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    Parallel Plate Capacitor Capacitance Calculator

    This calculator computes the capacitance between two parallel plates. The first calculator is metric, whereas the second is inches. Small valued capacitors can be etched into a PCB for RF applications, but under most circumstances it is more cost effective to use discrete capacitors. Various dielectric constants are listed below.

    Metric Units

    Equations

    C= K*Eo*A/D, where Eo= 8.854x10-12

    where:

    K is the dielectric constant of the material,
    A is the overlapping surface area of the plates in m2,
    d is the distance between the plates in m, and
    C is capacitance

    A (plate area)
    d (distance)
    K (dielectric constant )
    Capacitance
    Capacitance

    Imperial Units

    Equations

    C= K*0.2248*A/d

    A (plate area)
    d (distance)
    K (dielectric constant )
    C (Capacitance)

    Common Dielectric Constants

    Vacuum 1
    Air 1.00054
    Teflon 2.1
    Polyisobutylene 2.2
    Mineral Oil 2.23
    Polyethylene 2.25
    Polystyrene 2.4 2.7
    Kraft Paper 2.6
    Table Salt 3 15
    Polycarbonate 3.1
    Paper 3.5
    Silicon dioxide 3.7
    FR4 4.2
    Concrete 4.5
    Glass 4.7 (3.7 10)
    Halowax 5.2
    Chlorinated Diphenyl 5.3
    Ruby Mica 6.5-8.7
    Diamond 5.5 10
    Rubber 7
    Aluminum Oxide 8.4
    Glass 10
    Graphite 10 15
    Silicon 11.68
    Tantalum Pentoxide 28
    Methanol 30
    Niobium Oxide 40
    Titanium Dioxide 80
    Water 88,80.1,55.3,34.5
    (0,20,100,200 °C)
    Titanium Dioxide 86-173
    Strontium Titanate 310
    Barium Titanate (Class1) 5-450
    Barium Titanate (Class 2) 200-12000
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