CU-SLRT dida 

 Simulink Real Time Basic Edition

Simulink real-time CU-SLRT Basic (DS1104 Equivalent interface) provides a high-performance, host-target prototyping environment that enables you to connect your Simulink® and Stateflow® models to physical systems and execute them in real time on CU-SLRT hardware. It provides comprehensive software capabilities for rapid prototyping (RCP) and hardware-in-the-loop (HIL) simulation of control systems 

Features

  • 4 Core 2Ghz processor

  • RAM 2Go

  • Storage 16Go

  • FPGA Based I/Os

  • 8 analog inputs (16 bits)

  • 8 analog output (14 bits)

  • 20 Digital I/O

  • 12 PWM outputs

  • Software : Simulink 

  • Communication: Ethernet

  • 10" display

  • DIN A4 case for didactic model


CU-lvrt

LabVIEW Real Time 

The LabVIEW CU-LVRT Real-Time Control Unit (DS1104 Equivalent) is a high-performance prototyping environment that lets you connect your LabVIEV blocks to physical systems and run them in real time on CU-LVRT hardware. It provides software capabilities for rapid prototyping and hardware-in-the-loop simulation of control systems. 

Features

  • 4 Core 2Ghz processor

  • RAM 2Go

  • Storage 16Go

  • FPGA Based I/Os

  • 8 analog inputs (16 bits)

  • 8 analog output (14 bits)

  • 20 pins  Digital I/O

  • 12 PWM outputs

  • Software : LabVIEW

  • Communication: Ethernet

  • 10" display

  • DIN A4 case for didactic model


CU-dsp

DSP Real Time 

It is a real-time DSP platform that provides designers with a development kit for high-performance digital control applications
This tool is an excellent starting point for the development of many high-end digital control applications for electrical machines and power converters.
 This DSP-based real-time development platform that provides 800MIPS of total performance between two CPUs and two 200MHz real-time control coprocessors. This powerful DSP (TMS320F28379D) with superior characteristics compared to the old TMS320F28335 contains 1 MB of built-in flash and includes highly differentiated peripherals such as 16-bit/12-bit ADCs, 12-bit DACs, HRPWMs, eCAPs, eQEPs , And much more.

Features

  • 8 16-bit analog inputs (-10V/10V) for measuring analog quantities (Currents, Voltages, Speed, Torque, etc.)
  •  4 analog outputs 16bits (-10V/10V) for analog commands.
  •  6 PWM outputs (SPWM, SVM…) for controlling static converters (compatible with dSPACE). Programmable PWM (10hz-1Mhz)
  •  1 encoder input (incremental sensor) for speed and position measurements of electrical machines.
  •  Digital input/output port (compatible with dSPACE).
  •  Built-in isolated JTAG emulator for easy programming and debugging.
  •  Programmable by C language or directly by Simulink
  •  USB connection for parameter settings by PC
  •  Software for graphical display of measured quantities (Voltages, Current, Speed, Position…) and calculated quantities (Power, torque…). And so the spectrum of harmonics and powers in 3D.
  • DIN A4 didactic panel.

CU-fpga

FPGA Real Time 

It is an FPGA real-time control platform that enables the development of high performance numerical control applications for electrical machines and power converters.
 This real-time development platform based on Altera FPGA and includes peripherals dedicated to the control of electrical machines, power electronics and renewable energies, such as 16-bit/12-bit ADCs, 16-bit DACs, PWMs, encoder inputs.

Features

 

  • 8 analog inputs (16 bits)

  • 4 analog output (14 bits)

  •  Digital I/O

  • 6  PWM outputs

  • 16 PWM Inputs for HIL

  • 1 encoder  

  •  Integrated JTAG emulator for easy programming and debugging.

  • Programmable by VHDL/Verilog language or directly by Simulink

  • 10 " display

  • DIN A4 case for didactic model 

 

CU-wrt

Windows  Real Time 

It is a real-time control platform that provides designers with a development kit for PC-based (Simulink/LabVIEW) performance digital control applications.
This tool constitutes an excellent starting point for the development of many applications of digital control of electrical machines and power converters.

Features


  • 8 analog inputs (16 bits)

  • 4 analog output (14 bits)

  •  Digital I/O

  • 6  PWM outputs

  • 1 encoder  

  • Programmable by C language or directly by Simulink / LabVIEW 

  •  Ethernet connetion for PC 

  • 10 " display

  • DIN A4 case for didactic model