Terence Semiconductor Co., Ltd. (Managing Director, Central District, Tokyo, Japan) has developed a lithium-ion polymer secondary battery (corresponding to a voltage of 4.35V and 4.40V after charging) Hereinafter referred to as lithium battery) charging IC XC6808 series of products.

In recent years, thin, small, high-performance wearable machines, IoT machines have been popularized, lithium batteries have also released a small, increase the charge after the completion of the voltage, high energy density products, and therefore continue to increase the corresponding rechargeable IC The request.

The development of the XC6808 series of products developed after the voltage is not only the previous product 4.20V, but also corresponding to 4.35V, 4.40V a wide range of lithium batteries. In addition, compared with the previous products, but also the lithium battery leakage current reduced to 1/5 (standard 100nA), can inhibit the machine from the factory until the use of long-term storage, and standby lithium battery energy consumption. Is able to contribute to extend the standby time of the product.

In addition, the charging timing of 5 hours or 10 hours can be selected, and the charging rate corresponding to the maximum charging current can be flexibly designed.

At the same time, the use of smart phones can be applied to the ultra-thin package USP-6B07 (2.0x1.8xh0.33mm), the most suitable for space-limited electronic equipment.

Teresa will soon develop products suitable for small, ultra-thin applications, to achieve a greater contribution to the rich society.

【XC6808 series of products expertise】

Support to complete the charge after the voltage 4.20V, 4.35V, 4.40V

The charge current from the battery to the charging IC is reduced to 100nA (TYP)

Since it is possible to charge 0.2C, it is possible to set the charging timing for 5 hours or 10 hours

Also used to correspond to the smart phone card series and other applications of the thin package (2.0x1.8xh0.33mm)