POWER ELECTRONICS HIL TEACHING LABORATORY - OPAL-RT POWER ELECTRONICS HIL TEACHING LABORATORY - OPAL-RT

POWER ELECTRONICS HIL TEACHING LABORATORY

Your Total:

Industrial Pricing

System configuration

Chassis: ARM®Cortex® A9 CPU - 2 cores - 1 GHz, Xilinx Zynq® FPGA Kintex™-7 125K LUT

Connectivity: Ethernet port 10/100/1000 Mbps (RJ45) | RS232 (DB9) | USB2.0 | 5-Gbit/s high-speed fiber optic link (2x SFP)

Customize your courseware Kit based on OP4200 simulator


Hardware

I/O modules specification

You can select a maximum of 4 cards.

Analog I/O

Quantity Product Channels Resolution Voltage range Sampling frequency Price
OP4240 Analog Input 16 16 bits ± 20V 500 kS/s CAD$1,482
OP4230 Analog Output 16 16 bits ± 16V 1 MS/s CAD$1,332

Digital I/O

Quantity Product Channels Voltage range Rising Time Price
OP4250 Digital Input 32 4.5V to 50V 40 ns CAD$803
OP4260 Digital Output 32 5V to 30V 65 ns CAD$1,373
Choosing your Hardware Configuration

Software

Power Electronics Application | Default software

RT-LAB®
RT-LAB handles everything for real-time simulation, including code generation, with an easy-to-use interface. With just a few clicks, a Simulink® model becomes an interactive real-time simulation application.

Improve the performance of your system | Optional Software

eHS32 power electronics solver provides 48 coupled switches
eHS32
eHS is a reprogrammable FPGA-based electrical solver from the eFPGASIM suite that provides a convenient user interface to enable you to import real-time models, created using the simulation tool of your choice, with unprecedented speed and accuracy.

CAD$4,326
Choosing your Software Solution

Communication protocols

Shop