Products

I/O Conditioning Modules

	OP5000 - Loopback Connector The Analog Loopback can be used with slots where a passive or active carrier (OP5220, OP5130) holds one analog input module (OP5340) and one analog output module (OP5330). It does not matter which analog module is in section A (top) or section B (bottom) of the carrier as the Analog Loopback is bidirectional.
	OP5110 - PCI Virtex2 pro FPGA Reconfigurable FPGA Platform and I/O Interface This product is no longer recommended for new designs. End of life: March 2011
	OP5210 - Type A I/O Carrier OP5200 Type A I/O Module Carrier
	OP5220 - Type B I/O Carrier OP5220 Type B I/O Carrier
	OP5231 - Type C Fiber Optic Digital I/O The OP-FIBER-10Mb is a signal conditioning board that uses fiber-optic modules to isolate digital signals. It provides signal conditioning for 16 digital inputs and 16 digital outputs.
	OP5232 - Amplitude Modulation Board The OP5232 Amplitude Modulation Board is a full-size OPXI signal conditioning card for the simulation of LVDT and RVDT sensors. It has four channels, two of which use a 4.5 kHz carrier frequency and two others that use a 2.5kHz carrier frequency.
	OP5237 - Type C High Voltage Digital I/O High Voltage Digital Inputs and Ouputs Used for Relay (coil), Solenoid, Valve.
	OP5251 - Opto-Isolated 32 Digital Inputs & 32 Digital Output Module The OP5251 is a part of the OP5000 series of optional, versatile signal conditioning modules for Opal-RT’s state of the art HIL (hardware-in-the-loop) systems. Designed for Opal-RT’s simulation systems, the OP5251 provides digital input and output signals with specific voltage conditioning. The optical isolation of the OP5251 I/Os make it ideal for environments where voltage isolation is required. It features 32 inputs and 32 outputs channels in a single Signal Conditioning module.
	OP5252 - Opto-Isolated 64 Digital Output Module The OP5252 is one of a range of optional versatile Signal Conditioning Interfaces for the Opal-RT Technologies state of the art HIL (hardware in the loop) systems (The OP5000 series). It is planned to be used where electrical decoupling, ground loop elimination is required or in high voltage environment where complete isolation is a must. It features 64 outputs channels into a single Signal Conditioning module.
	OP5253 - Opto-Isolated 64 Digital Inputs Module The OP5253 is one of a range of optional versatile Signal Conditioning Interfaces for the Opal-RT Technologies state of the art HIL (hardware in the loop) systems (The OP5000 series). It is planned to be used where electrical decoupling, ground loop elimination is required or in high voltage environment where complete isolation is a must. It features 64 inputs channels into a single Signal Conditioning module.
	OP5311 - Type A Digital Inputs Digital Inputs
	OP5312 - Type A Digital Outputs Digital Outputs
	OP5313 - Generic Passthrough Module The OP5313 Generic Passthrough Module provides a good way to transfer signals from any I/O card located inside the chassis through standard OPXI signal conditioning cartridges. It has an optional pull-up resistor and allows for on-board circuit prototyping.
	OP5320 Differential Amplifier Module
	OP5330 - Type B Analog Outputs Analog Output Module
	OP5340 - Type B Analog Inputs Analog Input Module
	OP5353 OP5353 16/32 Digital Inputs
	OP5354 OP5354 16/32 Digital Outputs
	OP5361 LVDT and Resolver Output emulator
	OP5511 - High Voltage and High Current input conditioning module The High-current and high-voltage input conditioning module allows the conversion of 4 current and 4 voltage signals to ±10V voltage level. The current inputs are factory configurable for up to 50A continuous. The measured voltage range is configurable for up to 600 volts. Such modules are typically used for monitoring current and voltage on DC motors.
	OP5961 - Electromechanical Relay Board The OP5961 Electromechanical Relay Board provides up to 8 electromechanical relays. The relays can be driven by an external open-collector circuit or by the on-board driver circuit.

Systems

	OP5600 off-the-shelf Hardware-in-the-Loop (HIL) simulator The new OP5600 Chassis adds advanced monitoring capabilities and scalable I/O and processor power to OPAL-RT's line of real-time digital simulator systems including eMEGAsim, eDRIVEsim and eFLYsim. Built using lower cost, high availability commercial-off-the-Shelf (COTS) components, the OP5600's modular and flexible design can be fully customized to meet specific I/O requirements and can be easily expanded as needed.
	TestDrive Fully programmable powertrain and vehicle simulation for ECU-in-the-loop testing. The best solution for Open Loop testing on the market..

Test Drive Modules

	ANALOG SENSOR MODULE The ASM is used to simulate analog sensor signals to an Electrical Control Unit (ECU). When used with the TestDrive system, it is capable of providing sensor functionalities required in all simulator applications for the automotive industry. Simulation results are strengthened by the ASM being capable of providing ratiometric outputs for user defined High and Low voltage references on each channel.
	BASE MODULE A TestDrive chassis provides several power output lines called power rails that are used to power TestDrive IO board (internally) as well as external components using the power moding connectors on the back of the TestDrive chassis. Power moding designates the activation of these power rails, which may depend on several system conditions, such as the position of the Key Switch State input and feedback from other external components.
	OP6228 Reconfigurable FPGA Module: High current and high voltage Sensor Application The high current and high voltage Sensor application transforms the OP6228 into a scope in Real-Time ! This application has been specifically developed to probe and analyze current solenoids for transmission. The application you could use is wider, you can probe and analyze any type of signals such as injector or spark plug signals, CAM or any fast transient current signals needed for deeper analysis purpose. The High current and high voltage sensor comes with a graphical user interface similar to a real scope and offers specific features such as: Adjustable acquisition sampling Advanced record and trigger features Diagnostic and hardware detection logic The high current and high voltage sensor application is coupled with a OP5511 current sensor box.
	PULSE DRIVEN LOAD MODULE Command Capture
	PULSED OUTPUT MODULE Sensor simulation
	REFERENCE PULSE GENERATION MODULE Sensor simulation and ECU command capture
	RESISTIVE SENSOR MODULE Sensor simulation
	SWITCH MODULE Sensor Simulation