MPG-200 battery cycler
MPG-200 battery cycler.
The MPG battery testing system: Precision, stability and power – perfect for in-house R&D or academia
The MPG-200 series is a high-end battery testing system made up of two core configurations. The MPG-2 features 16 independent channels at 100 mA, whereas the MPG-205 offers eight 5 A channels. Both MPG battery testing systems are available with or without EIS capabilities.
MPG-200 Battery Testing Systems: The power of a high-end potentiostat/galvanostat, the simplicity of a battery cycler
MPG-200 series battery testing system’s high-end specification has been designed to address the most demanding battery testing needs possible.Equipped with five leads to connect to batteries with reference electrodes, the MPG-2 battery testing system features 16 channels with a maximum current of +- 100 mA per channel, its voltage range of +- 10 V makes it suitable for any cell (half, full, symmetrical) configuration.
The MPG-205 features 8 channels at ± 5A. With its voltage range from -2 to + 9 V, this battery testing system has four electrode connections.Both units share a 200 µs time-base/sampling rate, a remarkable 800 pA current resolution, and their dynamic range can lower their voltage resolution down to 5 µV.
Electrochemical Impedance Spectroscopy (EIS) is available as an option and can run simultaneously on every channel from 100 kHz to 10 µHz.
Each channel can be equipped with a Pt-100 probe for temperature measurements and can interface external devices through analog and digital input/output.
Both units can be stacked in a five-position rack, giving users total autonomy to develop a bespoke system to perfectly fit their needs.
Perfectly suited for energy applications
MPG-200 series battery testing systems feature a comprehensive set of battery-specific and general electrochemistry techniques and analysis tools including:
• PITT• GITT• Linear Sweep Voltammetry• Chronoamperometry• Chronopotentiometry• Differential Coulometry (dQ/dV)• High Precision Coulometry (HPC)• Electrochemical Impedance Spectroscopy (EIS)• Capacity slippage• User profile• Pulse techniques
