Sentence examples for resistive power from inspiring English sources
The Joule (resistive) power dissipation dominates greatly and losses due to recombination are proportionally small; (d) device cross section with power generation overlay (logarithmic scale).
By means of broadband resistive power splitters and high dynamic range amplifiers, a prototype of 4 channels was also fabricated.
Since the electrical conductivity of metals increases markedly with falling temperatures this offers a route for reducing the resistive power dissipation in the coils.
Taking a constant photocurrent generation density into account, the total Joule respectively resistive power losses are determined by a self-consistent simulation according to the 1-diode model.
Resistive energy loss is expected to dominate in high current charging cases, as it increases approximately linearly with current for fixed charge transfer (resistive power loss scales as square of current and charging time scales as inverse of current).
In view of reducing the cryogenic power consumption, both the heat load from synchrotron radiation emitted by the proton beams and the resistive power dissipation by the beam image currents have to be absorbed on a 'beam screen', which operates between 5 and 20 K and is inserted inside the cold bore.
Because body mass, and not composition, is the most commonly used index to determine cycle ergometer resistive force, over-or underestimations in power calculations may occur.
The front-end consists of an RF fast startup LCVCO, a ramp signal generator and a differential wideband resistive feedback power amplifier.
The motivation for this particular design is to reduce resistive I2R power loss that degrades PV module efficiency, to bypass the use of limited resources such as indium and germanium, and to simplify epitaxial growth with the lattice matched AlxGa1−xAs semiconductor family.
A shunt resistive active power filter (R-APF) control scheme based on voltage detection for the purpose of harmonic compensation has been proposed in [12, 13].
The resistive force is the viscosity of the nonflowing solvent.
