National Instruments SET-2090 Parts list manual

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SET-2090 Technical Description
Issue 03 30/07/2019
TECHNICAL DESCRIPTION
SET-2090
32CH Pass Through
This document is a technical description of the SET-2090.
Note Before you begin, complete the software and hardware installation procedures
applicable to your application.
Note The guidelines in this document are specific to the SET-2090. The other components in
the system might not meet the same safety ratings. Refer to the documentation of each com-
ponent in the system to determine the safety and EMC ratings for the entire system.
MORE INFORMATION ON OUR WEBSITE:
www.smart-e-tech.com/slsc
0X
-2090
Pass Through
32 Channel
J1
J2
PWR RDY

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SET-2090 Technical Description
Issue 03 30/07/2019
Safety Guidelines
Caution Do not operate the SET-2090 in a manner not specified in this document. Product
misuse can result in a hazard. You can compromise the safety protection built into the product
if the product is damaged in any way. If the product is damaged, return it for repair.
Electromagnetic Compatibility Guidelines
This product was tested and complies with the regulatory requirements and limits for electromag-
netic compatibility (EMC). These requirements and limits provide reasonable protection against
harmful interference when the product is operated in the intended operational electromagnetic
environment.
This product is intended for use in industrial locations. However, harmful interference may occur in
some installations, when the product is connected to a peripheral device or test object, or if the
product is used in residential or commercial areas. To minimize interference with radio and television
reception and prevent unacceptable performance degradation, install and use this product in strict
accordance with the instructions in the product documentation.
Furthermore, any changes or modifications to the product not expressly approved by SET GmbH
could void your authority to operate it under your local regulatory rules.
Caution To ensure the specified EMC performance, operate this product only with shielded
cables and accessories.
Caution To ensure the specified EMC performance, the length of any cable attached to
connectors J1 and J2 must be no longer than 3 m (10 ft.)

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SET-2090 Technical Description
Issue 03 30/07/2019
Description
The SET-2090 device is an experimental card for NI-SLSC and provides 32 differential inputs. The input
signals can be configured by customers. Each input channel can be tested, conditioned or measured in
different ways. Various inductors, filters, pull-up or pull-down resistors can be used for this purpose. In
standard configuration, the input signals are transmitted directly to the output.
Circuitry
Note Diagram only shows one channel. All components without a labeling, are optional.
The „Ref.“Signal form the block diagram below is each connected to the corresponding
Reference Signals on the Front connector. Per connector 4 Reference Signals are
available, mapping each to four differential signals.
For example, the Ref. from Channel P0.0 is connected to the Ref_0 Signal which is on J1
and shared for channel P0.0 to P0.3.
Ref_0
is for channel P0.0-P0.3
Ref_4
is for channel P4.0-P4.3
Ref_1
is for channel P1.0-P1.3
Ref_5
is for channel P5.0-P5.3
Ref_2
is for channel P2.0-P2.3
Ref_6
is for channel P6.0-P6.3
Ref_3
is for channel P3.0-P3.3
Ref_7
is for channel P7.0-P7.3
J1_Spare
is for channel P0.0-P3.3
J2_Spare
is for channel P4.0-P7.3
All voltages are relative to GND unless otherwise noted.

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SET-2090 Technical Description
Issue 03 30/07/2019
15
30
44 14
29
43 13
28
42 12
27
41 11
26
40 10
25
39 9
24
38 8
23
37 7
22
36 6
21
35 5
20
34 4
SET-2090 Pinout
J1 J2
Table 1. JR2 Connector Pin Assignments
Signal
Description
Px.y
Line y Port x
GND
Ground connection
NC
No connection
15
30
44
14
29
43
13
28
42
12
27
41
11
26
40
10
25
39
9
24
38
8
23
37
7
22
36
6
21
35
5
20
34
4
19
33
3
18
32
2
17
31
1
16
15
30
44
14
29
43
13
28
42
12
27
41
11
26
40
10
25
39
9
24
38
8
23
37
7
22
36
6
21
35
5
20
34
4
19
33
3
18
32
2
17
31
1
16
P3.2+
P3.2-
P3.1+
P3.1-
P3.0+
P3.0-
NC
NC
P2.2+
P2.2-
P2.1+
P2.1-
P2.0+
P2.0-
J1_Spare
GND
P1.2+
P1.2-
P1.1+
P1.1-
P1.0+
P1.0-
NC
NC
P0.2+
P0.2-
P0.1+
P0.1-
P0.0+
P0.0-
P3.3+
P3.3-
REF_3
REF_2
P2.3+
P2.3-
GND
GND
P1.3+
P1.3-
REF_1
REF_0
P0.3+
P0.3-
P7.2+
P7.2-
P7.1+
P7.1-
P7.0+
P7.0-
NC
NC
P6.2+
P6.2-
P6.1+
P6.1-
P6.0+
P6.0-
J2_Spare
GND
P5.2+
P5.2-
P5.1+
P5.1-
P5.0+
P5.0-
NC
NC
P4.2+
P4.2-
P4.1+
P4.1-
P4.0+
P4.0-
P7.3+
P7.3-
REF_7
REF_6
P6.3+
P6.3-
GND
GND
P5.3+
P5.3-
REF_5
REF_4
P4.3+
P4.3-

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SET-2090 Technical Description
Issue 03 30/07/2019
Table 2. Front Panel Signal Descriptions
J1
XJ2
J2
XJ2
P0.0+
I/O_0+
P4.0+
I/O_16+
P0.0-
I/O_0-
P4.0-
I/O_16-
P0.1+
I/O_1+
P4.1+
I/O_17+
P0.1-
I/O_1-
P4.1-
I/O_17-
P0.2+
I/O_2+
P4.2+
I/O_18+
P0.2-
I/O_2-
P4.2-
I/O_18-
P0.3+
I/O_3+
P4.3+
I/O_19+
P0.3-
I/O_3-
P4.3-
I/O_19-
P1.0+
I/O_4+
P5.0+
I/O_20+
P1.0-
I/O_4-
P5.0-
I/O_20-
P1.1+
I/O_5+
P5.1+
I/O_21+
P1.1-
I/O_5-
P5.1-
I/O_21-
P1.2+
I/O_6+
P5.2+
I/O_22+
P1.2-
I/O_6-
P5.2-
I/O_22-
P1.3+
I/O_7+
P5.3+
I/O_23+
P1.3-
I/O_7-
P5.3-
I/O_23-
P2.0+
I/O_8+
P5.0+
I/O_24+
P2.0-
I/O_8-
P6.0-
I/O_24-
P2.1+
I/O_9+
P6.1+
I/O_25+
P2.1-
I/O_9-
P6.1-
I/O_25-
P2.2+
I/O_10+
P6.2+
I/O_26+
P2.2-
I/O_10-
P6.2-
I/O_26-
P2.3+
I/O_11+
P6.3+
I/O_27+
P2.3-
I/O_11-
P6.3-
I/O_27-
P3.0+
I/O_12+
P7.0+
I/O_28+
P3.0-
I/O_12-
P7.0-
I/O_28-
P3.1+
I/O_13+
P7.1+
I/O_29+
P3.1-
I/O_13-
P7.1-
I/O_29-
P3.2+
I/O_14+
P7.2+
I/O_30+
P3.2-
I/O_14-
P7.2-
I/O_30-
P3.3+
I/O_15+
P7.3+
I/O_31+
P3.3-
I/O_15-
P7.3-
I/O_31-

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SET-2090 Technical Description
Issue 03 30/07/2019
XJ2 Connector Pinout
Table 3. XJ2 Connector Pin Assignments
Row
e
d
c
b
a
1
I/O_1-
I/O_1+
NC
I/O_0-
I/O_0+
2
I/O_3-
I/O_3+
NC
I/O_2-
I/O_2+
3
GND
GND
GND
GND
GND
4
I/O_5-
I/O_5+
NC
I/O_4-
I/O_4+
5
I/O_7-
I/O_7+
NC
I/O_6-
I/O_6+
6
GND
GND
GND
GND
GND
7
I/O_9-
I/O_9+
NC
I/O_8-
I/O_8+
8
I/O_11-
I/O_11+
NC
I/O_10-
I/O_10+
9
GND
GND
GND
GND
GND
10
I/O_13-
I/O_13+
NC
I/O_12-
I/O_12+
25
15
11
1
e
d c b a

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SET-2090 Technical Description
Issue 03 30/07/2019
Table 3. XJ2 Connector Pin Assignments (Continued)
Row
e
d
C
b
a
11
I/O_15-
I/O_15+
NC
I/O_14-
I/O_14+
15
I/O_17-
I/O_17+
NC
I/O_16-
I/O_16+
16
I/O_19-
I/O_19+
NC
I/O_18-
I/O_18+
17
GND
GND
GND
GND
GND
18
I/O_21-
I/O_21+
NC
I/O_20-
I/O_20+
19
I/O_23-
I/O_23+
NC
I/O_22-
I/O_22+
20
GND
GND
GND
GND
GND
21
I/O_25-
I/O_25+
NC
I/O_24-
I/O_24+
22
I/O_27-
I/O_27+
NC
I/O_26-
I/O_26+
23
GND
GND
GND
GND
GND
24
I/O_29-
I/O_29+
NC
I/O_28-
I/O_28+
25
I/O_31-
I/O_31+
NC
I/O_30-
I/O_30+
Table 4. XJ2 Connector Signal Descriptions
Signal
Description
I/O
Input/Output
GND
Ground connection
NC
No connection

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SET-2090 Technical Description
Issue 03 30/07/2019
XJ3
Table 2. XJ2 Connector Pin Assignments
Pins
Signal
H
Instrument_0+
G
Instrument_0-
F
Instrument_1+
E
Instrument_1-
D
Fault_D
C
Fault_C
B
Fault_B
A
Fault_A
H
G
F
E
D
C
B
A

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SET-2090 Technical Description
Issue 03 30/07/2019
LED Behavior
LED Name
LED Behavior
Definition of Behavior
Power
Off
No power present on the board
Solid green
Power good state
RDY
Off
Module card is unpowered
Solid green
Card is recognized by the chassis and ready to communicate
Solid amber
Module card is booting
Blinking amber
Chassis is communicating with the module card
Error Handling
LED Name
LED Behavior
Actions
Power
Off
-Checking the power supply of the chassis
-Checking the external power supply if used
RDY
Off
-Checking the power supply of the chassis
-Checking the external power supply if used
Solid amber
-Waiting till boot process is finished
Blinking amber
-Waiting till communication is finished
-if communication does not finish, shut down all
operations and reboot chassis

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SET-2090 Technical Description
Issue 03 30/07/2019
Hardware Specifications
Absolute Maximum Ratings
Property
Condition
Value
Comment
Relative humidity
5% to 95%
Non-condensing
Temperature
0°C –85°C
Storage
-40°C-85°C
Max. Input Voltage
Any Pin
60Vdc
Limited by connector
Min. Input Voltage
Any Pin
-60Vdc
Limited by connector
Max. Current rating
1.5A
2A transient
Physicals Characteristics
Property
Condition
Value
Comment
Module dimensions
Excluding ejector
144.32mm x 30.48mm x
302mm (H x W x D)
Standard SLSC card size
Front Panel Connector
2x female DB -44 high-
density D-Sub with 4-40
UNC screw lock
For mating connectors
and cables, see below
RTI Connector
2mm hard metric per IEC
61076-101
Any RTI marked
Environmental
Property
Condition
Value
Comment
Operating humidity
Relative, non-condensing
10%-90%
Storage humidity
Relative, non-condensing
5%-95%
Operating temperature
Forced-air cooling from
chassis
0°C-85°C
Storage temperature
-40°C-100°C
Maximum altitude
2000m