– When models contain multiple sample rates, enable multi-tasking mode to execute each rate in a separate thread, preventing slower tasks from limiting faster loop rates.
QUARC supports , which allows you to tune parameters (e.g., PID gains) and view scopes live while the model runs on a separate target computer. This is critical for hard real-time performance where the host OS may introduce jitter.
The HIL blockset is the core engine for physical I/O. It allows your Simulink model to read from sensors and write to actuators via data acquisition (DAQ) cards. quarc library simulink
QUARC supports an extensive range of hardware interfaces, making it a versatile solution for diverse applications. The data acquisition support includes Quanser’s proprietary HIL boards (such as the Q4, Q8, QPID), third-party DAQ cards from manufacturers like National Instruments, and USB-based interfaces like the Q2-USB.
Instead of writing complex C/C++ drivers to interact with sensors and actuators, QUARC lets you drag, drop, and configure blocks to handle hardware communication instantly. Key Capabilities – When models contain multiple sample rates, enable
: In the Code Generation pane, set the "System target file" to a QUARC target, such as quarc_win64.tlc for 64-bit Windows or the specific target for your hardware.
Helps students bridge theory and physical reality using Quanser’s extensive lab workstations. The HIL blockset is the core engine for physical I/O
Set the Simulink simulation mode dropdown from Normal to External .
Buy QUARC without hesitation. It’s the fastest, most reliable real-time interface for Simulink you’ll find.
The most critical block in any QUARC model. It configures your specific hardware board (e.g., Quanser Q8-USB, Q3 ControlpaQ) and sets initial, final, and safety watchdog voltages.
: Go to the Interface sub-pane and ensure "External mode" is selected to allow real-time tuning and monitoring. 2. Access the QUARC Library