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EMX-75XX Index
19
TB
Ref
Signal
Conn
Pin
TB
Ref
Signal
Conn
Pin
TB
Ref
Signal
Conn
Pin
TB
Ref
Signal
Con
n
Pin
T29
GND_S
C8
T69
DATA4.6
E17
T109
GND_S
D25
T149
GND_S
A26
T30
GND_S
B8
T70
USER_V6
D17
T110
DATA7.8
E25
T150
DATA7.3
A27
T31
DATA3.8
C9
T71
DATA8.6
E18
T111
DATA5.6
E20
T151
DATA7.2
A28
T32
USER_V2
B9
T72
GND_S
D18
T112
GND_S
D20
T152
DATA8.4
A29
T33
DATA3.6
E11
T73
DATA5.7
E19
T113
DATA6.8
C22
T153
DATA8.2
A30
T34
GND_S
D11
T74
GND_S
D19
T114
GND_S
B22
T154
GND_S
A31
T35
GND_S
D12
T75
DATA6.5
C21
T115
DATA6.2
C23
T155
GND_S
E32
T36
DATA4.4
E12
T76
GND_S
B21
T116
GND_S
B23
T156
GND_C
B1
T37
GND_S
D13
T77
GND_D
D1
T117
DATA7.1
C24
T157
DATA8.3
A32
T38
DATA4.5
E13
T78
DATA3.5
A21
T118
USER_V7
B24
T158
GND_
A1
T39
GND_S
D14
T79
EXT_GATE_ACQ
D21
T119
DATA7.4
A24
T159
GND_S
B32
T40
DATA4.8
E14
T80
GND_S
E21
T120
GND_S
A25
T160
GND_S
C1
T
ABLE
2-2:
EMX-7510
TO
TB160SE
T
ERMINAL
B
LOCK
P
IN AND
S
IGNAL
M
APPING
T
HEORY OF
O
PERATION
This section provides an overview of how the EMX-7510 works. The figure below shows
illustrates this process.
F
IGURE
2-4:
EMX-7510
B
LOCK
D
IAGRAM
Overview
The EMX-7510 supports a static mode where user-driven software commands execute
reading/writing data channels on a per port basis. Each port can be programmed for direction and
polarity. The default direction is input and default polarity is normal. Ports also need a voltage