Allnet ALLDAQ ADQ-10-cPCI User manual

Manual
Rev. 1.0 EN
ADQ-10 (cPCI/PCIe)
Digital I/O board with 16 isolated digital inputs,
16 isolated digital outputs, 16 TTL digital I/Os

2
Manual ADQ-10 series Rev. 1.0
Imprint
Manual ADQ-10 series
Rev. 1.0
Date: 07/03/2014
Manufacturer and Support
ALLNET®and ALLDAQ®are registered trademarks of the ALLNET®GmbH Computersysteme. For questi-
ons, problems and product informations please contact the manufacturer directly:
ALLNET®GmbH Computersysteme
Division ALLDAQ
Maistrasse 2
D-82110 Germering
Support
Email: [e-mail]
Phone: [phone] – 488
Fax: [phone] – 33
Internet: www.alldaq.com/support
© Copyright 2014 ALLNET GmbH Computersysteme. All rights reserved.
All information contained in this manual has been reviewed with great care. Nevertheless errors cannot
be eliminated completely. Specications and the content of this manual are subject to change without
notice.
We are appreciated for notication of possible errors.
Mentioned trademarks are registered trademarks of the respective companies.

3
Manual ADQ-10 series Rev. 1.0
Table of Content
1. Introduction ��������������������������������������������������������� 7
1.1 Package Contents�������������������������������������������������������� 7
1.2 Security advice ���������������������������������������������������������� 7
1.3 Location of installation and mounting��������������������������������������� 8
1.4 Short description �������������������������������������������������������� 8
1.5 System requirements ����������������������������������������������������� 9
1.5.1 Hardware ����������������������������������������������������������� 9
1.5.2 Software ����������������������������������������������������������� 9
2. Initial operation ����������������������������������������������������� 11
2.1 Installing the board ����������������������������������������������������� 11
2.2 Software installation ���������������������������������������������������� 12
2.2.1 Installation under Windows������������������������������������������� 12
2.2.2 Installation under Linux ���������������������������������������������� 12
2.3 Test programm ��������������������������������������������������������� 12
3. Functional groups ��������������������������������������������������� 13
3.1 Isolated digital inputs ��������������������������������������������������� 14
3.1.1 Wiring������������������������������������������������������������� 14
3.1.2 Programming������������������������������������������������������� 14
3.1.2.1 Simple input ���������������������������������������������������� 14
3.1.2.2 Bit-pattern recognition ������������������������������������������� 14
3.1.2.2.1 Bit-pattern change ������������������������������������������� 15
3.1.2.2.2 Bit-pattern match �������������������������������������������� 15
3.2 Isolated digital outputs �������������������������������������������������� 16
3.2.1 Wiring ������������������������������������������������������������ 16
3.2.2 Programming������������������������������������������������������� 17
3.2.2.1 Simple output ��������������������������������������������������� 17
3.3 Bi-directional digital I/Os ������������������������������������������������ 18
3.3.1 Wiring������������������������������������������������������������� 18
3.3.2 Programming������������������������������������������������������� 18
3.3.2.1 Simple input/output ���������������������������������������������� 18
4. Appendix����������������������������������������������������������� 19
4.1 Specications ���������������������������������������������������������� 19
4.2 Pinout ���������������������������������������������������������������� 22

4
Manual ADQ-10 series Rev. 1.0
4.2.1 37-pin D-Sub connector (ST1)������������������������������������������ 22
4.2.2 25-pin D-Sub connector (ST2) ����������������������������������������� 23
4.3 Accessories ������������������������������������������������������������ 25
4.4 Manufacturer and support ����������������������������������������������� 25
4.5 Important notes �������������������������������������������������������� 26
4.5.1 Packaging ordinance ������������������������������������������������ 26
4.5.2 Recycling note and RoHS compliance ����������������������������������� 26
4.5.3 CE certication ����������������������������������������������������� 26
4.5.4 Warranty ���������������������������������������������������������� 26

Introduction 5
Manual ADQ-10 series Rev. 1.0 Introduction
1. Introduction
Please check the box and the content for damages and completeness before taking the device
into operation. If any fault should be detected please inform us immediately.
• Shows the packing some evidence to damaging during transport?
• Any traces of use to be recognized at the device?
The device may not be taken into operation if it is damaged. In case of doubt please contact our
technical service department.
Please read – before installing the device – this manual watchfully!
1.1 Package Contents
• ALLDAQ ADQ-10-cPCI or ADQ-10-PCIe
• 37-pin D-Sub male connector
• Adapter cable with mounting bracket from 25-pin D-Sub female connector to 20-pin IDC
connector for cPCI (ADQ-AP-D25F-cPCI) resp. PCIe systems (ADQ-AP-D25F-PCIe)
• Data medium with driver software and documentation
1.2 Safety instructions
Necessarily note the following advices:
• Note: a very good ventilation of the board inside the PC system must be guaranteed be-
cause of the temperature of the output drivers can increase up to 100 °C on full load.
• Necessarily avoid touching of cables and connectors inside the PC with the board.
• Never expose the device to direct solar radiation during operation.
• Never run the device near heat sources.
• Protect the device before humidity, dust, liquids and fumes.
• Don´t use the device in damp rooms and never in explosive areas.
• Eine Reparatur darf nur durch geschultes, autorisiertes Personal durchgeführt werden.
• Please note before initial operation of the device especially when using voltages greater
42 V the installation rules and all relevant standards (including VDE standards).
• We recommend to tie all unused inputs basically to the corresponding reference ground to
avoid cross talk between the input lines.
• Before connecting or removing cables with your board always disconnect your eld wiring
from the power supply.
• Ensure that no static discharge can occur passing the board when handling it. Follow the
standard ESD safety precautions (see also chapter 2.1 on page 9).

6 Introduction
Introduction Manual ADQ-10 series Rev. 1.0
• Never connect devices with voltage-carrying parts, especially not with mains voltage.
• The user must take appropriate precautions to avoid unforseeable misuse.
For damages caused by improper use and subsequent damages any liability by ALLNET®GmbH
is excluded.
1.3 Location of installation and mounting
The PC boards of the ADQ-10 series are digital I/O boards for industrial use. Depending on the
version the models of the ADQ-10 series are…
… for installation into a free PCI Express slot (ADQ-10-PCIe), or
… for installation into a free CompactPCI slot (ADQ-10-cPCI).
PC boards may not be taken into operation outside of appropriate PC systems. For the order of
operation on installing the devices please read the chapter „Initial operation“ in this manual
and the documentation of your PC.
The ADQ-10 series may only be used in dry rooms. PC boards are not for use with tough envi-
ronment conditions (e.g. outside). Ensure a very good ventilation. Take care for proper tting of
the connection cables. Installation has to be done in a way that the cables (PC connection and
eld wiring) are not in tension else they could release itself.
1.4 Short description
The ALLDAQ ADQ-10 is a digital I/O board for use in industrial automation and control envi-
ronments. Alternatively models for CompactPCI and standard PCI Express bus are provided.
The board offers 16 opto-isolated digital inputs and 16 opto-isolated digital outputs with an
isolation voltage of up to 1kV.
The 16 opto-isolated inputs are assembled with over-voltage protection diodes protecting
from input voltages >45V. All isolated inputs can be monitored on bit change or bit-pattern
match which can be used to generate an interrupt event.
The source drivers of the 16 opto-isolated outputs can drive up the 0.7A per channel in
continuous operation. The output voltage range is 10.5..45 V corresponding to IEC 61131. The
output buffers come with a thermal overload protection, current limitation, short-circuit protec-
tion and an under-voltage monitoring. For powering the outputs an external power supply with
sufcient power is required (not included).
Via an adapter cable with mounting bracket further 16 TTL digital I/Os can be used, which can
be accessed as two bi-directional 8 bit ports. They are suitable to connect accessory products.
On demand the interrupt modes „bit change“ and „bit-pattern compare“ can be enabled for
opto-isolated input ports. The interrupt event (bit no., edge falling/rising) can be interpreted
by software.
The opto-isolated digital inputs as well as the opto-isolated digital outputs refer to separate
grounds (GND_DI resp. GND_DO). The isolation voltage between input section and output
section as well as to PC ground is 1kVACRMS.

Introduction 7
Manual ADQ-10 series Rev. 1.0 Introduction
The opto-isolated digital inputs of the ADQ-10 series are assembled with transient voltage sup-
pressor diodes to clamp high voltage transients to ground.
1.5 System requirements
1.5.1 Hardware
• PC system with Intel®Pentium®processor or a compatible processor
• A free PCI Express x1 resp. CompactPCI slot
1.5.2 Software
The board includes a Plug &Play driver for Windows XP and higher (32 and 64 bit) as well as a
function library (API) with example code for high-level language programming. Please note the
corresponding help le adqSDK.chm.
Further details for programming can be found in the help le adqDriver.chm, which can be
opened by the „ADQ-Manager“ in the info area of the taskbar (usually at the bottom right
corner of the screen) or by the Windows Start menu.

8 Initial operation
Initial operation Manual ADQ-10 series Rev. 1.0

Initial operation 9
Manual ADQ-10 series Rev. 1.0 Initial operation
2. Initial operation
2.1 Installing the board
Please read the manual of your computer prior installing the board regarding the installation of
additional hardware components.
Handling the board should be done with care to ensure that the device will not be damaged
by electrostatic discharge (ESD), mechanical stress or current surges. Ensure to take all safety
precautions to avoid an electric shock and follow the standard ESD safety precautions.
Follow this order of operation:
• Unplug the mains plug of your PC system.
• Open the housing as described in the manual of your PC system.
• Make sure that electrostatic discharge cannot occur via the board when you plug it in. At
least one hand should be grounded in order to dissipate any static charge.
• Only for PCI Express models: for the +5V supply of the board an additional supply by the
PC power supply is neccessary (current consumption without load about 300mA). Connect
a free power connector of your PC (e. g. as used for powering drives) with the appropriate
„MOLEX“ male connector of your PCIe board (see the following diagram). On demand ad-
apter (cables), e.g. from 13-pin SATA power supply male connector to 4-pin MOLEX female
connector are available in specialized shops.
+5 V (PC)
GND_PC
GND_PC
n. c.
Figure 1: 5 V supply for PCI Express models
Attention: If you take the board into operation without connecting the +5V supply
the board can be irreverseable damaged!

10 Initial operation
Initial operation Manual ADQ-10 series Rev. 1.0
• Push the plug-in board carefully and with only a little force into the appropriate slot. Check
that the board is not cant and fully plugged in.
• If the adapter cable with mounting bracket should be used for the TTL digital I/Os choose
two side by side slots for installation. Remove (if neccessary) an additional blind bracket for
the slot.
• Screw all mounting brackets.
• Close the housing as described in the manual of your PC system
2.2 Software installation
2.2.1 Installation under Windows
Basically use the following procedure:
If you have the driver software available as an archive le please un-pack the software before
installing the board to a directory on your computer (e. g. C:\Temp\Alldaq\Driver).
After installing the board (see chapter „2.1 Installing the board“ on page 9) Windows re-
cognizes the new hardware and starts the driver installation automatically. The installation is
Window compliant - the procedure can differ depending on Windows version.
Additional to the driver a software package is included with your board which you can install
on your computer. Run the le setup.exe from CD or in the target directory of your download.
After successful installation the „ADQ-Manager“ can be found in the info area of the taskbar
(usually at the bottom right corner of the screen) or by the Windows Start menu. By the ADQ-
Manager you have access to the software developer kit (SDK), several utility programs, help
les and more.
2.2.2 Installation under Linux
Note the installation instructions included with the archive le of the corresponding driver.
Linux under development!
2.3 Test programm
Simple test programs can be found in the ALLDAQ-SDK. For each programming language a sub-
directory „Applications“ can be found with test programs for your ALLDAQ hardware.
With the ADQ-Manager you can retrieve several informations of the installed ADQ hardware.

Functional groups 11
Manual ADQ-10 series Rev. 1.0 Functional groups
3. Functional groups
Figure 2:
ADQ-10
DO_C7…0
DIO_E7…0
DIO_F7…0
GND_DI
DI_A7…0
GND_DO
VCC_EXT
PC_GND
VCC_OUT (+5 V)
DO
Port C
GND_DI
DI_B7…0
IRQ
DO_D7…0
GND_DO
VCC_EXT
IRQ
DI
Port A
DI
Port B
DO
Port D
DIO
Port E
DIO
Port F
IDC connector 37-pin D-Sub female connector
Address-/
data bus
CompactPCI / PCI Express interface
Molex connector
(+5V for PCI Express)
Interrupt
Control and
interrupt logic
Temperature monitoring
Temperature monitoring
TTL-I/Os
(2 x 8 bit ports)
Current limitation per channel
Current limitation per channel
Opto isolated up to 1kV
IRQ
Bit-pattern match
Bit-pattern change
8 bit digital input
IRQ
Bit-pattern match
Bit-pattern change
8 bit digital input
25-pin D-Sub female
Block diagram ADQ-10
• 16 opto-isolated digital inputs (2 x 8 bit ports)
• 16 opto-isolated digital outputs (2 x 8 bit ports)
• 16 bi-directional TTL digital I/Os (2 x 8 bit ports) can be used by an adapter cable on
demand (included)

12 Functional groups
Functional groups Manual ADQ-10 series Rev. 1.0
3.1 Isolated digital inputs
The ADQ-10 series provides 2 opto-isolated digital input ports with 8 bits each. The isolation
voltage between digital input section and digital output section as well as to PC ground is
1000VACRMS. If required all inputs can be monitored on bit change or bit-pattern match and
can initiate an interrupt event.
3.1.1 Wiring
The input voltage level is in the range of 0..32V, UIH = typ. 24V. Make sure to establish a con-
nection from the ground of the external wiring to the reference ground of the isolated digital
inputs (GND_DI). For high voltage protection every input provides special Zener diodes, so-
called transient voltage suppressor diodes (TVS diodes). These diodes can derive peak voltage
pulses of UR(Working Peak Reverse Voltage) higher than 64.4 V to ground (max. 600 W peak
power dissipation at pulse width of 1ms).
Figure 3: Wiring of the isolated digital inputs
3.1.2 Programming
3.1.2.1 Simple input
The input ports (DI_Ax, DI_Bx) can be programmed independently from each other. The port
direction is xed by the hardware. Follow the order of operation as described in the online help.
3.1.2.2 Interrupt modes
On demand each of the isolated input ports can be monitored on bit change or bit-pattern match
and interpreted as an interrupt event. Programming is done in the operation mode „interrupt“.

Functional groups 13
Manual ADQ-10 series Rev. 1.0 Functional groups
3.1.2.2.1 Bit change
In the operation mode „bit change“ one or more input bits which should be monitored for
toggling can be masked. For each rising and falling edge, a bit mask denes which bit and which
edge should generate an interrupt. As soon as an appropriate edge at minimum one bit masked
with „1“ occurs, an interrupt is triggerd (see Figure 4).
Digital input port
Bit mask
Bit mask
IRQ
b0b7
Figure 4: Bit change
Example for bit change:
• When passing the value FFHex in parameter uiPortBitChangeRisingEdge of the
structure SADQIRQEna ble in function a d q E n a b le IRQ() all bits of an 8 bit wide port
are monitored on a rising edge for example. If only single bits should be monitored (e. g.
monitoring of bit b2 on rising edge), the corresponding bit of the bit mask must be set to
„1“ (e.g. uiPortBitChangeRisingEdge = 04Hex).
• An interrupt is triggered as soon as a rising edge at bit b2 is detected.
• For evaluation of the interrupt event use the parameters uiPortBitChangeRising-
Edge resp. uiPortBitChangeFallingEdge of the structure SADQIRQStatus
in the function a d q W a itIRQ(). You can check which bit with which edge (rising/falling)
triggered the interrupt.
3.1.2.2.2 Bit-pattern compare
In the operation mode „bit-pattern compare“ a pre-defined reference bit-pattern is compared
with the bit-pattern attached to the corresponding input port. On bit-pattern match an inter-
rupt is triggered (see Figure 5).
==
Digital input port
Reference bit-pattern
IRQ
b0b7
Figure 5: Bit-pattern compare

14 Functional groups
Functional groups Manual ADQ-10 series Rev. 1.0
Example for bit-pattern compare:
• With the parameter uiPortBitPatternValue of the structure SADQIRQEnable in
function a d q E n a b le IRQ() the reference bit-pattern is dened.
• Enable the interrupt by passing the boolean value TRUE in parameter b Por t Bit-
PatternCompare of the structure SADQIRQEnable in function adqEnable-
IRQ().
• As soon as all bits at the input port match the reference bit-pattern an interrupt is trigge-
red.
• For evaluation of the interrupt event use the parameter bPortBitPatternCompare
of the structure SADQIRQStatus in the function a d q W a it IR Q(). TRUE indicates that
bit-pattern match occured.
3.2 Isolated digital outputs
The ADQ-10 series provides 16 opto-isolated digital outputs organized as 8 bit wide ports each
with a driver chip of type „source“. The isolation voltage between digital input section and
digital output section as well as to PC ground is 1000VACRMS.
3.2.1 Wiring
The outputs are dimensioned for a high level of UOH = 10.5..45 V for programmable logic cont-
rollers (PLC) according to IEC 61131. The max. output current is IO= 0.7A per channel. A ground
reference to the external output wiring must be done by pin21 (GND_DO) of ST1.
The output drivers are short-circuit-proof and provide a current limiting for each channel. Active
current limitation combined with thermal shutdown and automatic restart, protect the chip
against overload.
In overload condition (TTSD = typ. 175 °C) channel turns OFF and back ON automatically as soon
as the junction temperature decreased below the threshold of TR= 135 °C. Nevertheless, if a
case temperature of typ. 130°C is reached the overloaded channel is turned OFF and will restart
only when case temperature has decreased down to TCR = 110°C. Non overloaded channels
continue to operate normally. In overload state the output driver can send an interrupt to the
PC. As an additional protection feature the device automatically turns OFF the complete port in
case of ground pin disconnection.
For supply of the output drivers an external power supply must be connected to the pins 1, 2
and 20 of ST1 sourcing sufcient power. In case of full load it is min. 11.2 A.
Attention: the 37-pin D-Sub connector (ST1) can grow warm!

Functional groups 15
Manual ADQ-10 series Rev. 1.0 Functional groups
Figure 6: Wiring of the isolated digital outputs
3.2.2 Programming
3.2.2.1 Simple output
The output ports (DO_Cx, DO_Dx) can be programmed independently from each other. The
port direction is xed by the hardware. Follow the order of operation as described in the online
help.
Note: An output port can be read back also!
3.2.2.2 Interrupt modes
On thermal overload of the output drivers the affected chip will be shutdown automatically and
an interrupt is triggered, as well as on restart after cooling-down.
Enable the interrupt by passing of TRUE in parameter bOverload resp. bUnderload of the
structure SADQIRQEna ble in function a d q E n a b le IRQ().

16 Functional groups
Functional groups Manual ADQ-10 series Rev. 1.0
3.3 Bi-directional digital I/Os
The ADQ-10 series provides two bi-directional 8bit wide digital I/O ports (DIO_Ex and DIO_Fx).
Both ports are available by the 25-pin D-Sub female connector ST2 on demand. Depending on
the form factor you need an adapter cable with mounting bracket for cPCI resp. PCIe slots ADQ-
AP-D25F-cPCI/PCIe (see pinout on page 21).
Note: After power-up all ports are congured as input.
3.3.1 Wiring
When wiring the inputs and outputs take care that the TTL level is met (see specications on
page 18) and that a reference to PC ground (GND_PC at ST2) must be established. The max.
output current is IO= IOL = IOH = 10mA.
Figure 7: Wiring the digital I/Os
3.3.2 Programming
3.3.2.1 Simple input/output
The two 8 bit wide bi-directional digital I/O ports (DIO_Ex, DIO_Fx) can be programmed in-
dependently as input or output. The port direction is set by software. After power-up all bi-
directional ports are congured as input. Follow the order of operation as described in the
online help.
Note: A port congured as output can be read back also!

Appendix 17
Manual ADQ-10 series Rev. 1.0 Appendix
4. Appendix
4.1 Specications
Opto-isolated digital inputs
Conditions: VCC = 5 V ±10%, TA = 25°C
Element Condition Specication
Channels 2 x 8bit digital input ports
Type opto-isolated digital inputs (uni-directional)
Isolation voltage f = 60 Hz, t = 60s UISO max. 1000 VACRMS
Ground reference GND_DI (isolated from GND_DO and PC ground GND_PC)
Input level UIH = 2,5..32V
UIL = 0..2,2V
Input resistance UI= 24 V 4,3 kΩ
Input current UI= 24V typ. 5,5 mA, max. 6 mA
Input frequency output toggles,
duty cycle 50%,
UI= 10 V
fI= 10,5 kHz
Slew rate fI = 1 kHz, UI = 10 V tpd,HL: typ. 36 µs
tpd,LH: typ. 1,9 µs
Opto-isolated digital outputs
Condition: TA = 25°C
Element Condition Specication
Channels 2 x 8bit digital output ports
Type opto-isolated digital outputs (uni-directional) according to
IEC 61131 for PLC adaption
Isolation voltage f = 60 Hz, t = 60 s UISO max. 1000 VACRMS
Ground reference GND_DO (isolated from GND_DI and PC ground GND_PC)
Output level UOH = 10,5..45 V
UOL = 0..2,2 V
Output current typ. UO= 24 VDC IO max. 0,7A per channel (parallel operation possible)
Overload protection per channel current limitation (short-circuit-proof)
per port dependent of junction and case temperature
(TTSD, TRand TCR)
Power supply
Conditions: VCC_EXT = 10,5…45 VDC, TJ= -40…+100°C
VCC�EXT Pin 1, 2, 20 10,5..45 VDC; typ. 24 VDC
UUSD (Undervoltage
shutdown)
7..10,5 V

18 Appendix
Appendix Manual ADQ-10 series Rev. 1.0
Element Condition Specication
RON (ON state resis-
tance)
IO= 0,5 A; TJ= 25°C
IO= 0,5 A
typ. 150 mΩ, max. 185 mΩ
max. 280 mΩ
IS(Supply current) inactive; VCC_EXT =
24 VDC; TCASE = 25°C
max. 150 µA
aktive (all channels);
VCC_EXT = 24 VDC;
TCASE = 100°C
max. 12 mA
IL(off) (OFF state output
current)
UI= UO= 0 V min. 0 µA, max. 5µA
UO(off) (OFF state output
voltage)
UI=0 V; IO= 0 A max. 3 V
td(VCCon) (Power-on
delay time)
Power-on from
VCC_EXT until UO
is set
typ. 1 ms
Timings
Condition: VCC_EXT = 24VDC
ton (Turn-on time) RL = 48Ω, to 80% UOtyp. 50 µs; max. 100 µs
toff (Turn-off time) RL = 48Ω, to 10% UOtyp. 75µs; max. 150 μs
dUO/dt(on) (Turn-on
voltage slope)
RL = 48Ω, from
UO= 2,4V to 19,2V
typ. 0,7 V/μs
dUO/dt(off) (Turn-off
voltage slope)
RL = 48Ω, from
UO = 21,6V to 2,4V
typ. 1,5 V/μs
Limiting values
TCSD (Case shut-down
temperature)
min. 125°C; typ. 130 °C; max. 135°C
TCR (Case reset tempe-
rature)
min. 110 °C
TTSD (Junction shut-
down temperature)
min. 150 °C; typ. 175°C; max. 200 °C
TR(Junction reset
temperature)
min. 135 °C
Ilim (DC short-circuit
current)
VCC_EXT = 24 VDC
RL= 10 mΩ
min. 0,7A; max. 1,7A
Bi-directional digital I/Os (TTL)
Conditions: TA = 25°C
Element Condition Specication
Channels 2 x 8 bit digital input/output ports
Type TTL (bi directional, direction per 8bit port congurable)
Ground reference PC ground (GND_PC)
UIH VCC = 5V min. 2,0 V
UIH VCC = 5V max. 0,8 V
IItyp. ±1 µA

Appendix 19
Manual ADQ-10 series Rev. 1.0 Appendix
Element Condition Specication
UOH IO= -24 mA min. 2,4 V
UOL IO= 24 mA max. 0,5 V
IO±24 mA
General
Element Condition Specication
PC interface (depending
on model)
cPCI models CompactPCI bus (32 bit, 33 MHz) Rev. 2.2
PCIe models PCI-Express x1 Rev. 1.0
Power supply for
outputs
VCC_EXT: typ.
24 VDC
external power supply for opto-isolated outputs;
at full load min. 11,2 A
+5 V supply only for PCI Express +5V supply via MOLEX connector to connect with the PC
power supply
Power consumption +5 V typ. 300mA (without ext. load)
Operating temperature Operation 0..70 °C
Storage -40..100 °C
Humidity Operation 20%..55% (not condensing)
Storage 5%..90% (not condensing)
Physical size (without
mounting bracket and
connectors)
cPCI models 3 HE CompactPCI board
PCIe models 158 mm x 111.15 mm (B x H)
Connectors cPCI models 37-pin D-Sub female connector (ST1)
25-pin D-Sub female connector (ST2) via additional mounting
bracket
PCIe models 37-pin D-Sub female connector (ST1) + MOLEX male connec-
tor (+5 V)
25-pin D-Sub female connector (ST2) via additional mounting
bracket
Certications EMC Directive 2004/108/EG,
Emission EN 55022,
Noise immunity EN 50082-2,
RoHS
Manufacturer warranty 36 months

20 Appendix
Appendix Manual ADQ-10 series Rev. 1.0
4.2 Pinout
4.2.1 37-pin D-Sub connector (ST1)
37DI_A1
36DI_A3
35DI_A5
34DI_A7
33DI_B0
32DI_B2
31DI_B4
30DI_B6
29DO_C0
28DO_C2
27DO_C4
26DO_C6
25DO_D0
24DO_D2
23DO_D4
22DO_D6
21GND_DO
20VCC_EXT
19 DI_A0
18 DI_A2
17 DI_A4
16 DI_A6
15 GND_DI
14 DI_B1
13 DI_B3
12 DI_B5
11 DI_B7
10 DO_C1
9DO_C3
8DO_C5
7DO_C7
6DO_D1
5DO_D3
4DO_D5
3DO_D7
2VCC_EXT
1VCC_EXT
Figure 8: Pinout 37-pin D-Sub female connector (ST1)