Battery Management System
Overview
Designs
This Reference Design board provides a solution for 48 V Battery Management System (BMS) in vehicles.
RD33771CNTREVM is a reference design for mixed centralized-distributed architecture battery management systems for eCar and eBus in automotive applications.
The RDVCU5775EVM is an out-of-the-box, proven-concept, and cost-effective reference design engineered to integrate battery management system (BMS).
The high voltage battery junction box reference design aims to accelerate customer project development.
Specifications
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Battery management system
Battery SensorBattery SensorIsolated CommunicationIsolated CommunicationIsolated CommunicationIsolated CommunicationIsolated CommunicationIsolated CommunicationBattery Cell ControllersBattery Cell ControllersBattery Cell ControllersBattery Cell ControllersBattery Cell ControllersBattery Cell ControllersBattery Cell ControllersBattery Cell ControllersMicrocontrollers (MCUs)Microcontrollers (MCUs)Microcontrollers (MCUs)Microcontrollers (MCUs)Microcontrollers (MCUs)Microcontrollers (MCUs)Microcontrollers (MCUs)Microcontrollers (MCUs)Motor Drivers Motor Drivers In-Vehicle Networking & GatewayIn-Vehicle Networking & GatewayIn-Vehicle Networking & GatewayIn-Vehicle Networking & GatewayIn-Vehicle Networking & GatewayIn-Vehicle Networking & GatewayIn-Vehicle Networking & GatewayIn-Vehicle Networking & GatewayHEV/EV Application HEV/EV Application Safety SBCSafety SBCSafety SBCSafety SBCSafety SBCSafety SBCSafety SBCSafety SBCBattery Monitor SensorBattery Monitor SensorNFCNFCBattery Sensor
- MM912_637 : Battery Sensor with LIN for 12 V Lead-acid Batteries
- MM9Z1_638 : Battery Sensor with CAN and LIN
Isolated Communication
- MC33664 : Isolated Network High-Speed Transceiver
Battery Cell Controllers
- MC33771C : 14-Channel Li-ion Battery Cell Controller IC
- MC33771B : 14-Channel Li-ion Battery Cell Controller IC
- MC33772C : 6-Channel Li-ion Battery Cell Controller IC
- MC33772B : 6-Channel Li-ion Battery Cell Controller IC
Microcontrollers (MCUs)
- S32K3 Microcontrollers for General Purpose
- NXP GreenBox Vehicle Electrification Development Platform
- S32K1 Microcontrollers for General Purpose
- MPC5775B and MPC5775E Microcontrollers for Battery Management Systems (BMS) and Inverter Applications
- MPC5777C : Ultra-Reliable MPC5777C MCU for Automotive and Industrial Engine Management
- MPC574xP : Ultra-Reliable MPC574xP MCU for Automotive & Industrial Safety Applications
- MPC560xB : Ultra-Reliable MPC56xB MCU for Automotive and Industrial General Purpose
Motor Drivers
- MC33937 : 3-Phase Field Effect Transistor Pre-driver
- GD3000 : 3-Phase Brushless Motor Pre-Driver
- GD3100 : Advanced Single-Channel Gate Driver for Insulated Gate Bipolar Transistors and Silicon Carbide MOSFETs
- GD3160 : Advanced Single-Channel High-Voltage Isolated Automotive Gate Driver for SiC MOSFETs/IGBTs
- HB2000 : SPI Programmable 10 A H-Bridge Brushed DC Motor Driver
- HB2001 : SPI Programmable 10 A H-Bridge Brushed DC Motor Driver
In-Vehicle Networking & Gateway
- Gateway : Gateway
- CAN Transceivers : CAN Transceivers
HEV/EV Application
- Hybrid Electric Vehicle (HEV) Applications : Hybrid Electric Vehicle (HEV) Applications
Safety SBC
- FS6500 : Grade 1 and Grade 0 Safety Power System Basis Chip with CAN Flexible Data Transceiver
- FS4500 : Grade 1 and Grade 0 Safety Power System Basis Chip with CAN Flexible Data Transceiver
- FS26 : Safety System Basis Chip (SBC) with Low Power Fit for ASIL D
Battery Monitor Sensor
- FXPS7xx0D4 : Digital Absolute Pressure Sensor (20 to 550 KPa)
- Analog Absolute Pressure Sensors, FXPS7 Family, 20 to 550 kPa
- NBP8-9x : Highly Integrated Battery Pressure Monitor Sensor
NFC
Battery management system
Design Resources
Documents ( 1 )
Documents
Brochure ( 1 )
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Vehicle Electrification Solutions Brochure
NXP delivers the optimal performance, robust functional safety and power management that automakers and developers require for the next generation of electric and hybrid vehicles.
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Training and Events
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Use the S32K Power Estimation Tool (S32K-PET) for gaining valuable insights about power consumption right at the start when creating energy-efficient automotive-embedded applications based on the S32K1xx MCU family.
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Learn how to simplify a high-voltage BMS design step-by-step. You will explore how to get started, live-monitor the voltage cells and verify both the temperature and voltage battery stack using an application software development kit (SDK) and dedicated GUI.
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Deploying a Deep Learning-Based State-of-Charge (SoC) Estimation Algorithm to S32K3 Microcontrollers
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