Battery test

Battery test equipment system integrated circuits and reference designs

Description

Our integrated circuits and reference designs help you create high density battery test equipment to precisely monitor and control charging and discharging I/V profiles during battery formation and testing. Different architectures are optimized for cost and performance for different power levels.

Next generation battery test equipment often requires:

High-efficiency buck-boost power supplies at the optimum cost level
Precision control loop of the charge and discharge process
Highest level of current and voltage accuracy
Maintaining system accuracy over wide temperature range

Technical documentation

Application notes & user guides

Application Notes (5)

Title	Type	Size (KB)	Date
High-voltage battery monitor circuit: ±20V, 0–10kHz, 18-bit fully differential (Rev. A)	PDF	585 KB	23 Jan 2019
DACx0501 Delivers Multichannel Output Using External Sample and Hold	PDF	48 KB	12 Dec 2018
High-current battery monitor circuit: 0–10A, 0-10kHz, 18 bit	PDF	298 KB	22 Dec 2017
Simplify Voltage and Current Measurement in Battery Test Equipment	PDF	117 KB	16 Oct 2017
Modeling Bi-Directional Buck/Boost Converter for Digital Control Using C2000 MCU	PDF	323 KB	06 Jan 2015

Product bulletin & white papers

White Papers (3)

Title	Type	Size (MB)	Date
Designing an Accurate, Multifunction Lithium-Ion Battery-Testing Solution	PDF	937 KB	24 Sep 2020
Accounting for delay from multiple sources in delta-sigma ADCs (Rev. A)	PDF	688 KB	01 Feb 2018
Voltage-reference impact on total harmonic distortion	PDF	3.07 MB	01 Aug 2016

Technical articles

Support & training

Search our extensive online knowledge base where millions of technical questions and answers are available 24/7.

Search answers from TI experts

Content is provided 'AS IS' by the respective TI and Community contributors and does not constitute TI specifications.
See terms of use.

If you have questions about quality, packaging, or ordering TI products visit our Support page.