Precision power management to meet the challenges of safety-compliant BMS architectures
Precision power management to meet the challenges of safety-compliant BMS architectures
The L9963F is designed to address the challenges of modern Li-ion battery monitoring and protection in EV, HEV, and 48 V platforms. With accurate measurements, integrated protections, and robust diagnostics, it supports safety-compliant BMS architectures built for demanding automotive applications.
What L9963F offers?
- High integration: measurement and protection in a single chip.
- ASIL-D compliant: built for ISO 26262 safety standard.
- Fault awareness: real-time hardware and wiring diagnostics.
- Precision sensing: ultra-accurate voltage and current data
- Smart estimation: advanced logic for SoC and SoH tracking.
- Internal analysis: automated hardware self-checks for ADCs and comparators
How to test and prototype with L9963F
Kick-start your BMS design with a complete hardware and software ecosystem built around L9963F. From evaluation boards to pre-loaded software and companion devices, everything is ready to help you move from concept to prototype quickly.
| AEK-POW-BMS63EM | AEK-POW-BMSCC | L9963T |
|---|---|---|---|
| Tool type | BMS module | Compact BMS module | Isolated transceiver |
| Main function | Ready-to-use module for rapid prototyping. | Optimized form-factor for battery pack mounting. | SPI-to-Isolated-SPI communication bridge. |
| Key strength | Safety: integrated protection and scalability. | Density: tiny footprint (70x45mm) for 31 nodes. | Robust: converts 4-wire SPI to 2-wire isolated. |
| セットアップ | Complete HW solution | Plug-and-Play (dual conn) | Interface bridge |
| Find out more |
On-demand webinar
Maximizing battery performance for automotive and industrial applications