Analog I/O
Catalog
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Analog Input
| Form Factor | Software | Resolution | Channels | Sample Rate (ksps) | Description | ||
|---|---|---|---|---|---|---|---|
| CP-AD3224-DS | Concurrent Real-Time | PCIe | WC-AD3224-DS ICS-SWB-1242 | 24-bit | 32 | 216 | Delta-Sigma analog input card (+/- 5V) |
| CP-AD3224-DS-10 | Concurrent Real-Time | PCIe | WC-AD3224-DS ICS-SWB-1242 | 24-bit | 32 | 216 | Delta-Sigma analog input card (+/- 10V) |
| CP-ADS6418 | Concurrent Real-Time | PCIe | WC-ADS6418 ICS-SWB-1242 | 18-bit | 64 | 1400 | 64-channel analog input card |
| CS-GS-16AI32CLL-TS | General Standards | PCIe | WCS-GS-16AI64LL ICS-SWB-1213 | 16-bit | 32 differential | 200 | 32-channel analog input card |
| CS-GS-16AI64LL-2-E | General Standards | PCIe | WCS-GS-16AI64LL ICS-SWB-1213 | 16-bit | 64 single-ended; 32 differential | 500 | |
| CS-GS-16AI64LL-S3E | General Standards | PCIe | WCS-GS-16AI64LL ICS-SWB-1213 | 16-bit | 64 single-ended; 32 differential | 500 | |
| CS-GS-16AI64SSC-E | General Standards | PCIe | WCS-GS-16AI64SS ICS-SWB-1213 | 16-bit | 64 single-ended; 32 differential | 200 | |
| CS-GS-16AI64SSC-EL | General Standards | PCIe | WCS-GS-16AI64SS ICS-SWB-1213 | 16-bit | 64 single-ended; 32 differential | 200 |
Analog Multifunction
| Form Factor | Software | Resolution | Channels | Description | ||
|---|---|---|---|---|---|---|
| CP-ENG-SIM | Concurrent Real-Time | PCIe | WC-CP-FIO ICS-SWB-1277 | 16-bit | 32 | A customized version of Concurrent Real-Time's programmable FPGA card designed for HiL ECU testing |
| CP-FPGA-2 | Concurrent Real-Time | PCIe | WC-CP-FIO ICS-SWB-1276 | 16-bit | Programmable FPGA card | |
| CP-FPGA-3 | Concurrent Real-Time | PCIe | WC-CP-FIO ICS-SWB-1276 | 16-bit | Programmable FPGA card | |
| CP-MFIO | Concurrent Real-Time | PCIe | WC-CP-FIO ICS-SWB-1278 | 16-bit | Multifunction I/O card | |
| CS-GS-16AIO-41E | General Standards | PCIe | WCS-16AIO ICS-SWB-1213 | 16-bit | 32 single-ended; 16 differential | Analog input/output and digital I/O board |
| CS-GS-16AIO-41E-60 | General Standards | PCIe | WCS-16AIO ICS-SWB-1213 | 16-bit | 32 single-ended; 16 differential | Analog input/output and digital I/O board |
| CS-GS-16AIO-41E-S3 | General Standards | PCIe | WCS-16AIO ICS-SWB-1213 | 16-bit | 32 single-ended; 16 differential | Analog input/output and digital I/O board |
| CS-GS-ADADIO-311e | General Standards | PCIe | 16-bit | 12 | Analog input/output and digital I/O board | |
| CS-GS-ADADIO-312e | General Standards | PCIe | 16-bit | 12 | Analog input/output and digital I/O board |
Analog Output
| Form Factor | Software | Resolution | Channels | Sample Rate (ksps) | ||
|---|---|---|---|---|---|---|
| CP-DA0818-D | Concurrent Real-Time | PCIe | WC-DA3218 ICS-SWB-1248 | 18-bit | 8 differential | 400 |
| CP-DA0818-S | Concurrent Real-Time | PCIe | WC-DA3218 ICS-SWB-1248 | 18-bit | 8 single-ended | 400 |
| CP-DA3218-D | Concurrent Real-Time | PCIe | WC-DA3218 ICS-SWB-1248 | 18-bit | 32 single-ended; 16 differential | 400 |
| CP-DA3218-S | Concurrent Real-Time | PCIe | WC-DA3218 ICS-SWB-1248 | 18-bit | 32 differential | 400 |
| CP-UEGO-4 | Concurrent Real-Time | PCIe | WC-UEGO ICS-SWB-1283 | 0 | ||
| CS-GS-16AO16-0811E | General Standards | PCIe | WCS-GS-16AO16 ICS-SWB-1214 | 16-bit | 8 | 400 |
| CS-GS-16AO16-0812E | General Standards | PCIe | WCS-GS-16AO16 ICS-SWB-1214 | 16-bit | 8 | 400 |
| CS-GS-16AO16-1211E | General Standards | PCIe | WCS-GS-16AO16 ICS-SWB-1214 | 16-bit | 12 | 400 |
| CS-GS-16AO16-1212E | General Standards | PCIe | WCS-GS-16AO16 ICS-SWB-1214 | 16-bit | 12 | 400 |
| CS-GS-16AO16-1611E | General Standards | PCIe | WCS-GS-16AO16 ICS-SWB-1214 | 16-bit | 16 | 400 |
| CS-GS-16AO16-1612E | General Standards | PCIe | WCS-GS-16AO16 ICS-SWB-1214 | 16-bit | 16 | 400 |
| CS-GS-16AO16-1621E | General Standards | PCIe | WCS-GS-16AO16 ICS-SWB-1214 | 16-bit | 16 | 400 |
| CS-GS-16AO16-1622E | General Standards | PCIe | WCS-GS-16AO16 ICS-SWB-1214 | 16-bit | 16 | 400 |
| CS-GS-16AO16-1631E | General Standards | PCIe | WCS-GS-16AO16 ICS-SWB-1214 | 16-bit | 16 | 400 |
| CS-GS-16AO16-1632E | General Standards | PCIe | WCS-GS-16AO16 ICS-SWB-1214 | 16-bit | 16 | 400 |
| CS-GS-16AO64-32DBE | General Standards | PCIe | 32 | 500 | ||
| CS-GS-16AO64-32SBE | General Standards | PCIe | 32 | 500 | ||
| CS-GS-16AO64-64SBE | General Standards | PCIe | 64 | 500 |
Our Analog I/O
64-Channel Analog Input Card
Driver: WP-ADS6418
Concurrent’s CP-ADS6418 is a 64-channel, 18-bit, FPGA-based analog-to-digital converter card with a PCI Express interface. The CP-ADS6418 converts up to 500K samples/second per channel when...
Analog Output Converter Cards
Driver: WC-DA3218
Concurrent’s CP-DA3218 is a 32-channel or 8-channel, 18-bit digital-to-analog converter card with a PCI express interface. The card is implemented using Linear Technology LTC2758 dual...
Configurable Multi-Function FPGA Card
Driver: Driver: WP-CP-FIO
The Configurable Multi-Function FPCA Card is a flexible programmable FPGA card that can be adapted to serve many purposes. Several of Concurrent Real-Time's specialized cards...
Delta Sigma Analog Input Card
Driver: WP-AD3224-DS
Concurrent’s CP-AD3224 is a 32-channel analog to digital 24-bit delta sigma converter card with a PCI Express interface. The card is implemented using Cirrus Logic...Engine Sensor Simulation Card
Driver: Driver: WP-CP-FIO
The Engine Sensor Simulation Card is a customized version of Concurrent’s programmable FPGA card specially designed for hardware-in-the-loop engine control unit (ECU) testing. The card...Multi-Function I/O Card
Driver: WC-CP-FIO
Concurrent’s Multi-Function I/O PCIe card features a powerful field-programmable gate array that supports both digital and analog I/O. The Multi-Function card can control up to...Programmable FPGA Card
Driver: WC-CP-FIO
Concurrent Real-Time’s family of programmable FPGA PCIe cards feature a powerful field programmable gate array that supports both digital and analog I/O. The cards can...Universal Exhaust Gas Oxygen Sensor Card
Driver: WC-UEGO
Concurrent Real Time’s UEGO is a 4-channel Universal Exhaust Gas Oxygen Sensor simulator card with a PCI Express interface that is ideal for high-performance hardware-in-the-loop...
Wheel Speed Sensor Output Card
Driver: N/A
Concurrent Real-Time’s FPGA-based Wheel Speed Sensor (WSS) Simulation card is ideal for use in high-performance hardware-in-the-loop (HIL) simulation and test applications. The WSS output card...