Low power programmable battery simulator N83624 series

N83624 has a current resolution as low as 0.1 μ A. The ultra-high precision, ultra-low ripple, and noise indicators make N83624 a power product for battery simulation applications. The ultra-high precision output and measurement of N83624 can be directly used for product calibration and testing, saving users valuable investment in high-precision measuring instruments.

The N83624 integrates up to 24 serial power channels in a 19 inch 3U chassis, providing an extremely compact solution for ATE testing systems in BMS, CMS, and similar large-scale high-density production scenarios.

The N83624 series battery simulation power supply supports various functions and features of battery simulators, including power mode, channel read back, charging mode, SOC testing, SEQ editing function, real-time curve, etc.
One instrument can achieve multiple purposes, streamline testing equipment, and optimize testing processes. And the internal circuit of N83624 is optimized for different chips, which can adapt to various specifications of BMS chip testing.

The N83624 series has fast dynamic response capability, with a 10% load to 90% load and a recovery time of less than 200 μ s to the original voltage within -50mV. It ensures that the rising waveform of voltage or current is high-speed and without overshoot, providing stable power supply for the tested object and meeting the requirements of product testing with strict power supply requirements.

The N83624 integrates 24 independent output channels in a 19 inch 3U chassis. By selecting the NB108-2 single battery fault simulator (as shown in the right figure), it can achieve 24 channel built-in positive and negative short circuit, positive and negative open circuit, and polarity reverse simulation functions. It supports both local and remote control methods. In BMS testing, external matrix switch components that simulate single battery faults can be eliminated, improving the integration of the testing system and reducing complex and cumbersome wiring, saving space and reducing costs for customers.