QBCS0601 | Quad Channel Battery Cell Simulator
• 4 independent dual-quadrant source/sink channels
• Stackable for multiple-battery cells
• Overvoltage, undervoltage, overcurrent and thermal protections
• 10/100BASE-T Ethernet control interface with PoE+
• Quad-XM size: 4x single Flexmedia XM module slots
• Realistic Simulation: it supplies the required voltage, current, and power
• Dual-Quadrant Operation: each channel can sink up to 1000 mA
• High Isolation: each channel is fully isolated (500 VDC isolation barrier) from ground and from other channels
• Comprehensive Measurements: the QBCS0601 can alternately measure both sourced and sunk power
- Description
- DOCUMENTATIONS
- USE CASE
Description
The QBCS0601 is a four channel Battery Cell Simulator designed to emulate a battery cell for testing and validation in critical applications, like Battery Management Systems (BMS). Each channel operates as an independent dual-quadrant source/sink, providing precise control of voltage, current, and power, much like a real battery.
The QBCS0601 features an arbitrary waveform generator that provides a voltage signal output from a buffer of max 5000 samples operating in either single or continuous play mode, with a sampling frequency range of 0.2 to 2 kHz. It includes flexible triggering options, from command line interface or external optical signal.
The QBCS0601 functions as a dual-quadrant Battery Cell Simulator, capable of acting as both a power source and a power load. It can output positive voltage while sourcing or sinking current, effectively simulating the behavior of a real battery. This capability allows for comprehensive testing of both battery charge and discharge processes, independently from the battery technology used in the system under test.
As a result, it ensures that the operations and performances of the device are unaffected by the Battery Cell Simulator.
The QBCS0601 can be controlled by an external host via a 10/100BASE-T Ethernet interface, with power supply delivered via Power-Over-Ethernet (PoE+).
For more information contact us: info@flexmediaxm.com
