The Challenge: In the field of primary medical care and home health monitoring, portable ECG monitors have become an important tool for early detection of arrhythmia due to their ability to capture real - time data on users' cardiac electrical activity. A portable ECG monitor launched by a medical equipment manufacturer needs to meet the core requirements of continuous operation for more than 12 hours on a single charge, small size for easy portability, and stable power supply without fluctuations (to avoid affecting the accuracy of ECG signal collection).

The Solution: After multiple rounds of testing, the manufacturer finally chose the BAKTH - 606394 - 1S - 3 battery as the core power supply.

The Result: The 3.7V rated voltage of this battery perfectly matches the circuit design of the monitor's main board, eliminating the need for an additional voltage conversion module. This not only simplifies the internal structure of the device but also reduces energy loss. The large capacity of 4800mAh ensures that the device can still work continuously for 14 hours in the high - power consumption mode with real - time data transmission and constant screen brightness (for users to view and operate), which far exceeds the preset 12 - hour battery life target.

Why the BAKTH - 606394 - 1S - 3 is the Ideal Choice:

The BAKTH - 606394 - 1S - 3 battery adopts high - quality battery cells and a triple protection design against overcharging, over - discharging, and short circuits. In scenarios where medical equipment has extremely high safety requirements, it effectively avoids the risk of device shutdown or data loss caused by battery failure. In practical application, this type of monitor has been popularized in community health service centers and home care scenarios. Users report that the device has stable battery life, no data interruption during continuous monitoring, and the capacity retention rate of the battery is still over 80% after 500 charge - discharge cycles, meeting the long - term service life requirements of medical equipment.