FT8330 Multi-channel Battery Simulator

The FT8330 series battery simulator is a high precision, multi-channel, single quadrant programmable battery analog power supply.Single device channels is up to 36 and each channel is electrically isolated, it is convenient for users to connect series and parallel power supplies. The ultra-high output accuracy, as well as the characteristics of ultra-low ripple and interference, make this series of power supplies widely used in testing systems such as battery cells, super capacitors, and BMS.

The FT8330 series adopts a standard 19 inch chassis and provides Ethernet port and RS485 communication interface, which is convenient for integration into research and development and production line automation testing platforms, and can also be used separately.

Application fields

• BMS（battery management system）testing;
• CMS（capacity management system）testing;
• R&D testing of charge and discharge protection board;
• Battery cell test;
• Super capacitor core test;
• Power supply testing for other types of electronic products.

Ultra high integration

FT8330 series adopts standard 19 inch and two chassis specifications. Single 2U chassis can accommodate up to 24CH, and a 3U chassis can accommodate 36CH. The channels are isolated from each other. One device can test 36 work stations at most at the same time, which can effectively reduce the number of devices used by users and improve the test efficiency.

Ultra high accuracy

FT8330 series has high accuracy, voltage accuracy is 0.01%+0.01% F.S. Voltage resolution is as low as 0.1mV, current resolution is as low as 0.1 μA. For the test of device power consumption in standby mode, the FT8330 has 0.1μA current resolution measurement,can easily measure the standby current of μA level.

Serial connection between channels

FT8330 electrical isolation between each channel. When it is necessary to simulate multiple strings of battery cells, the simulator can support any multi-channel in series, or multiple battery cell simulators in series. Users can also perform remote control and other automatic test applications through remote interfaces.