Rechargeable 602030 LIPO Battery( 3.7V 600mAh )

From the shop's description

602030 3.7V 600mAh LiPo Battery The 602030 3.7V 600mAh LiPo Battery is a compact rechargeable power source for portable electronics and small embedded projects. It provides a nominal voltage of 3.7V and a rated capacity of 600mAh. Therefore, it is suitable for applications that require a lightweight battery within a limited space. The 602030 size code generally represents approximate cell dimensions of 6mm thickness, 20mm width, and 30mm length. However, the final dimensions may vary slightly because of the protection circuit, wires, insulation, and manufacturing tolerances. Features of the 602030 3.7V 600mAh LiPo Battery Rechargeable lithium-polymer cell Nominal voltage of 3.7V Fully charged voltage of 4.2V Rated capacity of 600mAh Compact and lightweight construction Approximate cell size of 6 × 20 × 30mm Suitable for portable and space-limited devices Supplied with positive and negative connection wires Can be integrated into custom electronic projects Common Applications This rechargeable battery can power low-current portable devices, wireless sensors, GPS trackers, small audio devices, wearable electronics, data loggers, and IoT projects. In addition, makers can use it with microcontroller boards when the project includes the correct voltage regulation and charging circuit. Charging and Usage Instructions Always charge the 602030 3.7V 600mAh LiPo Battery with a dedicated single-cell LiPo charger. The charger must use the correct CC/CV charging method and limit the final voltage to 4.2V. Do not connect the battery directly to a 5V USB power supply. Instead, use a suitable charging module, such as a correctly configured single-cell lithium charger. Furthermore, confirm the connector type and wire polarity before installation. Do not reverse the positive and negative wires. Avoid short circuits, excessive current, puncturing, crushing, overheating, or charging an inflated battery. This battery is intended mainly for compact, low-power electronics. Therefore, do not use it with motors or other high-current loads unless the actual discharge-current rating has been confirmed.