Terex develops a current-channel function for 1-cell lithium-ion/polymer 2-cell battery charging ICs

Corresponds to 3.5V to 4.45V Charging Current Channel Function for 1-Cell Li-Ion Battery Charger IC

Terex Semiconductor Co., Ltd. (Chairman of Chuo-ku, Tokyo, Japan: Shigeki Shiji, Second Tokyo Stock Exchange: 6616) Developed a current-carrying function for 1-cell lithium-ion/polymer secondary batteries (below Lithium battery) charging IC [XC6806 series products].

The current path function of the XC6806 series product developed by Tracy can control the battery charging and the current supplied to the system at an exact value. Compared with the previous products, the voltage at the time of completing the charging can be set within a wide range, and it can also be applied to various lithium batteries (charging voltage range: 3.5V to 4.45V). In addition, a shutdown function is also installed to completely stop supplying power from the battery to the machine. Since the leakage current of the battery can be suppressed to 100 nA in the state where the machine is not in use, a low current consumption device driven by a small battery can be used for a longer period of time.

The USP-10B (2.9x2.6xh0.6mm) and LGA-10B01 (2.5x1.6xh0.4mm) package components, which are small and have excellent heat dissipation properties, can be used for package selection.

In the future, Terex will also rapidly develop products based on market demand and continue to contribute to achieving a prosperous society.

Features of XC6806 Series Products

Equipped with a current path function that controls the charging current and system current
Supports the voltage at the completion of charging from 3.5V to 4.45V
Reduce the leakage current of the battery to 100nA
Thanks to the shutdown function, it is completely stopped to provide power from the battery to the machine.

Relevant Diodes XC68 series products

Author：Brittany Antonia （The author of article owns the copyright.）