Übersetzung für "Power scaling" in Deutsch

Power scaling is possible before coupling by means of spatial multiplexing or polarisation multiplexing.

We are overcoming previous limits of power scaling by parallelizing the pulse amplification.

The next-but-one neighbors are, in contrast, oriented in the same direction and form parallel-connected modules for power scaling.

On August 13, Adams once again successfully escaped imprisonment after sabotaging the prison power plant and scaling the prison walls during the night, along with inmates Frank Foster, George Weisberger and D.C. Brown.

For power scaling, the compact converter modules can be packed very closely alongside one another (FIGS. 2-6) and can be interconnected for larger units, without components having to be adapted.

With such a power scaling in the frequency and/or time range, according to which scaling only a frequency band sub-region, or respectively, period with the respectively required base station transmission power is allocated to the connections, respectively just established, between base station and radio subscribers, the invention advantageously enables an optimal power distribution within the radio cell, it being possible either to reduce the total transmitting power of the base station, accordingly, or even to utilize the gained power to increase the cell radius, given a constant total transmitting power.

On August 13, Adams once again successfully escaped imprisonment after sabotaging the prison power plant and scaling the Lansing prison walls during the night along with inmates Frank Foster, George Weisberger and D.C. Brown.

We now manage 14 sites across the country, with our power load scaling up or down depending on the capacity required at any point in time.

Only the usual degrees of freedom can then be used and the power scaling techniques optimized to minimize losses on the path to the workpiece.

The artist wants to break down these conceptual boundaries by placing elements in new power relations through scaling, creating breakthroughs to previous stages of the picture and by searching for alternative truths in her paintings.

In the development of laser effectors at the Institute of Technical Physics, the focus is the optimisation of the beam quality of solid state lasers – in particular thin disk lasers – in continuous wave or pulsed operation, as well as their power scaling in the multi-kilowatt range.

In addition, it is noted that the power-absorption-based scaling factor K, in the case of the H controller (equation 10), cannot simply be formed by forming a ratio of H values, as is explained by the generally present nonlinearity of the characteristic curve SAR_fe=f(H).

In the “never” case (fast H controller), the resultant temperature distribution is compiled from the basal temperature distribution—previously calculated (earlier calculation steps) by means of BHTE—and the previously calculated relative temperature increment distribution by means of power-absorption-based scaling.

In the “twice” case (H controller), the basal and incremental temperature distributions are numerically calculated in this (second) calculation step individually by solving the BHTE and are then compiled to produce the resultant temperature distribution by means of power-absorption-based scaling.

In this case, the component has a module for calculating the temperature distribution that is to be expected by means of power-absorption-based scaling of a calculated or provided temperature increment distribution.

In addition, it is noted that the power-absorption-based scaling factor K cannot be formed simply by forming a ratio of H values in the case of the fast H controller (equation 21), which is explained by the nonlinearity that is generally present in the characteristic curve SAR_fe=f(H).

In other words, fast H controller ascertains the power-absorption-based scaling factor K for a single H field strength value, and the respective temperature distribution is then formed on the basis of the scaling approach described further up.

In variants of the inventive simulation method, in the second calculation step (H controller, fast H controller) the resultant temperature distribution that is to be expected is calculated by means of power-absorption-based scaling (“K”) of a calculated or provided relative temperature increment distribution.

The temperature distribution that is to be expected is calculated by means of power-absorption-based scaling of a calculated or provided relative temperature increment distribution.

Both ignition devices can be triggered shortly one after another wherein the time delay directly influences power scaling of the explosive charge.

When a power control command occurs which would lead to undershooting of the maximum transmission power limit, no scaling is used, in contrast.

Embodiments further offer the advantage that the choice of the modulation process and of power scaling may be rendered dependent on the current bit rate of the respective SVC layer.

In one embodiment, power scaling may be applied such that layers having a higher modulation degree, i.e. a larger modulation alphabet (QAM) are given less power at the same time.

When considering scaling factors of the power scaling of the individual substreams, the overall power should not exceed a certain limit.