Our multi-channel programmable battery simulator or bidirectional DC power supply is suitable for battery simulation and performance testing in various applications such as power tools, fast charging power sources, and low-power supplies. All series (except the 66000 series) are designed with a standard 19-inch length and 2U height, ideal for seamless integration into testing systems or desktop power supply setups. Channels are isolated from each other, allowing for multi-channel series connections. It boasts ultra-fast transient response capability and employs unique variable output resistance technology to simulate the dynamic characteristics of batteries accurately. It can monitor the power consumption of Devices Under Test (DUT) by measuring the direct current. It provides digital voltmeter (DVM) functionality, eliminating the need for separate voltage measurement instruments in cost and space.
The 66000 series dual-channel programmable battery simulator satisfies the research, development, and testing needs for fast charging batteries and battery pack simulations in products such as smartphones, tablets, and battery-powered tools.
The 66050 series 8-channel programmable battery simulator (bidirectional DC power supply) is suitable for battery simulation and performance testing in various applications such as power tools, fast charging power sources, and low-power supplies.
Model 66060 8-channel programmable bidirectional DC power supply can equip up to 8 battery simulator modules. This model is suitable for battery simulation and performance testing in various battery management systems (BMS), portable electronic devices, battery-powered tools, and low-power power supplies.
Model 66100 18-channel programmable battery simulator or bidirectional DC power supply is suitable for battery simulation and testing in BMS (Battery Management System) and PCM (Battery Protection Circuit) applications.
Model 66200 18-channel programmable battery simulator can host up to 16 battery simulator boards and 2 temperature simulator boards that can satisfy the needs of BMS battery simulation and testing of PCM battery protection boards.