
The BattLab-One simulates standard battery voltages and captures the current consumption profile of your device. Then use the BattLab-One software to optimize battery life using “what-if” analysis.
Current Profiler
- Captures both active event and sleep current from 10uA to 500mA
- Trigger input to capture firmware states and their impact on overall battery life
- 1kHz Sample rate, 16-bit delta sigma ADC
- Long active event capture duration from seconds to hours
- Low/no burden voltage across all ranges (BattLab-One provides PSU output)
- Interactive/detailed active current plot Battery Simulation
Battery Simulation
- MSP430 microcontroller-based device that simulates standard batteries for Li-Ion, LiFePO4, Alkaline, NiMh, NiCd
- Provides voltages of 1.2V, 1.5V, 2.4V, 3.0V, 3.2, 3.6V, 3.7V, 4.5V at up to 450 mA, perfect for measuring your ESP8266 devices power demands
- State of charge (SOC) curves and Cutoff voltage display
Battery Life Optimization
- What-if “analysis to optimize the battery life of your product
- Save profiles so you can compare your device under test (DUT) current profiles
- Export captured data to CSV file
More…
- USB 2.0 Type B connection to PC
- BNC Trigger Input to capture firmware events
- USB power and data isolated from PSU output to avoid ground loops
- Support for Windows 7,8,10
- Open-source hardware and software


