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Synchronous Multi-Channel Control: Manage up to 16 units in a master-slave configuration, ideal for applications requiring simultaneous testing of multiple units or DUTs (Devices Under Test). Each channel can be independently controlled or synchronized across multiple power supplies.
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Bidirectional Power Operation: It supports seamless switching between sourcing (power supply) and sinking (electronic load) modes. This function is critical for testing battery systems, power modules, and other energy storage devices.
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High-Speed Measurement: Offers rapid voltage and current updates (up to 10 times per second) to handle dynamic load changes and transient tests effectively.
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Modular Flexibility: The modular design allows users to mix and match output configurations, giving you the flexibility to test a wide variety of devices, from low-power components to high-power systems, using the same unit.
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Battery Emulation & Test: The IT-M3100 series is equipped to simulate up to 99 batteries in series or parallel. Users can configure battery parameters (voltage, capacity, internal resistance, SOC) directly via the front panel, making it an excellent choice for simulating battery conditions in automotive, wearable, and energy storage systems.
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Multiple Protection Mechanisms: The IT-M3100 includes a wide range of protections, including overvoltage, overcurrent, overpower, overtemperature, and grid fault protections. These safeguards ensure safe and reliable operation during long-term and high-stress testing scenarios.