"effective capacitance" is a correct and usable phrase in written English.
It refers to the measure of a capacitor's ability to store electrical charge or energy. This term is commonly used in the fields of electronics and electrical engineering. Example: "The designer increased the effective capacitance of the circuit to improve its efficiency."
Available approaches were employed to calculate the effective capacitance of the film.
The quantitative analysis of the drift vs. time was found to depend on the effective capacitance evaluation method.
The findings can be viewed as a step towards finding the optimum charging waveforms for these devices that would maximize their effective capacitance.
We found that the ring type device which has an It2 value of 18.9 A is area efficient and has smaller effective capacitance.
As we discuss in Supplementary Note 3, the probability of this type of photon-assisted tunnelling is essentially proportional to an environmental parameter ρ=π/(CRKω0), where C is the effective capacitance of the resonator, RK is the von Klitzing constant and ω0=2πf0.
The uncertainty in measurement of effective capacitance is evaluated at k = 2 as per guide to the expression of uncertainty in measurement.
Three approaches for estimating effective capacitances from constant phase element have been used in this work: Brug, Hsu Mansfeld formulas and power-law model.
It is demonstrated that the effective load capacitance of a CMOS logic gate depends upon the intrinsic load capacitance, the coupling capacitance, the signal activity, and the size of the CMOS logic gates within a capacitively coupled system.
Furthermore, the resultant supercapacitors assembled by the graphene aerogels exhibited effective specific capacitance up to 287 F g−1 (at current density of 0.1 A g−1) with excellent cycle stability (>91% capacitance retention upon 8000 cycles).
The uncertainty of the effective load capacitance on the propagation delay due to the signal activity is also addressed.
This new material stack can extract an effective negative capacitance (NC) in the body of the device.
