Electronic loads are often simulated as the characteristics (constant resistance, constant
voltage or constant current) of the DUTs to test whether the output capability of the battery,
power supply, solar cell, or power supply unit meets user's requirements. Unlike using
general resistive components to test batteries and power supplies, electronic loads can
dynamically switch simulated resistors, voltages or currents, customise the rise and fall times
of current sink, and even edit a complex and continuous load change.
Click Here to download the Full Article from GW-Instek.
voltage or constant current) of the DUTs to test whether the output capability of the battery,
power supply, solar cell, or power supply unit meets user's requirements. Unlike using
general resistive components to test batteries and power supplies, electronic loads can
dynamically switch simulated resistors, voltages or currents, customise the rise and fall times
of current sink, and even edit a complex and continuous load change.
Click Here to download the Full Article from GW-Instek.
