Sentence examples for a function of device from inspiring English sources
This allows the consideration of statistics, e.g. to determine the process yield as a function of device design and layout.
By analyzing the vibration amplitude and quality factor of the resonant structure, the magnetic field sensitivity as a function of device structure parameters and encapsulation pressure is established.
These include complex impedance measurements to derive time constants; IV curves to determine resistance and power; thermal conductance measurements; noise measurements as a function of device resistance; and direct resistance vs. temperature measurements.
Figure 2 d shows the integrated electroluminescence intensity as a function of device current and electrical power for the active area centered on the heterojunction surface.
To compare the measurement of saccade amplitude as a function of device (i.e., GazeParser vs. Eyelink), the mean and SD of saccade amplitude in the prosaccade condition of the antisaccade task were calculated for each device.
To produce a zone distribution where the periportal and perivenous zones both occupy 33.2% of the cell volume each, the BAL should be operated with a plasma flow rate Qeq, given in the chart as a function of device fiber number (Fig. 7B).
The results indicate that similar SET/RESET potentials are necessary to facilitate both resistive and capacitive switching.Figure 3a,b depicts the frequency dependence (100 kHz to 1 MHz) of the corresponding resistance and capacitance for the initial (pristine) and switched states as a function of devices' active area.
The amount of charge induced in each sensitive electrode is a function of the device geometry, the transport parameters and the generation profile.
The effect has been studied for different back-gate and front-gate biases and as a function of the device geometry.
The behavior of the 1/f and white noise terms in this technology node is studied as a function of the device polarity, of the gate length and width and of the bias conditions.
By combining advanced device modeling with computational physics, microscopic changes in quantum many-body interactions of quantum dots are described as a function of macroscopic device parameters without a priori assumption on the confining potential.
