Electrical data for active behaviourElektrische Daten für aktives Verhalten

lowest voltage at which a device or a device component can operate within specifications

highest voltage at which a device or a device component can operate within its specified accuracy limits

lowest current that may flow or can be supplied so that a device or a device component operates within it specification

highest current that may flow or can be supplied, such that a device or component operates within its specification

lowest power which will be consumed or can be supplied

highest power that is to be consumed or can be supplied

maximum load that can be applied to the terminals of the device or will be given by the device to an external device connected to it

resulting capacitance at the electrical input or output of a device

resulting inductance at the electrical input or output of a device

@number of galvanic isolations

overcurrent resulting from a short-circuit due to a fault or an incorrect connection in an electric circuit

voltage present at the electrical connections of the device when the internal parameters are at their maximum values

smallest load connected in series with an output circuit which ensures that it operates within the specified accuracy limits

maximum time that short-circuit may exist without causing any damage to the power source

ability of an electrical output or power supply to withstand short-circuit condition without any damage

reference to block ABC261

effective ohmic resistance of an electrical power source

impedance of the output circuit measured between the output terminals under operating conditions

rms value or, if applicable, the DC value, of the voltage existing at a given instant at a point of supply, measured over a given time interval