HIL Nucleo-64 Interface Card
Information about the HIL Nucleo-64 Interface, an interface board which allows for seamlessly connecting STM Nucleo-64â„¢ development kits to Typhoon HIL simulators.
Overview of the purpose and connectivity of the
HIL Nucleo-64 Interface
The HIL Nucleo-64 Interface is an interface board, designed to enable a seamless interface between Typhoon HIL simulator devices and Nucleo-64â„¢ development kits from STMicroelectronics. Technical Details shows signal routing for STM32F334 and STM32G474 Nucleo-64â„¢ boards. Other boards may be supported provided the header pins align and can be physically connected.
- Sockets for one Nucleo-64â„¢ board
- All HIL signals available through measurement terminals
- 12V HIL power supply as Nucleo-64â„¢ external power supply input (Nucleo-64â„¢ JP5 selection)
- 18 HIL Digital Inputs (2 of which can be repurposed as HIL AI/AO)
- 9 HIL Digital Outputs (8 level shifted to 3.3V, 1 of which can be repurposed as HIL AO/AI and 1 Nucleo-64â„¢ Open-Drain Reset)
- 16 HIL Analog Outputs (+/-10V scaled to 0-3.3V, 3 of which can be repurposed as HIL AI/DI)
- UART on a pair of HIL DI/DO pins with LED indication
Interface for STMicroelectronics
Nucleo-64â„¢ boards.
There are currently approximately fifty versions of Nucleo-64â„¢ boards available on the market, each with its own features and pinout variations. Before connecting any Nucleo-64â„¢ or Nucleo-144â„¢ board to the HIL Nucleo-64 Interface check for pin variants that can result in electrical incompatibility
Real‑time HIL simulations that interface with actual controllers.
The HIL Nucleo-64 interface bridges the gap between theory and practical application, enabling users to transition seamlessly from offline simulations to HIL testing with real-world control systems. It brings model-based engineering to life for digital power applications, giving students and researchers hands-on experience with real controllers.
