Examples of 'capacitive reactance' in a sentence
Meaning of "capacitive reactance"
capacitive reactance: a measure of a capacitor's opposition to a change in voltage
How to use "capacitive reactance" in a sentence
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capacitive reactance
The symbol for capacitive reactance is xc.
The capacitive reactance must be equal to the inductive reactance.
The varactor diode is reverse biased by the tuning voltage to exhibit a capacitive reactance.
The capacitive reactance of the capacitor.
The calculating may include transforming the new phase angle into a capacitive reactance.
This is because capacitive reactance in a circuit decreases with frequency.
Table II illustrates the performance of a loop antenna utilizing a capacitive reactance buffer.
The capacitive reactance has the same value at this frequency.
As frequency goes up, inductive reactance also goes up and capacitive reactance goes down.
Capacitive reactance of capacitors.
Above this frequency, the inductor actually has capacitive reactance.
Xc = capacitive reactance of condenser in ohms.
There are two types of reactance, inductive reactance and capacitive reactance.
Further, the lack of capacitive reactance between stages avoids signal corruption.
As frequency increases, inductive reactance also increases and capacitive reactance decreases.
See also
FIG . 6A is a diagram of a capacitive reactance buffer for an alternate embodiment of the present invention.
Namely, additional inductance is increased to compensate for the increased capacitive reactance.
An alternate construction for the capacitive reactance buffer is shown in FIG . 7B.
Antennas usually act as a capacitance, as antennas shorter than a quarter-wavelength have capacitive reactance.
Xc = capacitive reactance in ohms.
Uh, varies inversely with the product So that a capacitive reactance.
Capacitive reactance is defined by,.
FIG . 7B is a diagram of an alternate construction embodiment of the capacitive reactance buffer.
Inductive reactance and capacitive reactance are equal and opposite in sign ( 0 % chose this ).
The imaginary part of jωC ( ω ) represents the capacitive reactance.
In this regard, capacitive reactance ( Xc ) is a function of frequency.
Uh, frequency? uh, varies inversely with the product of both … So that a capacitive reactance.
Inductive reactance and capacitive reactance are equal ( 0 % chose this ).
FIG . 6B is an electrical schematic diagram of the capacitive reactance buffer of FIG . 6A.
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