(U1)
JTAG
Switch (SW1)
Figure 2.1 Top view of the TDRB-HTG board

Architecture
3
180-pin Female
HSTC Connector
(J1)
Figure 2.2 Back side of the TDRB-HTG board – HSTC version
180-pin Male
HSMC
Connector (J1)
Figure 2.3 Back side of the TDRB-HTG board – HSMC version

Architecture
4
The following components are provided on the THDB-HTG board :
•HSTC/HSMC expansion connector (J1)
•Expansion prototype connectors (J2,J3,J4)
•I2C serial EEPROM (U1)
1-4Block Diagram
Figure 2.4 shows the block diagram of the THDB-HTG board.
To HSTC/HSMC
Interface
Host Board
HSTC/HSMC
Connector
40-Pin Expansion
Prototype Connector 1
J2
40-Pin Expansion
Prototype Connector 3
J4
Prototype Area
40-Pin Expansion
Prototype Connector 2
J3
I2C Serial EEPROM
U1
36 I/Os
36 I/Os
36 I/Os
22 I/Os
I2C Interface
J1
Figure 2.4. The block diagram of the THDB-HTG board

Board Components
5
Board Components
3
This section will describe the information of components, connector interfaces, and pin
mappings on the THDB-HTG board in details.
1-5HSTC/HSMC Expansion Connector
This section describes the HSTC/HSMC connector on the THDB-HTG board
There are two options of high speed connector on the THDB-HTG board. One is a 180-pin female HSTC
connector for HSTC-interfaced host board such as Altera DE3 board and Terasic PCI board. The other one is
a 180-pin male connector forAltera HSMC-interfaced host board.All other interfaces on the THDB-HTG board
are connected to the HSTC/HSMC connector. Figure 3.1 shows the pin-outs of the HSTC and HSMC
connector.

Board Components
6
22
44HSTCA_CLKIN_n0
HSTCA_CLKIN_p0
HSTCA_RX_n0
HSTCA_RX_p0
HSTCA_RX_n1
HSTCA_RX_p1
HSTCA_RX_n2
HSTCA_RX_p2
HSTCA_RX_n3
HSTCA_RX_p3
HSTCA_RX_n4
HSTCA_RX_p4
HSTCA_RX_n5
HSTCA_RX_p5
HSTCA_RX_n6
HSTCA_RX_p6
HSTCA_RX_n7
HSTCA_RX_p7
HSTCA_RX_n8
HSTCA_RX_p8
66
88
10 10
12 12
14 14
16 16
18 18
20 20
22 22
24 24
26 26
28 28
30 30
32 32
34 34
36 36
38 38
40 40
42 42
44 44
46 46
48 48
50 50
52 52
54 54
56 56
58 58
60 60
HSTCA_CLKIN_n1
64 64 HSTCA_CLKIN_p1
66 66
HSTCA_RX_n9
70 70 HSTCA_RX_p9
72 72
62 62
68 68
HSTCA_RX_n10
76 76 HSTCA_RX_p10
78 78
74 74
HSTCA_RX_n11
82 82 HSTCA_RX_p11
84 84
80 80
HSTCA_RX_n12
88 88 HSTCA_RX_p12
90 90
86 86
HSTCA_RX_n13
94 94 HSTCA_RX_p13
96 96
92 92
HSTCA_RX_n14
100 100 HSTCA_RX_p14
102 102
98 98
HSTCA_RX_n15
106 106 HSTCA_RX_p15
108 108
104 104
HSTCA_RX_n16
112 112 HSTCA_RX_p16
114 114
110 110
HSTCA_RX_n17
118 118 HSTCA_RX_p17
120 120
122 122 HSTCA_CLKIN_2 VCC50
BA_VTT
124 124
124 HSTCA_TDI
HSTCA_TMS
126 126
128 128
130 130 HSTCA_SCL
132 132 HSTCA_RX_n18
134 134 HSTCA_RX_p18
136 136 HSTCA_RX_n19
138 138 HSTCA_RX_p19
140 140 HSTCA_RX_n20
142 142 HSTCA_RX_p20
144 144 HSTCA_RX_n21
146 146 HSTCA_RX_p21
148 148 HSTCA_RX_n22
150 150 HSTCA_RX_p22
152 152 HSTCA_RX_n23
154 154 HSTCA_RX_p23
156 156 HSTCA_RX_n24
158 158 HSTCA_RX_p24
160 160 HSTCA_RX_n25
162 162 HSTCA_RX_p25
164 164 HSTCA_RX_n26
166 166 HSTCA_RX_p26
168 168 HSTCA_RX_n27
170
116 116
1
3
5
7
9
11
13
15
17
19
21
23
25
27
39
31
33
35
37
39
41
43
45
47
49
51
53
55
57
59
63
65
69
71
61
67
75
77
73
81
83
79
87
89
85
93
95
91
99
101
97
105
107
103
111
113
109
117
119
121
123
125
127
129
131
133
135
137
139
141
143
145
147
149
151
153
155
157
159
161
163
165
167
115
1
3
5
7
9
11
13
15
17
19
21
23
25
27
39
31
33
35
37
39
41
43
45
47
49
51
53
55
57
59
63
65
69
71
61
67
75
77
73
81
83
79
87
89
85
93
95
91
99
101
97
105
107
103
111
113
109
117
119
121
123
125
127
129
131
133
135
137
139
141
143
145
147
149
151
153
155
157
159
161
163
165
167
115
HSTCA_CLKOUT_n0
VCC33 12V
J1
HSTCA_CLKOUT_p0
HSTCA_TX_n0
HSTCA_TX_p0
HSTCA_TX_n1
HSTCA_TX_p1
HSTCA_TX_n2
HSTCA_TX_p2
HSTCA_TX_n3
HSTCA_TX_p3
HSTCA_TX_n4
HSTCA_TX_p4
HSTCA_TX_n5
HSTCA_TX_p5
HSTCA_TX_n6
HSTCA_TX_p6
HSTCA_TX_n7
HSTCA_TX_p7
HSTCA_TX_n8
HSTCA_TX_p8
HSTCA_CLKOUT_n1
HSTCA_CLKOUT_p1
HSTCA_TX_n9
HSTCA_TX_p9
HSTCA_TX_n10
HSTCA_TX_p10
HSTCA_TX_n11
HSTCA_TX_p11
HSTCA_TX_n12
HSTCA_TX_p12
HSTCA_TX_n13
HSTCA_TX_p13
HSTCA_TX_n14
HSTCA_TX_p14
HSTCA_TX_n15
HSTCA_TX_p15
HSTCA_TX_n16
HSTCA_TX_p16
HSTCA_TX_n17
HSTCA_TX_p17
HSTCA_CLKOUT_2
POWER ON
BA_VREF
HSTCA_TDO
HSTCA_TCK
HSTCA_SDA
HSTCA_TX_n18
HSTCA_TX_p18
HSTCA_TX_n19
HSTCA_TX_p19
HSTCA_TX_n20
HSTCA_TX_p20
HSTCA_TX_n21
HSTCA_TX_p21
HSTCA_TX_n22
HSTCA_TX_p22
HSTCA_TX_n23
HSTCA_TX_p23
HSTCA_TX_n24
HSTCA_TX_p24
HSTCA_TX_n25
HSTCA_TX_p25
HSTCA_TX_n26
HSTCA_TX_p26
170 HSTCA_RX_p27
172 172 HSTCA_RX_n28
174 174 HSTCA_RX_p28
176 176 HSTCA_RX_n29
178 178 HSTCA_RX_p29
180 180
169
171
173
175
177
179
169
171
173
175
177
179
HSTCA_TX_n27
HSTCA_TX_p27
HSTCA_TX_n28
HSTCA_TX_p28
HSTCA_TX_n29
HSTCA_TX_p29
HSMC_CLKINn2
HSMC_CLKINp2
HSMC_RX_n16
HSMC_RX_p16
HSMC_RX_n15
HSMC_RX_p15
HSMC_RX_n14
HSMC_RX_p14
HSMC_RX_n13
HSMC_RX_p13
HSMC_RX_n12
HSMC_RX_p12
HSMC_RX_n11
HSMC_RX_p11
HSMC_RX_n10
HSMC_RX_p10
HSMC_RX_n9
HSMC_RX_p9
HSMC_RX_n8
HSMC_RX_p8
HSMC_CLKINn1
HSMC_CLKINp1
HSMC_RX_n7
HSMC_RX_p7
HSMC_RX_n6
HSMC_RX_p6
HSMC_RX_n5
HSMC_RX_p5
HSMC_RX_n4
HSMC_RX_p4
HSMC_RX_n3
HSMC_RX_p3
HSMC_RX_n2
HSMC_RX_p2
HSMC_RX_n1
HSMC_RX_p1
HSMC_RX_n0
HSMC_RX_p0
HSMC_D3
HSMC_D1
HSMC_CLKIN0
HSMC_TDI
HSMC_TMS
HSMC_SCL
ND
HSMC_TXVR_RXn0
HSMC_TXVR_RXP0
ND
HSMC_TXVR_RXn1
HSMC_TXVR_RXp1
ND
HSMC_TXVR_RXn2
HSMC_TXVR_RXp2
ND
HSMC_TXVR_RXn3
HSMC_TXVR_RXp3
ND
HSMC_TXVR_RXn4
HSMC_TXVR_RXp4
ND
HSMC_TXVR_RXn5
HSMC_TXVR_RXp5
ND
HSMC_TXVR_RXn6
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
64
66
70
72
62
68
76
78
74
82
84
80
88
90
86
94
96
92
100
102
98
106
108
104
112
114
110
118
120
122
124
126
128
130
132
134
136
138
140
142
144
146
148
150
152
154
156
158
160
162
164
166
168
170
172
116
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
64
66
70
72
62
68
76
78
74
82
84
80
88
90
86
94
96
92
100
102
98
106
108
104
112
114
110
118
120
122
124
126
128
130
132
134
136
138
140
142
144
146
148
150
152
154
156
158
160
162
164
166
168
170
172
116
1
3
5
7
9
11
13
15
17
18
21
23
25
27
29
31
33
35
37
39
41
43
45
47
49
51
53
55
57
59
63
65
69
71
61
67
75
77
73
81
83
79
87
89
85
93
95
91
99
101
97
105
107
103
111
113
109
117
119
121
123
125
127
129
131
133
135
137
139
141
143
145
147
149
151
153
155
157
159
161
163
165
167
169
171
115
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
41
43
45
47
49
51
53
55
57
59
63
65
69
71
61
67
75
77
73
81
83
79
87
89
85
93
95
91
99
101
97
105
107
103
111
113
109
117
119
121
123
125
127
129
131
133
135
137
139
141
143
145
147
149
151
153
155
157
159
161
163
165
167
169
171
115
VCC33 12V
J1
HSMC_CLKOUTn2
HSMC_CLKOUTp2
HSMC_TX_n16
HSMC_TX_p16
HSMC_TX_n15
HSMC_TX_p15
HSMC_TX_n14
HSMC_TX_p14
HSMC_TX_n13
HSMC_TX_p13
HSMC_TX_n12
HSMC_TX_p12
HSMC_TX_n11
HSMC_TX_p11
HSMC_TX_n10
HSMC_TX_p10
HSMC_TX_n9
HSMC_TX_p9
HSMC_TX_n8
HSMC_TX_p8
HSMC_CLKOUTn1
HSMC_CLKOUTp1
HSMC_TX_n7
HSMC_TX_p7
HSMC_TX_n6
HSMC_TX_p6
HSMC_TX_n5
HSMC_TX_p5
HSMC_TX_n4
HSMC_TX_p4
HSMC_TX_n3
HSMC_TX_p3
HSMC_TX_n2
HSMC_TX_p2
HSMC_TX_n1
HSMC_TX_p1
HSMC_TX_n0
HSMC_TX_p0
HSMC_D2
HSMC_D0
HSMC_CLKOUT0
ND
HSMC_TDO
HSMC_TCK
HSMC_SDA
ND
HSMC_TXVR_TXn0
HSMC_TXVR_TXp0
ND
HSMC_TXVR_TXn1
HSMC_TXVR_TXp1
ND
HSMC_TXVR_TXn2
HSMC_TXVR_TXp2
ND
HSMC_TXVR_TXn3
HSMC_TXVR_TXp3
ND
HSMC_TXVR_TXn4
HSMC_TXVR_TXp4
ND
HSMC_TXVR_TXn5
HSMC_TXVR_TXp5
ND
HSMC_TXVR_TXn6
ND
NDND
HSMC_TXVR_RXp6
ND
HSMC_TXVR_RXn7
HSMC_TXVR_RXp7
174
176
178
180
174
176
178
180
173
175
177
179
173
175
177
179
HSMC_TXVR_TXp6
ND
HSMC_TXVR_TXn7
HSMC_TXVR_TXp7
ND : Not Defined
HSTC Connector HSMC Connector
Figure 3.1 The pin-outs of the HSTC and HSMC connector.

Board Components
7
1-6Expansion Prototype Connectors
This section describes the expansion prototype connectors on the THDB-HTG board.
The THDB-HTG board has three expansion prototype connectors (J2, J3, and J4) connected to the
HSTC/HSMC connector directly. Each of the connectors has 36 prototyping I/Os and 3.3/5 volts power supply
from the HSTC/HSMC interface and on-board regulator. In addition, the expansion connector is compatible
with expansion headers of Altera DE1/DE2 board. Users can connect Altera DE2/DE1 development kits or
custom daughter boards to a HSTC/HSMC-interfaced host board. Figure 3.2 and Figure 3.3 show the pin-outs
of the expansion prototype connectors for HSTC and HSMC version, respectively. Detailed pin mappings to
HSTC/HSMC connector are listed in Table 3.1, Table 3.2, and Table 3.3.
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
HSTC_CLKIN_n0
HSTC_CLKIN_p0
HSTC_TX_n0
HSTC_TX_p0
HSTC_TX_n1
5V
HSTC_TX_p1
HSTC_TX_n2
HSTC_TX_p2
HSTC_CLKOUT_n0
HSTC_CLKOUT_p0
HSTC_TX_n3
HSTC_TX_p3
HSTC_TX_n4
3.3V
HSTC_TX_p4
HSTC_TX_n5
HSTC_TX_p5
HSTC_TX_n6
HSTC_TX_p6
HSTC_RX_n0
HSTC_RX_p0
HSTC_RX_n1
HSTC_RX_p1
HSTC_RX_n2
GND
HSTC_RX_p2
HSTC_RX_n3
HSTC_RX_p3
HSTC_RX_n4
HSTC_RX_p4
HSTC_RX_n5
HSTC_RX_p5
HSTC_RX_n6
GND
HSTC_RX_p6
HSTC_RX_n7
HSTC_RX_p7
HSTC_TX_n7
HSTC_TX_p7
J2
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
HSTC_CLKIN_n1
HSTC_CLKIN_p1
HSTC_TX_n9
HSTC_TX_p9
HSTC_TX_n10
5V
HSTC_TX_p10
HSTC_TX_n11
HSTC_TX_p11
HSTC_CLKOUT_n1
HSTC_CLKOUT_p1
HSTC_TX_n12
HSTC_TX_p12
HSTC_TX_n13
3.3V
HSTC_TX_p13
HSTC_TX_n14
HSTC_TX_p14
HSTC_TX_n15
HSTC_TX_p15
HSTC_RX_n9
HSTC_RX_p9
HSTC_RX_n10
HSTC_RX_p10
HSTC_RX_n11
GND
HSTC_RX_p11
HSTC_RX_n12
HSTC_RX_p12
HSTC_RX_n13
HSTC_RX_p13
HSTC_RX_n14
HSTC_RX_p14
HSTC_RX_n15
GND
HSTC_RX_p15
HSTC_RX_n16
HSTC_RX_p16
HSTC_TX_n16
HSTC_TX_p16
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
HSTC_TX_n18
HSTC_TX_p18
HSTC_TX_n19
HSTC_TX_p19
HSTC_TX_n20
5V
HSTC_TX_p20
HSTC_TX_n21
HSTC_TX_p21
HSTC_TX_n22
HSTC_TX_p22
HSTC_TX_n23
HSTC_TX_p23
HSTC_TX_n24
3.3V
HSTC_TX_p24
HSTC_TX_n25
HSTC_TX_p25
HSTC_TX_n26
HSTC_TX_p26
HSTC_RX_n18
HSTC_RX_p18
HSTC_RX_n19
HSTC_RX_p19
HSTC_RX_n20
GND
HSTC_RX_p20
HSTC_RX_n21
HSTC_RX_p21
HSTC_RX_n22
HSTC_RX_p22
HSTC_RX_n23
HSTC_RX_p23
HSTC_RX_n24
GND
HSTC_RX_p24
HSTC_RX_n26
HSTC_RX_p26
HSTC_RX_n25
HSTC_RX_p25
J3 J4
Figure 3.2 Pin-outs of the expansion prototype connectors for HSTC version

Board Components
8
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
HSMC_CLKINn2
HSMC_CLKINp2
HSMC_TX_n16
HSMC_TX_p16
HSMC_TX_n15
5V
HSMC_TX_p15
HSMC_TX_n14
HSMC_TX_p14
HSMC_CLKOUTn2
HSMC_CLKOUTp2
HSMC_TX_n13
HSMC_TX_p13
HSMC_TX_n12
3.3V
HSMC_TX_p12
HSMC_TX_n11
HSMC_TX_p11
HSMC_TX_n10
HSMC_TX_p10
HSMC_RX_n16
HSMC_RX_p16
HSMC_RX_n15
HSMC_RX_p15
HSMC_RX_n14
GND
HSMC_RX_p14
HSMC_RX_n13
HSMC_RX_p13
HSMC_RX_n12
HSMC_RX_p12
HSMC_RX_n11
HSMC_RX_p11
HSMC_RX_n10
GND
HSMC_RX_p10
HSMC_RX_n9
HSMC_RX_p9
HSMC_TX_n9
HSMC_TX_p9
J2
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
HSMC_CLKINn1
HSMC_CLKINp1
HSMC_TX_n7
HSMC_TX_p7
HSMC_TX_n6
5V
HSMC_TX_p6
HSMC_TX_n5
HSMC_TX_p5
HSMC_CLKOUTn1
HSMC_CLKOUTp1
HSMC_TX_n4
HSMC_TX_p4
HSMC_TX_n3
3.3V
HSMC_TX_p3
HSMC_TX_n2
HSMC_TX_p2
HSMC_TX_n1
HSMC_TX_p1
HSMC_RX_n7
HSMC_RX_p7
HSMC_RX_n6
HSMC_RX_p6
HSMC_RX_n5
GND
HSMC_RX_p5
HSMC_RX_n4
HSMC_RX_p4
HSMC_RX_n3
HSMC_RX_p3
HSMC_RX_n2
HSMC_RX_p2
HSMC_RX_n1
GND
HSMC_RX_p1
HSMC_RX_n0
HSMC_RX_p0
HSMC_TX_n0
HSMC_TX_p0
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
ND
HSMC_TXVR_TXn0
HSMC_TXVR_TXp0
ND
HSMC_TXVR_TXn1
5V
HSMC_TXVR_TXp1
ND
HSMC_TXVR_TXn2
HSMC_TXVR_TXp2
ND
HSMC_TXVR_TXn3
HSMC_TXVR_TXp3
ND
3.3V
HSMC_TXVR_TXn4
HSMC_TXVR_TXp4
ND
HSMC_TXVR_TXn5
HSMC_TXVR_TXp5
ND
HSMC_TXVR_RXn0
HSMC_TXVR_RXP0
ND
HSMC_TXVR_RXn1
GND
HSMC_TXVR_RXp1
ND
HSMC_TXVR_RXn2
HSMC_TXVR_RXp2
ND
HSMC_TXVR_RXn3
HSMC_TXVR_RXp3
ND
GND
HSMC_TXVR_RXn4
HSMC_TXVR_RXn5
HSMC_TXVR_RXp5
HSMC_TXVR_RXp4
ND
J3 J4
ND : Not Deifned
Figure 3.3 Pin-outs of the expansion prototype connectors for HSMC version

Board Components
9
Table 3.1 Pin mappings of the expansion prototype connector J2
Ex
p
ansion Protot
yp
e Connector 1
–
J2
J2 Pin
Number
J1 Pin
Number
J1 (HSTC Version) Signal
Name
J1 (HSMC Version) Signal
Name
DE2/DE1
GPIO Sgnal Name
1 4 HSTC_CLKIN_n0 HSMC_CLKIN_n2 GPIO0
2 10 HSTC_RX_n0 HSMC_RX_n16 GPIO1
3 6 HSTC_CLKIN_p0 HSMC_CLKIN_p2 GPIO2
4 12 HSTC_RX_p0 HSMC_RX_p16 GPIO3
5 9 HSTC_TX_n0 HSMC_TX_n16 GPIO4
6 16 HSTC_RX_n1 HSMC_RX_n15 GPIO5
7 11 HSTC_TX_p0 HSMC_TX_p16 GPIO6
8 18 HSTC_RX_p1 HSMC_RX_p15 GPIO7
9 15 HSTC_TX_n1 HSMC_TX_n15 GPIO8
10 22 HSTC_RX_n2 HSMC_RX_n14 GPIO9
11 N/A N/A N/A 5V
12 N/A N/A N/A GND
13 17 HSTC_TX_p1 HSMC_TX_p15 GPIO10
14 24 HSTC_RX_p2 HSMC_RX_p14 GPIO11
15 21 HSTC_TX_n2 HSMC_TX_n14 GPIO12
16 28 HSTC_RX_n3 HSMC_RX_n13 GPIO13
17 23 HSTC_TX_p2 HSMC_TX_p14 GPIO14
18 30 HSTC_RX_p3 HSMC_RX_p13 GPIO15
19 3 HSTC_CLKOUT_n0 HSMC_CLKOUT_n2 GPIO16
20 34 HSTC_RX_n4 HSMC_RX_n12 GPIO17
21 5 HSTC_CLKOUT_p0 HSMC_CLKOUT_p2 GPIO18
22 36 HSTC_RX_p4 HSMC_RX_p12 GPIO19
23 27 HSTC_TX_n3 HSMC_TX_n13 GPIO20
24 40 HSTC_RX_n5 HSMC_RX_n11 GPIO21
25 29 HSTC_TX_p3 HSMC_TX_p13 GPIO22
26 42 HSTC_RX_p5 HSMC_RX_p11 GPIO23
27 33 HSTC_TX_n4 HSMC_TX_n12 GPIO24
28 46 HSTC_RX_n6 HSMC_RX_n10 GPIO25
29 N/A N/A N/A 3.3V
30 N/A N/A N/A GND
31 35 HSTC_TX_p4 HSMC_TX_p12 GPIO26
32 48 HSTC_RX_p6 HSMC_RX_p10 GPIO27
33 39 HSTC_TX_n5 HSMC_TX_n11 GPIO28
34 52 HSTC_RX_n7 HSMC_RX_n9 GPIO29
35 41 HSTC_TX_p5 HSMC_TX_p11 GPIO30
36 54 HSTC_RX_p7 HSMC_RX_p9 GPIO31
37 45 HSTC_TX_n6 HSMC_TX_n10 GPIO32
38 51 HSTC_TX_n7 HSMC_TX_n9 GPIO33
39 47 HSTC_TX_p6 HSMC_TX_p10 GPIO34
40 53 HSTC_TX_p7 HSMC_TX_p9 GPIO35

Board Components
10
Table 3.2 Pin mappings of the expansion prototype connector J3
Ex
p
ansion Protot
yp
e Connector 1
–
J3
J3 Pin
Number
J1 Pin
Number
J1 (HSTC Version) Signal
Name
J1 (HSMC Version) Signal
Name
DE2/DE1
GPIO Sgnal Name
1 64 HSTC_CLKIN_n1 HSMC_CLKIN_n1 GPIO0
2 70 HSTC_RX_n9 HSMC_RX_n7 GPIO1
3 66 HSTC_CLKIN_p1 HSMC_CLKIN_p1 GPIO2
4 72 HSTC_RX_p9 HSMC_RX_p7 GPIO3
5 69 HSTC_TX_n9 HSMC_TX_n7 GPIO4
6 76 HSTC_RX_n10 HSMC_RX_n6 GPIO5
7 71 HSTC_TX_p9 HSMC_TX_p7 GPIO6
8 78 HSTC_RX_p10 HSMC_RX_p6 GPIO7
9 75 HSTC_TX_n10 HSMC_TX_n6 GPIO8
10 82 HSTC_RX_n11 HSMC_RX_n5 GPIO9
11 N/A N/A N/A 5V
12 N/A N/A N/A GND
13 77 HSTC_TX_p10 HSMC_TX_p6 GPIO10
14 84 HSTC_RX_p11 HSMC_RX_p5 GPIO11
15 81 HSTC_TX_n11 HSMC_TX_n5 GPIO12
16 88 HSTC_RX_n12 HSMC_RX_n4 GPIO13
17 83 HSTC_TX_p11 HSMC_TX_p5 GPIO14
18 90 HSTC_RX_p12 HSMC_RX_p4 GPIO15
19 63 HSTC_CLKOUT_n1 HSMC_CLKOUT_n1 GPIO16
20 94 HSTC_RX_n13 HSMC_RX_n3 GPIO17
21 65 HSTC_CLKOUT_p1 HSMC_CLKOUT_p1 GPIO18
22 96 HSTC_RX_p13 HSMC_RX_p3 GPIO19
23 87 HSTC_TX_n12 HSMC_TX_n4 GPIO20
24 100 HSTC_RX_n14 HSMC_RX_n2 GPIO21
25 89 HSTC_TX_p12 HSMC_TX_p4 GPIO22
26 102 HSTC_RX_p14 HSMC_RX_p2 GPIO23
27 93 HSTC_TX_n13 HSMC_TX_n3 GPIO24
28 106 HSTC_RX_n15 HSMC_RX_n1 GPIO25
29 N/A N/A N/A 3.3V
30 N/A N/A N/A GND
31 95 HSTC_TX_p13 HSMC_TX_p3 GPIO26
32 108 HSTC_RX_p15 HSMC_RX_p1 GPIO27
33 99 HSTC_TX_n14 HSMC_TX_n2 GPIO28
34 112 HSTC_RX_n16 HSMC_RX_n0 GPIO29
35 101 HSTC_TX_p14 HSMC_TX_p2 GPIO30
36 114 HSTC_RX_p16 HSMC_RX_n0 GPIO31
37 105 HSTC_TX_n15 HSMC_TX_n1 GPIO32
38 111 HSTC_TX_n16 HSMC_TX_n0 GPIO33
39 107 HSTC_TX_p15 HSMC_TX_p1 GPIO34
40 113 HSTC_TX_p16 HSMC_TX_p0 GPIO35

Board Components
11
Table 3.3 Pin mappings of the expansion prototype connector J4
Ex
p
ansion Protot
yp
e Connector 1
–
J4
J4 Pin
Number
J1 Pin
Number
J1 (HSTC Version) Signal
Name
J1 (HSMC Version) Signal
Name
DE2/DE1
GPIO Sgnal Name
1 133 HSTC_TX_n18 ND GPIO0
2 134 HSTC_RX_n18 ND GPIO1
3 135 HSTC_TX_p18 HSMC_TXVR_TXn0 GPIO2
4 136 HSTC_RX_p18 HSMC_TXVR_RXn0 GPIO3
5 137 HSTC_TX_n19 HSMC_TXVR_TXp0 GPIO4
6 138 HSTC_RX_n19 HSMC_TXVR_RXp0 GPIO5
7 139 HSTC_TX_p19 ND GPIO6
8 140 HSTC_RX_p19 ND GPIO7
9 141 HSTC_TX_n20 HSMC_TXVR_TXn1 GPIO8
10 142 HSTC_RX_n20 HSMC_TXVR_RXn1 GPIO9
11 N/A N/A N/A 5V
12 N/A N/A N/A GND
13 143 HSTC_TX_p20 HSMC_TXVR_TXp1 GPIO10
14 144 HSTC_RX_p20 HSMC_TXVR_RXp1 GPIO11
15 145 HSTC_TX_n21 ND GPIO12
16 146 HSTC_RX_n21 ND GPIO13
17 147 HSTC_TX_p21 HSMC_TXVR_TXn2 GPIO14
18 148 HSTC_RX_p21 HSMC_TXVR_RXn2 GPIO15
19 149 HSTC_TX_n22 HSMC_TXVR_TXp2 GPIO16
20 150 HSTC_RX_n22 HSMC_TXVR_RXp2 GPIO17
21 151 HSTC_TX_p22 ND GPIO18
22 152 HSTC_RX_p22 ND GPIO19
23 153 HSTC_TX_n23 HSMC_TXVR_TXn3 GPIO20
24 154 HSTC_RX_n23 HSMC_TXVR_RXn3 GPIO21
25 155 HSTC_TX_p23 HSMC_TXVR_TXp3 GPIO22
26 156 HSTC_RX_p23 HSMC_TXVR_RXp3 GPIO23
27 157 HSTC_TX_n24 ND GPIO24
28 158 HSTC_RX_n24 ND GPIO25
29 N/A N/A N/A 3.3V
30 N/A N/A N/A GND
31 159 HSTC_TX_p24 HSMC_TXVR_TXn4 GPIO26
32 160 HSTC_RX_p24 HSMC_TXVR_RXn4 GPIO27
33 161 HSTC_TX_n25 HSMC_TXVR_TXp4 GPIO28
34 166 HSTC_RX_n26 HSMC_TXVR_RXn5 GPIO29
35 163 HSTC_TX_p25 ND GPIO30
36 168 HSTC_RX_p26 HSMC_TXVR_RXp5 GPIO31
37 165 HSTC_TX_n26 HSMC_TXVR_TXn5 GPIO32
38 162 HSTC_TX_n25 HSMC_TXVR_RXp4 GPIO33
39 167 HSTC_TX_p26 HSMC_TXVR_TXp5 GPIO34
40 164 HSTC_TX_p25 ND GPIO35

Board Components
12
1-7Prototyping Area
The THDB-HTG board provides users a prototyping area for signal measurement or debug. These
prototyping points are connected to the HSTC/HSMC connector directly. Detailed I/O maps for HSTC and
HSMC version are provided to help users locate the corresponding prototyping points, as shown in Figure 3.4
and Figures 3.5, respectively.
HSTC_TX_n8
HSTC_TX_p8
HSTC_RX_n8
HSTC_RX_p8
HSTC_TX_n17
HSTC_TX_p17
HSTC_RX_n17
HSTC_RX_p17
HSTC_TX_n27
HSTC_TX_p27
HSTC_RX_n28
HSTC_RX_p28
HSTC_TX_n29
HSTC_TX_p29
HSTC_CLKIN_2
HSTC_CLKOUT_2
HSTC_TX_n27
HSTC_TX_p27
HSTC_RX_n28
HSTC_RX_p28
HSTC_TX_n29
HSTC_TX_p29
Figure 3.4 Pin distribution of the prototype area for TDHB-HTG HSTC version
HSMC_TX_n8
HSMC_TX_p8
HSMC_RX_n8
HSMC_RX_p8
HSMC_D2
HSMC_D0
HSMC_D3
HSMC_D1
ND
HSMC_TXVR_TXn6
HSMC_TXVR_TXp6
ND
HSMC_TXVR_TXn7
HSMC_TXVR_TXp7
HSMC_CLKIN0
HSMC_CLKOUT0
ND
HSMC_TXVR_RXn6
HSMC_TXVR_RXp6
ND
HSMC_TXVR_RXn7
HSMC_TXVR_RXp7
ND : Not Defined
Figure 3.5 Pin distribution of the prototype area for TDHB-HTG HSMC version

Board Components
13
1-8JTAG Switch
The THDB-HTG board provides a JTAG switch (SW1) to short the JTGA signal “HSTC_TDI” and
“HSTC_TDO” together. When the THDB-HTG board is connected to a HSTC host board, this feature can
bypass the JTAG signal from host board to form a close loop of JTAG chain. For example, if users connect a
THDB-HTG with Altera DE3 board, this switch must be turned on, or the Stratix III FPGA device will not be
detected because the JTGAchain is not a close loop on DE3 board. Figure 3.6 shows the JTAG switch being
turned on.
Figure 3.6 The JTAG Switch in “ON” position
1-9Power ON Control Pin
Pin 121 of the HSTC connector is defined as a “Power ON” control signal. This signal allows host board to
turn on/off the power supply on THDB-HTG board. When the Power ON signal is in logic low level, the 3.3V
and 5V on the expansion header will not supply any power. This feature is designed for THDB-HTG HSTC
version only.
1-10I2C Serial EEPROM
This section describes the I2C Serial EEPROM on the THDB-HTG board
The THDB-HTG board provides a Microchip 24LC02BT EEPROM (U1) which can be configured by the I2C
interface. The size of the EEPROM is 2K-bit that can store the board information or user’s data. The detailed
pin description between EEPROM and HSMC connector is listed in the Table 3.4.

Board Components
14
Table 3.4 The pin assignments of the I2C serial EEPROM
EEPROM
Pin Number
EPPROM
Signal Name
HSMC Pin
Number
U1-1 A0 N/A
U1-2 A1 N/A
U1-3 A2 N/A
U1-4 GND N/A
U1-5 HSTC_SDA J1-131
U1-6 HSTC_SCL J1-132
U1-7 WP N/A
U1-8 VCC33 (3.3 volts) N/A
1-11Power Supply
This section describes the power supply on the THDB-HTG board.
The power distribution on the THDB-HTG board is shown in Figure 3.7.
EEPROM
U1
12V
J1
Regulator
Q1
5V
Expansion
Prototype
Connectors
J2~J4
3.3V
HSTC/HSMC
Connector
Figure 3.7 THDB-HTG board power distribution diagram.

Demonstration
15
Demonstration
4
This chapter illustrates how to use the THDB-HTG board to a HSTC/HSMC-interfaced host
board.
1-12Connecting THDB-HTG Board to a Cyclone III Starter Board
This section describes how to use the THDB-HTG board with a Cyclone III Starter Board.
Figure 4.1 illustrates how the THDB-HTG board is connected to the Cyclone III starter board. Users need to
pay extra attention to the following two points:
1. Observe the orientation of the HSMC connector when connecting the THDB-HTG to the Cyclone
III Starter Board.
2. Note that there are two LVDS pairs on the HSMC connector: the HSMC_CLK_p1/n1 (form a close
loop via R3) and HSMC_CLKIN_p2/n2 (form a close loop via R4). Therefore, using any one of the
signal in a LVDS pair under single-ended mode will prevent users from using the other signal in the
same pair.
Figure 4.1 Connecting the THDB-HTG board to the Cyclone III starter board

Demonstration
16
1-13Connecting THDB-HTG Board to Altera DE3 Board
This section describes how to use the THDB-HTG board with Altera DE3 Board.
Figure 4.2 illustrates how the THDB-HTG board is connected to theAltera DE3 board. Users need to pay extra
attention to the following three points:
1. THDB-HTG board can be connected to any of the HSTC connectors J1, J3, J5, and J7 on the DE3
board.
2. The JTAG Switch on the THDB-HTG board MUST be switched to “Bypass” position, or the FPGAdevice
on DE3 board will not be detected.
3. Users can use DE3_System_builder to create Quartus II project. Please refer to Figure 3.2 for the
corresponding signal names.
Figure 4.2 Connecting the THDB-HTG board to the Cyclone III starter board

Appendix
17
Appendix
5
1-14Mechanical
1-15Revision History
Date Change Log
DEC 23, 2009 Initial Version
1-16Always Visit THDB-HTG Webpage for New Main board
We will be continuing providing interesting examples and labs on our THDB-HTG
webpage. Please visit www.altera.com or HTG.terasic.com for more information.

5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
HSTC_TDO
HSTC_TCK
VCC5
VREF VTT
HSTC_TMS
HSTC_TDI
HSTC_RX_p1
HSTC_RX_p2
HSTC_RX_p3
HSTC_RX_p4
HSTC_RX_p5
HSTC_RX_p6
HSTC_RX_p7
HSTC_RX_p0
HSTC_RX_p8
HSTC_RX_n1
HSTC_RX_n2
HSTC_RX_n3
HSTC_RX_n4
HSTC_RX_n5
HSTC_RX_n6
HSTC_RX_n7
HSTC_RX_n8
HSTC_RX_n0
HSTC_RX_p11
HSTC_RX_p9
HSTC_RX_p10
HSTC_RX_n11
HSTC_RX_n9
HSTC_RX_n10
HSTC_RX_n12
HSTC_RX_n17
HSTC_RX_n13
HSTC_RX_n14
HSTC_RX_n15
HSTC_RX_n16
HSTC_RX_p12
HSTC_RX_p17
HSTC_RX_p13
HSTC_RX_p14
HSTC_RX_p15
HSTC_RX_p16
HSTC_RX_n23
HSTC_RX_p23
HSTC_RX_n22
HSTC_RX_p22
HSTC_RX_n21
HSTC_RX_p21
HSTC_RX_n29
HSTC_RX_n25
HSTC_RX_n28
HSTC_RX_n27
HSTC_RX_p29
HSTC_RX_p25
HSTC_RX_p27
HSTC_RX_p28
HSTC_RX_n24
HSTC_RX_p24
HSTC_RX_n20
HSTC_RX_n18
HSTC_RX_n19
HSTC_RX_p20
HSTC_RX_p19
HSTC_RX_p18
HSTC_SDA HSTC_SCL
POWER_ON
HSTC_CLKOUT_2
HSTC_CLKIN_n0
HSTC_CLKIN_p0
HSTC_CLKIN_n1
HSTC_CLKIN_p1
HSTC_CLKIN_2
HSTC_RX_p26
HSTC_RX_n26
HSTC_TX_n1
HSTC_TX_n2
HSTC_TX_n3
HSTC_TX_n4
HSTC_TX_n5
HSTC_TX_n6
HSTC_TX_n7
HSTC_TX_n0
HSTC_TX_n8
HSTC_TX_p1
HSTC_TX_p2
HSTC_TX_p3
HSTC_TX_p4
HSTC_TX_p5
HSTC_TX_p0
HSTC_TX_p6
HSTC_TX_p7
HSTC_TX_p8
HSTC_CLKOUT_n0
HSTC_CLKOUT_p0
HSTC_CLKOUT_n1
HSTC_CLKOUT_p1
HSTC_TX_n9
HSTC_TX_n10
HSTC_TX_p9
HSTC_TX_p10
HSTC_TX_n11
HSTC_TX_p11
HSTC_TX_n12
HSTC_TX_p12
HSTC_TX_n13
HSTC_TX_p13
HSTC_TX_n14
HSTC_TX_p14
HSTC_TX_n15
HSTC_TX_p15
HSTC_TX_n16
HSTC_TX_p16
HSTC_TX_n17
HSTC_TX_p17
HSTC_TX_n18
HSTC_TX_p18
HSTC_TX_n19
HSTC_TX_p19
HSTC_TX_n20
HSTC_TX_p20
HSTC_TX_n21
HSTC_TX_p21
HSTC_TX_n22
HSTC_TX_p22
HSTC_TX_n23
HSTC_TX_p23
HSTC_TX_n24
HSTC_TX_p24
HSTC_TX_n25
HSTC_TX_p25
HSTC_TX_n26
HSTC_TX_p26
HSTC_TX_n27
HSTC_TX_p27
HSTC_TX_n28
HSTC_TX_p28
HSTC_TX_n29
HSTC_TX_p29
HSTC_SDA
HSTC_SCL
POWER_ON
HSTC_CLKOUT_2
HSTC_CLKIN_2
HSTC_TMS
HSTC_TCK
HSTC_TDI HSTC_TDO
HSTC_TDO
HSTC_TDI
POWER_ON
HSTC_CLKOUT_n0
HSTC_CLKOUT_p0
HSTC_CLKIN_n0
HSTC_CLKIN_p0
HSTC_TX_n1
HSTC_TX_n2
HSTC_TX_n3
HSTC_TX_n4
HSTC_TX_n5
HSTC_TX_p1
HSTC_TX_p2
HSTC_TX_p3
HSTC_TX_p4
HSTC_TX_n6 HSTC_TX_n7
HSTC_TX_p5
HSTC_TX_p6 HSTC_TX_p7
HSTC_RX_p1
HSTC_RX_p2
HSTC_RX_p3
HSTC_RX_p4
HSTC_RX_p5
HSTC_RX_p6
HSTC_RX_p7
HSTC_RX_p0
HSTC_RX_n1
HSTC_RX_n2
HSTC_RX_n3
HSTC_RX_n4
HSTC_RX_n5
HSTC_RX_n6
HSTC_RX_n7
HSTC_RX_n0
HSTC_TX_n0
HSTC_TX_p0
HSTC_TX_n8
HSTC_TX_p8
HSTC_TX_n11
HSTC_TX_p11
HSTC_TX_n12
HSTC_TX_p12
HSTC_TX_n13
HSTC_TX_p13
HSTC_TX_n14
HSTC_TX_p14
HSTC_TX_n15
HSTC_TX_p15
HSTC_CLKOUT_n1
HSTC_CLKOUT_p1
HSTC_TX_n9
HSTC_TX_n10
HSTC_TX_p9
HSTC_TX_p10
HSTC_RX_p8
HSTC_RX_n8
HSTC_RX_p11
HSTC_RX_p9
HSTC_RX_p10
HSTC_RX_n11
HSTC_RX_n9
HSTC_RX_n10
HSTC_RX_n12
HSTC_RX_n13
HSTC_RX_n14
HSTC_RX_n15
HSTC_RX_p12
HSTC_RX_p13
HSTC_RX_p14
HSTC_RX_p15
HSTC_CLKIN_n1
HSTC_CLKIN_p1
HSTC_TX_n16
HSTC_TX_p16
HSTC_TX_n17
HSTC_TX_p17
HSTC_RX_n17
HSTC_RX_n16
HSTC_RX_p17
HSTC_RX_p16
HSTC_TX_p18
HSTC_TX_n18
HSTC_TX_n19
HSTC_TX_p19
HSTC_TX_n20
HSTC_TX_p20
HSTC_TX_n21
HSTC_TX_p21
HSTC_TX_n22
HSTC_TX_p22
HSTC_TX_n23
HSTC_TX_p23
HSTC_TX_n24
HSTC_TX_p24
HSTC_RX_n22
HSTC_RX_n21
HSTC_RX_p21
HSTC_RX_n20
HSTC_RX_n18
HSTC_RX_n19
HSTC_RX_p20
HSTC_RX_p19
HSTC_RX_p18
HSTC_RX_n23
HSTC_RX_p23
HSTC_RX_p22
HSTC_RX_n24
HSTC_RX_p24
HSTC_TX_p25
HSTC_TX_n25
HSTC_TX_n26
HSTC_TX_p26
HSTC_TX_n29
HSTC_TX_p29
HSTC_TX_n27
HSTC_TX_p27
HSTC_TX_n28
HSTC_TX_p28
HSTC_RX_n29
HSTC_RX_n28
HSTC_RX_n27
HSTC_RX_p29
HSTC_RX_p27
HSTC_RX_p28
HSTC_RX_p26
HSTC_RX_n26
HSTC_RX_n25
HSTC_RX_p25
5V
12V
VCC33
5V
5V
VCC33
5V
VCC33
3V3
3V3
3V3
3V3 12V
VCC333V3
VCC33
VCC33
12V3V3 5V
3V3
Title
Size Document Number Rev
Date: Sheet of
Copyright (c) 2008 by Terasic Technologies Inc. Taiwan.
No part of this schematic design may be reproduced, duplicated, or used without the prior written permission of Terasic.
All rights reserved.
High Speed Terasic Connector (HSTC) 1.0
HSTC TO GPIO Daughter Board
C11Thursday, October 30, 2008
Title
Size Document Number Rev
Date: Sheet of
Copyright (c) 2008 by Terasic Technologies Inc. Taiwan.
No part of this schematic design may be reproduced, duplicated, or used without the prior written permission of Terasic.
All rights reserved.
High Speed Terasic Connector (HSTC) 1.0
HSTC TO GPIO Daughter Board
C11Thursday, October 30, 2008
Title
Size Document Number Rev
Date: Sheet of
Copyright (c) 2008 by Terasic Technologies Inc. Taiwan.
No part of this schematic design may be reproduced, duplicated, or used without the prior written permission of Terasic.
All rights reserved.
High Speed Terasic Connector (HSTC) 1.0
HSTC TO GPIO Daughter Board
C11Thursday, October 30, 2008
HSTC Connector - Female (Motherboard Bottom-side)
or Daughter Board
Attention:
2. If the JTAG signals are not used on the daughter board,
please short TDI with TDO (see Example 2).
5. Pin 2 must be connected to GND to enable the auto JTAG chain detection.
3. The voltage level of VTT and VREF is half the I/O voltage of
the HSTC connector.
4. Daughter board should supply power to VTT and VREF.
1. Both JTAG and I2C signals are fixed at 3.3V.
Short
TDO (125)
TMS (130)
TCK (129)
HSTC Daughter Board
Daughter Board Circuit
Part Number : QSH-090-01-F-D-A
HSTC Female
TDI (126)
Example 2:
Attention: R14 HSMC only
R1
2K
R1
2K
R11
240
R11
240
TXn27TXn27
FID6FID6
TDITDI
RXn17RXn17 R14 0 NMR14 0 NM
FID7FID7
RXn29RXn29
TXp27TXp27
BC5
0.1u
BC5
0.1u
TDOTDO
RXp17RXp17
3V33V3
FID8FID8
MH3MH3
A1
A0
VSS
A2
VCC
SDA
SCL
WP
U1
24LC02B
A1
A0
VSS
A2
VCC
SDA
SCL
WP
U1
24LC02B
4 5
6
8
7
1
2
3
9
TXn28TXn28
FID1FID1
BC6
0.1u
BC6
0.1u
VCC5VCC5
Q1A
SI5519DU
Q1A
SI5519DU
TXp28TXp28
FID2FID2
J2
BOX HEADER 2X20
J2
BOX HEADER 2X20
1 2
3 4
5 6
7 8
9 10
11
13 12 14
16
18
20
22
24
26
27
15
17
19
21
23
25 28
29
31
33
35
37
39
30
32
34
36
38
40
C6
100u
C6
100u
TMSTMS
BC7
0.1u
BC7
0.1u
R12 10KR12 10K
TXn29TXn29
FID3FID3
12V12V
TCKTCK
C4
100u
C4
100u
FID4FID4
TXp29TXp29
Q1BQ1B
J4
BOX HEADER 2X20
J4
BOX HEADER 2X20
1 2
3 4
5 6
7 8
9 10
11
13 12 14
16
18
20
22
24
26
27
15
17
19
21
23
25 28
29
31
33
35
37
39
30
32
34
36
38
40
R13
120
R13
120
5V5V
MH1MH1
TXn8TXn8
C8
100u
C8
100u
C3 1nC3 1n
181182183184188 185186187189192 190191
J1
QSH-090-01-F-D-A
181182183184188 185186187189192 190191
J1
QSH-090-01-F-D-A
1
13
35
57
79
911
11 13
13 15
15 17
17 19
19 21
21 23
23 25
25 27
27 29
29 31
31 33
33 35
35 37
37 39
39 41
41 43
43 45
45 47
47 49
49 51
51 53
53 55
55 57
57 59
59
22
44
66
88
10 10
12 12
14 14
16 16
18 18
20 20
22 22
24 24
26 26
28 28
30 30
32 32
34 34
36 36
38 38
40 40
42 42
44 44
46 46
48 48
50 50
52 52
54 54
56 56
58 58
60 60
61
61 63
63 65
65 67
67 69
69 71
71 73
73 75
75 77
77 79
79 81
81 83
83 85
85 87
87 89
89 91
91 93
93 95
95 97
97 99
99 101
101 103
103 105
105 107
107 109
109 111
111 113
113 115
115 117
117 119
119
62 62
64 64
66 66
68 68
70 70
72 72
74 74
76 76
78 78
80 80
82 82
84 84
86 86
88 88
90 90
92 92
94 94
96 96
98 98
100 100
102 102
104 104
106 106
108 108
110 110
112 112
114 114
116 116
118 118
120 120
121
121 123
123 125
125 127
127 129
129 131
131 133
133 135
135 137
137 139
139 141
141 143
143 145
145 147
147 149
149 151
151 153
153 155
155 157
157 159
159 161
161 163
163 165
165 167
167 169
169 171
171 173
173 175
175 177
177 179
179
122 122
124 124
126 126
128 128
130 130
132 132
134 134
136 136
138 138
140 140
142 142
144 144
146 146
148 148
150 150
152 152
154 154
156 156
158 158
160 160
162 162
164 164
166 166
168 168
170 170
172 172
174 174
176 176
178 178
180 180
181 181
182 182
183 183
184 184
185 185
186 186
187 187
188 188
189
189 190
190 191
191 192
192
C1
10u
C1
10u
POWER
LEDB
POWER
LEDB
TXp8TXp8
MH2MH2
R7 0 NMR7 0 NM
1
ON
SW1
SW-Button
1
ON
SW1
SW-Button
1 2
C5
1n
C5
1n
R5 0 NMR5 0 NM
R2
2K
R2
2K
MH4MH4
VREFVREF
RXn27RXn27
BC1
0.1u
BC1
0.1u
R9 6.2KR9 6.2K
CLKOUT2CLKOUT2
R3 0 NMR3 0 NM
RXn28RXn28
U2 LT1963AES8U2 LT1963AES8
IN
8
GND
3
OUT 1
GND
7
SHDN
5
GND
6
SENSE 2
CLKIN2CLKIN2
RXp27RXp27
R4 0R4 0
BC2
0.1u
BC2
0.1u
TXn17TXn17
C7
100u
C7
100u
RXp29RXp29
J3
BOX HEADER 2X20
J3
BOX HEADER 2X20
1 2
3 4
5 6
7 8
9 10
11
13 12 14
16
18
20
22
24
26
27
15
17
19
21
23
25 28
29
31
33
35
37
39
30
32
34
36
38
40
R6 0R6 0
BC3
0.1u
BC3
0.1u
TXp17TXp17
C2
10u
C2
10u
RXp28RXp28
VTTVTT
RXn8RXn8
R8 0R8 0
BC4
0.1u
BC4
0.1u
R10
1.96K
R10
1.96K
FID5FID5
RXp8RXp8