可获得 ti e2e™ 论坛的工程师和记娱乐手机app的技术支持
所有内容均由 ti 和社区网友按“原样”提供,并不构成 ti 规范。参阅。
如果您对质量、包装或订购 ti 产品有疑问,请参阅 。
bq27z746evm-047 评估模块 (evm) 是用于 bq27z746 电池管理器的完整评估系统。此 evm 包含具有集成保护功能的 bq27z746 电路模块以及指向基于 windows® 的 pc 软件的链接。bq27z746 集成电路 (ic) 和所有板载元件可用于监测关键电池参数,预测电池容量和运行状况,以及防止 1 节锂离子或锂聚合物电池组中出现电池过充、过放电、短路和过流。借助 i2c 通信协议、ev2400 和 bqstudio 软件 gui,bq27z746evm 可以读取 bq27z746 数据寄存器,对 bq27z746 进行编程实现不同的电池组配置,记录充放电数据备用,并评估和记娱乐手机app的解决方案在不同充放电条件下的整体功能。
sdk, api, and programmer installer
quick tips text document for command line programmers
software manifest
description:
bq-battery-programmer-sw software development kit (sdk) is a collection of robust software command line tools that assist with the process of programming, testing, or assembling packs that use ti battery management products. the executables in this software work with the mkst-3p-alt-ev2300 mks technology alternative for ev2300 communications transceiver. the executables work with a single station but can be extended to multiple stations by using additional software and gui from mks technology inc. . support for multiple stations is not included in this software.
there are multiple executables in the download, usually one per family of products. older products such as bq20xxx and bq30xxx are also supported. examples using the c programming language api and python® programming language are provided for custom development.
requirements:
features:
getting started:
1. download the software
2. run the installer
3. the executables, c api and python api files can be found in the install location
4. run the command line executable without arguments to get usage help. refer to readme.txt in the install folder for more information and how to get help using the command line.
technical reference manual
user guide
overview
the bq27z746-device-fw is a firmware (fw)-only release that can be flashed onto any existing hardware such as bq27z746 product. the firmware incorporates the patented impedance track™ technology to create a pack-based solution that provides a rich array of features for gas gauging, protection, differential battery sensing analog output, and authentication for 1-series cell li-ion and li-polymer battery packs.
using its integrated high-performance analog peripherals, the bq27z746-device-fw firmware enables the device and measures and maintains an accurate record of available capacity, voltage, current, temperature, and other critical parameters in li-ion or li-polymer batteries, and reports this information to the system host controller. the integrated protection provide safety protection against over voltage (ovp), under voltage (uvp), over current in charge/discharge (occ/ocd), short circuit discharge (scd), and battery sensing protections (bcp, bcn, bdp and bdn).
sha-2 authentication, with secure memory for authentication keys, enables identification of genuine battery packs.
bq27z746-device-fw is usable on any previous version of the bq27z746 hardware.
features
supports pack-side gauging including enhanced state of health (soh) algorithm
fast qmax update option based on predicted ocv
sha-256 authentication responder for increased battery pack security
sophisticated charge algorithms:
low current modes options:
类型 | 标题 | 下载最新的英文版本 | 日期 | |||
---|---|---|---|---|---|---|
用户指南 | | | | | 2023年 10月 26日 | |||
证书 | 2021年 11月 1日 |
所有内容均由 ti 和社区网友按“原样”提供,并不构成 ti 规范。参阅。
如果您对质量、包装或订购 ti 产品有疑问,请参阅 。
sdk, api, and programmer installer
quick tips text document for command line programmers
software manifest
description:
bq-battery-programmer-sw software development kit (sdk) is a collection of robust software command line tools that assist with the process of programming, testing, or assembling packs that use ti battery management products. the executables in this software work with the mkst-3p-alt-ev2300 mks technology alternative for ev2300 communications transceiver. the executables work with a single station but can be extended to multiple stations by using additional software and gui from mks technology inc. . support for multiple stations is not included in this software.
there are multiple executables in the download, usually one per family of products. older products such as bq20xxx and bq30xxx are also supported. examples using the c programming language api and python® programming language are provided for custom development.
requirements:
features:
getting started:
1. download the software
2. run the installer
3. the executables, c api and python api files can be found in the install location
4. run the command line executable without arguments to get usage help. refer to readme.txt in the install folder for more information and how to get help using the command line.
technical reference manual
user guide
overview
the bq27z746-device-fw is a firmware (fw)-only release that can be flashed onto any existing hardware such as bq27z746 product. the firmware incorporates the patented impedance track™ technology to create a pack-based solution that provides a rich array of features for gas gauging, protection, differential battery sensing analog output, and authentication for 1-series cell li-ion and li-polymer battery packs.
using its integrated high-performance analog peripherals, the bq27z746-device-fw firmware enables the device and measures and maintains an accurate record of available capacity, voltage, current, temperature, and other critical parameters in li-ion or li-polymer batteries, and reports this information to the system host controller. the integrated protection provide safety protection against over voltage (ovp), under voltage (uvp), over current in charge/discharge (occ/ocd), short circuit discharge (scd), and battery sensing protections (bcp, bcn, bdp and bdn).
sha-2 authentication, with secure memory for authentication keys, enables identification of genuine battery packs.
bq27z746-device-fw is usable on any previous version of the bq27z746 hardware.
features
supports pack-side gauging including enhanced state of health (soh) algorithm
fast qmax update option based on predicted ocv
sha-256 authentication responder for increased battery pack security
sophisticated charge algorithms:
low current modes options: