FPGA Workbench and
Concurrent-built PCIe I/O Cards

       FPGA Workbench

       Pulse Width Modulation Output
       Pulse Width Modulation Input
       Wheel Speed Sensor Output
       SENT I/O
       Analog Input
       Analog Output
       Universal Exhaust Gas Oxygen Sensor
       Multi-Function I/O with A/D, D/A and DIO
       Multi-Function I/O with PWM, Wheel Speed Sensor and SENT
       Digital Input Change-of-State
       Resistor Simulation
       Engine Sensor Simulation
       LVDT/RVDT Simulation
       Synchro Simulation
       Resolver Simulation
       CAN Bus Simulation
       Serial Simulation

       SIGnal Workbench Signal Conditioning

       Cable Guide





Pulse Width Modulation Cards

CP-PWM-1012 -- 12-line Pulse Width Modulation Output PCIe card

The CP-PWM-1012 autonomously generates TTL pulse width modulated (PWM) signals with high accuracy. With a timing resolution of 50 ns and the ability to program sine frequencies, PWM frequencies, dead-band and duty cycle in real time, the CP-PWM-1012 card is ideal for use in hardware-in-the-Loop (HIL) systems. Provides 12 digital output lines with 5V TTL output (TI 74ABT16240 driver). The card features 34K logical FPGA elements and high-speed PLL-generated clocks at 100 MHz++. Multiple cards are supported per system. Occupies a PCIe x1 slot or higher. Supported by SIMulation Workbench. (Cable Options: CX-LFH60-OUT / CX-LFH60-OUT-DIN))

Specifications:

Prerequisites: WC-PWM-1012 driver.

WC-PWM-1012 -- RedHawk Linux Driver for PWM Output PCIe card

RedHawk Linux Driver for PWM output PCIe card.

Prerequisites: CP-PWM-1012.

CP-PWM-1112 -- 12-line Pulse Width Modulation Input PCIe card

Concurrent's 12-line Pulse Width Modulation (PWM) PCIe input card is designed for capturing pulse width modulated signals with high accuracy. With a timing resolution of 15.15 nanoseconds and the ability to measure the frequency and duty cycle, the CP-PWM-1112 is ideal for use in hardware-in-the-loop (HIL) applications. The CP-PWM-1112 card has 12 digital input lines with 5V TTL input (74LVCH16240 driver). The card features 34K logical FPGA elements and high-speed PLL-generated clocks at 100 MHz++. Multiple cards are supported per system. The CP-PWM-1112 card occupies a PCIe x1 slot or higher and is fully supported by a RedHawk Linux driver. The card is also supported by Concurrent's Simulation Workbench. (Cable Options: CX-LFH60-IN / CX-LFH60-IN-DIN)

Specifications:

Prerequisites: WC-PWM-1112 driver.

WC-PWM-1112 -- RedHawk Linux Driver for PWM Input PCIe card

RedHawk Linux Driver for PWM input PCIe card.

Prerequisites: CP-PWM-1112

Wheel Speed Sensor Output Card

CP-PWM-1204 -- 4-line Wheel Speed Sensor Output PCIe card

Concurrent's Wheel Speed Sensor card provides 4 output channels that can simulate wheel speed sensors up to 127 teeth. Card output is TTL with a resolution of 15 nanoseconds. (Cable Options: CX-LFH60-OUT / CX-LFH60-OUT-DIN)

Prerequisites: Simulation Workbench (WU8020-30x).

SENT I/O Card

CP-SENT-12 -- SENT Protocol PCIe I/O Card with 12 Inputs and 12 Outputs

Concurrent's SENT I/O PCIe card supports the Single Edge Nibble Transmission (SENT) protocol as specified by SAE J2716. The card provides 12 SENT input and output channels with a tick length resolution of 15 Ns The number of data nibbles per message can be configured between 1 and 6. The basic SENT protocol tick length, which defaults to 3 microseconds, can be varied on the fly. The card supports both legacy and current CRC-4 calculations as well as the optional pause pulse. In addition, the implementation supports both short and enhanced-format messages with 4-bit and 8-bit IDs. (Cable Options: CX-LFH60 / CX-LFH60-DIN)

Notes: The CP-SENT-12 card supports TTL voltage levels only. External signal conditioning may be required for some applications.

Prerequisites: Simulation Workbench (WU8020-30x).

Accessories for Pulse Width Modulation, SENT and Wheel Speed Sensor Cards

CX-LFH60 -- RCIM and SENT I/O Interface Assembly

Includes DB25 male and female right angle terminal board assemblies with 6-foot cable. Provides screw terminal breakout for both input and output signals.

Prerequisites: CP-SENT-12 or RCIM II or RCIM III

Note: Cable drawing

CX-LFH60-DIN -- RCIM and SENT I/O Interface Assembly with DIN Mounting

Includes DB25 male and female right angle terminal board assemblies with DIN mounting and 6-foot cable. Provides screw terminal breakout for both input and output signals.

Prerequisites: CP-SENT-12 or RCIM II or RCIM III

Note: Cable drawing

CX-LFH60-IN -- PWM Input Interface Assembly

Includes DB25 male and female right angle terminal board assemblies with 6-foot cable. Provides screw terminal breakout for input signals.

Prerequisites: CP-PWM-1112

Note: Cable drawing

CX-LFH60-IN-DIN -- PWM Input Interface Assembly with DIN Mounting

Includes DB25 male and female right angle terminal board assemblies with DIN mounting and 6-foot cable. Provides screw terminal breakout for input signals.

Prerequisites: CP-PWM-1112

Note: Cable drawing

CX-LFH60-OUT -- PWM Output and Wheel Speed Sensor Interface Assembly

Includes DB25 male and female right angle terminal board assemblies with 6-foot cable. Provides screw terminal breakout for output signals.

Prerequisites: CP-PWM-1012 or CP-PWM-1204

Note: Cable drawing

CX-LFH60-OUT-DIN -- PWM Output and Wheel Speed Sensor Interface Assembly with DIN Mounting

Includes DB25 male and female right angle terminal board assemblies with DIN mounting and 6-foot cable. Provides screw terminal breakout for output signals.

Prerequisites: CP-PWM-1012 or CP-PWM-1204

Note: Cable drawing

Analog Input Cards

CP-ADS6418 -- 64-channel, 18-bit, SAR 10-volt analog input PCIe card

64-channel, 18-bit, high-performance 10-volt SAR PCIe analog input card up to 1.4 MSPS sample rate per channel.

Features and Specifications:

Prerequisites: WC-ADS6418 driver.

WC-ADS6418 -- RedHawk Linux Driver for 64-channel, 18-bit analog input PCIe card

RedHawk Linux driver for 64-channel, 18-bit SAR analog input PCIe card

Prerequisites: CP-ADS6418.

CP-AD3224-DS -- 32-channel, 24-bit Delta-Sigma 5-volt analog input PCIe card

32-channel, 24-bit Delta-Sigma PCIe analog input card with up to 216 KSPS sample rate per channel.

Features and specifications:

Prerequisites: WC-AD3224-DS driver.

CP-AD3224-DS-10 -- 32-channel, 24-bit Delta-Sigma 10-volt analog input PCIe card

32-channel, 24-bit Delta-Sigma PCIe analog input card with up to 216 KSPS sample rate per channel.

Features and specifications:

Prerequisites: WC-AD3224-DS driver.

WC-AD3224-DS -- RedHawk Linux Driver for 32-channel, 24-bit analog input PCIe card

RedHawk Linux driver for 32-channel, 24-bit Delta-Sigma analog input PCIe card

Prerequisites: CP-AD3224-DS-x.

Analog Output Cards

CP-DA0818-S -- 8-channel, 18-bit Digital-to-Analog PCIe Card, Single-ended

Single-ended 8-channel, 18-bit analog output PCIe card with 400K updates per second using LTC2758 dual channel DACs.

Features and specifications:

Prerequisites: WC-DA3218 driver.

CP-DA3218-S -- 32-channel, 18-bit Digital-to-Analog PCIe Card, Single-ended

Single-ended 32-channel, 18-bit analog output PCIe card with 400K updates per second using LTC2758 dual channel DACs.

Features and specifications:

Prerequisites: WC-DA3218 driver.

CP-DA0818-D -- 8-channel, 18-bit Digital-to-Analog PCIe Card, Differential

Differential 8-channel, 18-bit analog output PCIe card with 400K updates per second using LTC2758 dual channel DACs.

Features and specifications:

Prerequisites: WC-DA3218 driver.

CP-DA3218-D -- 32-channel, 18-bit Digital-to-Analog PCIe Card, Differential

Differential 32-channel, 18-bit analog output PCIe card with 400K updates per second using LTC2758 dual channel DACs.

Features and specifications:

Prerequisites: WC-DA3218 driver.

WC-DA3218 -- RedHawk Linux Driver for 18-bit Analog Output PCIe Card

RedHawk Linux driver for 8-channel and 32-channel, 18-bit analog output PCIe card

Prerequisites: CP-DAx card

WC-DA3218-WAVE -- Wave Package for 18-bit Analog Output PCIe Card

This package includes a library and test program that interface with the WC-DA3218 driver. The package provides a powerful and easy-to-use mechanism for users to generate continuous and unique user-supplied waveforms on any specified channel of a CP-DAx analog output card.

Prerequisites: WC-DA3218 driver

CP-RECAL -- Recalibration Service for a Concurrent NIST-certified A/D or D/A card

Provides for recalibration of one Concurrent NIST-certified analog input or analog output card. Shipment of card(s) to the Concurrent factory is the responsibility of the customer. Return shipping is provided by Concurrent. Turnaround time is approximately four weeks.

Prerequisites: CP-AD3224-DS, CP-AD3224-DS-10, CP-DA0818-x or CP-DA3218-x cards

Universal Exhaust Gas Oxygen (UEGO) Card

CP-UEGO-4 -- 4-channel, Universal Exhaust Gas Oxygen (UEGO) Sensor Simulator PCIe Card

The 4-channel Universal Exhaust Gas Oxygen (UEGO) sensor simulator PCIe card simulates narrow-band or wide-band Lambda probes, heater temperature (resistive) feedback and heater PWM monitoring. Galvanic isolation is provided on each channel pair. Open, ground and voltage fault insertion is available on all probe lines. PCIe full-height, 9.5" long. (Cable Options: CX-CBL-HSI-68-xx; Breakout module CX-CBL-AIO-BRKF)

Prerequisites: WC-UEGO driver.

WC-UEGO -- RedHawk Linux Driver for 4-channel UEGO PCIe Card

RedHawk Linux driver for 4-channel UEGO PCIe card.

Prerequisites: CP-UEGO-4 card

Cables for CP-DAx, CP-AD3224-DS-x, CP-UEGO-4 and CP-RESSIM-16 cards

Analog Interface Cables

CX-CBL-HSI-68-06 -- 68-pin SCSI-3 Male to SCSI-3 Male I/O Card Interface Cable, 6 feet
CX-CBL-HSI-68-10 -- 68-pin SCSI-3 Male to SCSI-3 Male I/O Card Interface Cable, 10 feet

Analog Synchronization Cables

CX-ALOG-SYNC-01 -- Analog I/O Card Synchronization Cable, 1 foot
CX-ALOG-SYNC-10 -- Analog I/O Card Synchronization Cable, 10 feet
CX-ALOG-SYNC-30 -- Analog I/O Card Synchronization Cable, 30 feet

Multifunction I/O card with 16 A/D, 16 D/A and 96 DIO

CP-MFIO -- 16-channel A/D, 16-channel D/A, 96-channel Digital I/O PCIe Card

Concurrent’s Multifunction I/O PCIe card can control up to 96 digital I/O signals along with 16 analog inputs and 16 analog outputs. The card features isolated I/O power, high-speed digital isolators and multi-board synchronization. Optional NIST traceable calibration is available for the analog section. A RedHawk™ Linux® driver with extensive API including DMA and interrupts is available for both 32-bit and 64-bit architectures. (Cable Options: CX-CBL-HSI-F-xx; Breakout module CX-CBL-AIO-BRKF. Four cables are required to utilize all board functionality.)

Features and specifications:

Prerequisites: WC-CP-FIO driver.

Multifunction I/O cards with PWM, Wheel Speed Sensor and SENT

CP-CMFIO-T3 -- Multifunction FPGA Card with 96 PWM lines, 24 Wheel Speed Sensor lines and 8 SENT lines

Concurrent's CP-CMFIO-T3 multi-function FPGA PCIe card features a powerful field-programmable gate array with 362K logic elements, 16 analog inputs, 16 analog outputs, and 96 Digital Input/Outputs. The 96 Digitals pins are flexible and can be switched between Inputs or outputs connecting different combinations of up to 96 PWM inputs, 96 PWM outputs, 24 wheel speed sensors, 4 SENT protocol inputs and 4 SENT protocol outputs. The card features isolated I/O power and high-speed digital isolators. (Cable Options: CX-CBL-HSI-F-xx; Breakout module CX-CBL-AIO-BRKF. Four cables are required to utilize all board functionality.)

Features and specifications:

Prerequisites: WC-CP-FIO driver.

CP-CMFIO-T2 -- Multifunction FPGA Card with 64 PWM lines, 8 Wheel Speed Sensor lines and 4 SENT lines

Concurrent's CP-CMFIO-T3 multi-function FPGA PCIe card features a powerful field-programmable gate array with 362K logic elements, 16 analog inputs, 16 analog outputs, and 96 Digital Input/Outputs. The 96 Digitals pins are flexible and can be switched between Inputs or outputs connecting different combinations of up to 64 PWM inputs, 64 PWM outputs, 8 wheel speed sensors, 2 SENT protocol inputs and 2 SENT protocol outputs. This module CP-CMFIO-T2 can be upgraded in the future to CP-CMFIO-T3 if more channels are needed. The card features isolated I/O power and high-speed digital isolators. (Cable Options: CX-CBL-HSI-F-xx; Breakout module CX-CBL-AIO-BRKF. Four cables are required to utilize all board functionality.)

Features and specifications:

CP-CMFIO-T1 -- Multifunction FPGA Card with 20 PWM lines, 2 Wheel Speed Sensor lines and 2 SENT lines

Concurrent's CP-CMFIO-T3 multi-function FPGA PCIe card features a powerful field-programmable gate array with 362K logic elements, 16 analog inputs, 16 analog outputs, and 96 Digital Input/Outputs. The 96 Digitals pins are flexible and can be switched between Inputs or outputs connecting up to 20 PWM inputs, 20 PWM outputs, 2 wheel speed sensors, 1 SENT protocol input and 1 SENT protocol output. This module CP-CMFIO-T1 can be upgraded in the future to CP-CMFIO-T2 or CP-CMFIO-T3 if more channels are needed. The card features isolated I/O power and high-speed digital isolators. (Cable Options: CX-CBL-HSI-F-xx; Breakout module CX-CBL-AIO-BRKF. Four cables are required to utilize all board functionality.)

Features and specifications:

Change-Of-State Digital Input PCIe Card

CP-COS-64 -- 64-channel Digital Input Change of State PCIe Card

The CP-COS-64 is a 64-channel TTL digital input PCIe card that can track the change of state of digital inputs at 100 MHz (10 nanoseconds). A 10 microsecond clock is also output on pin DIO_95 that can synchronize the clock on the COS card to other systems. The card features a x4 lane PCI Express interface for high speed transfer of data to and from the card. Individual channels can also be masked to disable change detection. (Cable Options: CX-CBL-HSI-F-xx; Breakout module CX-CBL-AIO-BRKF. Two cables are required to utilize all board functionality.)

The CP-COS-64 uses a FIFO that has a maximum depth of 128 elements. Each element contains:

Data is recorded into the FIFO when any of the channels change their state or when the 64 bit counter rolls over.

Prerequisites: WC-CP-FIO driver.

WC-CP-FIO -- RedHawk Linux Driver for Concurrent FPGA-based I/O Cards

RedHawk Linux driver for CP-MFIO, CP-ENG-SIM, CP-COS-64, CP-FPGA-2 and CP-FPGA-3 cards

Prerequisites: CP-MFIO, CP-ENG-SIM, CP-COS-64, CP-FPGA-2 or CP-FPGA-3

WC-CP-FIO2 -- RedHawk Linux Driver for Concurrent 2nd Gen FPGA-based I/O Cards

RedHawk Linux driver for CP-FPGA-4 and CP-FPGA-5 cards

Prerequisites: CP-FPGA-4 and CP-FPGA-5

Resistor Simulator PCIe Card

CP-RESSIM-16 -- 16-Resistor Simulator PCIe Card

Concurrent's Resistor Simulator PCIe card provides 16 individual resistors programmable from 45 ohms to 1 megaohms in 5 ohm steps. Voltage ranges are +/-14V with a maximum current of +/-10mA. Includes OPEN, +VOLTAGE and GROUND fault insertion on all resistor lines. Features and characteristics of the card are as follows::

Prerequisites: WC-RESSIM driver.

WC-RESSIM -- RedHawk Linux Driver for the 16-Resistor Simulation Card

RedHawk Linux driver for CP-RESSIM-16

Prerequisites: CP-RESSIM-16

Engine Simulation PCIe Card

CP-ENG-SIM -- Engine Sensor Simulation PCIe Card

The Engine Sensor Simulation card is a customized version of Concurrent’s programmable FPGA card designed especially for HIL ECU testing. The card and its associated firmware can support two and four-cycle engines with up to sixteen cylinders and four independent, variable-phase camshafts. Engine speeds up to 30,000 rpm with .001 rpm resolution can be simulated along with crank reverse rotation (idling stop). The card is supported by Concurrent’s Simulation Workbench (SimWB), a comprehensive framework for developing and executing real-time HIL simulations. (Cable Options: CX-CBL-HSI-F-xx; Breakout module CX-CBL-AIO-BRKF. Four cables are required to utilize all board functionality.)

Features and specifications:

Prerequisites: WC-CP-FIO driver. Requires Simulation Workbench. I/O module license (ICS-SWB-277 or ICS-SWB-1277)

Note: The CP-ENG-SIM model number supports the above described functionality only. If any additional features are desired, a programmable FPGA PCIe card (CP-FPGA-2) is required.

LVDT/RVDT Simulation PCIe Cards

CP-LVDT-RVDT-SIM -- 8-channel LVDT/RVDT TX Simulation PCIe Card

The 8-channel LVDT/RVDT TX Simulation card is a customized version of Concurrent’s programmable FPGA card designed especially for HIL testing.

Features and specifications:

Prerequisites: WC-CP-FIO driver. Requires Simulation Workbench I/O module license ICS-SWB-1276

Note: The CP-LVDT-RVDT-SIM model number supports the above described functionality only. If any additional features are desired, a programmable FPGA PCIe card (CP-FPGA-2) is required.

CP-L/RVDT-SIM-RX -- 8-channel LVDT/RVDT RX Simulation PCIe Card

The 8-channel LVDT/RVDT RX Simulation card is a customized version of Concurrent’s programmable FPGA card designed especially for HIL testing.

Features and specifications:

Prerequisites: WC-CP-FIO driver. Requires Simulation Workbench I/O module license ICS-SWB-1276

Note: The CP-L/RVDT-SIM-RX model number supports the above described functionality only. If any additional features are desired, a programmable FPGA PCIe card (CP-FPGA-2) is required.

Synchro Simulation PCIe Cards

CP-SYNCHRO-SIM-4TX -- 4-channel Synchro TX Simulation PCIe Card

The 4-channel Synchro TX Simulation card is a customized version of Concurrent’s programmable FPGA card designed especially for HIL testing.

Features and specifications:

Prerequisites: WC-CP-FIO driver. Requires Simulation Workbench I/O module license ICS-SWB-1276

Note: The CP-SYNCHRO-SIM-4TX model number supports the above described functionality only. If any additional features are desired, a programmable FPGA PCIe card (CP-FPGA-2) is required.

CP-SYNCHRO-SIM-4TV -- 4-channel High-Voltage Synchro TX Simulation PCIe Card

The 4-channel High-Voltage Synchro TX Simulation card is a customized version of Concurrent’s programmable FPGA card designed especially for HIL testing.

Features and specifications:

Prerequisites: WC-CP-FIO driver. Requires Simulation Workbench I/O module license ICS-SWB-1276

Note: The CP-SYNCHRO-SIM-4TV model number supports the above described functionality only. If any additional features are desired, a programmable FPGA PCIe card (CP-FPGA-2) is required.

CP-SYNCHRO-SIM-4RX -- 4-channel Synchro RX Simulation PCIe Card

The 4-channel Synchro RX Simulation card is a customized version of Concurrent’s programmable FPGA card designed especially for HIL testing.

Features and specifications:

Prerequisites: WC-CP-FIO driver. Requires Simulation Workbench I/O module license ICS-SWB-1276

Note: The CP-SYNCHRO-SIM-4RX model number supports the above described functionality only. If any additional features are desired, a programmable FPGA PCIe card (CP-FPGA-2) is required.

Resolver Simulation PCIe Card

CP-RESOLVER-SIM -- 8-channel Resolver Simulation and Input PCIe Card

The 8-channel Resolver Simulation and Input card is a customized version of Concurrent’s programmable FPGA card designed especially for HIL testing.

Features and specifications:

Prerequisites: WC-CP-FIO driver. Requires Simulation Workbench. I/O module license ICS-SWB-1276.

Note: The CP-RESOLVER-SIM model number supports the above described functionality only. If any additional features are desired, a programmable FPGA PCIe card (CP-FPGA-2) is required.

Serial Simulation PCIe Cards

CP-FAST-SIO-SIM-4X -- 8-channel Fast Serial I/O Simulation and Input PCIe Card

The 8-channel Fast Simulation and Input card is a customized version of Concurrent’s programmable FPGA card designed especially for HIL testing.

Features and specifications:

Prerequisites: WC-CP-FIO driver. Requires Simulation Workbench. I/O module license ICS-SWB-1219.

Note: The CP-FAST-SIO-SIM-4X model number supports the above described functionality only. If any additional features are desired, a programmable FPGA PCIe card (CP-FPGA-2) is required.

CP-STD-SIO-SIM-4X -- 8-channel Standard Serial I/O Simulation and Input PCIe Card

The 8-channel Standard Simulation and Input card is a customized version of Concurrent’s programmable FPGA card designed especially for HIL testing.

Features and specifications:

Prerequisites: WC-CP-FIO driver. Requires Simulation Workbench. I/O module license ICS-SWB-1219.

Note: The CP-STD-SIO-SIM-4X model number supports the above described functionality only. If any additional features are desired, a programmable FPGA PCIe card (CP-FPGA-2) is required.

FPGA Workbench

WU8021-300 -- FPGA Workbench Software Per-Board License

FPGA Workbench provides a complete development environment for building customized solutions based on Concurrent Real-Time programmable FPGA cards. FPGA Workbench includes a powerful GUI for selecting and configuring a wide range of pre-developed data acquisition and industry-specific modules to meet exact application requirements. The library of functional IP modules includes pulse width modulation, analog I/O, digital I/O, SENT protocol, encoder, ignition, injection, crank/cam shaft, wheel speed sensor and change-of-state. One FPGA Workbench license is required for each FPGA board.

Concurrent Real-Time's programmable FPGA PCIe cards feature a powerful field programmable gate array that supports both digital and analog I/O. The cards can control up to 96 digital I/O signals along with 16 analog inputs and 16 analog outputs. Each card's I/O functionality is fully customizable by the user by means of the FPGA Workbench tools. The cards feature isolated I/O power, high-speed digital isolators and multi-board synchronization. Optional NIST traceable calibration is available for the analog section. The cards are available with 362K or 504K logic elements.

FPGA Workbench requires Intel's Altera Quartus Prime Standard Edition for Aria V Development software package. The Altera tools make it easy to customize a card to meet specific I/O requirements. The tools allow users to develop and integrate their custom HDL code targeted for the Aria V FPGA on the Concurrent Real-time FPGA boards. Altera's Qsys tool eliminates manual system integration tasks and allows developers to focus on designing their desired custom I/O functionality. The Platform Designer (QSYS) system integration tool saves design time and improves productivity by automatically generating interconnect logic to connect intellectual property (IP) functions and subsystems.

Prerequisites: Programmable FPGA card (CP-FPGA-2 or CP-FPGA-3); Intel Altera Quartus tools (WU-ALT-DEV); one or more optional Functional Module Licenses (ICS-FPGA-20xx); a Windows or Linux system for FPGA Workbench client GUI; RedHawk Linux system for FPGA card target applications.

Note: WU-ALT-DEV is Altera’s Quartus FPGA development tool package. WU-ALT-DEV provides a renewable one-year license for customizing a Concurrent programmable FPGA card to meet exact I/O requirements. Altera’s Quartus tool eliminates manual system integration tasks and allows you to focus on designing the custom I/O functionality you need. Compatible with Windows-based systems.

CP-FPGA-2 -- Programmable FPGA PCIe Card with 362K Logic Elements

Concurrent's CP-FPGA-2 programmable FPGA PCIe card features a powerful field-programmable gate array with 362K logic elements that supports both digital and analog I/O. The card can control up to 96 digital I/O signals along with 16 analog inputs and 16 analog outputs. The programmable FPGA card features isolated I/O power, high-speed digital isolators and multi-board synchronization. Optional NIST traceable calibration is available for the analog section.

An Intel FPGA development tool kit (WU-ALT-DEV) is available to customize the card to meet exact I/O requirements. Intel’s Qsys tool eliminates manual system integration tasks and allows the user to focus on designing the custom I/O functionality that is needed. The card is supported by Concurrent’s Simulation Workbench (SimWB), a comprehensive framework for developing and executing real-time HIL simulations. (Cable Options: CX-CBL-HSI-F-xx; Breakout module CX-CBL-AIO-BRKF. Four cables are required to utilize all board functionality.)

Features and specifications:

Prerequisites: WC-CP-FIO driver and WU8021-300 FPGA Workbench per-board license.

CP-FPGA-3 -- Programmable FPGA PCIe Card with 504K Logic Elements

Concurrent's CP-FPGA-3 programmable FPGA PCIe card features a powerful field-programmable gate array with 504K logic elements that supports both digital and analog I/O. The card can control up to 96 digital I/O signals along with 16 analog inputs and 16 analog outputs. The programmable FPGA card features isolated I/O power, high-speed digital isolators and multi-board synchronization. Optional NIST traceable calibration is available for the analog section.

An Intel FPGA development tool kit (WU-ALT-DEV) is available to customize the card to meet exact I/O requirements. Intel’s Qsys tool eliminates manual system integration tasks and allows the user to focus on designing the custom I/O functionality that is needed. The card is supported by Concurrent’s Simulation Workbench (SimWB), a comprehensive framework for developing and executing real-time HIL simulations. (Cable Options: CX-CBL-HSI-F-xx; Breakout module CX-CBL-AIO-BRKF. Four cables are required to utilize all board functionality.)

Features and specifications:

Prerequisites: WC-CP-FIO driver and WU8021-300 FPGA Workbench per-board license.

CP-FPGA-4 -- Programmable FPGA PCIe Card with 480K Logic Elements and two FPGA Mezzanine Card (FMC) locations

Concurrent's CP-FPGA-4 programmable FPGA PCIe card features a powerful field-programmable gate array with 480K logic elements that supports both digital and analog I/O via optional FPGA mezzanine cards. The programmable FPGA card features isolated I/O power, high-speed digital I/O, programmable clock generation and multiple DMA engines. NIST traceable calibration is standard for the analog section.

An Intel FPGA development tool kit (WU-ALT-DEV) is available to customize the card to meet exact I/O requirements. Intel’s Platform Designer tool eliminates manual system integration tasks and allows the user to focus on designing the custom I/O functionality that is needed. The card is supported by Concurrent’s Simulation Workbench (SimWB), a comprehensive framework for developing and executing real-time HIL simulations. (Cable Options: CX-CBL-HSI-F-xx; Breakout module CX-CBL-AIO-BRKF. Four cables are required to utilize all board functionality.)

Features and specifications:

Prerequisites: WC-CP-FIO2 driver and WU8021-300 FPGA Workbench per-board license.

CP-FPGA-5 -- Programmable FPGA PCIe Card with 1150K Logic Elements and two FPGA Mezzanine Card (FMC) locations

Concurrent's CP-FPGA-4 programmable FPGA PCIe card features a powerful field-programmable gate array with 1150K logic elements that supports both digital and analog I/O via optional FPGA mezzanine cards. The programmable FPGA card features isolated I/O power, high-speed digital I/O, programmable clock generation and multiple DMA engines. NIST traceable calibration is standard for the analog section.

An Intel FPGA development tool kit (WU-ALT-DEV) is available to customize the card to meet exact I/O requirements. Intel’s Platform Designer tool eliminates manual system integration tasks and allows the user to focus on designing the custom I/O functionality that is needed. The card is supported by Concurrent’s Simulation Workbench (SimWB), a comprehensive framework for developing and executing real-time HIL simulations. (Cable Options: CX-CBL-HSI-F-xx; Breakout module CX-CBL-AIO-BRKF. Four cables are required to utilize all board functionality.)

Features and specifications:

Prerequisites: WC-CP-FIO2 driver and WU8021-300 FPGA Workbench per-board license.

CD-FMC-AIAO -- High Speed Analog I/O FMC Daughter Card

FPGA Mezzaninie Card (FMC) that provides twelve channels of 16-bit analog input and twelve channels of 16-bit analog output. All I/O is routed to front panel. NIST traceable calibration is standard.

Prerequisites: Intel Arria 10-based programmable FPGA card (CP-FPGA-4 or CP-FPGA-5).

CD-FMC-DIO -- High Speed Digital I/O FMC Daughter Card

The High-Speed Digital I/O daughter card is a single-width FMC style card tailored for use with 2nd Generation FPGA cards. It contains 32 channels of I/O compatible with both 3.3V and 5V TTL. This card supports in-system firmware updates and facilitates motherboard front panel I/O connectivity through FMC High Pin Count (HPC) pins.

Prerequisites: Intel Arria 10-based programmable FPGA card (CP-FPGA-4 or CP-FPGA-5).

WU8021-UPG -- Upgrade FPGA Workbench Firmware

Service charge for field update of existing FPGA Workbench firmware with additional IP modules or channels.

Prerequisite: Existing CP-FPGA-2 or CP-FPGA-3 board with firmware.

FPGA Workbench Functional Module Licenses

The following standard, pre-developed functional modules can be configured on a Concurrent FPGA card as needed by customer applications. There is a 32 channels limit for each IP core unless specified otherwise.

Note: All FPGA card configurations, including functional module types and quantities, must be reviewed by the home office prior to quotation.

Model Number   Description
ICS-FPGA-2000   Analog I/O License, 16 AI lines, 16 AO lines
ICS-FPGA-2001   Digital I/O License, 96 lines
ICS-FPGA-2002   User HDL Code License
ICS-FPGA-2003   LVDT/RVDT TX License, 1 line
ICS-FPGA-2004   LVDT/RVDT RX License, 1 line
ICS-FPGA-2005   Synchro TX License, 1 line
ICS-FPGA-2006   Synchro RX License, 1 line
ICS-FPGA-2007   Crank/Cam License, 4 lines
ICS-FPGA-2008   Ignition Injection License,1 line
ICS-FPGA-2009   PWM In I/O License, 1 line
ICS-FPGA-2010   PWM Out I/O License, 1 line
ICS-FPGA-2011   Wheel Speed Sensor License, 1 line
ICS-FPGA-2013   SENT Receiver License, 1 line
ICS-FPGA-2014   SENT Transmit License, 1 line
ICS-FPGA-2015   Angular Encoder License, 1 line
ICS-FPGA-2016   Angular Decoder License, 1 line
ICS-FPGA-2017   Knock Sensor Output License, 1 line
ICS-FPGA-2018   Analog Threshold License, 1 line
ICS-FPGA-2019   3-Phase Inverter License, 1 line
ICS-FPGA-2020   PMSM Motor License, 1 line
ICS-FPGA-2021   Waveform Generation License, 1 line
ICS-FPGA-2022   High-Pressure Fuel Punp License, 1 line
ICS-FPGA-2023   DIO Change-Of-State License, 64 lines
ICS-FPGA-2024   Field Oriented Control (FOC) License, 1 line
ICS-FPGA-2025   PWM 3-Phase License, 1 line
ICS-FPGA-2026   UVW Encoder License, 1 line
ICS-FPGA-2028   Resolver TX License, 1 line
ICS-FPGA-2029   Resolver RX License, 1 line
ICS-FPGA-2038   N-Phase Waveform Generator License, 1 line
ICS-FPGA-2040   SPI Master License, 1 line
ICS-FPGA-2041   SPI Slave License, 1 line
ICS-FPGA-2042   Enhanced Wheel Speed Sensor License, 1 line
ICS-FPGA-2081   Fast Serial I/O License TX, 1 line
ICS-FPGA-2082   Fast Serial I/O License, RX, 1 line
ICS-FPGA-2083   Standard Serial I/O License TX, 1 line
ICS-FPGA-2084   Standard Serial I/O License RX, 1 line

ICS-FPGA-2000 -- FPGA Workbench Analog I/O License, 16 Output lines and 16 Input lines

The Analog Output IP core enables you to connect to each of the 16, 16-bit analog output channels on the board. The board supports both single-ended and differential outputs. The outputs can be software configured as 16-channel single-ended outputs, 8-channel differential outputs, or a combination of single-ended and differential controlled in banks of 4.

The Analog Input IP core enables you to connect to each of the 16, 16-bit analog input channels on the board. The board supports both single ended and differential inputs. The ADCs are arranged and controlled in banks of 8.

ICS-FPGA-2001 -- FPGA Workbench Digital I/O License, 96 lines

The Digital IO IP core enables you to connect to each of the 96 DIO channels on the board. The channel direction is software controlled in banks of 4.

ICS-FPGA-2002 -- FPGA Workbench User Programmable HDL Code License

The User Module IP core provides a black box interface for custom user Verilog code into the FPGAWB framework. The IP core enables the users to import the top level Verilog file for the user module. The top level file should be based on the template User Module so that the interface is consistent to Intel QSYS/Platform Designer. The User Module can be accessed thru memory read and write API calls. Only one instance is allowed per FPGA board.

ICS-FPGA-2003 -- FPGA Workbench LVDT / RVDT TX License, 1 line

This IP core provides a license for 1 channel of LVDT/RVDT TX functionality.

ICS-FPGA-2004 -- FPGA Workbench LVDT / RVDT RX License, 1 line

This IP core provides a license for 1 channel of LVDT/RVDT RX functionality.

ICS-FPGA-2005 -- FPGA Workbench Synchro TX License, 1 line

This IP core provides a license for 1 channel of Synchro TX functionality.

ICS-FPGA-2006 -- FPGA Workbench Synchro RX License, 1 line

This IP core provides a license for 1 channel of Synchro RX functionality.

ICS-FPGA-2007 -- FPGA Workbench Crank/Cam Shaft License, 4 lines

The Crank/Cam IP core provides the combustion engine sensor simulator functionalities. Only one instance is allowed per FPGA board. The IP core functionalities are listed below:

ICS-FPGA-2008 -- FPGA Workbench Ignition/Injection License, 1 line

The Ignition/Injection IP core captures pulses coming from the ECU. The information (start CA, stop CA, pulse width etc.) captured is relative to the configured TDC of the cylinder. The Ignition/Injection IPIP can handle both injection and ignition digital inputs. The Crank/Cam IP is a prerequisite for using the Ignition/Injection IP.

ICS-FPGA-2009 -- FPGA Workbench Pulse Width Modulation Input I/O License, 1 line

The PWM Input IP core provides the ability to input a pulse pattern and measure the frequency and duty cycle of the input. A maximum of 32 instances are allowed per FPGA board. This IP Core provides functionalities such as:

ICS-FPGA-2010 -- FPGA Workbench Pulse Width Modulation Output I/O License, 1 line

The PWM Output IP core provides the ability to output a Pulse Width Modulation (PWM) pulse pattern based on the PWM frequency and duty cycle input. A maximum of 32 instances are allowed per FPGA board. This IP Core provides functionalities such as:

ICS-FPGA-2011 -- FPGA Workbench Wheel Speed Sensor License, 1 line

The Tooth Gen / Wheel Speed Sensor IP core provides the ability to output an arbitrary pulse pattern driven by a RPM input. A maximum of 32 instances are allowed per FPGA board. This IP Core provides functionalities such as:

ICS-FPGA-2013 -- FPGA Workbench SENT Receiver License, 1 line

The SENT Receiver IP core supports the Single Edge Nibble Transmission (SENT) protocol as specified by SAE J2716. The IP core is able to capture the SENT waveform and decode it. A maximum of 32 instances are allowed per FPGA board. The SENT IP core supports the following:

ICS-FPGA-2014 -- FPGA Workbench SENT Transmitter License, 1 line

The SENT Transmitter IP core supports the Single Edge Nibble Transmission (SENT) protocol as specified by SAE J2716. The output channels generate SENT output waveforms depending on how the channel is configured. A maximum of 32 instances are allowed per FPGA board. The SENT IP core supports the following:

ICS-FPGA-2015 -- FPGA Workbench Angular Encoder License, 1 line

The Angular Encoder IP core module is a generic encoder that can generate linear, angular, or quadrature encoder waveform outputs. These outputs can have standard fixed pulse width or programmable pulse width. A maximum of 32 instances are allowed per FPGA board.

ICS-FPGA-2016 -- FPGA Workbench Angular Decoder License, 1 line

The Angular Decoder IP core module takes A, B and Z input from an angular encoder and will output X1, X2 and X4 counter values. X1, X2 and X4 count the edges of the A and B input waveforms to estimate the current angle. This module can use the Z input to reset the counter to signify a 360 degree rotation. A maximum of 32 instances are allowed per FPGA board.

ICS-FPGA-2017 -- FPGA Workbench Knock Sensor Output License, 1 line

Generates knock sensor output waveform. Maximum of 32 instances are allowed per FPGA board.

ICS-FPGA-2018 -- FPGA Workbench Analog Threshold License, 1 line

The Analog Threshold IP core provides the ability to ingest a multi-bit analog input signal and based on the set thresholds create a single bit digital output. This IP Core provides functionality similar to Schmitt trigger devices which are typically used in signal conditioning applications to remove noise from analog signals. A maximum of 16 instances are allowed per FPGA board. The Analog Threshold IP core supports the following features:

For custom waveform output or file driver waveform, please use the User Module IP core.
ICS-FPGA-2019 -- FPGA Workbench 3-Phase Inverter License, 1 line

The inverter IP module is for a 3 phase 6 switch IGBT (Insulated Gate Bipolar Transistor) Inveter. The algorithm uses a circuit model (Capactiances, Inductances, and resistnaces) to create state space equations which calculate the currents and voltages at different locations inside of the inverter. Only one instance is allowed per FPGA board.

ICS-FPGA-2020 -- FPGA Workbench PMSM Motor License, 1 line

The PMSM IP module is for an electric motor. The algorithm uses the traditional Ld/Lq equations to calculate the torque, angle, speed and 3 phase currents inside of the motor. Only one instance is allowed per FPGA board.

ICS-FPGA-2021 -- FPGA Workbench Waveform Output License, 1 line

The Waveform Output IP core provides the ability to output different types of waveform using the analog output channels. A maximum of 16 instances are allowed per FPGA board. This IP Core provides the ability to output the following waveforms:

For custom waveform output or file driver waveform, please use the User Module IP core.
ICS-FPGA-2022 -- FPGA Workbench High Pressure Fuel Pump License, 1 line

The High Pressure Fuel Pump (HPFP) IP core captures pulses coming from the ECU. The information (start CA and stop CA) is captured for each channel. The Crank/Cam IP is a prerequisite for using the HPFP IP. A maximum of 8 instances are allowed per FPGA board.

ICS-FPGA-2023 -- FPGA Workbench DIO Change-of-State License, 64 lines

The Change-of-State IP core stores the state changes occurring on the digital input lines into a FIFO. A maximum of 2 instances are allowed per FPGA board. The FIFO, which has a maximum depth of 128 elements contains:

ICS-FPGA-2024 -- FPGA Workbench Field Oriented Control (FOC) License, 1 line

The FOC module is used to control the switching signals for an inverter/motor. The algorithm generates an averaged current error signals based on user desired speed and other information from the electric motor. Only one instance is allowed on a FPGA board. Only one instance is allowed per FPGA board.

ICS-FPGA-2025 -- FPGA Workbench PWM 3-Phase License, 1 line

The High Pressure Fuel Pump (HPFP) IP core captures pulses coming from the ECU. The information (start CA and stop CA) is captured for each channel. The Crank/Cam IP is a prerequisite for using the HPFP IP.

ICS-FPGA-2026 -- FPGA Workbench UVW Encoder License, 1 line

The UVW encoder block provides the ability to output 3 pulse patterns that represent the 3 phase signalling used in electric motors. A maximum of 32 instances are allowed per FPGA board.

ICS-FPGA-2028 -- FPGA Workbench Resolver TX License, 1 line

This IP core provides a license for 1 channel of Resolver TX functionality.

ICS-FPGA-2029 -- FPGA Workbench Resolver RX License, 1 line

This IP core provides a license for 1 channel of Resolver RX functionality.

ICS-FPGA-2038 -- FPGA Workbench N-Phase Waveform Generator License, 1 line

This IP core provides a license for 1 channel of N-Phase Waveform Generator functionality.

ICS-FPGA-2040 -- FPGA Workbench SPI Master License, 1 line

This IP core provides a license for 1 channel of SPI Master functionality.

ICS-FPGA-2041 -- FPGA Workbench SPI Slave License, 1 line

This IP core provides a license for 1 channel of SPI Slave functionality.

ICS-FPGA-2081 -- Fast Serial I/O License TX, 1 line

This IP core provides a license for 1 channel of Fast Serial I/O TX functionality.

ICS-FPGA-2082 -- Fast Serial I/O License, RX, 1 line

This IP core provides a license for 1 channel of Fast Serial I/O RX functionality.

ICS-FPGA-2083 -- Standard Serial I/O License TX, 1 line

This IP core provides a license for 1 channel of Standard Serial I/O TX functionality.

ICS-FPGA-2084 -- Standard Serial I/O License RX, 1 line

This IP core provides a license for 1 channel of Standard Serial I/O RX functionality.

Cables for CP-ADS6418, CP-MFIO, CP-ENG-SIM, CP-COS-64 and CP-FPGA-x

I/O Interface Cables

CX-CBL-HSI-F-02 -- 68-pin SCSI-5 (VHDCI) to SCSI-3 Male I/O Interface Cable, 2 meter

2-meter SCSI-5 (VHDCI) to SCSI-3 Cable - VHDCI .8mm 68-pin Male to HPDB68 (HD68) 68-pin Male. Note: Four cables are required to utilize all board functionality on CP-MFIO, CP-ENG-SIM and CP-FPGA-x; two cables are recommended to utilize all functionality on CP-ADS6418 and CP-COS-64.

CX-CBL-HSI-F-03 -- 68-pin SCSI-5 (VHDCI) to SCSI-3 Male I/O Interface Cable, 3 meter

3-meter SCSI-5 (VHDCI) to SCSI-3 Cable - VHDCI .8mm 68-pin Male to HPDB68 (HD68) 68-pin Male. Note: Four cables are required to utilize all board functionality on CP-MFIO, CP-ENG-SIM and CP-FPGA-x; two cables are recommended to utilize all functionality on CP-ADS6418 and CP-COS-64.

CX-CBL-HSI-F-05 -- 68-pin SCSI-5 (VHDCI) to SCSI-3 Male I/O Interface Cable, 5 meter

5-meter SCSI-5 (VHDCI) to SCSI-3 Cable - VHDCI .8mm 68-pin Male to HPDB68 (HD68) 68-pin Male. Note: Four cables are required to utilize all board functionality on CP-MFIO, CP-ENG-SIM and CP-FPGA-x; two cables are recommended to utilize all functionality on CP-ADS6418 and CP-COS-64.

CX-CBL-HSI-F-15 -- 68-pin SCSI-5 (VHDCI) to SCSI-3 Male I/O Interface Cable, 15 meter

15-meter SCSI-5 (VHDCI) to SCSI-3 Cable - VHDCI .8mm 68-pin Male to HPDB68 (HD68) 68-pin Male. Note: Four cables are required to utilize all board functionality on CP-MFIO, CP-ENG-SIM and CP-FPGA-x; two cables are recommended to utilize all functionality on CP-ADS6418 and CP-COS-64.

I/O Terminal Breakout Modules

CX-CBL-AIO-BRKF -- I/O Terminal Breakout Module, 68-Pin Female SCSI-3, DIN Mount

I/O terminal breakout module, 68-pin female, SCSI-3, DIN mount. Provides a screw terminal for 68 lines.

Prerequisites: Use with CX-CBL-HSI-68-xx or CX-CBL-HSI-F-xx cable.

820-2020510-902 -- I/O Breakout Module, DB25 male, Right angle, DIM mount

Use for DB25F cable termination. Provides screw terminal for each of the 25 lines, plus shield.

820-2020510-906 -- I/O Breakout Module, DB25 female, Right angle, DIM mount

Use for DB25M cable termination. Provides screw terminal for each of the 25 lines, plus shield.

CAN Bus Cards

CP-CAN-402-2E -- 2-channel CAN Interface PCIe card

2-channel PCIe x1 CAN bus interface compliant with ISO 11898-2. Electrically isolated. Supports bit rates up to 1 Mbits/sec bus. Supports bus mastering and local data management by FPGA, and selectable CAN termination on-board. Provides two DSUB-9 male connectors.

Prerequisites: WC-CAN-402 RedHawk Linux Driver.

CP-CAN-402-B4E -- 4-ch CAN Interface PCIe card with breakout cable

4-channel PCIe x1 CAN bus interface compliant with ISO 11898-2. Electrically isolated. Supports bit rates up to 1 Mbits/sec bus. Supports bus mastering and local data management by FPGA, and selectable CAN termination onboard. Provides one DSUB-37 to quad DSUB-9 male .5 meter connector cable. (CS-ES-CAN-4XX-CBL)

Prerequisites: WC-CAN-402 RedHawk Linux Driver.

WC-CAN-402 -- RedHawk Linux Driver for CAN-402 PCIe Card

RedHawk Linux driver for CP-CAN-402-x CAN bus card.

 

SIGnal Workbench Signal Conditioning Products

Signal Conditioning Products with Fault Insertion

Concurrent offers Fault Insertion / Signal Conditioning solutions that support multiple 3U and 4U chassis that can hold a wide range of fault insertion and signal conditioning (FIS) cards. The table below provides a summary of available FIS cards.

Card Type
Fault Lines
Model Number Function
A
4
 RIQ08313C-041 PWM Buffer/Filter Conditioning Card
B
4
 RIQ08314D-041 LVDT/RVDT/RESOLVER Excitation w/RMS Converter
B2
0
 RIQ10257D-047 RMS Converter to Analog No FI
B3
4
 RIQ11795-041 RVDT/LVDT/RSLVR EX GAIN x3
C1
8
 RIQ08315D-041 DISCRETE OUTPUT
C2
8
 RIQ08315D-042 DUAL POTENTIOMETER
C3
8
 RIQ08315D-043 COCKPIT SWITCH 10K OHM
C4
8
 RIQ08315D-044 ESO / GBEV COMBO
C5
8
 RIQ08315D-045 FAULT INSERTION ONLY
C6
8
 RIQ08316C-041 RVDT/LVDT/RESOLV FB
C7
8
 RIQ08315D-046 MAGNETIC CHIP DETECT
D
4
 RIQ08317D-041 SPEED SIGNAL w/COUPLING / BYPASS
E
0
 RIQ10051C-041 RS-422 Switch with No FIS Lines
F
4
 RIQ08320C-041 DEC TO DEC INTERLOCK
G
4
 RIQ08321C-041 CROSS CHAN DATA LINK
H2
4
 RIQ08319E-041 RATIOMETRIC PRES SENSOR 1K OHM
H3
4
 RIQ08319E-042 RATIOMETRIC RTD 100 OHM
H4
4
 RIQ08319E-041 RATIOMETRIC 3-LINE RTD
H5
4
 RIQ08319E-044 RATIOMETRIC PRES SENSOR 1.5K OHM
H6
4
 RIQ08319E-045 RATIOMETRIC PRES SENSOR 1.8K OHM
H7
4
 RIQ08319E-046 2/4-WIRE RTD PROG RES 160 OHM
H8
4
 RIQ08319E-047 2/4-WIRE RTD PROG RES 300 OHM
J
4
 RIQ08323C-041 3-LINE PERM MAGNET ALT
K
0
 RIQ10056B-041 CHARGE COUPLED ACCEL SIMULATOR (SINGLE CHAN.)
M
4
 RIQ11251A-042 ISOLATED TYPE-S TC SIM
N
4
 RIQ11251A-043 RTD / PRESSURE BRIDGE
O
2
 RIQ11251A-044 ISOLATED TYPE-K TC SIM w/CJC (SINGLE CHAN.)
Q
4
 RIQ11978A-04D RMS Current and Voltage Sense for PWM Solenoid / Torque Motor Loads.

General Purpose Signal Conditioning Modules

The SIGnal Workbench General Purpose Signal Conditioning (GPSC) line of low cost-per-channel signal conditioners is designed for automotive, aerospace and general purpose industrial applications. Low power modules support sixteen channels. High power modules support eight channels. The modules can be DIN rail mounted for small channel count systems or installed in a compatible 2U 8-slot DIN chassis. Optionally, up to four GPSC modules can be installed in a 1U rack mount chassis via special quotation.
.
Many applications do not require fault insertion and utilize dedicated conditioning requirements for each channel that are rarely changed. The general purpose conditioners save the expense of a chassis controller and backplane as well as the software products that are required for programmable conditioners. The GPSC modules are configured using jumpers to set gain or voltage level parameters per channel.

HS000-SIGWB-8 -- Signal Workbench Chassis for up to 8 GPSC Cards

The General Purpose Signal Conditioning (GPSC) chassis consists of a rackmount/table-top enclosure with a 2U card nest that can accomodate eight GPSC cards. The card nest contains a proprietary backplane with twelve slots. Eight slots are available for GPSC cards supporting up to 128 channels of digital or analog signals. Four slots are occupied by interface transition cards. The enclosure contains the necessary power supplies and cooling provisions for stand-alone operation. Cooling air is drawn in through two left-side mounted fans then exhausted through vents on the right side. The side-to-side airflow allows units to be stacked on top of each other. The enclosure operates on 18-32 volts DC. One 110/220VAC to 24 volt DC external power supply comes with each enclosure. The enclosure is optimized for use with Concurrent Real-Time's FPGA products which offer up to 128 channels of I/O distributed with four 68-pin HPDI.

CQ9500TR-08 -- LVDT / RVDT / Resolver Transformer Coupling Module w/ 6' Cable

The CQ9500TR-08 Conditioning Module features 32 galvanically isolated transformer channels and is intended to interface to AC signal applications requiring isolation such as LVDT, RVDT, synchro and resolver position sensors and simulators. For simulation applications, the module is intended to support eight excitation input channels and 16 output channels providing for eight dual output feedback channels; Va/Vb or sin/cos. The signal path is reversed for position sensing applications. All external channels are differential. The input channels can reference a common ground in order to function with single ended analog I/O channels. The outputs can be connected together to work in two, three or four wire configurations.

The signal conditioner can be used as a 32-channel input, 32-channel output, or any combination of inputs and outputs up to 32. The default configuration for the transformer signal conditioner is 16 input channels and 16 output channels. This configuration will support 16 2-wire LVDT channels.

Features:

CQ9502-HSDO-16 -- High Speed Discrete Output Signal Conditioner, Chassis Mount

The Discrete Output Signal Conditioner takes a 0/3.3 volt or 0/5 volt single-ended logic input and outputs up to 0 / 40V or ±22 from common low/high power rails. The jumper selectable power rails provide a selection of +5V, +15V, -15V, GND from the default power supply. High-level external power rails V-A, V-B and low level external power rails G-A, G-B can be selected from additional power sources. V-A, V-B, G-A and G-B are isolated from signal and logic ground. Designed for chassis mounting.

Features:

CQ9502-HSDO-16-DIN -- High Speed Discrete Output Signal Conditioner, DIN Rail Mount, DB37

The Discrete Output Signal Conditioner takes a 0/3.3 volt or 0/5 volt single-ended logic input and outputs up to 0 / 40V or ±22 from common low/high power rails. The jumper selectable power rails provide a selection of +5V, +15V, -15V, GND from the default power supply. High-level external power rails V-A, V-B and low level external power rails G-A, G-B can be selected from additional power sources. V-A, V-B, G-A and G-B are isolated from signal and logic ground. Designed for chassis mounting. DIN rail mount DB37.

Features:

CQ9502-HSDO-16-DTB -- High Speed Discrete Output Signal Conditioner, DIN Rail Mount, Terminal Block

The Discrete Output Signal Conditioner takes a 0/3.3 volt or 0/5 volt single-ended logic input and outputs up to 0 / 40V or ±22 from common low/high power rails. The jumper selectable power rails provide a selection of +5V, +15V, -15V, GND from the default power supply. High-level external power rails V-A, V-B and low level external power rails G-A, G-B can be selected from additional power sources. V-A, V-B, G-A and G-B are isolated from signal and logic ground. Designed for chassis mounting. DIN rail mount terminal block.

Features:

CQ9518-DI-16 -- Discrete Input Signal Conditioner

The discrete input signal conditioner is a digital signal conditioning input board capable of converting a jumper configurable input voltage of 5V, 12V, 28V, or 60V into 5V logic level signal. Each of the 16 input channels can independently be configured for a 5V, 12V, 24/28V, or 60V input signal. Inputs are isolated from outputs providing protection and improved noise immunity. Each channel can be configured, via jumpers for either 5V logic level output, 15V output, or as a voltage sink capable of sinking a load of up to 30V, 15mA. Designed for installation in signal conditioning chassis.

Features:

CQ9501-DI-16-DIN -- Discrete Input Signal Conditioner, DIN Rail Mount, DB37

The discrete input signal conditioner is a digital signal conditioning input board capable of converting a jumper configurable input voltage of 5V, 12V, 28V, or 60V into 5V logic level signal. Each of the 16 input channels can independently be configured for a 5V, 12V, 24/28V, or 60V input signal. Inputs are isolated from outputs providing protection and improved noise immunity. Each channel can be configured, via jumpers for either 5V logic level output, 15V output, or as a voltage sink capable of sinking a load of up to 30V, 15mA. DIN rail mount DB37.

Features:

CQ9501-DI-16-DTB -- Discrete Input Signal Conditioner, DIN Rail Mount, Terminal Block

The discrete input signal conditioner is a digital signal conditioning input board capable of converting a jumper configurable input voltage of 5V, 12V, 28V, or 60V into 5V logic level signal. Each of the 16 input channels can independently be configured for a 5V, 12V, 24/28V, or 60V input signal. Inputs are isolated from outputs providing protection and improved noise immunity. Each channel can be configured, via jumpers for either 5V logic level output, 15V output, or as a voltage sink capable of sinking a load of up to 30V, 15mA. DIN rail mount Terminal Block.

Features:

CQ9504-AO-16 -- Analog Output Signal Conditioner, DIN Rail Mount

The analog output signal conditioner takes up to ±10V input and outputs up to 0 to 60V or ±30V. Jumper selectable gain options include gains of 1, 2, or 6. Each channel has jumper selectable configurations for inverting, noninverting, or differential outputs. Inputs can be single-ended or differential. DIN rail mount.

Features:

CQ9505-AI-16 -- Analog Input Signal Conditioner

The analog output signal conditioner takes up to ±60V input and has jumper selectable attenuations of 1, 2, or 6. Each channel has jumper selectable configurations for inverting, noninverting, or differential outputs. Inputs can be single-ended or differential.

Features:

CQ9517-HPDO-16 -- High-Power Discrete Output Signal Conditioner

The high power discrete output signal conditioner uses an isolated gate driver with 2 outputs to switch high side and low side power MOSFETS resulting in a high power, push pull output which is capable of sourcing or sinking voltages of up to 60V. The push pull configuration allows for switching speeds of up to 200kHz which is high speed compared to most 60V capable devices. The high power discrete output signal conditioner is able to source or sink up to 1A continuous current with appropriately sized heat sinking options. The jumper selectable power rails provide a selection of +5V, +15V, -15V, GND from the default power supply. High level external power rails V-A, V-B and low level external power rails G-A, G-B can be selected from additional power sources. V-A, V-B, G-A and G-B are isolated from signal and logic ground.

Features:

CX-NPSC-PWR1 -- DIN Rail Mount 30W Power Supply

Supplies 5V, +/-15V required for general purpose signal conditioning (GPSC) modules. Supports two modules.

CX-CBL-NPSCA-16-03 -- 3-foot Cable, FPGA Analog I/O to Analog GPSC modules

3-foot cable supporting one CQ9504-AO-16 and one CQ9505-AI-16 GPSC module.

CX-CBL-NPSCA-16-06 -- 6-foot Cable, FPGA Analog I/O to Analog GPSC modules

6-foot cable supporting one CQ9504-AO-16 and one CQ9505-AI-16 GPSC module..

CX-CBL-NPSCD-16-03 -- 3-foot Cable, FPGA Digital I/O to Discrete GPSC modules

3-foot cable supporting two Discrete GPSC modules (CQ9502-HSDO-16 or CQ9503-HPDO-16)..

CX-CBL-NPSCD-16-06 -- 6-foot Cable, FPGA Digital I/O to Discrete GPSC modules

6-foot cable supporting two Discrete GPSC modules (CQ9502-HSDO-16 or CQ9503-HPDO-16).

Cable Guide for Concurrent-manufactured I/O Cards

Model Number Card Type Cable Models
CP-PWM-1012
CP-PWM-1204 		PWM Output PCIe card
Wheel Speed Sensor Output PCIe card		 CX-LFH60-OUT -- 6-foot
CX-LFH60-OUT-DIN -- 6-foot
CP-PWM-1112 PWM Input PCIe card CX-LFH60-IN -- 6-foot
CX-LFH60-IN-DIN -- 6-foot
CP-SENT-12 SENT Protocol PCIe Card CX-LFH60 -- 6-foot
CX-LFH60-DIN -- 6-foot
CP4484R-2
 Real-Time Clock & Interrupt Module (RCIM II) PCI Card
CX-LFH60 -- 6-foot
CX-LFH60-DIN -- 6-foot
HS002R-CBL-15 -- 15-foot
CP4484R-3 Real-Time Clock & Interrupt Module (RCIM III) PCIe Card CX-LFH60 -- 6-foot
CX-LFH60-DIN -- 6-foot
HS002-3CBL-1 -- 1-meter
HS002-3CBL-5 -- 5-meter
HS002-3CBL-10 -- 10-meter
HS002-3CBL-20 -- 20-meter
HS002-3CBL-30 -- 30-meter
730-1840042-901 adapter
730-1840042-902 adapter
730-1840042-903 adapter
730-1840042-904 adapter
730-1840042-905 adapter
CPRC4-4 Real-Time Clock & Interrupt Module (RCIM IV) PCIe Card CX-DB26-4 -- 10-foot
CX-DB26-DIN-4 -- 10-foot
HS002-3CBL-1 -- 1-meter
HS002-3CBL-5 -- 5-meter
HS002-3CBL-10 -- 10-meter
HS002-3CBL-20 -- 20-meter
HS002-3CBL-30 -- 30-meter
HS002-4CBL-IRG
730-1861337-901 adapter
730-1861337-902 adapter
CP-AD3224-DS
CP-AD3224-DS-10
CP-DA0818-S
CP-DA3218-S
CP-DA0818-D
CP-DA3218-D
CP-UEGO-4
CP-RESSIM-16

Analog Input PCIe card, 5V
Analog Input PCIe card, 10V
Analog Output PCIe card, 8-channel, single-ended
Analog Output PCIe card, 32-channel, single-ended
Analog Output PCIe card, 8-channel, differential
Analog Output PCIe card, 32-channel, differential
Universal Exhaust Gas Oxygen sensor PCIe card
16-Resistor Simulator PCIe Card

 CX-CBL-HSI-68-06 - 6-foot
CX-CBL-HSI-68-10 - 10-foot
CX-CBL-AIO-BRKF (Breakout Module)

CP-MFIO
CP-ENG-SIM
CP-COS-64
CP-FPGA-2
CP-FPGA-3
CP-ADS6418
CP-CMFIO-T1
CP-CMFIO-T2
CP-CMFIO-T3

Multifunction I/O PCIe card
Engine Sensor Simulation PCIe card
Digital Input Change-of-State PCIe card
Programmable FPGA PCIe card, 362K elements
Programmable FPGA PCIe card, 504K elements
Analog Input Card, 64-channel, 18-bit
Multifunction I/O PCIe card w/PWM, wheel speed and SENT
Multifunction I/O PCIe card w/PWM, wheel speed and SENT
Multifunction I/O PCIe card w/PWM, wheel speed and SENT

CX-CBL-HSI-F-02 - 2-meter
CX-CBL-HSI-F-03 - 3-meter
CX-CBL-HSI-F-05 - 5-meter
CX-CBL-HSI-F-15 - 15-meter
(Note: See cable description for recommended quantities.)

CX-CBL-AIO-BRKF (Breakout Module)