by electrostatic forces between two electrodes which squeeze the polymer(passive) is caused byDielectric Dielectric EAPs
by the movement of a diaphragm(passive) caused byelectrical capacitance
by the applied force of the load(passive) caused byelectrical capacitance
in 1909(passive) were inventedMica dielectric capacitors
This arrangementcausescapacitance ( electrical capacitance
by different water content of the fluid in the cavity(passive) caused byelectrical capacitance
by the oxide layer of low dielectric coefficient that acts as a parasitic capacitance(passive) caused bythe capacitor capacitance
The E4981Acontributescapacitance meter
by the area and separation of the plates and the permittivity of the dielectric(passive) is influenced bythe capacitance of a capacitor
to store charge(passive) is designedCapacitance A capacitor
the same physical factorsinfluencingelectrode capacitance
to be a value for cancelling the second inductance(passive) is setCapacitance of the capacitor
the factorsinfluencingthe capacitance of a capacitor
by a touch of the finger(passive) caused byelectrostatic capacitance
by an external proximity object(passive) caused byan electrostatic capacitance
by a film thickness change(passive) caused byelectrostatic capacitance
by a touch or approach of a finger(passive) caused byelectrostatic capacitance
by contact to a display surface(passive) caused byelectrostatic capacitance
by a finger or the like(passive) caused bythe electrostatic capacitance
by the object(passive) caused bythe electrostatic capacitance
by approach of an external object(passive) caused byan electrostatic capacitance
by the contact(passive) caused byelectrostatic capacitance
by the approach of the object(passive) caused byelectrostatic capacitance
by the touch(passive) caused byelectrostatic capacitance
by a touch(passive) caused byelectrostatic capacitance
by input ( contact(passive) caused byelectrostatic capacitance
by the touch with finger 500(passive) caused byelectrostatic capacitance
by the touch with the finger 500(passive) caused byelectrostatic capacitance
the effective areaactually contributingto the electrostatic capacitance
if layers of silicon oxide , silicon nitride and silicon oxide(passive) is composedcapacitor dielectric
to provide a large Q - factor ( for exampleappropriately designedto provide a large Q - factor ( for example
the plates to build up charge and electric potential over timecausesthe plates to build up charge and electric potential over time
of the series LC resonant circuitcomposedof the series LC resonant circuit
in extended highs , explosive dynamics and more detail from your guitar , bass , keyboard , or other instrumentresultingin extended highs , explosive dynamics and more detail from your guitar , bass , keyboard , or other instrument
unit potential difference in a conductorto causeunit potential difference in a conductor
a nonlinear error(passive) caused bya nonlinear error
the delaydoes influencethe delay
in potential unwanted resonance effectsresultingin potential unwanted resonance effects
loss(passive) caused byloss
to hold an electric chargedesignedto hold an electric charge
the distortion(passive) caused bythe distortion
signal distortion and energy losscausessignal distortion and energy loss
of both transistor nonlinear output capacitance and linear external capacitancecomposedof both transistor nonlinear output capacitance and linear external capacitance
treble roll - off in the audio rangewill causetreble roll - off in the audio range
of layers of silicon nitride and silicon oxideis composedof layers of silicon nitride and silicon oxide
if layers of silicon oxide , silicon nitride and silicon oxideis composedif layers of silicon oxide , silicon nitride and silicon oxide
distortions in the output signalmay causedistortions in the output signal
the industryhave ledthe industry
in response to a finger touchcausedin response to a finger touch
this roll - offwill causethis roll - off
both external induction and errors(passive) caused byboth external induction and errors
to a reduction in venous returnleadingto a reduction in venous return
from a polarization of the interface between electrode and solid electrolyteresultedfrom a polarization of the interface between electrode and solid electrolyte
in an oscillating charge movement on the proberesultsin an oscillating charge movement on the probe
current to lead voltage and inductancecausescurrent to lead voltage and inductance
the current to lead before the voltagecausesthe current to lead before the voltage
the current to lead the voltagecausesthe current to lead the voltage
voltage to lead the current i.causesvoltage to lead the current i.
current to lead voltagecausescurrent to lead voltage
signal losscan causesignal loss
a decrease in resonant frequencycausesa decrease in resonant frequency
the current to lead the applied voltagecausesthe current to lead the applied voltage
current to lead voltage by 90 causescurrent to lead voltage by 90
What type of feedback(passive) is usually caused byWhat type of feedback
What type of feedback(passive) is caused byWhat type of feedback
a voltage phase shiftwill causea voltage phase shift
an AC circuit(passive) caused byan AC circuit
to the overall capacitancecontributingto the overall capacitance
the voltage to increase more slowlywill causethe voltage to increase more slowly
voltage to increase more slowlywill causevoltage to increase more slowly