[ad_1]
Sponsored by Pickering interfaces
Think about the problem. You’re employed for an electrical car startup firm, designing the {Hardware}-in-the-Loop Simulation (HILS) take a look at system. The whole lot is new – the {hardware}, the software program, the instruments, the testers and the take a look at code. But, the system should be as correct as potential to simulate the working atmosphere appropriately. You’re additionally engaged on the digital management unit (ECU), which homes the EV batteries. To check them completely, they’ll must be burdened past their regular working vary. For the reason that take a look at atmosphere may be fairly harmful – you will want a blast-proof bunker.
To summarize, it’s a really dynamic scenario with a excessive diploma of danger. As a result of the corporate is a startup, there’s a very aggressive schedule with out the established product roadmap, which might allow you to foretell take a look at system necessities precisely for 2 to a few years forward. You’ve acquired perhaps six months’ visibility. You’re going to wish a really versatile and scalable system.
On this white paper, we focus on how an electrical car startup firm used a versatile HILS system comprised of sign switching and sensor simulation to design a software program take a look at system for battery ECUs.
Sponsored by Pickering interfaces
[ad_2]