F6E10T-10TM5

The F6E10T-10TM5 is an electronic control module designed to control an onboard battery management system. It is a device specifically designed to monitor and control the onboard system of electric or hybrid electric vehicles, providing the necessary information for safe and efficient function of the vehicle\'s power system.

The F6E10T-10TM5 module monitors, controls and communicates the parameters of the entire battery system, such as cell voltage, temperature, current, individual cell characteristic, capacity indicator, charge/discharge operation state, and communication protocol. This real-time information is deemed crucial in order to ensure the optimized and safe operation of the battery system. The device also presents an over-temperature alarm function to alert the driver or technician of any potential system malfunctions.

The F6E10T-10TM5 has two different stages in its operation, namely the charging and discharging stages. During the charging stage, the device charges the battery at a slow rate, safely distributing current and charging the battery at a safe speed. The device also provides numerous protection functions intended to improve the safety of the system during charging. During the discharging stage, the device efficiently discharges energy while effectively controlling the capacity and temperature of the cell.

Furthermore, the F6E10T-10TM5 module is designed to be relatively small and lightweight with a footprint of only 36mm*31mm and a weight of only 8g. Despite its small form factor, the device\'s capabilities remain intact and the device is a stand-alone unit, making it suitable for mounting almost anywhere.

Due to its comprehensive capabilities and features, the F6E10T-10TM5 is suitable for a wide range of applications, from controlling the onboard battery in a Tesla Model S, to providing real-time information and alarms for the electric vehicles on a race track. This makes the device an excellent choice for anyone looking for a reliable, precise and cost-effective solution to manage their electric vehicle\'s power system.