N8361 Bidirectional High-accuracy Battery Simulator (0~20V) | nanotech-tmi

Description

The NGI N8361 Bidirectional High-accuracy Battery Simulator provides a high-performance solution for testing lithium-ion batteries in the consumer electronics market. Engineers utilize this versatile instrument to simulate both charging and discharging states with absolute precision. This model packs up to 180W of power into a compact chassis, making it ideal for mobile phone, Bluetooth headset, and smartwatch R&D. Consequently, your laboratory achieves faster test cycles and improved data reliability without the hazards of using real batteries.

Instead of managing unpredictable chemical batteries, your team gains a massive technical advantage with the N8361. The system allows you to program specific voltage profiles, internal resistance values, and SOC curves. Therefore, you can accurately replicate the behavior of a wide variety of battery types under realistic load conditions.

NGI N8361 Technical Advantages

This battery simulator packs professional-grade features for demanding industrial and development environments. It supports bidirectional current flow up to 10A, allowing it to function as both a precision power supply and an electronic load. Furthermore, the unit delivers a high voltage accuracy of 0.01%+3mV and a resolution of 0.1mV. This ensures that your technicians capture the finest details during micro-power consumption and standby current measurements.

The N8361 also features a built-in high-precision DVM to monitor external circuit voltages from -30V to 30V. Additionally, the unit provides fault simulation modes, including short circuit and polarity open circuit states. These safety features actively protect your sensitive devices under test (DUT) from accidental damage. Technicians can configure these parameters directly via the front panel or through the standard application software.

Modern Laboratory Integration

Modern facilities require robust connectivity and seamless network integration. Therefore, the N8361 series includes standard LAN, RS232, and CAN communication interfaces. It supports the SCPI protocol for easy integration into existing automated test equipment (ATE) systems. The front and rear wiring design simplifies both desktop applications and integrated rack mounting, improving overall test efficiency.

When your project demands a reliable, high-accuracy bidirectional battery source, the N8361 stands out as the premier choice. Stop settling for low-resolution tools that delay your product validation. Contact nanotech-tmi today to request a technical datasheet or a custom quotation for your facility. Trust nanotech-tmi for all your NGI and high-precision battery simulation requirements!