Type: INSTANCE FUNCTION Purpose: Set a Stop At based on the absolute value of the energy measurement. The AEMin test checks that the abs(E) < Limit. Once met, the data… read more →
Type: INSTANCE FUNCTION Purpose: Set a Stop At based on a runaway of the voltage measurement. The ADVMax test checks that the abs(dV/dt) > Limit. Once met, the data acquisition… read more →
Type: INSTANCE FUNCTION Purpose: Set a Stop At based on the stability of the voltage measurement. The ADVMin test checks that the abs(dV/dt) < Limit. Once met, the data acquisition… read more →
Type: INSTANCE FUNCTION Purpose: Set a Stop At based on the stability of the Power measurement. The ADPMin test checks that the abs(dP/dt) < Limit. Once met, the data acquisition… read more →
Type: INSTANCE FUNCTION Purpose: Set a Stop At based on a runaway of the temperature measurement. The ADTempMax test checks that the abs(dT/dt) > Limit. Once met, the data acquisition… read more →
Type: INSTANCE FUNCTION Purpose: Set a Stop At based on a runaway of the power measurement. The ADPMax test checks that the abs(dP/dt) > Limit. Once met, the data acquisition… read more →
Type: CLASS Purpose: The PWRRAMP class describes a ramp signal that can control current, power, voltage, or load. This signal is used mainly in energy storage and conversion research. Most… read more →
Type: CLASS Purpose: The PWRSTEP class describes a step signal that can control current, power, voltage, or load. This signal is used mainly in energy-storage and conversion research. Most… read more →
Type: CLASS Purpose: The PWRCONST class describes a constant signal that can control current, power, voltage, or load. This signal is used mainly in energy-storage and conversion research. Most of… read more →
Type: CLASS Purpose: The PWR_AE class handles data-acquisition for Electrochemical Energy scripts where the Auxiliary Electrometer option of the Reference™ 3000 is used. The PWR_AE curve uses the potentiostat in… read more →