Functional Safety SBCs for Future Transportation Systems Whitepaper
Embedded E/E transportation systems need built-in safety mechanisms that follow ISO 26262 automotive safety integrity level to guarantee safe and reliable operation.
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Join our teamBattery Cell Controllers
Our battery cell controllers are designed to address safety risks related to Li-Ion batteries by accurately controlling critical Li-Ion cell characteristics (voltages, temperatures, current) and by providing embedded balancing functions along with extensive system diagnostics. These robust ICs meet automotive and industrial requirements and are fully automotive qualified—making them ideally suited for in-vehicle battery management, energy storage systems, and uninterruptible power supply applications.
| Product | Description |
|---|---|
| MC33771B | NXP's MC33771 Li-Ion Battery Cell Controller IC designed for automotive and industrial applications such as 14 V Li-ion batteries, HEV, EV, ESS, UPS system... |
| MC33771C | NXP's MC33771C Li-Ion Battery Cell Controller IC designed for automotive and industrial applications such as 14 V Li-ion batteries, HEV, EV, ESS, UPS syste... |
| MC33772B | NXP's MC33772 is a Li-Ion Battery Cell Controller IC designed for automotive and industrial applications such as 14 V Li-ion batteries, HEV, EV , ESS, UPS ... |
Marquadt 48 V Battery management Module
NXP’s MC33771B battery charge controller delivers the leadership measurement accuracy and speed we require to address the increasingly demanding performance and functional safety in the next generation battery management systems for electric vehicles.
Darius Mateja, Battery Systems Director for Marquardt.
What's New
Managing the drivetrain for e-Mobility with BMS to reduce CO2 emissions
Take a deep dive into the architecture of Battery Management System (BMS) solutions, providing insights into critical parameters for automotive and other applications, like drone battery systems.