Skip to content

dSPACE Tutorial 2 (Receiving Signal)

By Instrugram

14 min video·en··33314 views

This is an AI-generated summary of dSPACE Tutorial 2 (Receiving Signal) — a 14 min YouTube video by Instrugram, published May 1, 2014. It condenses the full transcript into 10 key takeaways with clickable timestamps.

Summary

This tutorial demonstrates how to receive analog signals from an external device using the dSPACE control system, specifically utilizing an ADC board and visualizing the input through MATLAB Simulink and dSPACE Control Desk.

Key Points

  • The process begins in MATLAB Simulink, where the RTI 1006 interface is selected, and a new model is created to receive signals. 
  • A Gain block with a value of 10 is included because the ADC board divides the received signal by 10 before passing it to the dSPACE system, requiring multiplication to display the true value. 
  • The Simulink model is saved and then built to generate the necessary SDF (System Definition File) for the dSPACE control system. 
  • In the dSPACE Control Desk graphical user interface, a new project is created, and the generated SDF file is imported. 
  • A numeric display instrument is added to the Control Desk experiment, and the 'Scope' variable from the model is dragged and dropped onto it to show the received signal. 
  • A Scope block is added to the Simulink model to visualize the incoming signal from the external device. 
  • The video focuses on receiving analog signals from an external device using the dSPACE system, converting them to digital signals via an Analog-to-Digital Converter (ADC) board. 
  • Instead of a Digital-to-Analog Converter (DAC) board, an ADC board block (DS2003) is imported into the Simulink model, and a specific channel, such as 25, is assigned. 
  • An external signal generator is connected to the assigned channel (channel 25) on the dSPACE ADC board using a bayonet nail connector. 
  • The demonstration concludes by showing that as the voltage output from the signal generator is increased, the dSPACE system accurately receives and displays the corresponding signal on the numeric display. 
dSPACE Tutorial 2 (Receiving Signal)

dSPACE Tutorial 2 (Receiving Signal)

This tutorial demonstrates how to receive analog signals from an external device using the dSPACE control system, specifically utilizing an ADC board and visualizing the input through MATLAB Simulink and dSPACE Control Desk.

Key Points

The process begins in MATLAB Simulink, where the RTI 1006 interface is selected, and a new model is created to receive signals.
A Gain block with a value of 10 is included because the ADC board divides the received signal by 10 before passing it to the dSPACE system, requiring multiplication to display the true value.
The Simulink model is saved and then built to generate the necessary SDF (System Definition File) for the dSPACE control system.
In the dSPACE Control Desk graphical user interface, a new project is created, and the generated SDF file is imported.
A numeric display instrument is added to the Control Desk experiment, and the 'Scope' variable from the model is dragged and dropped onto it to show the received signal.
A Scope block is added to the Simulink model to visualize the incoming signal from the external device.
The video focuses on receiving analog signals from an external device using the dSPACE system, converting them to digital signals via an Analog-to-Digital Converter (ADC) board.
Instead of a Digital-to-Analog Converter (DAC) board, an ADC board block (DS2003) is imported into the Simulink model, and a specific channel, such as 25, is assigned.
An external signal generator is connected to the assigned channel (channel 25) on the dSPACE ADC board using a bayonet nail connector.
The demonstration concludes by showing that as the voltage output from the signal generator is increased, the dSPACE system accurately receives and displays the corresponding signal on the numeric display.
Summarize any video — free
Summarizer.tube
Copy All
Share Link
Bookmark

Summarize any YouTube video, free

You just read an AI summary of this video. Paste any other YouTube link and get the key points with clickable timestamps in seconds — no signup, 5 free a day.

More Resources

More Summaries

16 min

The Sequence Ep. 5: One Shot One Kill (OSOK)

The MMXM Traderen

This video details the 'one shot one kill' trading model, a strategy for anticipating and executing trades on the next weekly candle's expansion by analyzing higher time frame order flow, key levels,

27 min

The ERP for the AI Revolution is here

YC Root Accessen

Campfire is an AI-native ERP system designed for high-growth companies, aiming to automate manual accounting and financial reporting tasks to enable strategic focus for finance and accounting teams.