The phrase "absolute voltage" is correct and usable in written English.
It can be used in contexts related to electrical engineering or physics, where it refers to the voltage level measured with respect to a defined reference point, typically ground.
Example: "The absolute voltage of the circuit must be measured to ensure it operates within safe limits."
Alternatives: "total voltage" or "reference voltage".
The absolute voltage has no meaning.
Open image in new window Fig. 4 DG phase injected power comparison between conventional method and proposed method Table 2 Estimation errors for two methods with respect to true values Method Maximum absolute voltage error Mean absolute voltage error Proposed method 1.9 × 10−3 4.2 × 10−4 Conventional method 5.4 × 10−3 9.7 × 10−4.
Experimental measurements prove that the IC can sustain automotive applications with ESD protection of 4 kV, operating temperature range from −40 to 150 °C, and up to 180 °C absolute value (the IC is not working properly but is not subject to damage), absolute voltage rating from −0.3 to 70 V.
In this short communication, we wish to describe a proof-of-concept, four-point probe system for measuring absolute voltage drops and currents at 5 MHz, including a superconducting sensor serving as an ammeter, along with multiphysics simulations providing comparable results.
Most calculations correlated seven individual recording series of WT photoreceptors to the best corresponding LMC series using 50 mV absolute voltage scale with 3.3 mV resolution.
The noise SD did not strictly correlate with the absolute voltage value at the point where it was calculated, neither with the changes of the responses, i.e. the first derivative of the signal (Fig. 12D).
In this study, we call it EMG absolute voltage-time histograms (AVTH).
The logistic and the probit diseased probability (DP) models were established for the VAS score and EMG absolute voltage-time histograms (AVTH).
The absolute voltages in balanced state were smaller than the unbalanced values since no further charging took place during the balancing process.
We defined the field potential amplitude as the absolute DC voltage of a vertical line running from the minimal point of the field potential to its intersection with a line running tangential to the points of field potential onset and offset.
The non-idealities of proportional to the absolute temperature voltage (VPTAT) have been studied, and the results show that we can generate accurate PTAT voltages by optimizing the operating condition and layout of the transistors (error<0.1%).
