|
Specifications
- Plug-In I/O Boards for DIs
|
| Type |
Channels
|
Resolution
|
Notes
|
A1
-
Multifunction I/O
|
2
Analog In
|
16
bit
|
Differential
inputs,
50mV or 5V unipolar or bipolar, user selectable |
|
1
Analog Out
|
14
bit
|
5V
or 10V, unipolar or bipolar,
user selectable |
|
8
Digital In
|
N/A
|
TTL
switching levels to 40V |
|
8
Digital Out
|
N/A
|
open
collector, 180mA, 40V |
A2
-
Multifunction I/O
|
2
Analog In
|
16
bit
|
Differential
inputs,
5V or 10V unipolar or bipolar, user selectable |
|
1
Analog Out
|
14
bit
|
5V
or 10V, unipolar or bipolar,
user selectable |
|
8
Digital In
|
N/A
|
TTL
switching levels to 40V |
|
8
Digital Out
|
N/A
|
open
collector, 180mA, 40V |
B
-
24 Digital I/O |
24
Digital In
|
N/A
|
TTL
switching levels to 40V |
|
24
Digital Out
|
N/A
|
open
collector, 180mA, 40V |
C1
-
8 Analog In |
8
Analog In
|
16
bit
|
Differential
inputs,
50mV or 5V unipolar or bipolar, user selectable |
C2
-
8 Analog In |
8
Analog In
|
16
bit
|
Differential
inputs,
5V or 10V unipolar or bipolar, user selectable |
D
-
8
Analog Out
|
8
Analog Out
|
14
bit
|
5V
or 10V unipolar or bipolar, user selectable |
E
-
DC Motor Controller
|
4
DC Motors
|
N/A
|
Pulse
density modulated, with independently programmable speed
and acceleration per channel. For motors up to 30V, 1A.
An auxiliary power supply is required |
F
-
Fiber-optic
serial I/O
|
2
Ports
|
N/A
|
Two
fully programmable fiber optic RS-232 serial ports |
G
-
Stepper
Motor Controller
|
4
Motors
|
N/A
|
Features
automatic positioning, with independently programmable
accelerations and speeds |
|
8
Digital In
|
N/A
|
Limit
switch input |
|
4
Analog In
|
8
Bit
|
Position
feedback input |
H
-
Four Encoder Inputs |
4
Encoder
|
N/A
|
Decodes
4 sets of quadrature pulse trains. Increment and decrement
at up to 120 kHz. |
J
-
16 bit Analog Output |
2
Analog Out
|
16
Bit
|
5V
or 10V, unipolar and bipolar, user selectable per channel |
K
-
GPIB Controller |
1
Port
|
N/A
|
Supports
controller, talker, and listener functions. A maximum
of eight GPIB devices may be connected to the K board |