INTERFACES

FOR HARDWARE IN THE LOOP

For the present and future owners of a hardware-in-the-loop (HIL) simulators from Opal-RT, Typhoon, RT Box or Speedgoat, imperix provides interface boards to feature either:

  • 16 optical inputs and 16 analog outputs
  • 16 optical outputs and 16 analog inputs

No change in the control code is necessary to switch from HIL-simulated converter to a real-world physical converter, as the cables can be just swapped from one system to another.

SIMULATOR INTERFACE
For HIL simulator
This interface interconnects the BoomBox to a HIL simulator. This way, any control implementation can be first tested – without any risk – on a simulated converter before it is later tested on real hardware. In this second step, all cables can be instantly swapped from the interface to the real converter.
POWER INTERFACE
For using power modules

This interface allows to control imperix power modules from a HIL simulator. It provides the necessary signal connections to easily wire the digital outputs of the OPAL-RT hardware to the command inputs of the power modules, and retrieve any useful measurement to its analog inputs.

INTERFACE OPAL-RT PLEXIM TYPHOON HIL SPEEDGOAT
Simulator
Power

SIMULATOR INTERFACE

For using Boombox controller

SIMULATOR INTERFACE
For Opal-RT
your price
SIMULATOR

This interface interconnects the BoomBox to an Opal-RT  simulator.

SIMULATOR INTERFACE
For Plexim
your price
SIMULATOR

This interface interconnects the BoomBox to a RT Box  simulator.

SIMULATOR INTERFACE
For Typhoon HIL
your price
SIMULATOR

This interface interconnects the BoomBox to a Typhoon  simulator.

POWER INTERFACE

For using power modules

POWER INTERFACE
For Opal-RT
your price
POWER

This interface allows to control imperix power modules from an Opal-RT simulator.

POWER INTERFACE
For Plexim
your price
POWER

This interface allows to control imperix power modules from a RT Box simulator.

POWER INTERFACE
For Speedgoat
your price
POWER

This interface allows to control imperix power modules from a Speedgoat simulator.

SENSORS

AND ADAPTERS

your price

±800V VOLTAGE SENSOR

Imperix ±800V isolated voltage sensors are Plug&Play solutions for voltage sensing in power electronics applications. The devices are compatible with 35mm DIN rails and is self-powered by the BoomBox control platform.

your price

±50A CURRENT SENSOR

Imperix ±50A isolated current sensors are Plug&Play solutions for current sensing in power electronics applications. The modules are based on a LEM LAH50-P current sensor and can be self-powered by the BoomBox.

your price

RJ45 INPUT ADAPTER

For the cases where the RJ45 connectors cannot be implemented, a simple adapter can be used to interface any sensors to the BoomBox. This adapter can be directly ordered at imperix, or downloaded free of charge here.

your price

Adapter and cable for VHDCI card
The card is mounted on a DIN rail bracket.
It is composed:

  • 68-pin VHDCI connector.
  • Screw terminal for each input and ouput
  • Fast and easy connections
  • Perfect for prototyping and permanent installations
  • The VHDCI shielded twisted cable consists of male connectors at each end.
your price

RJ45 INPUT ADAPTER

For the cases where the RJ45 connectors cannot be implemented, a simple adapter can be used to interface any sensors to the BoomBox. This adapter can be directly ordered at imperix, or downloaded free of charge here.

CABLES

your price

FIBEROPTIC CABLE

Used as isolated gate-drive interfaces, these fiberoptic cables can be used to connect the BoomBox control platform to your gate drivers. The standard length is 2m.

your price

SMA/BNC CABLE

These cables are ideal to connect the analog outputs of the Boombox to any external monitoring device such as an oscilloscope. The standard length is 1m.

your price

RJ45 CABLE

RJ45 cables feature well shielded twisted pairs of conductors, which is ideal for the transfer of analog signals from sensors to the BoomBox. Standard length is 2m.