OP5600 HILBOX USER GUIDE

Real-Time Simulator

www.opal-rt.com

Published by
OPAL-RT Technologies, Inc. 1751 Richardson, suite 2525 Montreal, Quebec, Canada H3K 1G6 www.OPAL-RT.com

2011 OPAL-RT Technologies, Inc. All rights reserved Printed in Canada

SYMBOL DEFINITIONS
The following table lists the symbols used in this document to denote certain conditions:

Symbol

Definition ATTENTION: Identifies information that requires special consideration

TIP: Identifies advice or hints for the user, often in terms of performing a task

REFERENCE _ INTERNAL: Identifies an additional source of information within the bookset.

CAUTION

Indicates a situation which, if not avoided, may result in equipment or work (data) on the system being damaged or lost, or may result in the inability to properly operate the process. Indicates a situation where users must observe precautions for handling electrostatic sensitive devices.

! !

CAUTION: Indicates a potentially hazardous situation which, if not avoided, may result in minor or moderate injury. It may also be used to alert against unsafe practices. WARNING: Indicates a potentially hazardous situation which, if not avoided, could result in serious injury or death.

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CONTENTS
OP5600 SIMULATOR............................................................................................................................... 7 INTRODUCTION................................................................................................................................... 7 SIMULATOR ARCHITECTURE............................................................................................................. 8
CONFIGURATION OPTIONS. .........................................................................................................................................8

Simulator Architecture Example....................................................................................................................................... 9

RECEIVING AND VERIFICATION....................................................................................................... 10

STANDARD HARDWARE. ...........................................................................................................................................10

INSTALLATION AND CONFIGURATION...........................................................................................................................10

HARDWARE CONFIGURATION. ......................................................................................................... 11

SPARTAN

3 (OP5142) CONFIGURATION. ...................................................................................................................11

Front Connectors........................................................................................................................................................... 11
VIRTEX

6 (ML605) CONFIGURATION.........................................................................................................................13

BACK CONNECTORS................................................................................................................................................15

DB37F CONNECTIONS...................................................................................................................... 16 OP5600 DB37 PIN ASSIGNMENTS .................................................................................................. 18 RJ45 CONNECTIONS......................................................................................................................... 19 RJ45 CHANNEL ASSIGNMENTS ...................................................................................................... 20
CONNECTING MONITORING DEVICES...........................................................................................................................21

OP5330 DIGITAL TO ANALOG CONVERTER ...................................................................................... 23 DESCRIPTION.................................................................................................................................... 23

REQUIREMENTS.....................................................................................................................................................23

Software......................................................................................................................................................................... 23 Hardware........................................................................................................................................................................ 23
FEATURES. ...........................................................................................................................................................23 OFFSET AND GAIN CALIBRATION. ...............................................................................................................................23

SCHEMATICS...................................................................................................................................... 24 TYPICAL APPLICATIONS................................................................................................................... 24 OP5340 ANALOG TO DIGITAL CONVERTER (0.5 MSPS)................................................................... 25 DESCRIPTION ................................................................................................................................... 25
REQUIREMENTS.....................................................................................................................................................25

Software......................................................................................................................................................................... 25 Hardware........................................................................................................................................................................ 25
FEATURES. ...........................................................................................................................................................25 OFFSET AND GAIN CALIBRATION. ...............................................................................................................................25

SCHEMATICS...................................................................................................................................... 26
INPUT GAIN SELECTION. ..........................................................................................................................................26 INPUT GAIN CALCULATIONS.......................................................................................................................................28

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OP5341 ANALOG TO DIGITAL CONVERTER (2 MSPS)...................................................................... 31 DESCRIPTION ................................................................................................................................... 31

REQUIREMENTS.....................................................................................................................................................31

Software......................................................................................................................................................................... 31 Hardware........................................................................................................................................................................ 31

FEATURES.......................................................................................................................................... 31
OFFSET CALIBRATION..............................................................................................................................................31

SCHEMATICS...................................................................................................................................... 32
INPUT GAIN CALCULATIONS.......................................................................................................................................33

OP5353 32 DIN SIGNAL CONDITIONING MODULE............................................................................ 35 DESCRIPTION ................................................................................................................................... 35

REQUIREMENTS.....................................................................................................................................................35

Software......................................................................................................................................................................... 35 Hardware........................................................................................................................................................................ 35
FEATURES. ...........................................................................................................................................................35

INTERFACES................................................................................................................................................................. 36 Inputs............................................................................................................................................................................. 36
POWER CONFIGURATION

.........................................................................................................................................37

TYPICAL APPLICATIONS................................................................................................................... 38 OP5354 32 DOUT SIGNAL CONDITIONING MODULE........................................................................ 41 DESCRIPTION ................................................................................................................................... 41

REQUIREMENTS.....................................................................................................................................................41

Software......................................................................................................................................................................... 41 Hardware........................................................................................................................................................................ 41
FEATURES. ...........................................................................................................................................................41 OUTPUTS. ............................................................................................................................................................42

TYPICAL APPLICATION. ..................................................................................................................... 43 SPECIFICATIONS ................................................................................................................................. 45 OP5600 SIMULATOR SPECIFICATIONS............................................................................................ 45 OP5620 8 I/O FLAT CARRIER SPECIFICATIONS.............................................................................. 46 OP5330 DIGITAL TO ANALOG CONVERTER SPECIFICATIONS. ..................................................... 47 OP5340 ANALOG TO DIGITAL CONVERTER (0.5 MSPS) SPECIFICATIONS.................................. 48 OP5341 ANALOG TO DIGITAL CONVERTER (2 MSPS) SPECIFICATIONS..................................... 49 OP5353 32 DIN SPECIFICATIONS..................................................................................................... 50 OP5354 DOUT SPECIFICATIONS...................................................................................................... 51 LIMITED WARRANTY............................................................................................................................. 53
LIMITED WARRANTY................................................................................................................................................53 RETURN POLICY.....................................................................................................................................................53 EXCLUSIONS.........................................................................................................................................................53 WARRANTY LIMITATION AND EXCLUSION.......................................................................................................................54 DISCLAIMER OF UNSTATED WARRANTIES LIMITATION OF LIABILITY

.....................................................................................................................54 ..........................................................................................................................................54

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OP5600 Simulator Introduction

OP5600 SIMULATOR
INTRODUCTION
The OP5600 is a complete simulation system capable of operating with either Spartan 3 or Virtex 6 FPGA platforms. It is designed to be used either as a desktop (or shelf top) or as a more traditional rack mount. It contains a powerful Target Computer and a exible, high-speed Front End Processor and a signal conditioning stage. The new design makes it easier to use with standard connectors (DB37, RJ45 and mini-BNC) without the need for input/output adaptors and allows quick connections for monitoring. The front of the chassis provides the monitoring interfaces and monitoring connectors, while the back of the chassis provides access to the FPGA monitoring connections, all I/O connectors, power cable and main power switch. Inside, the main housing is divided into two sections, each with a specic purpose and connected only by a DC power cable and a PCIe cable: In its standard conguration, the lower part of the chassis contains a powerful target computer that can be added to a network of simulators or can act as a standalone. The target computer includes the following features: ATX motherboard with up to 12 cores 6 DRAM connectors 250 Mb hard disk 600 W power supply PCIe boards (up to 8 slots, depending on the configuration).

The upper section contains the conditioning modules and a high speed Front-End Processor (this includes the DC supplies used for analog and digital signals). The upper section includes the following devices: Flat carrier capable of connecting up to 8 mezzanine boards, depending on the configuration Type B mezzanine boards are available in several types, including (but not limited to): -- OP5353, 32 digital inputs -- OP5354, 32 digital outputs -- OP5330, 16 analog inputs -- OP5340, 16 analog outputs Front-End processor (Spartan or Virtex) able to process conditioning signals and execute fast models previously downloaded through the PCIe link. This PCIe link is used to transmit and receive data between the target and the front-end processor.

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OP5600 Simulator Simulator Architecture

SIMULATOR ARCHITECTURE
CONFIGURATION OPTIONS
The OP5600 is available in a number of different congurations that make it easier to integrate into your environment:
Platform Spartan 3 (OP5142) Option 1 With target computer configuration (2.4 or 3.3 GHz), up to 12 cores (Standard) See Figure 1 With target computer configuration (2.4 or 3.3 GHz), up to 12 cores Option 2* Without target computer. With external PCIe Extender cable x1 Option 3** Without target computer. With PCIe fiber optic remote

Virtex 6 (ML605)

Without target computer. With external PCIe Extender cable x8

Without target computer. With PCIe fiber optic remote

The following images illustrate the simulators architecture for each option using assembly views of the simulation hardware components within the OP5600 chassis. * Option 2 is designed for use with a maximum cable length of 2m. ** Option 3 is designed for use with a maximum ber optic cable length of 2 Km.

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OP5600 Simulator Simulator Architecture

Simulator Architecture Example The example shown is only to illustrate how the OP5600 is assembled. OPAL-RT strictly prohibits users from opening the OP5600. Opening the unit will render the warranty null and void.

Signal conditioning modules Carrier board

OP5142 FPGA board

FPGA monitoring/ PCIe synchronisation board

Upper section

optional rackmount rail

Lower section Target Computer

Figure 1: OP5600 with Spartan 3 and target computer

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OP5600 Simulator Receiving and Verification

RECEIVING AND VERIFICATION

After opening the package, remove the equipment and components. Make sure that all the items described in standard hardware are actually in the box and are undamaged.

STANDARD HARDWARE
The OP5600 Real-Time Simulator includes the following basic hardware:
Item OP5600 simulator System Integration binder Description Complete simulator with either QNX or Redhat O/S RT-LAB software CD O/S CD (Redhat or QNX) Documentation CD 2 m (6 ft 6) adapter cables for mini-BNC to BNC. 75 Ohms simplex 61cm (24) RJ45 cables Provides extended space for connections Provides extended space for connections IDC 40 pin IDC cable 1.83 m (6) power cord, black (10A 125V) Part Number N/A N/A

Mini-BNC cables (4) RJ45 cables (4) DB37M breakout board Dual row breakout board Flat cable Power cable

MBBN1PP-3 C-02B-CAT6 BRKSD37M-R BRK2X20 CPWLS4104 CPC06

OPAL-RT strongly recommends the use of anti-static wrist straps whenever handling any electronic device provided by OPAL-RT. Damage resulting from electrostatic charges will not be covered by the manufacturers warranty.

INSTALLATION AND CONFIGURATION

The new design means that installation is simply a matter of placing the chassis on a shelf or a desktop, or inserting it into a traditional rack and connecting the cables. If the system is congured with the Virtex 6, ML605 FPGA board, there is a maximum of 6 signal conditioning mezzanines (these will be in groups 1, 2 and 4 on the carrier board). If the system is congured with the Spartan 3, OP5142 signal conditioning board, there is maximum of eight mezzanines allowed.

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OP5600 Simulator Hardware Configuration

HARDWARE CONFIGURATION
The interfaces provided on the OP5600 simulator may vary depending on the system conguration selected, Virtex 6 (ML605) or Spartan 3 (OP5142).

SPARTAN 3 (OP5142) CONFIGURATION

Front Connectors

OP5600 HILbox
POWER PC COMM RUN SYNC FAULT USER

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Group 1

Group 2

Group 3
Power Reset Power HDD NIC1 NIC2 Pwr Fail Overheat /Fan Fail

Group 4

A B C D

A B C D

A B C D

A B C D

Figure 2: OP5600 front connector panels (Spartan 3) A. Inactive section. These functions are currently in development and unavailable. B. 4 panels of RJ45 connectors provide connections to monitor output from mezzanine I/O boards. Each connector is linked to front and back mezzanines on the carrier board. Analog mezzanines (channels 0-15) will use only the first column of connectors. Digital mezzanines will use both columns (channels 0-15 in the first column and channels 16-31 on the second column of connectors). See DB37F Connections and RJ45 connections for more detailed information. C. Monitoring RJ45 connectors with mini-BNC terminals: RJ45 cables connect from a channel on an RJ45 panel (B) to one of four RJ45 monitoring connectors (C). Mini-BNC connectors allow for quick cable connections to monitoring devices (such as an oscilloscope). See connecting monitoring devices for details.

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OP5600 Simulator Hardware Configuration

D. Target computer monitoring interface. Two push buttons include POWER in top position to start the target computer and RESET in the bottom position to reset the target computer. There are 6 LED indicators:
LED Green Green Green Green Red Red NAME Power HDD NIC1 NIC2 Power Fail Description On indicates that the unit is powered up. On indicates that the hard disk drive is operating. On indicates that network port 1 is in use. On indicates that network port 2 is in use. On indicates a power fault.

Overheat/Fan Fail On indicates either that unit has overheated or a fan fault.

E. Optional PCI or PCIe connector slots (by default, these spaces will be covered by blank plates if there are no optional PCI cards. If there are PCI cards installed, the spaces will contain the PCI connectors). F. Standard computer connectors (left to right): mouse and keyboard, USB ports, monitor, network ports. Although use of these connectors is optional but not required to use the OP5600, one network port is required for network connection.

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OP5600 Simulator Hardware Configuration

VIRTEX 6 (ML605) CONFIGURATION

The Virtex 6 monitoring interface is nearly identical to the Spartan 3, with RJ45 monitoring panels.

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Group 1

Group 2

Group 3
Power Reset Power HDD NIC1 NIC2 Pwr Fail Overheat /Fan Fail

Group 4

A B C D

A B C D

A B C D

A B C D

Figure 3: OP5600 front connector panels (Virtex 6) A. Inactive section. These functions are currently unavailable. B. 3 panels of RJ45 connectors provide connections to monitor output from mezzanine I/O boards. Each connector is linked to front and back mezzanines on the carrier board. Analog mezzanines (channels 0-16) will use only the first column of connectors. Digital mezzanines will use both columns (channels 0-15 in the first column and channels 16-31 on the second column of connectors). See the mezzanines connector image and the RJ45 pinouts for more detailed information. C. Monitoring RJ45 connectors with mini-BNC terminals: RJ45 cables connect from a channel on an RJ45 panel (B) to one of four RJ45 monitoring connectors (C). Mini-BNC connectors allow for quick cable connections to monitoring devices (such as an oscilloscope). See connecting monitoring devices for details.

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OP5600 Simulator Hardware Configuration

D. Target computer monitoring interface. Two push buttons include POWER in top position to start the Target computer and RESET in the bottom position to reset the Target computer. There are 6 LED indicators:
LED Green Green Green Green Red Red NAME Power HDD NIC1 NIC2 Power Fail Description On indicates that the unit is powered up. On indicates that the hard disk drive is operating. On indicates that network port 1 is in use. On indicates that network port 2 is in use. On indicates a power fault.

Overheat/Fan Fail On indicates either that unit has overheated or a fan fault.

E. Optional PCI or PCIe connector slots (by default, these spaces will be covered by blank plates if there are no optional PCI cards. If there are PCI cards installed, the spaces will contain the PCI connectors). F. Standard computer connectors (left to right): mouse and keyboard, USB ports, monitor, network ports. Although use of these connectors is optional but not required to use the OP5600, one network port is required for network connection.

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OP5600 Simulator Hardware Configuration

BACK CONNECTORS
The back connectors are the same, regardless of the selected conguration option.

A
Group 4 Group 3 Group 2 Group 1

C
Figure 4: OP5600 rear connector panels

A. DB37F I/O connectors (see Table 1: Pin Assignments for more details). The image (opposite) illustrates the links between the mezzanines and the DB37 I/O connectors B. Power connector and power On/Off switch C. Optional PCI or PCIe connector slots.

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OP5600 Simulator DB37F Connections

DB37F CONNECTIONS
Each pair of mezzanines (A & B) is linked to four female DB37 connectors (I/Os) on the back of the chassis: The rst two connectors (left to right) represent channels from Group B, which are linked to the conditioned channels from the back mezzanine. The last two connectors (left to right) represent channels from Group A, which are linked to the conditioned channels from the front mezzanine.
ANALOG MEZZANINES (top view)

OP5600 Rear (DB37)

GROUP 1A

GROUP 1B

GROUP 1B

GROUP 1A

Connector rear view

DB37 connector panel

Group 4

channels 0-15

NOT USED

channels 0-15

GROUP 1A

GROUP 1B

OP5600 Front (RJ45)

Figure 5: DB37 connection to mezzanines If the front mezzanine is an analog module (DAC or ADC), the 16 channels are on connector A, P1 and P2 does not carry any signals. If the back mezzanine is an analog module (DAC or ADC), the 16 channels are on connector B, P1. P2 does not carry any signals.
16 OPAL-RT Technologies OP5600 HILbox User Guide

NOT USED

GROUP1B GROUP1A

OP5600 Simulator DB37F Connections

OP5600 Rear (DB37)

DIGITAL MEZZANINES (top view)

GROUP 1A

GROUP 1B

GROUP 1B

GROUP 1A

Connector rear view

DB37 connector panel

Group 4

channels 16-31

GROUP 1A

GROUP 1B

OP5600 Front (RJ45)

. Figure 6: DB37 connection to mezzanines If the front mezzanine is a digital module (Din or Dout), the rst 16 channels (00 to 15) are on the connector A, P1and the next 16 channels (16 to 31) are on the A, P2. If the back mezzanine is a digital module (Din or Dout), the rst 16 channels (00 to 15) are on the connector B, P1 and the next 16 channels (16 to 31) are on the B, P2. All signals are represented by a positive-negative pair that are always available on the connector pins, for example: for channel 08 : (08+, -08) INTERFACE: For a single-ended output, the negative conductor is connected to Ground. For a differential output, the positive and negative signals are on the connector. For a differential input, the connection must be between the positive/negative pair. If the input is singled-ended, users ground must be connected to the negative side of the pair.
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OP5600 HILbox User Guide

channels 16-31

channels 0-15

channels 0-15

GROUP1B GROUP1A

OP5600 Simulator OP5600 DB37 Pin Assignments

OP5600 DB37 PIN ASSIGNMENTS

Connector A Ch. 0-15 Module pin Module pin DB37 DB37 assignment assignment +CH00 +CH01 +CH02 +CH03 +CH04 +CH05 +CH06 +CH07 +CH08 +CH09 +CH10 +CH11 +CH12 +CH13 +CH14 +CH15 Vuser 1 A* 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 -CH00 -CH01 -CH02 -CH03 -CH04 -CH05 -CH06 -CH07 -CH08 -CH09 -CH10 -CH11 -CH12 -CH13 -CH14 -CH15 Vrtn 1 A* 1 2 3 4 5 6 7 7 9 10 11 12 13 14 15 16 17 18 19 Connector A Ch. 16-31 Module pin Module pin DB37 assignment assignment +CH16 +CH17 +CH08 +CH19 +CH20 +CH21 +CH22 +CH23 +CH24 +CH25 +CH26 +CH27 +CH28 +CH29 +CH30 +CH31 Vuser 2 A* 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 -CH16 -CH17 -CH18 -CH19 -CH20 -CH21 -CH22 -CH23 -CH24 -CH25 -CH26 -CH27 -CH28 -CH29 -CH30 -CH31 Vrtn 2 A*
DB37 connector panel silkscreen

DB37 1 2 3 4 5 6 7 7 9 10 11 12 13 14 15 16 17 18 19

1 20

DB37 1 2 3 4 5 6 7 7 9 10 11 12 13 14 15 16 17 18 19

Connector Module pin assignment +CH00 +CH01 +CH02 +CH03 +CH04 +CH05 +CH06 +CH07 +CH08 +CH09 +CH10 +CH11 +CH12 +CH13 +CH14 +CH15 Vuser 1 B*

B Ch. 0-15 Module pin DB37 DB37 assignment 20 -CH00 1 21 -CH01 2 22 -CH02 3 23 -CH03 4 24 -CH04 5 25 -CH05 6 26 -CH06 7 27 -CH07 7 28 -CH08 9 29 -CH09 10 30 -CH10 11 31 -CH11 12 32 -CH12 13 33 -CH13 14 34 -CH14 15 35 -CH15 16 36 17 37 Vrtn 1 B* 18 19

Connector B Ch. 16-31 Module pin Module pin DB37 assignment assignment +CH16 20 -CH16 +CH17 21 -CH17 +CH08 22 -CH18 +CH19 23 -CH19 +CH20 24 -CH20 +CH21 25 -CH21 +CH22 26 -CH22 +CH23 27 -CH23 +CH24 28 -CH24 +CH25 29 -CH25 +CH26 30 -CH26 +CH27 31 -CH27 +CH28 32 -CH28 +CH29 33 -CH29 +CH30 34 -CH30 +CH31 35 -CH31 36 Vuser 2 B* 37 Vrtn 2 B*

00+ 01+ 02+ 03+ 04+ 05+ 06+ 07+ 08+ 09+ 10+ 11+ 12+ 13+ 14+ 15+ Vuser
19 37

-00 -01 -02 -03 -04 -05 -06 -07 -08 -09 -10 -11 -12 -13 -14 -15 Vrtn

Table 1: Pin Assignments

*Vuser is available on Dout only.

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OP5600 HILbox User Guide

OP5600 Simulator RJ45 connections

RJ45 CONNECTIONS
Each RJ45 monitoring panel on the front of the OP5600 simulator connects to front and back mezzanines. The following images illustrate how the mezzanines are linked to the connectors.
OP5600 Rear (DB37)

Top View

GROUP1A

GROUP1B

GROUP1A
GROUP1B

GROUP1B

GROUP1A

GROUP1B

ANALOG: NOT USED Digital Channels 16-31

GROUP1A

GROUP1B

OP5600 Front (RJ45)

Figure 7: RJ45 connection to mezzanines

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ANALOG: NOT USED Digital Channels 16-31

channels 0-15

channels 0-15

GROUP1A

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OP5600 Simulator RJ45 channel Assignments

RJ45 CHANNEL ASSIGNMENTS

Each mezzanine is assigned two columns of RJ45 connectors. Each column represents a series of channels, divided into 4 channels per jack, as shown in Figure 8.
SLOT xA SLOT xB

Column 1: Channels 0-3 Channels 4-7 Channels 8-11 Channels 12-15 Column 2: Channels 16-19 Channels 20-23 Channels 24-27 Channels 28-31

0-3 4-7

16-19 20-23

8-11 12-15

24-27 28-31

Analog boards use only channels 0-15 Digital boards use channels 0-31

Figure 8: RJ45 channel assignments

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OP5600 Simulator RJ45 channel Assignments

CONNECTING MONITORING DEVICES

The OP5600 simulator offers quick, single-ended connections, through RJ45 and mini BNC connectors, to any monitoring device (i.e. oscilloscope, etc.). These mini-BNC jacks let you monitor 4 channels individually. Simply follow these instructions (as illustrated in Figure 9):

CAUTION

The monitoring board has a gain of 0.1 to allow higher signals to be read. Oscilloscopes must be adjusted with a gain of 10 to compensate and ensure a better reading. Only connect RJ45 cables from upper section (A) monitoring jacks to lower section monitoring panel (B, as shown). Connecting any other cable or device may result in damage to the equipment. The network cable must only be connected to the standard computer connector network jack (see page 12). DO NOT connect the network cable in any jack other than the jack intended for that purpose.

OP5600 HIL Box

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Group 1

Group 2

Group 3
Power Reset Power HDD NIC1 NIC2 Pwr Fail Overheat /Fan Fail

Group 4

A B C D

A B C D

A B C D

A B C D

Figure 9: How to connect cables for monitoring 1. Connect one end of the RJ45 cable to the desired channels (A). See Figure 8 for RJ45 connector pinouts 2. Connect the other end of the RJ45 cable to the monitoring connector (B) 3. Connect a mini-BNC cable to each BNC jack (C) and connect the other end of the cable to the desired monitoring device. The mini-BNC jacks each connect to one of the 4 channels of the RJ45 Connector (A). In the example shown in Figure 8, the RJ45 cable is connected to channels 28-31. The mini-BNC cable jacks, identified as A, B, C, D, represent each channel in the following order; A = channel 28, B = channel 29, C = channel 30 D = channel 31.

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OP5600 Simulator RJ45 channel Assignments

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OP5330 Digital to Analog Converter Description

OP5330 DIGITAL TO ANALOG CONVERTER

DESCRIPTION
The OP5330 digital to analog converter (DAC) provides 16 single-ended digital output channels. Each channel uses a 16-bit resolution digital-to-analog converter. It is a part of the OP5000 series of optional modules for OPAL-RTs state of the art HIL (hardware-in-the-loop) systems, intended for use with OPAL-RT carrier boards (OP5130, OP5220, OP5222, OP5600, OP6228). Each OP5330 can sample up to 1 MS/s, giving a total throughput of 8 MS/s, all channels are simultaneously sampled. The onboard EEPROM provides offset and gain data adjustment written during the calibration process, as well as over-voltage protection. By default, the maximum output signal is set to 16 volts.
REQUIREMENTS

Software RT-LAB 8.4.0 and higher Hardware OPAL-RT simulator: -- OP5600 series simulator -- OP5000 series of hardware-in-the-loop simulators -- OPAL-RT I/O expansion box (only for use with OPAL-RT simulators) OPAL-RT carrier board: -- OP5130, OP5220, OP5222, OP5600, OP6228
FEATURES

16 single-ended analog output channels All outputs are sampled simultaneously at up to 1 MS/s 16 bit resolution 15 V voltage range output 15 mA maximum current per channel

OFFSET AND GAIN CALIBRATION

The OP5330 contains a serial EEPROM to store the module identication, calibration information and other important information. Each OP5330 is factory calibrated after assembly; during calibration, gain and offset are adjusted to ensure accurate target output values at 20 mV noise and offset.

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OP5330 Digital to Analog Converter Typical Applications

SCHEMATICS
Figure 10 represents a simplied schematic of one OP5330 module channel. It is composed of three stages: the rst stage consists of one gain DAC and one offset DAC; the second stage consists of a signal DAC with an operational amplier that allows for gain adjustments; the third stage consists of an operational amplier that receives nal signal value and integrates the offset.
STAGE 1 STAGE 2 STAGE 3

SIGNAL DATA

VREF SIGNAL DAC

GAIN DATA

GAIN DAC

RJ45 OUTPUT + RJ45 GND -

OFFSET DATA

OFFSET DAC

DB37 OUTPUT + DB37 GND

Figure 10: Output DAC circuit

TYPICAL APPLICATIONS
The following diagram provides an example of a typical application using the OP5330.

Figure 11: OP5330 typical application

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OP5340 Analog to Digital converter (0.5 MSPS) Description

OP5340 ANALOG TO DIGITAL CONVERTER (0.5 MSPS)

DESCRIPTION
The OP5340 Analog to Digital converter (ADC) is a part of the OP5000 series of optional modules for OPAL-RTs state of the art HIL (hardware-in-the-loop) systems, intended for use with OPAL-RT carrier boards (OP5130, OP5220, OP5222, OP5600, OP6228). Designed for OPAL-RTs simulation systems, the OP5340 converts analog signals to digital. Each ADC can sample up to 500 kS/s, giving a total throughput of 8 MS/s, all channels are simultaneously sampled. The on-board EEPROM provides offset and gain data adjustment written during the calibration process, as well as over-voltage protection. The OP5340 module provides 16 differential analog input channels. Each channel uses a 16bit resolution analog-to-digital converter. The OP5340 module also has input signal conditioning capabilities that allow the user to apply a signal range from 20v up to 120v on the inputs. By default, the maximum input signal is set to 20 volts.
REQUIREMENTS

Software RT-LAB 8.4.0 and higher Hardware OPAL-RT simulator: -- OP5000 series hardware-in-the-loop simulator -- OPAL-RT I/O expansion box (only for use with OPAL-RT simulators) OPAL-RT carrier board: -- OP5130, OP5220, OP5222, OP5600, OP6228
FEATURES

16 differential analog input channels All inputs are sampled simultaneously at up to 500 kSPS 16 bit resolution 500 K input impedance 20 V input voltage range 240 input range up to 120V

OFFSET AND GAIN CALIBRATION

The OP5340 contains a serial EEPROM to store the module identication, calibration information and any other important information. Each OP5340 module is calibrated after assembly; during calibration, gain and offset are adjusted to ensure accurate target output values at 20 mV noise and offset.

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OP5340 Analog to Digital converter (0.5 MSPS) Schematics

SCHEMATICS
Figure 12 represents a simplied schematic of one OP5340 module channel. It is composed of three stages: the rst stage consists of one operational amplier that works in differential input mode and permits gain adjustment; the second stage, the level shifter, forms the signal for the A/D converter input; the third stage occurs after the conversion to the digital type, as the signal is sent to the carrier board.
Differential Amplifier
+
VREF

Level Shifter

A / D Converter

V in

VIN

OUT

Serial Data Out

VREF

REF

Figure 12: Differential input ADC circuit

INPUT GAIN SELECTION

Ch 00

Optional - for advanced users. The OP5340 module has user selectable input attenuation ability. By default, the maximum input voltage range is set to 20 volts but each channel can be changed separately up to 120 volts. The OP5340 module contains resistor networks that allow insertion of additional precision resistors to change the input attenuation. The image on the right shows the placement for the additional resistors. Please refer to the table at the end of this section for the exact relationship between channels and resistors.

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OP5340 Analog to Digital converter (0.5 MSPS) Schematics

sThe next diagram illustrates the input stage of one channel. The default values for resistors R1 and R2 were chosen to keep the maximum input voltage range of 20 volts (40 volts) with no additional resistors.
R1 R2

Vin full range = 20 volts Vout full range = 1 volt (2 volts) Installed resistors: R1 = 499 k R2 = 25 k
Vout Formula R2 Vout Vin R1

VIN

VOUT

R1

R2

The factory installed surface mount resistors on the OP5340 module give an attenuation of 20.
Vin 1 / 20 Vout

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OP5340 Analog to Digital converter (0.5 MSPS) Schematics

INPUT GAIN CALCULATIONS

The gures below show the complete circuit with resistor Rx as the axial insertable resistor by the user.

Input Gain Schematic with Rx

Rx R1 R2

V IN
R1

V OUT
R2

Rx

Figure 13: Input gain with Rx

Vout Formula with Rx R 2 Rx Vout Vin R1 R 2 Rx Vout Formula, with Default R Values and Rx R1= 499K, R2= 25K 1 Rx Vout Vin 2 0 25 Rx

Figure 14: Vout formulas Users may dene the input gain value and calculate the corresponding Rx resistor value. Table 2 provides maximum range values and associated Rx resistor values (chosen in 0.1% series range). To yield the same unit of measurement, the model must compensate for any new gain value different from the original gain of 1/20. The last column provides the gain to insert in the input signal of the simulation model.
Input gain 1/20 1/40 1/60 1/80 1/100 1/120 Max voltage input 20V (or 40V) 40V (or 80V) 60V (or 120V) 80V (or 160V) 100V (or 200V) 120V (or 240V) Rx value 0.1% series range none 24.9 k 12.4 k 8.25 k 6.20 k 4.99 k Gain to insert in the model 1 2 3 4 5 6

Table 2: Maximum Range and Resistor Values Example: an added Rx resistor of 4.99 k in parallel with R2 resistor gives an attenuation of approximately 120 so the input voltage can be increased to 120 volts (or 240 volts).

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OP5340 Analog to Digital converter (0.5 MSPS) Schematics

Table 3 shows the relationship between channel and resistor references used for the input gain changes.

Resistor Network

Ch 00
Channel # Channel 00 Channel 01 Channel 02 Channel 03 Channel 04 Channel 05 Channel 06 Channel 07 Resistor Rx R164, R165 R180, R181 R166, R167 R182, R183 R168, R169 R184, R185 R170, R171 R186, R187 Channel # Channel 08 Channel 09 Channel 10 Channel 11 Channel 12 Channel 13 Channel 14 Channel 15 Resistor Rx R172, R173 R188, R189 R174, R175 R190, R191 R176, R177 R192, R194 R178, R179 R193, R195

Table 3: Resistor Network Channel Identification

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OP5341 Analog to Digital converter (2 MSPS) Features

OP5341 ANALOG TO DIGITAL CONVERTER (2 MSPS)

DESCRIPTION
The OP5341 is a part of the OP5000 series of optional modules for OPAL-RTs state of the art HIL (hardware-in-the-loop) systems, intended for use with with OPAL-RT carrier boards (OP5130, OP5220, OP5222, OP5600, OP6228). Designed for OPAL-RTs simulation systems, the OP5341 converts analog signals to digital. Each ADC can sample up to 2 MSPS, giving a total throughput of 32 MS/s, all channels are simultaneously sampled. The on-board EEPROM provides offset and gain data adjustment written during the factory calibration process. The OP5341 provides 16 differential analog input channels. Each channel uses a 14-bit resolution analog-to-digital converter. The OP5341 module also has input signal conditioning capabilities that allow the user to apply a signal range from 20v up to 120v on the inputs. By default, the maximum input signal is factory congured to 20 volts.
REQUIREMENTS

Software RT-LAB 8.4.0 and higher Hardware OPAL-RT simulator: -- OP5000 series hardware-in-the-loop simulator -- OPAL-RT I/O expansion box (only for use with OPAL-RT simulators) OPAL-RT carrier board: -- OP5130, OP5220, OP5222, OP5600, OP6228

FEATURES
16 differential analog input channels, 14 bits, 2 MSPS All inputs are sampled simultaneously at up to 2 MSPS 500 K input impedance 20 V input voltage range 240 input range up to 120V

OFFSET CALIBRATION

The OP5341 contains a serial EEPROM to store the module identication, calibration information and any other important information. Each OP5341 module is calibrated after assembly; during calibration, gain and offset are adjusted to ensure accurate target Input values at 20 mV noise (including gain and offset errors).

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OP5341 Analog to Digital converter (2 MSPS) Schematics

SCHEMATICS
Figure 15 represents a simplied schematic of one channel of the OP5341 modules. It is composed of three stages: the rst stage consists of one operational amplier that works in differential input mode and permits gain adjustment; the second stage, the level shifter, forms the signal for the A/D converter input; the third stage occurs after the conversion to the digital type, as the signal is sent to the carrier board.
Differential Amplifier
+ 2V + 0 to 4 V VIN+ DOUT CLK
Serial Data Out

Differential Converter

A / D Converter

20 V

V in

Clock In

REF

Figure 15: Differential input ADC circuit

The next diagram illustrates the input stage of one channel. The default values for resistors R1 and R2 were chosen to keep the maximum input voltage range of 20 volts (40 volts) with no additional resistors.
R1 R2 VOUT

VIN

R1

R2

Vin full range = 20 volts VIN full range = 2 volt (4 volts) Installed resistors: R1 = 499 k R2 = 49.9 k
Vout Formula R2 Vout Vin R1

The factory installed surface mount resistors on the OP5341 module give an attenuation of 10.

Vin

1 / 10

Vout

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OP5341 Analog to Digital converter (2 MSPS) Features

INPUT GAIN CALCULATIONS

The gures below show the complete circuit with resistor Rx as a surface mount resistor.

Input Gain Schematic with Rx

Rx R1 R2

V IN
R1

V OUT
R2

Rx

Figure 16: Input gain with Rx

Vout Formula with Rx R 2 Rx Vout Vin R1 R 2 Rx Vout Formula, with Default R Values and Rx R1= 499K, R2= 49.9K 1 Rx Vout Vin 1 0 49.9 Rx

Figure 17: VIN formulas Users may dene the input gain value and calculate the corresponding Rx resistor value. Table 4 provides maximum range values. To yield the same unit of measurement, the model must compensate for any new gain value different from the original gain of 1/20. The last column provides the gain to insert in the input signal of the simulation model.
Input Gain 1/10 1/20 1/30 1/60 1/50 1/60 Max Voltage Input 20V (or 40V) 40V (or 80V) 60V (or 120V) 80V (or 160V) 100V (or 200V) 120V (or 240V) Gain to insert in the model .5 1 1.5 2 2.5 3

Table 4: Maximum range values

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OP5341 Analog to Digital converter (2 MSPS) Schematics

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OP5353 32 Din Signal Conditioning Module

OP5353 32 DIN SIGNAL CONDITIONING MODULE

DESCRIPTION
The OP5353 is a part of the OP5000 series of optional, versatile signal conditioning modules for OPAL-RTs state of the art HIL (hardware-in-the-loop) systems. Designed for OPAL-RTs simulation systems, the OP5353 provides digital input signals with specific voltage conditioning. The optical isolation of the OP5353 inputs make it ideal for environments where voltage isolation is required. The OP5353 features 32 optically isolated input channels. All are sampled simultaneously for additional simulation accuracy. It is perfectly suited to interface real life environment signals to TTL or differential levels for RT-LAB simulator, providing perfect electrical isolation and discharge protection.
REQUIREMENTS

Software RT-LAB 8.4.0 and higher Hardware OP5600 HILbox simulator OP5620 carrier board.
FEATURES

32 optically isolated input channels. All inputs are sampled simultaneously, at up to 10 MSPS. Inputs are read in parallel for any size bus simulation. Hardware configurable filters, and conditioning inputs for customization. Choice of sink or source inputs connection (anode and cathode side available). Minimum current input of 3.6 mA. 4V to 100V input voltage range. 30V maximum reverse protection

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OP5353 32 Din Signal Conditioning Module

INTERFACES Inputs The optically isolated inputs accept a wide input voltage range, from 4 to 100 Volts, according to user requirements. They have a low threshold current; typically 3.6 mA. Each input has a reverse voltage protection of up to 30 volts provided by a diode.
Simulator
+3V3/+2V5

Opto-Isolated Digital Input

User

Din_FPGA

Current limit = 3.6 mA

Reverse protection = 30V

Din +
OPTIONAL FILTER

Din -

Figure 18: OP5353 Isolated digital input drawing The signal conditioning module inputs have both anode and cathode sides available to the user (on the I/O connector).
Din +

3.6 mA

Din -

Figure 19: Both Din + and Din - are available to the user When current ows from Din+ to Din -, the output of opto-coupler A is low and the Din_FPGA signal is low. When no current ows, the opto-coupler output A is high and the Din_FPGA signal is high.

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OP5353 32 Din Signal Conditioning Module

POWER CONFIGURATION

The digital input circuit needs a 5 V supply source to power the onboard circuitry. This source is connected to the computers 5 VDC.
OP5353 Din
Rail +

Client side
Vcc

FPGA 3.6 mA

TC4049/4050

Figure 20: Typical digital input circuit To work properly, the OPAL-RT digital input optical isolator needs a typical current of 3.6 mA.

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OP5353 32 Din Signal Conditioning Module Typical Applications

TYPICAL APPLICATIONS
The diagrams below illustrate typical application examples.
OP5353 Din Client side
VDC+

Activate High Dout

Rail +

FPGA 3.6 mA

LOAD

GND

Figure 21: Typical high side activation (user high Dout)

OP5353 Din
Rail+

VDC+

Client side

FPGA 3.6 mA

LOAD

Activate Low Dout

GND

Figure 22: Typical low side activation (user low Dout)

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OP5353 32 Din Signal Conditioning Module Typical Applications

OP5353 Din
Rail+

Client side Activate High Dout

VDC+

FPGA 3.6 mA

LOAD

GND

Figure 23: Typical high side open circuit detection

Rail+

OP5353 Din

Client side

LOAD
FPGA 3.6 mA

Activate Low Dout

GND

Figure 24: Typical low side open circuit detection

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OP5353 32 Din Signal Conditioning Module Typical Applications

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OP5354 32 DOUT Signal Conditioning Module

OP5354 32 DOUT SIGNAL CONDITIONING MODULE

DESCRIPTION
The OP5354 is a part of the OP5000 series of optional, versatile Signal Conditioning Modules for OPAL-RTs state of the art HIL (hardware-in-the-loop) systems. Designed for OPAL-RTs simulation systems, the OP5354 provides digital output signals with specific voltage conditioning. The galvanic isolation of the OP5354 outputs make it ideal for environments where voltage isolation is required. The OP5354 features 16 or 32 galvanically isolated output channels and all are outputted simultaneously. It is perfectly suited to interface TTL or differential signals to real-life environment signals, providing perfect electrical isolation with full short-circuit protection.
REQUIREMENTS

Software RT-LAB 8.4.0 and higher Hardware OP5600 and OP7000 simulators. OPAL-RT OP5620 and OP7220 carrier boards.
FEATURES

32 galvanically isolated output channels All outputs are outputted simultaneously, at up to 40 MSPS. Short-circuit protected by auto-resettable fuse. Outputs stage is a Push-Pull type circuit All outputs accept voltage of 5 to 30V and the output current is up to 50mA. Voltage supplied by user side.

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OP5354 32 DOUT Signal Conditioning Module

OUTPUTS

Each galvanically isolated output has a push-pull transistor. It can sink up to 50 mA continuous, and up to +30V according to user requirements. It is current protected by resettable 150 mA fuse (PTC). The galvanic isolation circuitry is powered by an internal isolated DC supply.

CAUTION: If Vuser is connected to the simulator, the output voltage DOUT would be the same as Vuser as long as no RT-LAB model is running (output transistor is open).

Figure 25: Isolated digital output schematic NOTE: Vrtn is normally the Vuser_GND.

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OP5354 32 DOUT Signal Conditioning Module Typical Application

TYPICAL APPLICATION
The diagram below illustrates typical application examples.

Figure 26: OP5354 Typical source (push-pull) application

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Specifications OP5600 Simulator Specifications

SPECIFICATIONS
OP5600 SIMULATOR SPECIFICATIONS
Product name Power supply I/O connectors Monitoring connectors OP5600 HIL Box Universal input and active power factor correction 650W continuous power DC to DC converters for analog voltage Spartan 3: 4 panels of 4 DB37F connectors Spartan 3: 4 panels of RJ45 connectors Virtex 6: 3 panels of 4 DB37F connectors Virtex 6: 3 panels of RJ45 connectors

PC interface PCI slots Carrier board Hard disk Dimensions Weight Operating temperature Storage temperature Relative humidity Maximum altitude

Standard PC connectors (monitor, keyboard, mouse and network) 2 PCI 4 PCIe Spartan 3 configuration: 8 mezzanines Virtex 6 configuration: 6 mezzanines 250 Gb, 7200 rpm, SATA 48.3 x 45.7 x 17.8cm (19 x 18 x 7) WxDxH With PC: 9.07 - 11.34 Kg (20 lbs to 25 lbs) Without PC: 4.54 x 5.9 Kg (10 lbs to 13 lbs) 10 to 40 C (50 to 104F) -55 to 85C (-67 to 185F) 10 to 90% non-condensing 2000 m (6562 ft.)

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Specifications OP5330 Digital to Analog Converter Specifications

OP5330 DIGITAL TO ANALOG CONVERTER SPECIFICATIONS

Product Name Part Number Number of channels Resolution: Default range Maximum current Max. Sampling Frequency Min Conversion / Acquisition Time DAC Type CMRR Calibration Maximum noise Recommended warm-up time Calibration interval Dimensions I/O connector: Operating temperature Storage temperature Relative humidity Maximum altitude OP5330 126-0157 16 single-ended 16 bits 15 Volts 15 mA 1 MS/s 1 s per channel 8 x Dual DAC with 50 MBit/s Serial Output Transfer 100 dB Programmable gain and offset calibration for each D/A. Calibration factors are stored in on-board non-volatile memory (EEPROM) 20 mV peak-to-peak 5 min. as required 6.60 cm x 12.50 cm (2.6 x 4.92) 80-pin high speed header to carrier 10 to 40 C (50 to 104F) -55 to 85C (-67 to 185F) 10 to 90%, non condensing 2,000 m (6562 ft.)

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Specifications OP5340 Analog to Digital converter (0.5 MSPS) Specifications

OP5340 ANALOG TO DIGITAL CONVERTER (0.5 MSPS) SPECIFICATIONS

Product name Part number Number of channels Resolution Max. Sampling Frequency Min Conversion / Acquisition Time ADC Type Nominal Input Ranges (V) OP5340 (16 analog inputs - 500 KSPS) 126-0112 16 differentials 16 bits 500 KSPS 2.5 s per channel 8 x Dual ADC with 10 MBit/s Serial Output Transfer Positive Full Scale +120.0 +100.0 +80.0 +60.0 +40.0 +20.0 (Hardware default value) No missing codes resolution Integral nonlinearity (INL) Differential nonlinearity (DNL) CMRR Bandwidth System noise Calibration Recommended warm-up time Calibration interval Dimensions I/O connector Environmental Operating temperature Storage temperature Relative humidity Maximum altitude 10 to 40 C (50 to 104F) -55 to 85C (-67 to 185F) 10 to 90%, non condensing 2,000 m (6562 ft.) 14 bits min. 8 LSB max. (Typical: 3 LSB) 1.5 LSB typ. (0 to +70C) 90 dB Small signal (-3 dB): 820 kHz Large signal (0.1% THD): 55 kHz 1.8 LSB rms (including quantization) Calibration factors are stored in on-board non-volatile memory (flash memory). This memory is not accessible for calibration.. 5 min. as required 6.60 cm x 12.50 cm (2.6 x 4.92) 80-pin high speed header to carrier Negative Full Scale -120.0 -100.0 -80.0 -60.0 -40.0 -20.0

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Specifications OP5341 Analog to Digital converter (2 MSPS) Specifications

OP5341 ANALOG TO DIGITAL CONVERTER (2 MSPS) SPECIFICATIONS

Product name Part number Number of channels Resolution Max. Sampling Frequency Min Conversion / Acquisition Time ADC Type Nominal Input Ranges (V) OP5341 (16 analog inputs - 2 MSPS) 126-0301 16 differentials 14 bits 2 MSPS 500 nanoseconds per channel 8 x Dual ADC with 40 MBit/s Serial Output Transfer Positive Full Scale +120.0 +100.0 +80.0 +60.0 +40.0 +20.0 (Hardware default value) Bandwidth System noise Calibration Recommended warm-up time Calibration interval Dimensions I/O connector Operating temperature Storage temperature Relative humidity Maximum altitude Small signal (-3 dB): 820 kHz Large signal (0.1% THD): 55 kHz 1.8 LSB rms (including quantization) Calibration factors are stored in on-board non-volatile memory (flash memory). This memory is not accessible for calibration.. 5 min. as required 6.60 cm x 12.50 cm (2.6 x 4.92) 80-pin high speed header to carrier 10 to 40 C (50 to 104F) -55 to 85C (-67 to 185F) 10 to 90%, non condensing 2,000 m (6562 ft.) Negative Full Scale -120.0 -100.0 -80.0 -60.0 -40.0 -20.0

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Specifications OP5353 32 Din Specifications

OP5353 32 DIN SPECIFICATIONS

Product name Part number Number of channels Isolation Connection mode Input current Reverse voltage protection Maximum reverse voltage protection Detection threshold Voltage range Delay Low-to-High Delay High-to-Low Rise/Fall times Form factor Dimensions I/O connector Operating temperature Storage temperature Relative humidity Maximum altitude OP5353 (32 opto-isolated digital inputs) 126-0312 32 digital inputs Optical isolator Anode and cathode available on connector 3.6 mA, current limiting diode Schottky diode 30 Volts Separate Schmitt Trigger 4 to 100 Vdc 110 ns 60 ns 6 ns/6 ns Mezzanine Type B 6.60 cm x 12.50 cm (2.6 x 4.92) 80-pin high speed header to carrier 10 to 40 C (50 to 104F) -55 to 85C (-67 to 185F) 10 to 90%, non condensing 2,000 m (6562 ft.)

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Specifications OP5354 DOUT Specifications

OP5354 DOUT SPECIFICATIONS

Product name Part number Number of channels Isolation Output Current max Output Protection Output Voltage range Output configuration Delay Low-to-High Delay High-to-Low Rise/Fall times Power Isolation Form factor Dimensions I/O connector Operating temperature Storage temperature Relative humidity Maximum altitude OP5354 (32 digital outputs - push-pull) 126-0314 32 digital outputs Galvanic isolator 50 mA continuous 150 mA resettable fuse 5 to 30 Vdc Push-pull 20 ns 20 ns 6 / 6 ns On-board DC to DC isolated converter Mezzanine Type B 6.60 cm x 12.50 cm (2.6 x 4.92) 80-pin high speed header to carrier 10 to 40 C (50 to 104F) -55 to 85C (-67 to 185F) 10 to 90%, non condensing 2,000 m (6562 ft.)

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Limited Warranty

LIMITED WARRANTY
LIMITED WARRANTY

oPAL-RT Technologies Inc. warrants to the original purchaser and/or ultimate customer (Purchaser) of OPAL-RT products (Product) that if any part thereof proves to be defective in material or workmanship within one (1) year, such defective part will be repaired or replaced, free of charge, at OPAL-RT Technologies discretion, if shipped prepaid to OPAL-RT Technologies Inc. at 1751 Richardson, suite 2525, Montreal, Quebec, Canada, H3K 3G6, in a package equal to or in the original container. The Product will be returned freight prepaid and repaired or replaced if it is determined by OPAL-RT Technologies Inc. that the part failed due to defective materials or workmanship. Otherwise, the fees will be charged to the client (see WARRANTY LIMITATION AND EXCLUSION). The repair or replacement of any such defective part shall be OPAL-RT Technologies sole and exclusive responsibility and liability under this limited warranty. Purchaser must request an RMA number before shipping any Product for repair: 1. Access the OPAL-RT website (www.OPAL-RT.com/support/ return-merchandise-authorization-rmarequest), click on support and select Return Merchandise (RMA). 2. Fill out the online form and submit. You will receive a notification with a thread-ID that will be used for further exchange with support. 3. OPAL-RTs Support department will evaluate the return and either issue an RMA number via email using the same thread-ID. -- If the Product is returned for repair more than 12 months after purchase, the Purchaser is responsible for the cost of repair. OPAL-RT will assess the repair and prepare a quote. The RMA number will be sent with the quote. 4. Only when the Purchaser receives the RMA number, may they ship the Product, prepaid, to OPAL-RT.
RETURN POLICY

The following fees will apply when customers return products for credit: A full credit, less a 15% fee and less return fee will only be issued if the product is in perfect working condition and if the product is returned within 1 month following the shipping date. If repairs are required on the returned product, the cost of these repairs will be deducted from the credit to be issued. No credits will be issued beyond the one month period.
EXCLUSIONS

If third party products are part of the Product, OPAL-RT will honor the original manufacturers warranty. This limited warranty does not cover consumable items, such as batteries, or items subject to wear or periodic replacement, including lamps, fuses or filter elements.

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Limited Warranty

WARRANTY LIMITATION AND EXCLUSION

OPAL-RT Technologies will have no further obligation under this limited warranty. All warranty obligations of OPAL-RT Technologies are void if the Product has been subject to abuse, misuse, negligence, or accident or if the Purchaser fails to perform any of the duties set forth in this limited warranty or if the Product has not been operated in accordance with instructions, or if the Product serial number has been removed or altered.
DISCLAIMER OF UNSTATED WARRANTIES

The warranty printed above is the only warranty applicable to this purchase. All other warranties, express or implied, including, but not limited to, the implied warranties of merchantability or fitness for a particular purpose are hereby disclaimed.
LIMITATION OF LIABILITY

It is understood and agreed that OPAL-RT Technologies liability, whether in contract, in tort, under any warranty, in negligence or otherwise shall not exceed the amount of the purchase price paid by the purchaser for the product and under no circumstances shall OPAL-RT Technologies be liable for special, indirect, or consequential damages. The price stated for the product is a consideration limiting OPAL-RT Technologies liability. No action, regardless of form, arising out of the transactions under this warranty may be brought by the purchaser more than one year after the cause of actions has occurred.

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CONTACT OPAL-RT Corporate Headquarters 1751 Richardson, Suite 2525 Montral, Qubec, Canada H3K 1G6 Tel.: 514-935-2323 Toll free: 1-877-935-2323

Note: While every effort has been made to ensure accuracy in this publication, no responsibility can be accepted for errors or omissions. Data may change, as well as legislation, and you are strongly advised to obtain copies of the most recently issued regulations, standards, and guidelines. This publication is not intended to form the basis of a contract.

Technical Services www.opal-rt.com/support

UG13-24161-OP1 06/2013 OPAL-RT Technologies Inc.