Lesson 5 Capacitance Flashcards

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1
Q

is a passive device for storing electric charges.

A

Capacitor

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2
Q

The simplest type of capacitor
consists of _____________________ separated
from each other by a thin sheet
of insulating material or
dielectric.

A

Two parallel conducting plates

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3
Q

Insulating Material

A

Dielectric

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4
Q

Classification of Capacitors

A

Parallel Plate Capacitors
Cylindrical Capacitors
Spherical Capacitors

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5
Q

This type of capacitor has two
parallel charging plates are
separated by a dielectric that
contains charges. The
capacitance is directly
proportional to the area of the
plates as well as to the distance
between these plates.

A

Parallel Plate Capacitors

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6
Q

have different construction with
inner and outer cylindrical
structures. The capacitance of
a cylindrical capacitor varies
directly with its length. Longer
capacitor provides higher
capacitance, whereas a
shorter provides a lower value.

A

Cylindrical Capacitors

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7
Q

have an internal spherical
structure and it is one of the charged bodies of
the capacitor. The other charged body is the
outer spherical structure that covers the internal
sphere. The capacitance of this capacitor
varies directly with its overall radius. Increasing
the radius of this type of capacitor will enlarge
the spherical surface.

A

Spherical Conductor

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8
Q

is the ability of a capacitor to
store charges.

A

Capacitance

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9
Q

is mathematically defined as the ratio
of the amount of charge q in one plate to the
potential difference V between the plates

A

Capacitance

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10
Q

The capacitance of a parallel plate capacitor is
affected by the following factors:

A

The Area of the Plate
The Distance between the plates
The Dielectric Between them

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11
Q

The bigger the area of the
plates, the ____________the capacitance

A

greater

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12
Q

The closer the plates to each other, the __________ the capacitance

A

greater

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13
Q

The capacitance is determined in terms of
the material’s _______________________ є – the higher
the є, the ________ the capacitance.

A

Permittivity Constant, greater

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14
Q

Capacitance in a series Constant

A

Charge (Q)

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15
Q

Capacitance in a Series Total Voltage

A

Summation of all the Voltages

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16
Q

Capacitance in a Series Total Capacitance

A

One over the summation of the reciprocals of the individual capacitance

17
Q

Capacitance in a Parallel Total Capacitance

A

Summation of all the individual capacitance

18
Q

Capacitance in a Parallel Total Charge

A

Summation of all the individual charges

19
Q

Capacitance in a Parallel Constant

A

Voltage