WMSIC Electronic Components

ADI/LINEAR ADBMS6830MWCCSZ-RL ADBMS6830MWCCSZ

ModelADBMS6830MWCCSZ-RL
BrandADI/LINEAR
Price Price on request Electronic component prices change quickly with market supply and demand. Please refer to the latest WMSIC quotation for current pricing.
Configuration
1 options
Configuration 26+

Available for RFQ

Technical data

Product details

19 specifications

Core information

Product name
ADI(Analog Devices) / LINEAR ADBMS6830MWCCSZ-RL
Type
ADI/LINEAR
Minimum package
1000 圆盘

Technical parameters

Electronic Component
Electronic Component
Electronic Component
ADI(Analog Devices) / LINEAR
Electronic Component
ADBMS6830MWCCSZ-RL
Electronic Component
1
Electronic Component
Battery Management
Electronic Component
1g
Electronic Component
1
Features
Electronic Component
Electronic Component
BM0265053318
Current
300mA
Operating Temperature
40℃~+125℃
Interface Type
SPI;I2C
Battery
1~16
ICType
IC
0VBattery
Electronic Component
Static Current(Iq)
4uA

For datasheets, package documents, compatible-part guidance, or other technical resources, contact WMSIC customer service. Availability is confirmed case by case.

ADBMS6830MWCCSZ-RL 产品概述

一、产品简介

ADBMS6830MWCCSZ-RL 是一款面向多节电池串管理的均衡芯片方案,来自 ADI(亚德诺)/LINEAR 系列。器件支持对 1 到 16 节电池串的电芯电压监测与均衡控制,适用于中高压电池组的均衡管理与数据通讯需求,适配电动车、储能、工业电源等场景的电池管理系统(BMS)前端设计。

二、主要参数

  • 支持电池节数:1 ~ 16 节
  • 工作温度范围:-40 ℃ ~ +125 ℃
  • 静态电流(Iq):4 μA(超低待机功耗,利于系统待机寿命)
  • 均衡电流:300 mA(高效旁路均衡能力,可加速单体电压一致性)
  • 电池温度检测:支持(可接入外部温度传感器进行热管理)
  • 0V 电池充电:不支持(不能直接对处于 0V 状态的单体进行充电)
  • 通讯接口:SPI、I2C(提供灵活的主控通讯选项)
  • 封装:未注明(需参考具体样片或器件数据手册确认)

三、功能亮点

  • 多节覆盖:1~16 节覆盖范围广,单芯至 16 节电池组均可灵活配置,适合模组化电池设计。
  • 低功耗设计:4 μA 的静态电流有利于系统低耗待机和长期放置条件下的能耗控制。
  • 高效均衡:300 mA 的均衡电流可实现较快的能量旁路,缩短单体电压差的恢复时间。
  • 双总线兼容:同时支持 SPI 与 I2C 接口,为主控 MCU 或更高阶 BMS 提供多种通信与扩展方案。
  • 温度监测:支持电池温度检测,便于实现热平衡与安全保护策略。

四、典型应用

  • 电动自行车、电动摩托与轻型电动车电池模组平衡管理
  • 家用与商用储能电池系统(ESS)模组均衡与监测
  • 工业备用电源、无人设备和便携式动力电源的电芯均衡方案
  • 任何需要对 1~16 节串联电池做电压监测与旁路均衡的 BMS 前端设计

五、设计与系统集成建议

  • 通讯设计:根据系统架构选择 SPI(高速、点对点)或 I2C(总线式、多器件)作为主控通讯方式;高压电池串时注意隔离与长线通信鲁棒性。
  • 均衡热管理:300 mA 均衡电流在高功率时会产生热量,建议在 PCB 布局与散热器件上预留足够散热通路,并考虑均衡工作时段与 duty 控制。
  • 0V 单体处理:器件不支持对 0V 单体直接充电,系统需在上层管理中加入上电/唤醒流程与保护策略,避免单体处于深度放电后直接进入充电环节。
  • 测温策略:利用器件的温度检测能力,实现充放电与均衡与温度联动,以保护电芯并延长寿命。
  • 软硬件冗余:建议在关键应用中增加冗余监测与故障诊断逻辑,配合主控 MCU 实现均衡策略与安全决策。

六、注意事项与限制

  • 封装与引脚信息需以正式数据手册为准,样片与量产器件参数可能有所差异。
  • 如果系统需要对 0V 单体进行恢复性充电,应采用外部前端电路或选用支持 0V 充电的器件。
  • 高压串联场景下,电气隔离、共模抑制与 PCB 安全距离必须满足相关标准与 EMC 要求。

综上所述,ADBMS6830MWCCSZ-RL 以其 1~16 节覆盖、低静态电流与 300 mA 的均衡能力,适合需要高效旁路均衡与低功耗监测的电池管理应用。在设计中应关注散热、通信隔离与 0V 单体管理等细节,以确保系统可靠性与安全性。

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