Supported IO Devices

ADEPT supports an extensive range of commercially available computer equipment described below.  ADI is continually adding low-level driver and logical device driver support for new, interesting and relevant, computer boards and single board computers.  If there is a board you would like to see added to the framework, please contact us.

ADI supports a wide range of IO devices for the following bus architectures:

PCI IO

PCI - Carriers
Part Number Description
rtX TPCI200 Carrier PCI-based IP carrier board with room for up to four single-size or two dual-size Industry Pack modules. Ribbon cabling only. Requires two slots if more than two IP sites are used.
rtX PCIe IP Carrier PCIe-based IP carrier board with room for up to four single-size two dual-size Industry Pack modules.
L009.0485MKT rtX IP Installation Kit. Includes the hardware and instructions to mount IPs to either the rtX TPCI200 carrier board or the PCI Engine board.
rtX PCI PCI12PMC PCI-based PMC carrier board for a single PMC module. Non-bridged.
rtX PCI PCIBPMC-NC PCI-based PMC carrier board for a single PMC module. Bridged.
rtX PCI PCIeBPMC PCIe-based PMC carrier board for a single PMC module.
PCI - Analog IO
Part Number Description
rtX PCI AO32A Standard PCI analog output board, 32 16-bit D/As, ±10V at 10mA, high speed. The board contains 32 channels of high speed digital-to-analog converters (DACs). Each DAC is a 16-bit device with a 500 nanosecond conversion time. The board is designed for minimum PCI bus latency with an on board DMA engine and configuration memory. The output voltage range is ±10V with up to a 10mA drive. Any combination of channels can be updated simultaneously.
rtX PCI GS16AI64SSC-32 Preferred solution for general purpose analog inputs. Samples and digitizes 32 input channels (16 channels differential) simultaneously at rates up to 200,000 samples per second for each channel. The resulting 16-bit sampled data is available to the PCI bus through a 1MByte sample FIFO buffer. Each input channel contains a dedicated 16-bit sampling ADC. 64K sample data buffer.
rtX PCI GS16AI64SSC-64 Preferred solution for general purpose analog inputs. Samples and digitizes 64 input channels (32 channels differential) simultaneously at rates up to 200,000 samples per second for each channel. The resulting 16-bit sampled data is available to the PCI bus through a 1MByte sample FIFO buffer. Each input channel contains a dedicated 16-bit sampling ADC. 64K sample data buffer.
rtX PCI GS12AISS8AO4 Twelve-channel, 12-bit PCI analog input/output board with eight 2.0 MSPS per channel analog inputs. Simultaneous input sampling, wide range analog inputs, ±100mV to ±10V full scale.
rtX PCI GS16AISS8AO4 Twelve-channel, 16-bit PCI analog input/output board with eight 2.0 MSPS per channel analog inputs. Simultaneous input sampling, wide range analog inputs, ±100mV to ±10V full scale.
rtX IP230 Eight channel, 16-bit DAC IP output module. For an rtX it requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX IP-3DAC Three multiplying DACs of 16-bit resolution. The board is rated at ±10V reference input and ±10V, ±20mA output on all channels. The MDACs can be updated individually or simultaneously. Each channel can be configured to use an external or internal reference. The logical devices include control of the basic MDAC capability as well as simulations of the following transducers: an LVDT, a thermocouple, a potentiometer, a resolver, a synchro and a strain gauge. Requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX PCI 6208A Eight channel analog output (±5mA) or 8 4-20/0-20/5-25 mA outputs, 16-bit D/As. For 5V PCI slot only.
rtX PCI A12-16A Eight channel 4-20 mA current inputs.
rtX PCI ACRO341 High performance analog inputs PCI board. Provides 8 x 2 channels of 14-bit simultaneous sampling, parallel ADCs, 125kHz, ±10V differential input. For 5V PCI slot only.
rtX IP341 High performance analog inputs IP board. Provides 8 x 2 channels of 14-bit simultaneous sampling, parallel ADCs, 125kHz, ±10V differential input. For an rtX it requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX PCI NI-6220 Sixteen-bit, 250 kS/s, 16 analog inputs. The PCI NI-6220 board provides 16 analog input channels feeding a 16-bit ADC in a PCI format. The board provides: single-ended (16) or differential (8) inputs. A differential input uses two channels thus the maximum number of differential inputs is 8; adjustable gain for ranges of ±10.0, ±5.0, ±1.0, or ±0.20 volts; bipolar inputs; adjustable channel-to-channel multiplex timing.
rtX PCI NI-6224 Sixteen-bit, 250 kS/s, 32 analog inputs. The PCI NI-6224 board provides 32 analog input channels feeding a 16-bit ADC in a PCI format. The board provides: single-ended (16) or differential (8) inputs. A differential input uses two channels thus the maximum number of differential inputs is 16; adjustable gain for ranges of ±10.0, ±5.0, ±1.0, or ±0.20 volts; bipolar inputs; adjustable channel-to-channel multiplex timing.
rtX PCI RTA-LVDAC Low voltage DAC (a.k.a. O2 sensor). A high performance analog waveform with linear interpolation between points. Contains eight DACs that are scaled for ±1V range. Each channel can be crank-synchronous.
eXp PCI RTA-RATIO Eight channel, 16-bit DACs with simultaneous outputs, ±10V including a Motorola MPC565 processor with an on board 16-bit ADC. An external voltage can be supplied as a multiplier for the output as a ratiometric signal. For use in an eXpansion Box only (versus rtX).
rtX PCI RTA-RATIO Eight channel, 16-bit D/As with simultaneous outputs, ±10V. Includes a Motorola MPC565 processor. An external voltage can be supplied as a multiplier for the output as a ratiometric signal. For use in an rtX only (versus eXpansion Box).
eXp PCI RTA-HVRATIO Eight 16-bit D/As with simultaneous outputs, ±20V. Includes a Motorola MPC565 processor. An external voltage can be supplied as a multiplier for the output as a ratiometric signal. For use in an eXpansion Box only (versus rtX).
rtX PCI RTA-HVRATIO Eight 16-bit D/As with simultaneous outputs, ±20V. Includes a Motorola MPC565 processor. An external voltage can be supplied as a multiplier for the output as a ratiometric signal. For use in an rtX only (versus eXpansion Box).
rtX PCI RTA-THERMO Eight channel thermocouple. Output Signal: ±100mV. Resolution: 16 bits. Accuracy: ±4LSBs. Can be used in an rtX or in an eXpansion Box.
rtX PCI RTA-THERMIST An intelligent I/O board providing eight independent thermistor simulators. Resistance covers typical range of 40 Ohms to 100K Ohms. Performance equivalent to using a 15-bit DAC. Outputs are protected against shorts to ±50V (8 channels).
PCI - Digital IO
Part Number Description
rtX PCI 7256 DI Discrete I/O board. Sixteen SPDT relay outputs (latching relays, 125VAC@0.5A or 30VDC@1A) and 16 digital inputs, isolated, ±24VDC. (The change-of-state interrupt capability for input channels 0 and 1 is currently not supported within ADvantage.)
rtX PCI DI Thirty-two channels high voltage isolated discrete inputs. Adjustable threshold 0-20V. Microsecond-level dynamic performance. Software selectable individually by channel.
rtX PCI DO Thirty-two channels of high-side or low-side selectable discrete drivers, eight groups of four isolated discrete inputs, groups isolated from each other. Each channel can be individually selected for high- or low-side operation. The outputs are protected against shorts both to ground and to 50V. May require a user provided external power supply depending on the application.
rtX PCI NI6509 Industrial 96-channel digital I/O interface for PCI bus computer systems from National Instruments. The board has 96 bidirectional digital input/output lines with high current drive capability (24mA). With the PCI-6509, you can input and output at 5VDC digital levels and directly drive external digital devices such as solid-state relays (SSRs) with current up to 24mA per channel.
rtX PCI NI-6528 The 6528 provides 24 optically isolated input channels and 24 solid-state relay output channels
rtX IP-TIP672-10 Twenty-four channel digital differential I/O Industry Pack, using EIA-422/EIA-485 compatible drivers. For an rtX it requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX IP440-2 Thirty-two channel, optically isolated inputs, digital IP module, ±16 to ±40V, ribbon cable. For an rtX it requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX IP470 Forty-eight bidirectional channels, TTL-digital IP.
rtX IP408 Thirty-two channel, 0-60V digital I/O IP module, ribbon cable. Provides 32 bidirectional I/O signals, configured as two 16-bit ports. For an rtX it requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX IP409 Digital Input/Output Module, Differential I/O. 24 differential digital input and/or output channels. Ruggedized RS-422A/485 transceivers.
rtX IP-DIO316I Forty-eight channel, tristateable, digital I/O IP module, ribbon cable. For an rtX it requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX PCI ACRO APC482 The APC482 PCI Board provides ten 16-bit counters – TTL
PCI - Serial IO
Part Number Description
rtX PCI IP512-64 Isolated communication module with four asynchronous EIA/485 isolated serial ports, 64-byte FIFO buffers. Four independent channels. Isolated RS-485 electrical interface, asynchronous operation, and programmable data rates up to 500,000 bits/second.
rtX PCI RS232 High performance four-port RS232 card. All four-port units come with 16C954 UARTS that feature 128 byte transmit and receive buffers. Requires four A609A0247MKT cables per board.
rtX PCI SIO4BX A four channel, RS-232/RS-422/RS-485 serial communications controller implemented in a PCI Mezzanine Card (PMC) format. The SIO4BX has high speed synchronous (10MB) and asynchronous capability. The board has a deep FIFO allowing large bursts. This card can be used when RS-485 operation is required. When using RS-485, additional programming may be required (available through ADI). The SIO4BX also offers greater flexibility when non-standard baud rates are required. The PMC card is mounted on a PCI-based carrier that can be installed in any slot in a PCI rtX system. Our vendor does not recommend this board for new applications. They have informed us that they have no intention of ending their production or support on this product, so ADI is comfortable with continuing to ship and support it for large programs. General Standards supports their products for 10 to 15 years after shipment. ADI has used a variant of the SIO4 for many years. The latest product, the SIO4BXR, is a direct replacement for the SIO4BX and could be used in its place. ADI is in the process of moving to the SIO4BXR as our standard offer.
rtX PCI RS422/485 RS232-8 PCI board with eight ports. Each port is jumper selectable between RS422/485 and RS232. Price includes cable (1 to 8). Must order one A609A0313MKT or D600A0157MKT (panel mount).
rtX PCI RS422-2 PCI two-port serial RS422, Blastronix, supports 920K high speed serial in asynchronous mode.
rtX PCI RS422-4 PCI four-port serial RS422, Blastronix, supports 920K high speed serial in asynchronous mode. Requires two PCI slots.
rtX PCI PMC-HS Four channel high speed serial PMC mounted on a PCI carrier, synchronous and asynchronous protocols, RS-232, RS-422, RS-423. Intelligent per channel DMA engines minimize the load on the simulation CPU making this the preferred serial interface. The PMC card is mounted on a PCI-based PMC carrier that can be installed in any slot in a PCI rtX system. Requires a D600A0063MKT cable.
PCI - Multifunction IO
Part Number Description
rtX PCI ACRO730 Multifunction board, 32 single ended or 16 differential inputs, 16-bit, multiplexed 100K S/s A/D, eight 16-bit D/A, 16TTL I/O.
PCI - Specialized IO
Part Number Description
rtX IP-ARB Designed for the generation of arbitrary waveforms. The IP-ARB features: 1) 65536 16-bit words of WRAM, subdividable into 1 to 8 banks; 2) sampling clock frequency 0 to 10MHz with resolution of 0.0149Hz; 3) 12-bit, 10Msps waveform reconstruction DAC; 4) 12-bit gain and offset DACs; 5) 10V analog output with 500 Ohm load, 5V offset, and jumper selectable remote sense; 6) external clock input and output, external run control input and output; 7) 16-bit registered digital pattern output. Requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX IP-DigPat Digital pattern generator for a digital crank sensor output. The IP-DigPat features: 1) 65536 16-bit words of WRAM, subdividable into 1 to 8 banks; 2) sampling clock frequency 0 to 10MHz with resolution of 0.0149Hz; 3) external clock input and output, external run control input and output; 4) 16-bit registered digital pattern output. Requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX IP-Knock Simulation of one or two analog knock sensor outputs with variable amplitude and frequency. Amplitude: 10 to 20V peak-to-peak with 12-bits resolution. Frequency: 0-100KHz, frequency resolution 0.0009Hz. For an rtX it requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX IP-Sine Four independent sine wave generators utilizing direct digital synthesis (DDS) technology and generating 6V peak (10V maximum) outputs from 0.5 Hz to 23 kHz with frequency resolution of 0.0149 Hz. Amplitude and offset are fixed. Extended frequency range of 0.1Hz to 100kHz with 2V peak minimum. For an rtX it requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX IP-uc68336 Up to 16 TPU channels, four pulse width modulated (PWM) channels, and four bits of discrete digital outputs. Input and output signal levels are TTL compatible. For an rtX it requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX PCI DPGA Digital Pulse Generation & Analysis Board is a board that performs a wide range of digital waveform generation and analysis using a high performance microprocessor. Eight dedicated channels for PWM waveform generation, eight dedicated channels for PWM frequency and duty cycle measurement, eight channels of general purpose I/O, and 48 channels of programmable waveform generation and/or measurement. TTL voltage levels only.
rtX PCI Engine w/SCR-2 The PCI Engine Board and Signal Routing and Conditioning Board Set. The PCI Engine acts as a high performance engine interface supporting up to eight cylinders. Four channels cam output and one crank output. Eight PWM outputs, eight PWM inputs, 16 fuel and spark measurement inputs and two CANbus channels. General purpose digital I/O: 4 inputs and 4 outputs, 42V (50V max). Version 2. Takes up two PCI slots.
rtX PCI Engine-2 The PCI Engine supports eight PWM outputs, eight PWM inputs, and two CANbus channels. General purpose digital I/O: 4 inputs and 4 outputs, 42V (50V max). With the addition of an IP-ARB: the PCI Engine acts as a high performance engine interface supporting up to eight cylinders. Four channels cam output and one crank output. Eight PWM outputs, eight PWM inputs and 16 fuel spark measurement inputs and two CANbus channels. General purpose digital I/O: 4 inputs and 4 outputs, 42V (50V max). Requires an rtX SCR Engine.
rtX SCR Engine Signal Routing and Conditioning Board for the rtX PCI Engine. It provides: 1) encoded and non-encoded input signal handling for TTL and Vbatt-level logic inputs where the encoded signals are quadrature encoded signals from the controller under test for operating stepper motors; 2) output drivers configurable via jumpers to meet either high-side or low-side output drive requirements; and 3) three jumper selectable transceivers for each of the two CAN interface controllers. Requires an rtX PCI Engine.
rtX PCI VRS Four channels of VRS (variable reluctance sensor) simulated outputs. It employs an arbitrary waveform generator with variable gain. Though its output is limited to ±10V, it reproduces the zero-crossing dv/dt behavior of a ±100V VSR output. For 5V PCI slot only.
rtX PCI ARB Four channels of arbitrary waveform generator outputs with variable gain. Designed for the generation of arbitrary waveforms. The PCI ARB features: 1) 65536 16-bit words of WRAM, subdividable into 1 to 8 banks; 2) sampling clock frequency 0 to 10MHz with resolution of 0.0149Hz; 3) 12-bit, 10Msps waveform reconstruction DAC; 4) 12-bit gain and offset DACs; 5) 10V analog output with 500 Ohm load, 5V offset, and jumper selectable remote sense; 6) external clock input and output, external run control input and output. For 5V PCI slot only.
rtX SCR_A Provides interface for four specific IPs: two ADI IPuc68336 modules, one ADI IP-Sine module, and one IP-6CAN IP (TEWS TIP816) module. Input and output drivers for the IPuc68336 are capable of working with current and future automotive battery voltages (Vbatt), 8 VDC ≤ Vbatt ≤ 50 VDC. Selectable AC coupling is provided for the IP-Sine outputs.
rtX PCI IRIGB Single Channel Brandywine IRIG board (PCI-SyncClock32). Highly accurate clock for synchronizing systems, devices, or for time stamping.
rtX PCI IRIGB 1ppm Single Channel Brandywine IRIG board (PCI-SyncClock32 Universal). Highly accurate clock for synchronizing systems, devices, or for time stamping. Upgraded oscillator, disciplined TCXO, and 1PPM.
rtX PCIe IRIGB Single Channel Brandywine IRIG board (PCIe-SyncClock32). Highly accurate clock for synchronizing systems, devices, or for time stamping.
rtX PCIe IRIGB 1ppm Single Channel Brandywine IRIG board (PCIe-SyncClock32 Universal). Highly accurate clock for synchronizing systems, devices, or for time stamping. Upgraded oscillator, disciplined TCXO, and 1PPM.
rtX PCI APCI-3200 Eight channels for thermocouples, Pt100, RTD, 18-bit.
rtX PCI P2P This PCI (ISA) board provides capabilities for monitoring, simulation, error injection and test of Honeywell FCE P2P busses. Requires an ISA slot (size) and will not fit in a desktop rtX
PCI - Resolver / LVDT
Part Number Description
rtX PCI 76CL1-006CLA-05 PCI LVDT DLV card, six-channel LVDT with 2-28 Vrms on board reference, 3KHz. Configured as: 006 = 0 L/D and 6 D/L; C = 0 to +70°C; L = LVDT; A = Ref Supply, 2-28 VRMS Output; – = No Encoder; 05 = 3kHz.
rtX PCI 76CL1-004CL0-02 PCI LVDT DLV card, four channel LVDT with no on board reference, 2.8k – 3.2KHz. Configured as: 004 = 0 L/D and 4 D/L; C = 0 to +70°C; L = LVDT; 0 = No “On Board Excitation”; – = No Encoder; 02 = 2.8-3.2kHz.
rtX PCI 76CS1-080CRA-JS 8-Channel PCI (Full-size) Synchro/Resolver Combination Measurement and Simulation Motherboard Configured With: 080 = 8 S/D and 0 D/S; C = 0C to +70C; R = Resolver; A = 2-28 VRMS output; – = No Encoder; JS = Measurement: 2-28VLL/2-26Vref/3KHz. MISCELLANEOUS: Used with resolver having TR of .5 will result in V L-L of ~1.75V rms which is below rated 2V and may cause false Loss of signal BIT errors.
rtX PCI 76CL1-080CLA-03 8-Channel PCI (Full-size) LVDT Combination Measurement and Simulation Motherboard. Configured as: 080 = 8 L/D and 0 D/L; C = 0 to +70°C; L = LVDT; A = Ref Supply, 2-28 VRMS output; – = No Encoder; 03 = 2kHz.
rtX PCI 76CL1-080CLA-05 8-Channel PCI (Full-size) LVDT Combination Measurement and Simulation Motherboard. Configured as: 080 = 8 L/D and 0 D/L; C = 0 to +70°C; L = LVDT; A = Ref Supply, 2-28 VRMS output; – = No Encoder; 05 = 3kHz.
rtX PCI 76CL1-040CLA-05 4-Channel PCI (Full-size) LVDT Combination Measurement and Simulation Motherboard. Configured as: 040 = 4 L/D and 0 D/L; C = 0 to +70°C; L = LVDT; A = Ref Supply, 2-28 VRMS output; – = No Encoder; 05 = 3kHz.
PCI - CANbus Interfaces
Part Number Description
rtX PCI 6CAN Preferred solution for CANbus implementation. Six-channel CAN PMC without Opto Iso. Consists of a PCI based PMC carrier and a PMC module.
rtX IP-CAN CANbus interface using the Intel 82527 CAN controller, ISO 11898 compatible transceiver. Optically isolated. For an rtX it requires one C603A0703MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX IP376CAN One 68376-based CAN Industry Pack module with selectable physical layer plus LIN interface. Requires a Signal Conditioning Board (rtX SCR_CAN) and one slot on an IP carrier (rtX TPCI200 Carrier). For an rtX it requires one C603A0661MKT cable per IP ordered. Expansions require an L009.0485MKT mounting kit.
rtX IP376CAN Board Set One 68376-based CAN Industry Pack module with selectable physical layer plus LIN interface. Includes one IP, one carrier board, and one SCR board.
rtX SCR CAN Signal conditioning and routing board for the rtX IP376CAN. Includes multiple CAN and LIN transceivers for each of four channels.
PCI - ARINC
Part Number Description
rtX PCI BTI ARINC 429 Preferred solution for ARINC429 implementation. Ballard Technologies PCI ARINC 429. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. Available in many configurations up to and including 16R/16T. Consists of a PCI based motherboard with single or dual locations for motherboards and various 429 modules. The motherboard contains a PowerPC processor for overall control of the board’s resources and DSPs, one assigned to each module.
rtX PCI BTI ARINC 429 4R/4T Ballard Technologies PCI 429 4R/4T. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. Consists of a PCI based motherboard with one location and a 4R/4T 429 module. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each module.
rtX PCI BTI ARINC 429 0R/8T Ballard Technologies PCI 429 0R/8T one core. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. Consists of a PCI based motherboard with one location and a 0R/8T 429 module. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each module.
rtX PCI BTI ARINC 429 8R/0T Ballard Technologies PCI 429 8R/0T one core. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. Consists of a PCI based motherboard with one location and a 8R/0T 429 module. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each module.
rtX PCI BTI ARINC 429 8R/8T Ballard Technologies PCI 429 8R/8T one core. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. Consists of a PCI based motherboard with one location and a 8R/8T 429 module. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each module.
rtX PCI BTI ARINC 429 0R/16T Ballard Technologies PCI 429 0R/16T two core. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. Consists of a PCI based motherboard with one location and a 0R/16T 429 module. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each module.
rtX PCI BTI ARINC 429 16R/0T Ballard Technologies PCI 429 16R/0T two core. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. Consists of a PCI based motherboard with one location and a 16R/0T 429 module. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each module.
rtX PCI BTI ARINC 429 0R/32T Ballard Technologies PCI 429 0R/32T two core. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. Consists of a PCI based motherboard with two locations for 429 modules, and 2 0R/16T 429 modules. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each module.
rtX PCI BTI ARINC 429 32R/0T Ballard Technologies PCI 429 32R/0T two core. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. Consists of a PCI based motherboard with two locations for 429 modules, and 2 16R/0T 429 modules. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each module.
rtX PCI BTI ARINC 429 16R/16T Ballard Technologies PCI 429 16R/16T two core. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. Consists of a PCI based motherboard with two locations for 429 module, and 2 8R/8T 429 modules. The motherboard contains a PowerPC processor for overall control of the board’s resources and DSPs, one assigned to each module.
PCI - MIL-STD 1553 Interfaces
Part Number Description
rtX PCI BTI1553-1 PMC Ballard Technologies PMC card for MIL-STD-1553 with one dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multifunction (BC and RT and Monitor) C-Level. Consists of a PMC module mounted on a PCI based PMC carrier.
rtX PCI BTI1553-2 PMC Ballard Technologies PMC card for MIL-STD-1553 with two dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multifunction (BC and RT and Monitor) C-Level. Consists of a PMC module mounted on a PCI based PMC carrier.
PCI - Communication, other
Part Number Description
rtX PCI 1394 Three channel high speed FireWire 400 (1394a) PCI Board. The board delivers data transfer rates of up to 400Mb/s, supports both asynchronous and isochronous data transfer modes, and allows hot-swapping. The board comes with three external 6-pin (1394a) ports.
rtX PCI 1394B PCI three channel high speed FireWire (1394B) PCI Board. The board provides two FireWire-800 (1394b) and one FireWire-400 (1394a) ports. Compatible with 3.3V/5V, 32/64-bit PCI or PCI-X slots.
rtX PCIe 1394B PCIe (x1) three channel high-speed FireWire (1394B) PCI Board. The board provides two FireWire-800 (1394b) and one FireWire-400 (1394a) ports. Compatible with 3.3V/5V, 32/64-bit.
rtX PCI Gigabit Gigabit Ethernet PCI.
rtX PCI Intel PRO/1000-4 Four channel Gigabit Ethernet card. 64-bit, 3.3V PCI-X only.
rtX PCI Intel PRO/1000-2 Two channel Gigabit Ethernet card. 64-bit, 5V PCI or 3.3V PCI-X.
rtX PCI Intel PRO/1000-1 Single channel Gigabit Ethernet card. 64-bit, 5V PCI or 3.3V PCI-X.
rtX PCIe Gigabit x4 Intel® PRO/1000 PT four channel Gigabit Ethernet card. Works with PCIe x4, x8 and x16 slots.
rtX PCIe Gigabit x2 Intel® PRO/1000 PT two channel Gigabit Ethernet card. Works with PCIe x4, x8 and x16 slots.
rtX PCIe Gigabit x1 Intel® PRO/1000 PT single channel Gigabit Ethernet card. Works with PCIe x4, x8 and x16 slots.
rtX PCI AIM ARINC664 AIM AFDX/ARINC 664 single channel, Dual-redundant PCI board. Provides two AFDX ports configured as a single channel dual-redundant port implementing a 100Mbit Full Duplex Ethernet interface. Alternatively it can be configured as two channels (not dual redundant). Consists of a PCI based carrier and an AFDX/ARINC 664 PMC Module.
rtX PCI Goebel ARINC664 Goebel AFDX/ARINC 664 PCI 5/3.3c Card. Supports the EDE protocol (required for the Boeing 787)
rtX PCI NI-488 Single channel GPIB IEEE 488 interface.
PCI - Reflective Memory Interfaces
Part Number Description
rtX PCI 5565RC-110 PCI based reflective memory, 128Mb, 4k FIFOs, fiber optic cable IF, multimode, maximum distance 300 meters.
rtX PCIe 5565RC-100 PCIe-based reflective memory, 128Mb, 4k FIFOs, fiber optic cable IF, multimode, maximum distance 300 meters. Fits PCIe slots x4, x8, x16.
rtX PCI 5565RC-210 PCI based reflective memory, 256Mb, 4k FIFOs, fiber optic cable IF, multimode, maximum distance 300 meters.
rtX PCIe SCRAMnetGT SCRAMNetGT PCIe network interface, 128-Mbyte memory, single shortwave fiber optic media. PCIe slot only.
rtX PCI SCRAMnetGT-2a SCRAMNetGT PCI network interface, 128-Mbyte memory, single shortwave fiber optic media. 5.0V slot only.
rtX PCI SCRAMNet-1 PCI SCRAMNet+ SC150e network interface, 3.3v and 5v signaling, 2-Mbyte with standard fiber optic IF TX/RX media card.
PCI/PXI Cables and Related
Part Number Description
A286A0303MKT Terminal block rtX HD50.
A286A0304MKT Terminal block rtX HD68.
A286A0314MKT Terminal block, rtX DB50F.
A286A0317MKT Terminal block, rtX DB25F.
A286A0323MKT Terminal Block rtX HD68M, NI SH68 cable.
A286A0325MKT Terminal block, shield HD68M, NI SH68 cable.
A286A0332MKT Terminal block, rtX DB37F.
A289A0001MKT rtX cable HD68 plus terminal block for the rtX PCI 7256 DI digital I/O board (1 meter).
A289A0002MKT rtX cable HD 100 1 (1 meter) plus terminal block for the rtX PCI DAS6025 multifunction board.
A289A0004MKT LPK-rtX VHDCI50 1.5M cable plus terminal block.
A600A3041MKT Power cable, 200-240V (Europe-partial).
A600A3042MKT Power cable, 120V (U.S. and Canada).
A600A3046MKT Power cable, 200-240V (UK).
A600A3057MKT Power cable, 200-240V, for an rtX inside a rack with a Power Panel (China).
A600A3058MKT Power cable, 200-240V, for a standalone rtX (China).
A609A0171MKT SCRAMNet+ standard (type) fiber optic cable, twin conductor (30 meter).
A609A0194MKT SCRAMNet+ standard (type) fiber optic cable, twin conductor (20 meter).
A609A0200MKT SCRAMNet+ standard (type) fiber optic cable, twin conductor (50 meter).
A609A0220MKT Cable IEEE1394 6pin-6pin (10 feet, 3m).
A609A0233MKT rtX cable, MC6205 HD100 to DB25, DB37 (D-shell), for rtX PCI DAS6025 multifunction board.
A609A0234MKT rtX SCR-A cable.
A609A0235MKT rtX cable, AD7256 HD68 to DB25, DB50 (D-shell), for rtX PCI 7256 DI digital I/O board.
A609A0236MKT rtX cable, SCR-B cable.
A609A0237MKT rtX cable, HD50 (1 meter).
A609A0238MKT rtX cable, HD68 (1 meter).
A609A0239MKT rtX cable, HD100 (1 meter).
A609A0243MKT rtX cable, HD100 to 2 D50M (3 feet).
A609A0244MKT rtX cable for PCI DO male / DB50 male (3 feet).
A609A0247MKT rtX cable, RJ45 to DB9 (1 meter).
A609A0248MKT rtX cable, HD 96 (male) to 2 / D50 (male).
A609A0250MKT rtX Cable, LFH60 to 2) DB25 Ballard Technologies (3 feet).
A609A0251MKT rtX cable, HD100 to DB25M (3 feet).
A609A0252MKT rtX cable, HD68 to D25M / D50M (3 feet).
A609A0254MKT rtX cable, HD80 to 2xD50M for use with the rtX PCI-GS16AI64SSA-32, -64 (4.5 feet).
A609A0281MKT rtX cable for SIO4BX HD68 to 4xD25M (3 feet).
A609A0283MKT SCRAMNet+ standard (type) fiber optic cable, twin conductor (3 meter).
A609A0285MKT rtX cable, VHDCI68m to HD68F NI (1 meter).
A609A0287MKT rtX cable, HD78F to HD78M, two pair, 4 feet/5 feet, North Atlantic Industries.
A609A0288MKT rtX cable, LFH60 to 2)PL75, (3 feet), for Ballard Technologies 1553 single channel (transformer-coupled). For rtX PCI BTI1553-1.
A609A0289MKT rtX cable LFH60 to 4)PL75, (3 feet), for Ballard Technologies 1553 dual channel (transformer-coupled). For rtX PCI BTI1553-2
A609A0294MKT SCRAMNetGT standard (type) fiber optic cable (25 meter).
A609A0295MKT SCRAMNetGT standard (type) fiber optic cable (70 meter).
A609A0296MKT rtX cable, VHDCI68M to HD68F 1m NI (1 meter).
A609A0301MKT rtX cable, HD50 to DB25M (3 feet).
A609A0308MKT rtX cable, HD68 to 2)PL75, (3 feet), for Ballard Technologies 1553 single channel (transformer-coupled). For rtX PCI BTI1553-1 PMC
A609A0313MKT rtX cable, DB78 to 8)DB9M (3 feet), Blastronix. Can only be used with rtX PCI RS422/485 RS232-8. The price is included with the board.
A609A0319MKT rtX cable HD68 to 4)PL75, (3 feet), for Ballard Technologies 1553 dual channel (transformer-coupled).
A609A0338MKT SCRAMNetGT standard (type) fiber optic cable (10 meter).
A609A0339MKT SCRAMNetGT standard (type) fiber optic cable (20 meter).
A609A0346MKT 5565 fiber optic cable, multimode, duplex, 200 feet, 60.98m.
A609A0358MKT 5565 fiber optic cable, multimode, simplex (ring configuration), 328 feet, 100m.
B144A2271MKT Mounting Plate, I/O Panel- 2) DB50. For mounting IP cables to ConneXions Panel, one plate per two IP cables.
C603A0661MKT rtX cable for IP’s, RC50 to DB50F (4 feet). For ConneXions Panel applications, requires one B144A2271MKT for each two IP cables.
C603A0667MKT rtX cable, CHAMP24 M to F (4 feet). For 488/GPIB.
C603A0703MKT rtX cable for IP’s, RC50 to 2)D9F+2)D9M (4 feet).
C603A0985MKT rtX cable, CAN DB25F to DB25M TPMC901 (4 feet).
C603A1081MKT rtX cable, DB37M to DB37M – AD6208.
C603A1082MKT rtX cable, for PCI-ACA12-16A, DB37F to DB37M – ACCA1216.
C603A1086MKT rtX cable, DB9 to DB9, four twisted pair (3 feet).
C603A1193MKT rtX cable, DB25M-DB25M (4 feet) NAI 76CL1 Aux
C603A1262MKT rtX cable, DB9 to DB9, (4 feet). PCI-RS422, 1 cable per port
D600A0063MKT Panel Mount rtX cable for PMC-HS, HD68 to 4 D25F.
D600A0134MKT Panel Mount rtX cable A609A0235, AD7256 HD68 to DB25, DB50 (D-shell), for rtX PCI 7256 DI digital I/O board.
D600A0135MKT Panel Mount rtX cable A609A0243, HD100 to 2 D50M (3 feet).
D600A0136MKT Panel Mount rtX cable A609A0244 for PCI DO male / DB50 male (3 feet).
D600A0137MKT Panel Mount rtX cable A609A0247, RJ45 to DB9 (1 meter).
D600A0138MKT Panel Mount rtX cable A609A0248, HD 96 (male) to 2 / D50 (male).
D600A0139MKT Panel Mount rtX cable A609A0250, LFH60 to 2) DB25 Ballard Technologies.
D600A0140MKT Panel Mount rtX cable A609A0252, HD68 to D25M / D50M (3 feet).
D600A0141MKT Panel Mount rtX cable A609A0254, HD80 to 2xD50M for use with the rtX PCI-GS16AI64SSA-32, -64 (4.5 feet).
D600A0142MKT Panel Mount rtX cable A609A0281, SIO4BX HD68 to 4xD25M (3 feet).
D600A0143MKT Panel Mount rtX cable A609A0287, HD78F to HD78M, two pair, 4’/5′ North Atlantic Industries.
D600A0144MKT Panel Mount rtX cable A609A0288, LFH60 to 2)PL75, (3 feet), for Ballard Technologies 1553 single channel (transformer-coupled).
D600A0145MKT Panel Mount rtX cable A609A0289, LFH60 to 4)PL75, (3 feet), for Ballard Technologies 1553 dual channel (transformer-coupled).
D600A0147MKT Panel Mount rtX cable C603A0677, CHAMP24 M to F (4 feet). For 488/GPIB.
D600A0148MKT Panel Mount rtX cable C603A0703 for CAN IP, RC50 to 2)D9F+2)D9M (4 feet).
D600A0149MKT Panel Mount rtX cable C603A0985, CAN DB25F to DB25M TPMC901 (4 feet).
D600A0150MKT Panel Mount rtX cable C603A1081, DB37M to DB37M – AD6208.
D600A0151MKT Panel Mount rtX cable C603A1082, for PCI-ACA12-16A, DB37F to DB37M – ACCA1216.
D600A0152MKT Panel Mount rtX cable C603A1086, DB9 to DB9, 4 twisted pair (3 feet).
D600A0153MKT Panel Mount rtX cable for North Atlantic Industries PCI-NAI76CL1-2.
D600A0154MKT Panel Mount rtX cable C603A1262, Cable, DB9M – DB9M, 4 ft. To be used with rtX PCI RS422-2 (two cables).
D600A0155MKT Panel Mount rtX cable C603A1262, Cable, DB9M – DB9M, 4 ft. To be used with rtX PCI RS422-4 (four cables).
D600A0156MKT Panel Mount rtX cable set assembly PCI Brandywine SCLK32. For IRIGB.
D600A0157MKT Panel Mount rtX cable A609A0313, DB78 to 8)DB9M, 3′ Blastronix. Can only be used with rtX PCI RS422/485 RS232-8.
D600A0162MKT Panel Mount rtX cable A609A0308, HD68 to 2)PL75, (3 feet), for Ballard Technologies 1553 single channel (transformer-coupled).
D600A0163MKT Panel Mount rtX cable A609A0319, HD68 to 4)PL75, (3 feet), for Ballard Technologies 1553 dual channel (transformer-coupled).
D600A0166MKT Cable Assy Panel Mount rtX cable A609A0296 (NI cable), SHC68-68-EPM w/Cable Adaptor Board, (3 feet)
D600A0168MKT Cable Assy Panel Mount rtX cable A609A0297, SHC68-68-RDIO w//Cable Adaptor Board, (3 feet), for 7831R, 7833R, 7811R boards
D600A0169MKT Cable Assy Panel Mount rtX cable A609A0322, Cable Assy SHC68-68-RMIO w//Cable Adaptor Board, (3 feet), for 7831R, 7833R, boards
D600A0170MKT Panel Mount rtX cable C603A1341-36, 3-wire RTD for rtX PCI APCI-3200 board.
D600A0174MKT Panel mount cable assembly for the Goebel PCI-AFDX board

PXI IO

PXI - Carriers
Part Number Description
rtX PXI ACRO 2 IP Carrier Two slot IP carrier board with EMI protection. Is standard 3U Compact PXI based.
rtX PXI TPC270-10 Carrier The TCP270 is a standard 3U Compact PXI based PMC carrier that provides front I/O and rear I/O for a single width PMC module.
PXI - Analog IO
Part Number Description
rtX PXI AO16 Analog output board, sixteen 16-bit D/As, ±10V at 10mA, high speed. The cPCI/PXI-AO16 board is a standard cPCI/PXI board containing 16 channels of high speed digital-to-analog converters (DACs). Each DAC is a 16-bit device with 500 nanosecond conversion time. The board is designed for minimum PCI bus latency with an on board DMA engine and configuration memory. Output voltage range is ±10V with up to 10mA drive. Any combination of channels can be updated simultaneously.
rtX PXI GS16AI64SSC-32 Samples and digitizes 64 input channels (32 channels differential) simultaneously at rates up to 200,000 samples per second for each channel. The resulting 16-bit sampled data is available to the PXI/cPCI bus through a 1MByte sample FIFO buffer. Each input channel contains a dedicated 16-bit sampling ADC. 64K sample data buffer.
rtX PXI GS16AI64SSC-64 Samples and digitizes 64 input channels (32 channels differential) simultaneously at rates up to 200,000 samples per second for each channel. The resulting 16-bit sampled data is available to the PXI/cPCI bus through a 1MByte sample FIFO buffer. Each input channel contains a dedicated 16-bit sampling ADC. 64K sample data buffer.
rtX PXI NI-6220 Sixteen-bit, 250 kS/s, 16 analog inputs. The PXI NI-6220 board provides 16 analog input channels feeding a 16-bit ADC in a PCI format. The board provides: • Single-ended (16) or differential (8) inputs. A differential input uses two channels thus the maximum number of differential inputs is 8 • Adjustable gain for ranges of ±10.0, ±5.0, ±1.0, or ±0.20 volts • Bipolar inputs • Adjustable channel-to-channel multiplex timing.
rtX PXI NI-6704 Current and voltage output board. Voltage output – 16 channels, 16-bit ±10.1V. Current output – 16 channels, 16-bit 0.1 to 20.2mA. Does not require external excitation source.
rtX PXI NI-6224 32 channels of 16-bit, 250 kS/s, ADCs in a PXI format. 1) Single ended or differential inputs. A differential input uses two channels thus the maximum number of differential inputs is 16. 2) Adjustable gain for ranges of ±10.0, ±5.0, ±1.0, or ±0.20 Volts. 3) Bipolar inputs. 4) Adjustable channel-to-channel multiplex timing.
PXI - Digital IO
Part Number Description
rtX PXI NI-2570 General purpose relay switch with 40 independent SPDT relays.
rtX PXI NI-6509 Industrial 96-channel digital I/O interface for PXI bus computer systems from National Instruments. The board has 96 bidirectional digital input/output lines with high current drive capability (24mA). With the PXI-6509, you can input and output at 5VDC digital levels and directly drive external digital devices such as solid-state relays (SSRs) with current up to 24mA per channel.
rtX PXI NI-6528 The 6528 provides 24 optically isolated input channels and 24 solid-state relay output channels
rtX PXI NI-7813r The National Instruments 160 DIO FPGA Board PXI-7813R.
PXI - Multifunction IO
Part Number Description
rtX PXI NI-7833r Reconfigurable analog and digital I/O board. The heart of the board is a 3M Gate FPGA (Field Programmable Gate Array) which is configurable with the National Instruments LabVIEW FPGA Module. Eight channels of 16-bit simultaneous sampled analog input and eight channels of 16-bit simultaneous analog output are provided along with 16 channels of standard TTL I/O, all under control of the FPGA (3M Gate FPGA)
PXI - Serial IO
Part Number Description
rtX PXI SIO4BX A four channel, RS-232/RS-422/RS-485 serial communications controller implemented in a PCI Mezzanine Card (PMC) format. The SIO4BX has high speed synchronous and asynchronous capability. This card can be used when RS-485 operation is required. When using RS-485, additional programming may be required (available through ADI). The SIO4BX also offers greater flexibility when non-standard baud rates are required. The PMC card is mounted on a PXI based PMC carrier that can be installed in any PXI slot in an rtX/PXI system. Our vendor does not recommend this board for new applications. They have informed us that they have no intention of ending their production or support on this product, so ADI is comfortable with continuing to ship and support it for large programs. General Standards supports their products for 10 to 15 years after shipment. ADI has used a variant of the SIO4 for many years. The latest product, the SIO4BXR, is a direct replacement for the SIO4BX and could be used in its place. ADI is in the process of moving to the SIO4BXR as our standard offer.
PXI - Specialized IO
Part Number Description
rtX PXI IRIGB Brandywine IRIG-B SyncClock32 cPCI. Highly accurate clock for synchronizing systems, devices, or for time stamping.
rtX PXI PR-40-290-021-S26 The Pickering 40-290-021 programmable resistor card provides dual 16-bit resistors.
rtX PXI PR-40-290-121 The Pickering 40-290-121 programmable resistor card provides dual 16-bit resistors with 16 x SPDT reed relays.
rtX PXI NI-7811R Reconfigurable digital I/O board. The heart of the board is a 1M Gate FPGA (Field Programmable Gate Array) which is configurable with National Instrument’s LabVIEW FPGA Module. Forty channels of standard TTL I/O, all under control of the FPGA (5 8-bit ports).
PXI - Resolver / LVDT
Part Number Description
rtX PXI 75DL1-4CLF00-05 The NA75DL1 driver board provides up to eight 2-wire, 16-bit LVDT/RVDT channels or four 3- or 4-wire LVDT/RVDT. Each LVDT/RVDT channel consists of two transformer output (pairs A and B), an excitation input, and a programmable armature. The transformation ratio for each LVDT channel is program controlled. Configured as: 4 = 4 Channels of 3 or 4 wire OR 8 Channels of 2 wire; C = 0 to +70°C; F = Front Panel I/O; 0 = No “On Board Reference”; 0 = No Options; 05 = Frequency: 3kHz
rtX PXI 75DS1-04CRF0-67 The NA75DS1 driver board (PXI format) provides up to four 16-bit digital-to-resolver channels. Each resolver channel consists of two outputs: sin(q) times the maximum output and sin(q+90) times the maximum output where q is the model output angle and the maximum output is specified in the board’s options. 04: 4 D/S Channels, C: 0C to 70C, R: Resolver, F: Front Panel I/O, 0: No ‘On Board Reference’.
rtX PXI 75LD1-08CF1A-62 The North Atlantic Industries 75LD1 L/D 8Ch 2.8KHz w/Ref cPCI. 08: 8 Channels, C: 0C to 70C, F: Front Panel I/O, 1: One common excitation input tied to the excitation supply, A; No ‘On Board Reference’, -: without Encoder/Commutation option
rtX PXI 75SD1-08CRFA-91 The North Atlantic Industries 75SD1 S/D 8Ch 3.5KHz w/Ref cPCI. O8: 8 S/D Channels. C: 0C to 70C, R: Resolver, F: Front Panel I/O, A: 2-28 VRMS output, -: Without encoder/commutation option.
PXI - Communications
Part Number Description
rtX PXI NI-8231 Gigabit Ethernet PXI controller for Windows.
rtX PXI ARINC 429 8R/8T RS2/4 ARINC 429 8R/8T with two serial RS232/422 UARTs two core to cPCI interface card; ARINC 429 channels are parametric.
rtX PXI BTI Serial 4T/4R Ballard Technologies cPCI 429 serial, one core. Provides 4 asynchronous RS422 ports (4T/4R).
rtX PXI BTI Serial 8R/8T Ballard Technologies cPCI 429 serial, two cores. Provides 8 asynchronous RS422 ports (8T/8R).
ARCAL Instruments
Part Number Description
rtX PXI NI-4070 DMM – 6½-digit multimeter with 12 built-in functions, 1.8 MS/s isolated digitizer, .8 MS/s real-time sampling, ±300 VDC/Vrms isolation, 10 to 23-bit flexible resolution, acquire voltage and current waveforms up to ±300V and ±1A. Not supported for real-time measurements. Can only be used in a Windows-based PXI chassis.
rtX PXI NI-6602 Timer/Counter – eight 32-bit counter/timers and 32 lines of TTL/CMOS-compatible digital I/O. Eight digital I/O lines are dedicated and the remaining 24 are shared with the counter/timers. Not supported for real-time measurements. Can only be used in a Windows-based PXI computer.

VME IO

VME - Carriers
Part Number Description
6V-SCB-1 VME-based IP carrier board, four IP sites, data through VMEbus. Note: replacement for VIPC616.
6V-SCB-1s VME-based IP carrier board, four IP sites, data through VMEbus, shielded cables.
6V-SCB-3 VME-based PMC carrier board, two PMC sites, data through the PCI connector on a 51xx/5500-based Compute Engine.
6V-SCB-4s VME-based IP carrier board, four Industry Pack sites, data through the PCI connector on a 5100/5500-based Compute Engine.
6V-SCB-5 Xembedded VME-based PMC carrier. A plug-on for an rtX-V which has a XVME-689 or XVME-690 processor. Each carrier provides two PMC slots. Up to two carriers can be connected to the processor.
6V-SCB-6 Xembedded VME-based PMC carrier. A plug-on for an rtX-V which has a XVME-6200 processor. The carrier provides two PMC slots.
VME - Analog IO
Part Number Description
6V-IP1224 Twenty-four channel, 12-bit, ADC IP, differential or single ended.
6V-IP1224s Twenty-four channel, 12-bit, ADC IP, differential or single ended, shielded cable.
6V-IP220-16s Sixteen channel, 12-bit DAC IP. Each output channel has its own DAC, shielded cables.
6V-IP220-8s Eight channel, 12-bit DAC IP. Each output channel has its own DAC, shielded cables.
6V-IP230 Eight channel, 16-bit DAC IP.
6V-IP230s Eight channel, 16-bit DAC IP, shielded cable.
6V-IP340s Sixteen channel, 12-bit ADC IP with 16 analog inputs sampled as two 8-channel banks, eight 12-bit 125K S/s A/Ds, shielded cable.
6V-IP341s Sixteen channel, 14-bit ADC IP with 16 analog inputs sampled as two 8-channel banks, eight 14-bit 125K S/s A/Ds, shielded cable.
6V-IP3DACs Three multiplying DACs of 16-bit resolution. The board is rated at ±10V reference input, and ±10V, ±20mA output on all channels. The MDACs can be updated individually or simultaneously. Each channel can be configured to use an external or internal reference. The logical devices include control of the basic MDAC capability as well as simulations of the following transducers: an LVDT, a thermocouple, a potentiometer, a resolver, a synchro and a strain gauge.
6V-PAS9715/AO Thirty-two channels of ±10V analog outputs, 12-bit resolution DAC per channel. Note: replaces 1612DA, XVME531.
6V-PAS9716/AO Sixteen channels of ±10V analog outputs, plus two digital outputs, 16-bit resolution.
6V-PAS9737/AI Sixty-four differential analog input channels multiplexed into a 16-bit 100KHz scanning ADC. Note: replaces 1612AD, XVME566.
6V-PMC-ADADIO Twelve-channel (8 AI, 4 AO), 16-bit analog I/O PMC card.
6V-PMC-GS16AI64SSC-32 Samples and digitizes 32 input channels (16 channels differential) simultaneously at rates up to 200,000 samples per second for each channel. The resulting 16-bit sampled data is available through a 1MByte sample FIFO buffer. Each input channel contains a dedicated 16-bit sampling ADC. 64K sample data buffer.
6V-PMC-GS16AI64SSC-64 Samples and digitizes 64 input channels (32 channels differential) simultaneously at rates up to 200,000 samples per second for each channel. The resulting 16-bit sampled data is available through a 1MByte sample FIFO buffer. Each input channel contains a dedicated 16-bit sampling ADC. 64K sample data buffer.
VME - Digital IO
Part Number Description
6V-DIO316Is Forty-eight channel, tristateable, digital I/O IP module; 16 bit In, 16 bits out, 16 bidirectional.
6V-PAS9796/DIO 128-channel, TTL level, 16 byte wide bidirectional digital I/O. Note: replaces 64DIO, XVME240.
6V-IP408 Thirty-two channel, 0-60V, bidirectional digital I/O IP.
6V-IP408s Thirty-two channel, 0-60V, bidirectional digital I/O IP, shielded cable.
6V-IP440-1 Thirty-two channel, optically isolated inputs, digital IP, ±4 to ±18V.
6V-IP440-1s Thirty-two channel, optically isolated inputs, digital IP, ±4 to ±18V, shielded cable.
6V-IP440-2 Thirty-two channel, optically isolated inputs, digital IP, ±16 to ±40V.
6V-IP440-2s Thirty-two channel, optically isolated inputs, digital IP, ±16 to ±40V, shielded cable.
6V-IP440-3 Thirty-two channel, optically isolated inputs, digital IP, ±38 to ±60V.
6V-IP440-3s Thirty-two channel, optically isolated inputs, digital IP, ±38 to ±60V, shielded cable.
6V-IP470 Forty-eight bidirectional channels, TTL-digital I/O IP.
6V-IP470s Forty-eight bidirectional channels, TTL-digital I/O IP, shielded cable.
6V-IP-TIP672-10 Twenty-four channel digital differential I/O Industry Pack module, using EIA-422/EIA-485 compatible drivers. Includes non-shielded cables (inside the RTS) and I/O plates (for the rear of the RTS)
6V-IP-TIP672-10s Twenty-four channel digital differential I/O Industry Pack module, using EIA-422/EIA-485 compatible drivers. Includes shielded cables (inside the RTS) and I/O plates (for the rear of the RTS)
6V-32SPDT VMIVME 2232 relay board with 32 SPDT relays.
VME - Serial
Part Number Description
6V-PMC-SI04BX A four channel, RS-232/RS-422/RS-485 serial communications controller implemented in a PMC format. The SIO4BX has high speed synchronous and asynchronous capability. This card can be used when RS-485 operation is required. When using RS-485, additional programming may be required (available through ADI). The SIO4BX also offers greater flexibility when non-standard baud rates are required. Internal 512 byte FIFOs on each channel (both Tx & Rx, 8 total).
6V-PMC-SI04BX-2 A four channel, RS-232/RS-422/RS-485 serial communications controller implemented in a PMC format. The SIO4BX has high speed synchronous and asynchronous capability. This card can be used when RS-485 operation is required. When using RS-485, additional programming may be required (available through ADI). The SIO4BX also offers greater flexibility when non-standard baud rates are required. Internal 512 byte FIFOs on each channel (both Tx & Rx, 8 total). Dense Cable
6V-PMC-HS Four channel high speed serial PMC, synchronous and asynchronous protocols, RS-232, RS-422, RS-423. Intelligent per channel DMA engines minimize the load on the simulation CPU making this the preferred serial interface.
VME - Specialized IO
Part Number Description
6V-IPARB Single channel arbitrary function generator. Shielded cable version is recommended.
6V-IPARBs Single channel arbitrary function generator, shielded cable.
6V-IPSQW 3x square wave generator, 0 to 1MHz, TTL output, ±0.0037 frequency resolution over the entire frequency range (only shielded cables available).
6V-IPuc336 68336-based microcontroller Industry Pack module with TPU. Needs to be located on a Compute Engine-based IP carrier (SCB-2s / SCB-4s). Shielded cable version is recommended.
6V-IPuc336s 68336-based microcontroller Industry Pack module with TPU, shielded cable. Needs to be located on a Compute Engine-based IP carrier (SCB-2s / SCB-4s).
6V-HT-CURRENT-V220-1 12-channel current-loop analog I/O module. Typically for driving and sensing transducers in control systems. Ranges: -4 to 32V, 0-32mA
6V-IPWave Single channel analog sine or triangular wave generator (only shielded cables available).
6V-IP-DigPats Digital pattern generator for a digital crank sensor output. The IP-DigPat features: 1) 65536 16-bit words of WRAM, subdividable into 1 to 8 banks; 2) sampling clock frequency 0 to 10MHz with resolution of 0.0149Hz; 3) external clock input and output, external run control input and output; 4) 16-bit registered digital pattern output. Shielded Cable.
6V-IRIGB Single channel Brandywine IRIG board (VME-SyncClock32 Universal). Highly accurate clock for synchronizing systems, devices, or for time stamping.
6V-IRIGB-1 Single Channel Brandywine IRIG board (VME-SyncClock32 Universal). Highly accurate clock for synchronizing systems, devices, or for time stamping. Upgraded oscillator, disciplined TCXO, and 1PPM.
6V-IPSINEs Four independent sine wave generators utilizing direct digital synthesis (DDS) technology and generating 10V (nominal) outputs from 0Hz to 20kHz with frequency resolution of 0.0149Hz. Amplitude and offset are fixed.
6V-HT-THERMO-V470-1 The Highland Technology V470 is a 16-channel thermocouple output board. The board provides up to 16 thermocouple output channels, each of which can be configured as Type J,K,E,T,R,S,B,N (the default type is K). Four optional RTD input connections are available to support user supplied RTD references. The onboard RTD is used by default (requires appropriate thermocouple type wire to be used up to the two DB25 front panel connectors).
VME - Resolver / LVDT I/O
Part Number Description
6V-DTR16-6 North Atlantic Industries digital-to-resolver six-channel, 16-bit output 11.8 VL-L, reference 26 Vrms, 400Hz load 1.2 VA, without on board reference, 6U. Configured as: 6 = 6 D/S Channels; C = 0 to +70°C; R = Resolver; F = Front Panel I/O and P2 I/O; 4 = Individual Reference Inputs; 0 = No Options; 01 = Output 11.8 (VL-L), Ref 26 (Vrms), Frequency 400 (Hz), Load 1.2 (VA).
6V-LVDT/RVDT-1 RVDT Output Board. Contains eight channels of digitally controlled, 3- or 4-wire Digital to LVDT / RVDT simulation. The resolution of each Digital to LVDT/RVDT simulator is 16-bits. Each circuit is transformer isolated. Configured as: 8 = 8 Channels; C = 0 to +70°C; F = Front Panel I/O and P2 I/O; E = External Excitation; T = Individual Inputs; 0 = No Options; 02 = Frequency: 2.8kHz – 3.2kHz
6V-LVDT/RVDT-2 North Atlantic Industries Digital to LVDT/RVDT eight channel, 16-bit, reference input 2-28 Vrms, 400Hz, output 2-28 VL-L without on board reference, 6U. Configured as: 8 = 8 channels; C = 0 to +70°C; F = Front Panel I/O and P2 I/O; E = External Excitation; T = Individual Inputs; 0 = No Options; 01 = Frequency: 400Hz
6V-LVDT/RVDT-3 North Atlantic Industries Digital to LVDT/RVDT eight channel, 16-bit, reference input 2-28 Vrms, 400Hz, output 2-28 VL-L without on board reference, 6U. Configured as: 8 = 8 channels; C = 0 to +70°C; F = Front Panel I/O and P2 I/O; E = External Excitation; T = Individual Inputs; 0 = No Options; 07 = Frequency: 1.9-2.8kHz
6V-RTD-16-16 RVDT Input Board. Contains 16 LVDT/RVDT to Digital measurement channels. Each channel is transformer isolated and has 16-bit resolution. Configured as: 16 = 16 Channels; C = 0 to +70°C; F = Front Panel I/O and P2 I/O; 2 = Individual Excitation Inputs; A = 2-28 VRMS Output; 03 = Frequency: 2kHz
6V-RTD-OBR16-4 North Atlantic Industries resolver to digital, four channel, 16-bit, input 11.8 VL-L, reference 26 Vrms, 400Hz, one common reference input tied to on board reference supply. Configured as: 04 = 4 S/D Channels; C = 0 to +70°C; R = Resolver; F = Front Panel I/O and P2 I/O; 1 = One Common Reference Input Tied to On Board Reference Supply; 01 = Input 11.8 (VL-L), Ref 26 (Vrms), Frequency 400 (Hz)
VME - Resistor
Part Number Description
6V-6RES12-1 North Atlantic Industries isolated Programmable Resistor output, 12-bit, simulates resistive transducers (e.g. thermocouple, TAT probe, etc.). 0 to +70°C, front panel (J1) connector, 50-459.6 Ohm, .1 Ohm resolution, 1 Watt.
6V-6RES12-2 North Atlantic Industries isolated Programmable Resistor output, 12-bit, simulates resistive transducers (e.g. thermocouple, TAT probe, etc.). 0 to +70°C, front panel (J1) connector, 245-1064 Ohm, .1 Ohm resolution, 1 Watt.
6V-6RES12-3 North Atlantic Industries isolated Programmable Resistor output, 12-bit, simulates resistive transducers (e.g. thermocouple, TAT probe, etc.). 0 to +70°C, front panel (J1) connector, 0-1638 Ohm, .1 Ohm resolution, 1 Watt.
VME - CANbus
Part Number Description
6V-PMC-6CAN Preferred solution for CANbus implementation. Six-channel CAN PMC without Opto Iso. Includes cables (inside the RTS) and I/O plates (for the rear of the RTS)
6V-CAN-1s CANbus interface using the Intel 82527 CAN controller, ISO 11898 compatible transceiver. Optically isolated. Includes shielded cables (inside the RTS) and I/O plates (for the rear of the RTS).
6V-CAN-1 CANbus interface using the Intel 82527 CAN controller, ISO 11898 compatible transceiver. Optically isolated. Includes non-shielded cables (inside the RTS) and I/O plates (for the rear of the RTS).
6V-IPCAN-2s Industry Pack module with three complete CANbus interfaces using three Intel 82527 CAN controllers. The controller supports the standard data and remote frame as well as the extended data and remote frame according to CAN specification 2.0 part A and part B. It has the capability to transmit, receive and perform messages filtering on extended and standard messages. Includes shielded cables (inside the RTS) and I/O plates (for the rear of the RTS).
VME - ARINC
Part Number Description
6V-BTI ARINC 429 Preferred solution for ARINC429 implementation. Ballard Technologies VME ARINC 429. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. Available in many configurations up to and including 32R/32T. Consists of a VME-based Motherboard with 2 or 4 locations for motherboards and various 429 modules. The motherboard contains a PowerPC processor for overall control of the board’s resources and DSPs, one assigned to each module. Includes cables (inside the RTS) and I/O plates (for the rear of the RTS).
6V-BTI ARINC 429 8R/8T ARINC 429 8R/8T one core. Consists of a 6U VMEbus motherboard with provision for two modules and 1 8R/8T 429 modules. ADvantage includes an Excel-based interface for this board enabling the user to specify signal handling within 429 messages. The motherboard contains a PowerPC processor for overall control of the board’s resources and DSPs, one assigned to each module. Includes cables (inside the RTS) and I/O plates (for the rear of the RTS).
6V-BTI ARINC 429 32R/32T ARINC 429, 32R/32T. Consists of a 6U VMEbus motherboard with provision for four daughter boards. Configured with four 423 daughter boards (each configured as 8R/8T) this provides 32R/32T channels of ARINC 429. The motherboard contains a PowerPC processor for overall control of the board’s resources and DSPs, one assigned to each module. Includes cables (inside the RTS) and I/O plates (for the rear of the RTS).
6V-BTI ARINC 429 0R/32T ARINC 429, 0R/32T. Consists of a 6U VMEbus motherboard with provision for four daughter boards. Two of them used, providing 0R/32T ARINC 429 channels. The 425 daughter board is configured with 0R/16T channels of ARINC 429. The motherboard contains a PowerPC processor for overall control of the board’s resources and DSPs, one assigned to each module. Includes cables (inside the RTS) and I/O plates (for the rear of the RTS).
6V-BTI ARINC 429 0R/64T ARINC 429, 0R/64T. Consists of a 6U VMEbus motherboard with provision for four daughter boards. The 4 425 daughter boards are configured with 0R/16T channels of ARINC 429. The motherboard contains a PowerPC processor for overall control of the board’s resources and DSPs, one assigned to each module. Includes cables (inside the RTS) and I/O plates (for the rear of the RTS).
6V-BTI ARINC 429 64R/0T ARINC 429, 64R/0T. Consists of a 6U VMEbus motherboard with provision for four daughter boards. Configured with four 429 daughter boards (each configured as 16R/0T) this provides 64R/0T channels of ARINC 429. The motherboard contains a PowerPC processor for overall control of the board’s resources and DSPs, one assigned to each module. Includes cables (inside the RTS) and I/O plates (for the rear of the RTS).
6V-ARINC 429 16R/16T RS232/422 ARINC 429, 16R/16T. Consists of a 6U VMEbus motherboard with provision for four daughter boards. The motherboard contains a PowerPC processor for overall control of the board’s resources and four DSPs, one assigned to each daughter board. The 436 daughter board is configured with 4R/4T channels of ARINC 429 and four full duplex serial I/O ports which can be used as RS 422 or RS 232 ports. Includes cables (inside the RTS) and I/O plates (for the rear of the RTS).
6V-BTI ARINC 717 4R/4T Omnibus VME interface card with ARINC 717 4R4T, with two cores. One core is available for future expansion.
VME - MIL-STD 1553 I/O
Part Number Description
6V-PMC-BTI1553-1 OmniBus commercial temperature, front panel I/O, MIL-STD-1553 PMC interface card with one dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multifunction (BC and RT and Monitor) C-Level. Extended temperature range. Includes internal cabling and I/O plate for the rear panel of the RTS.
6V-PMC-BTI1553-2 OmniBus commercial temperature, front panel I/O, MIL-STD-1553 PMC interface card with two dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multifunction (BC and RT and Monitor) C-Level. Extended temperature range. Includes internal cabling and I/O plate for the rear panel of the RTS.
6V-BTI1553-4 VME card for MIL-STD-1553 with one dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multifunction (BC and RT and Monitor) C-Level. Includes internal cabling and I/O plate for the rear panel of the RTS.
6V-BTI1553-5 VME card for MIL-STD-1553 with two dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multifunction (BC and RT and Monitor) C-Level. Includes internal cabling and I/O plate for the rear panel of the RTS.
6V-BTI1553-6 VME card for MIL-STD-1553 with four dual-redundant channel, multifunction, multi-terminal (up to 32 terminals), multifunction (BC and RT and Monitor) C-Level. Includes internal cabling and I/O plate for the rear panel of the RTS.
VME - Communications, other
Part Number Description
6V-PMC-1394 BVM IEEE1394A PMC Interface module (aka FireWire). Includes two PMC modules and a 9″ cable.
VME - Reflective Memory
Part Number Description
6V-5565-110 VME-based Reflective Memory, 128Mb, 4k FIFOs, fiber optic cable IF, multimode, maximum distance 300 meters.
6V-PMC5565RC-110 PMC for VME-based Reflective Memory, 128Mb, 4k FIFOs, fiber optic cable IF, multimode, maximum distance 300 meters.
6V-PMC-SCRAMnetGT-1a SCRAMNetGT PMC Network Interface 128-Mbyte memory, single shortwave fiber optic media.
6V-SCRAMNET-5a SCRAMNet+ IF, first board, 2Mb standard fiber optic cable IF.
6V-SCRAMNET-7a SCRAMNet+ IF, first board, 8Mb, standard fiber optic cable IF.
6V-SCRAMNET-7b SCRAMNet+ IF, second board, 8Mb, standard fiber optic cable IF.

DIOS

DIOS IO
Part Number Description
DIOS MULTIARB The DIOS MultiARB board supports a wide range of analog waveform generation, and digital waveform generation and measurement. Eight channels of programmable waveform generation using DDS techniques are provided, with synchronization between channels and gated initiation of output. Sixteen digital channels can generate and measure various kinds of digital waveforms and pulse trains. Operation of the board is controlled through IEEE-1394.
DIOS RATIO-1 The DIOS Ratiometric Sensor Board (Coldfire) contains eight independent strain gauge sensor circuits that simulate 4-wire bridge strain gauges including common-mode voltage. Each circuit is totally isolated from the other circuits and from ground. Operation of the board is controlled through IEEE-1394.
DIOS RESLADDER The DIOS Resistor Ladder Board provides six channels of a 12-bit resistor ladder with 1 Ohm resolution. Operation of the board is controlled through IEEE-1394.
DIOS VARRES The DIOS Variable Resistor Sensor Board contains eight independent RTD sensor circuits that simulate 2-wire, 3-wire, and 4-wire RTDs with a high level of accuracy and resolution. Each circuit is totally isolated from the other circuits and from ground. Operation of the board is controlled through IEEE-1394.
DIOS VARRES-2 The DIOS Variable Resistor Sensor Board contains eight independent RTD sensor circuits that simulate 2-wire, 3-wire, and 4-wire RTDs with a high level of accuracy and resolution. In 2-wire mode, each circuit has the capability to remote sense the voltage at the end of the cable and adjust its output to correct for errors introduced in the wiring. Each circuit is totally isolated from the other circuits and from ground. Operation of the board is controlled through IEEE-1394.
DIOS I-SENSE-1 The DIOS Current Sense Board provides eight channels of isolated current measurement. The board is configured for AC current measurement of up to 5A with gain selection for each channel. Operation of the board is controlled through IEEE-1394.
DIOS I-SENSE-2 The DIOS Current Sense Board provides eight channels of isolated current measurement. The board is configured for DC current measurement of up to 1A with gain selection for each channel. Operation of the board is controlled through IEEE-1394.
DIOS I-SENSE-3 The DIOS Current Sense Board provides eight channels of isolated current measurement. The board is configured for four channels of AC current measurement of up to 5A and four channels of DC current measurement of up to 5A with gain selection for each channel. Operation of the board is controlled through IEEE-1394.
DIOS I-SOURCE-1 The DIOS Current Source board (Coldfire) provides eight channels of 0-60mA current source output. Operation of the board is controlled through IEEE-1394.
DIOS Signal Conditioning IO
Part Number Description
DIOS DIVIDER The DIOS Divider Signal Conditioning Board provides signal conditioning for 2-wire strain gauge or thermocouple, 24 channels. The board’s inputs are designed to be fed by a standard DAC I/O board.
DIOS I-SENSE-4 The DIOS Low Current Sense Signal Conditioning Board provides 16 channels of isolated current measurement, converting the measured current to a voltage, with gain selection for each channel. The board is configured for DC current measurement of up to 625mA. The board’s outputs are designed to feed a standard ADC I/O board.
DIOS I-SENSE-5 The DIOS Low Current Sense Signal Conditioning Board provides 16 channels of isolated current measurement, converting the measured current to a voltage, with gain selection for each channel. The board is configured for DC current measurement of up to 1.25A. The board’s outputs are designed to feed a standard ADC I/O board.
DIOS I-SENSE-6 The DIOS Low Current Input Signal Conditioning Board is designed to support data acquisition of current signals (200mA range) from external equipment. It provides 16 channels, each converting the measured current to a voltage with a gain-selectable high impedance instrumentation amplifier input stage and filtering to feed a standard ±10V ADC I/O board.
DIOS V-IN-1 The DIOS Voltage Input Signal Conditioning Board is designed to support data acquisition of voltage signals (10V range) from external equipment. It provides 16 channels, each with a gain-selectable high impedance instrumentation amplifier input stage and filtering to feed a standard ±10V ADC I/O board.
DIOS V-IN-2 The DIOS Voltage Input Signal Conditioning Board is designed to support data acquisition of voltage signals (1V range) from external equipment. It provides 16 channels, each with a gain-selectable high impedance instrumentation amplifier input stage and filtering to feed a standard ±10V ADC I/O board.
DIOS V-IN-3 The DIOS Voltage Input Signal Conditioning Board is designed to support data acquisition of voltage signals (0.1V range) from external equipment. It provides 16 channels, each with a gain-selectable high impedance instrumentation amplifier input stage and filtering to feed a standard ±10V ADC I/O board. Thermocouple cold-junction support is provided.
DIOS FREQ-IN The DIOS Frequency Input Signal Conditioning Board is designed to support data acquisition of both analog and digital waveforms. It provides 32 channels which transform the input waveforms into standard TTL levels for measurement by a standard Timer/Counter I/O board.
DIOS V-OUT-1 The DIOS Voltage Output Signal Conditioning Board buffers the outputs of a standard ±10V DAC I/O board. (16 channels)
DIOS V-OUT-2 The DIOS Voltage Output Signal Conditioning Board buffers the outputs of a standard ±10V DAC I/O board. (32 channels)
DIOS XFORMER-3 The DIOS Low Voltage Transformer Signal Conditioning Board provides 16 channels of transformer-coupled outputs with input range: 0 to ±10V and output range: 0 to ±11V. It requires one slot.
DIOS XFORMER-1 The DIOS High Voltage Transformer Board provides eight channels of transformer-coupled outputs with input range: 0 to ±10V and output range: 0 to ±50V. It requires two slots and an external power supply.
DIOS XFORMER-2 The DIOS Low Voltage Transformer Signal Conditioning Board provides 16 channels of transformer-coupled outputs with input range: 0 to ±10V and output range: 0 to ±10V. It requires one slot.
DIOS Cable Adapter Boards
Part Number Description
DIOS CAB 557 DIOS Variable Resistor Cable Adapter Board RC34.
DIOS CAB 558 DIOS Ratiometric Cable Adapter Board RC34.
DIOS CAB 559 DIOS Divider Cable Adapter Board 3xRC50.
DIOS CAB 560 DIOS Xformer Cable Adapter Board 2xRC34.
DIOS CAB 568 DIOS PXI 75DL1 Cable Adapter Board
DIOS CAB 569 DIOS PXI 75DS1 Cable Adapter Board
DIOS CAB 578 PXI-7831R MIO/DIO Cable Adapter Board
DIOS CAB 599 DIOS Xformer Cable Adapter Board 16xRC10 1xRC34.
DIOS CAB 610 DIOS Variable Resistor Cable Adapter Board DB37.
DIOS CAB 615 DIOS V-IN Cable Adapter Board 2xHD68, D9 NI.
DIOS CAB 616 DIOS V-IN Cable Adapter Board D50,HD68,D15 GS.
DIOS CAB 621 DIOS FREQ-IN Cable Adapter Board HD68.
DIOS CAB 622 DIOS V-OUT Cable Adapter Board 2xHD68.
DIOS CAB 628 DIOS V-IN Cable Adapter Board 2xD50,D25 2xGS.
DIOS CAB 638 DIOA Current Source Cable Adapter Board RC34
DIOS CAB 641 DIOS MULTIARB Cable Adapter Board RC16 2)DB25.
DIOS CAB 702 DIOS PXI-6224 Cable Adapter Board
DIOS CAB 703 DIOS Current Sense CAB RC34 w/Gain jumpers
DIOS Fault insertion
Part Number Description
DIOS FCB DIOS 1394 565-based Fault Control Board
DIOS FCP DIOS Fault Control Processor. The DIOS FCP provides an RS232 interface to the real-time computer, a UDP Ethernet interface to the Host PC, provides intelligence for performing fault insertion activities, and communicates with each fault board across an IEEE 1394 bus.
DIOS HCF Board DIOS High Current Fault Board. The DIOS HCF Board provides 6 channels of high current signal faulting with six fault busses used to perform complex fault insertion testing. DIOS HCF Board requires two DIOS System slots. No Cable Adapter Board required.
DIOS HCFSrc Board DIOS High Current Fault Source Board. This DIOS HCFSrc Board provides fault circuit protection, system self-test, and acts as the source of high current faults. The DIOS HCFSrc Board requires two DIOS System slots.
DIOS HCRF Box DIOS High Current Resistive Fault Box. The DIOS HCRF Box contains the resistors required to perform high current resistive faults. This is a custom component designed to customer requirements.
DIOS LCF Board DIOS Low Current Fault Board. The DIOS LCF Board provides 12 channels of low current signal faulting with six fault busses used to perform complex fault insertion testing. Requires Corresponding Cable Adapter Board
DIOS LCF CAB Cable Adapter board for use with the DIOS LCFSrc Board in conjunction with the Low Current Resistive Fault Box
DIOS LCFSrc Board DIOS Low Current Fault Source Board. The DIOS LCFSrc Board provides fault circuit protection, system self-test, and acts as the source of low current faults. Optional Cable Adapter Board required for use with Resistive Fault Box.
DIOS LCFSrc CAB Cable Adapter board for use with the DIOS LCFSrc Board in conjunction with the Low Current Resistive Fault Box
DIOS LCRF Box DIOS Low Current Resistive Fault Box. The DIOS LCRF Box contains the resistors required to perform low current resistive faults. This is a custom component designed to customer requirements.