"drive voltage" is a correct and usable phrase in written English.
It typically refers to the amount of voltage used to power an electromechanical motor or other electrical device. For example, "The car's electric motor requires a powerful 12-volt drive voltage to operate properly."
It is subsequently added to the drive voltage.
The effects of operating temperature, operating pressure, poling condition, and drive voltage are reported.
This is followed by an optimisation of the drive voltage in terms of the d.c.
These modulators require a drive voltage of 3 to 5 volts, significantly higher than that provided by typical CMOS circuitry, which provides about 1 volt.
Various frequency noise sources are modeled and discussed to explain the acceleration measurement noise associated with the vibration amplitude of the resonator and further optimize the drive voltage.
Electrical contact to apply required high drive voltage for generation of the electrosprays can be also integrated on the microfluidic chip.
The device has an electrical requirement of drive voltage only 3 V, with a low power consumption of 1.2 W and an optimal operation frequency of 120 kHz.
By setting an optimized drive voltage at 10 mV, the measured noise and resolution of the MRA prototype are 0.38 μg/√Hz and 0.63 μg, respectively.
For this, high-brightness emitters are essential, and the hopping electron cathode is not only bright but also requires a relatively low video drive voltage.
The no-load maximum speed was 28.2 mm/s with drive voltage of 300 Vp p for a base frequency of 587 Hz.
Uniquely, the efficiency of the device with the latter structure is relatively independent on the drive voltage in a wide range from 5 to 13V.
