load characteristic

load characteristic

[′lōd ‚kar·ik·tə′ris·tik]
(electronics)
Relation between the instantaneous values of a pair of variables such as an electrode voltage and an electrode current, when all direct electrode supply voltages are maintained constant. Also known as dynamic characteristic.
References in periodicals archive ?
Investigations of the influence of variable friction forces are performed for individual (linearized) sections of the load characteristic. Under the influence of elastic links in combination with the manifestation of <<negative>> viscous friction ([[beta].sub.C] < 0), vibrations are excited in EMS with destabilization of the control processes and loss of stability [10].
In seeking to design a thermoplastic GFRP crush box, the authors proposed a method of prediction of the crushing load characteristic, and a method of design that would stabilize a mode promoting a progressive crushing mode(8).
By predicting and analyzing power (cool, heat, electricity) load characteristic in the promoter region, configuration of generating set is optimized.
The load characteristic of the traction generator changed by the maximal current signal is shown with its dynamic component being formed by a green-coloured curve (Fig.
On the other hand, devices with capacitive load characteristic occur less frequently.
Load characteristic data, accumulated from these mters will lead to more efficient planning of new facilities.
The current--resistance load characteristic of a MOSFET P source based circuit.
Shan, "Analysis on load characteristic of state grid," Electric Power Technologic Economics, pp.
The data are difficult to obtain, when the universal machine tool is designed; it is hard to predict the loading and machining plans, which are necessary to choose load characteristic of the drive system.
Constant torque refers to a load characteristic in which the amount of torque required to drive the machine is constant regardless of the speed at which it is driven.
Influence of Load Characteristic. The load characteristic is the compressed-air consumption of the downstream devices.
Battery management system provides an efficient energy storage system loading control strategy with improved energy utilization efficiency and optimized energy load characteristics. Further, increased emphasis on the installation of renewable energy sources across the world and development of lithium batteries with enhanced performance and lifecycle have necessitated the installation of battery management system in the power-related applications.