18W 6V 3A 8 Channels Precision Battery Simulator for Mobiles Smartwatch Laptop & Tablet Battery Testing

The N83580 is designed for multi-channel flexibility. While specific max ratings per channel (typically 5V/3A or 15V/1A depending on the module) are defined, users can wire channels in parallel to increase the total output current for powering devices that require higher draw during burst modes. Please consult the datasheet for paralleling instructions.

The N83580 features a programmable internal resistance simulation function. Users can set the series resistance value via the software. The simulator dynamically adjusts the output voltage based on the load current (Vout = Vbat - I*R), accurately replicating the voltage drop characteristics of a real battery under different load conditions.

Absolutely. Because the N83580 supports bidirectional current flow (source and sink), it can simultaneously charge and discharge different cells within a battery pack via its independent channels. This allows you to simulate cell imbalances and verify that the BMS correctly triggers both passive (bleeding excess charge) and active (transferring charge between cells) balancing algorithms.

Yes, the N83580 comes with standard communication interfaces (USB and LAN). It supports a comprehensive set of SCPI (Standard Commands for Programmable Instruments) commands. We also provide LabVIEW drivers and Python SDK examples to facilitate seamless integration into your automated test systems.

The N83580 operates in "Source Mode" to power the DUT. Due to its ultra-high current resolution (100nA), it accurately measures the minute current drawn by the DUT in sleep or standby mode. By monitoring this current value via the readback function on the software interface, you can instantly determine if the DUT's standby power consumption exceeds the nominal specification.