D-TACQ Solutions ACQ132CPCI Manual

ACQ132CPCI Hardware Installation Guide
Hardware Installation Guide
ACQ132CPCI
32 Channel Simultaneous Analog Input CPCI Card
D–TACQ Solutions Ltd 2009 Doc 1401-4101-000 Rev 1.1 Decem er 2009 Page 1 of 8
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ACQ132CPCI Hardware Installation Guide
1 Installation Notes
The ACQ132CPCI Card is a complex electronic su -assem ly. Special care should e
taken in handling. The card is suscepti le to damage y ESD and improper power
connections.
1.1 Be aware of ESD (Electro Static Discharge) precautions
[chassis, ody grounding] are taken efore opening card from packaging.
1.2 lease be very careful when handling the card.
It has lots of small components that are easily damaged, either mechanically or y static.
If you have to put it down outside the crate, place on the antistatic ag. Do not stack cards.
1.3 This card only fits in 6U C CI Backplane Systems.
The ackplane shall e fitted with J1, J2 connectors.
It is recommended that the ackplane shall e fitted with J3 and J5 connectors.
1.4 If a Rear Transition Module RTM is fitted, ensure that it is ACQ1xx compatible.
Connection to third party RTM may cause damage to your board.
Please note that ACQ32, ACQ2xx RTM modules are not compati le with ACQ1xx.
1.5 Ensure proper ESD precautions are taken during installation.
1.6 lease be extremely careful to ensure correct card guide alignment when
plugging in the cards to avoid backplane pin damage.
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ACQ132CPCI Hardware Installation Guide
2 Operating Mode
2.1 Standalone Jumper
ACQ132CPCI is designed to operate either as a Peripheral Card / System Slot Card or a
Stand Alone Card. When in Stand Alone mode the card ignores all PCI signals and only
derives power from the CPCI Backplane. PXI signaling is availa le in all modes.
The Stand Alone mode is selected via a jumper, System Slot / Peripheral Mode is
determined y which slot the oard is plugged into. This Jumper must e set for correct
system operation.
JP900 Jumper Fitted = Stand Alone Operation [Factory Default]
JP900 Jumper Not Fitted = PCI Operation, System Slot / Peripheral Slot
auto sensed
The location of JP900 is at the middle of the card near the memory SODIMM module as
shown in the diagram elow.
2.2 Front anel Gigabit Ethernet
JP900 Slot Mode Gigabit Front Panel 100T RTM (if fitted)
1 (Fit) Any Standalone ETH0 ETH1
0 1 System Slot ETH0 ETH1
0 != 1 Peripheral** n/a ETH0
** ACQ132 is unlikely to e used in Peripheral mode.
The card ships with DHCP addressing as default. It is possi le to select a static IP address
in the field, or D–TACQ can ship with a fixed address on request.
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ACQ132CPCI Hardware Installation Guide
3 Standards Compatibility
Product conforms to PICMG2.0 rev 3.0.
The PCI interface supports Universal [3.3 or 5V] signaling.
The card is capa le of performing the CPCI System Slot function.
4 Connectors
It is common practice for customers to manufacture their own ca les and termination units,
to fit in with their own sensor requirements. The following sections explains each connector
configuration.
D–TACQ Solutions supply a standard range of ca le and termination accessories, and can
also produce custom solutions.
4.1 Front anel External Clock and Trigger Connectors
Currently fitted with LEMO type EPL.00.250.NTN. Various connector can e used LEMO.
Please refer to LEMO catalogue or we site (www.lemo.com). A readily availa le type is
FFA.00.250.CTAC29Z for use with RG174, RG179 and RG188 co-axial ca le
Signal Requirements: Signal is opto-coupled. Recommend 5V, centre positive, current in
the ON state will e ~5mA. Clock and Trigger are oth edge triggered, ut for interlock
reasons it is recommended that the Trigger signal e active for a duration longer than one
Clock.
4.2 Front anel Ethernet
Standard RJ45 connector, for connection to 10/100/1000 Base T Ethernet.
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ACQ132CPCI Hardware Installation Guide
4.3 Front panel Layout
`
D–TACQ Solutions Ltd 2009 Doc 1401-4101-000 Rev 1.1 Decem er 2009 Page 5 of 8
Channel 1-16
68 WAY SCSII Connector
1
34
35
68
34
1
68
35
Channel 17-32
68 WAY SCSII Connector
Trigger
Lemo EPL.00.250.NTN
View on Front anel as
viewed in a vertical chassis
Clock
Lemo EPL.00.250.NTN
1000 Base T Ethernet RJ-45

ACQ132CPCI Hardware Installation Guide
4.4 Analog Input Connector on Front anel for Channel 1 to 16
Pin No. Signal Pin No. Signal
1 0V 35 0V
2 0V 36 0V
3 Analog In 1+ 37 Analog In 1-
4 0V 38 0V
5 Analog In 2+ 39 Analog In 2-
6 0V 40 0V
7 Analog In 3+ 41 Analog In 3-
8 0V 42 0V
9 Analog In 4+ 43 Analog In 4-
10 0V 44 0V
11 Analog In 5+ 45 Analog In 5-
12 0V 46 0V
13 Analog In 6+ 47 Analog In 6-
14 0V 48 0V
15 Analog In 7+ 49 Analog In 7-
16 0V 50 0V
17 Analog In 8+ 51 Analog In 8-
18 0V 52 0V
19 Analog In 9+ 53 Analog In 9-
20 0V 54 0V
21 Analog In 10+ 55 Analog In 10-
22 0V 56 0V
23 Analog In 11+ 57 Analog In 11-
24 0V 58 0V
25 Analog In 12+ 59 Analog In 12-
26 0V 60 0V
27 Analog In 13+ 61 Analog In 13-
28 0V 62 0V
29 Analog In 14+ 63 Analog In 14-
30 0V 64 0V
31 Analog In 15+ 65 Analog In 15-
32 0V 66 0V
33 Analog In 16+ 67 Analog In 16-
34 0V 68 0V
Matching connector type is 68 way male Micro D (SCSI-II Type) with 4-40 screw. Ca le
can e 68 way ri on or, prefera ly, 34 sheathed wire pairs.
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ACQ132CPCI Hardware Installation Guide
4.5 Analog Input Connector on Front anel for Channel 17 to 32
Pin No. Signal Pin No. Signal
1 0V 35 0V
2 0V 36 0V
3 Analog In 17+ 37 Analog In 17-
4 0V 38 0V
5 Analog In 18+ 39 Analog In 18-
6 0V 40 0V
7 Analog In 19+ 41 Analog In 19-
8 0V 42 0V
9 Analog In 20+ 43 Analog In 20-
10 0V 44 0V
11 Analog In 21+ 45 Analog In 21-
12 0V 46 0V
13 Analog In 22+ 47 Analog In 22-
14 0V 48 0V
15 Analog In 23+ 49 Analog In 23-
16 0V 50 0V
17 Analog In 24+ 51 Analog In 24-
18 0V 52 0V
19 Analog In 25+ 53 Analog In 25-
20 0V 54 0V
21 Analog In 26+ 55 Analog In 26-
22 0V 56 0V
23 Analog In 27+ 57 Analog In 27-
24 0V 58 0V
25 Analog In 28+ 59 Analog In 28-
26 0V 60 0V
27 Analog In 29+ 61 Analog In 29-
28 0V 62 0V
29 Analog In 30+ 63 Analog In 30-
30 0V 64 0V
31 Analog In 31+ 65 Analog In 31-
32 0V 66 0V
33 Analog In 32+ 67 Analog In 32-
34 0V 68 0V
Matching connector type is 68 way male Micro D (SCSI-II Type) with 4-40 screw. Ca le
can e 68 way ri on or, prefera ly, 34 sheathed wire pairs.
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ACQ132CPCI Hardware Installation Guide
5 Rear Transition Module RTM Compatibility.
The ACQ132CPCI does NOT require a Rear transition Module for operation, however
where additional functionality is required, it is compati le with the ACQ196-RTM's:
ACQ196CPCI-RTM1 – Digital Inputs, Ethernet, RS232.
ACQ196CPCI-RTM-DIO32 – Digital Inputs, Ethernet, RS232, 32 Digital I/O.
ACQ196CPCI-RTM1-A0 – Digital Inputs, Ethernet, RS232, 32 Digital I/O and 16 channels
of analog output, which can e used for control and/or waveform generation.
Please refer to ACQ196CPCI installation guide for RTM pinouts.
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