COMA1N5V100
Ceramic Disc Capacitor 1.5 nF - 100 V
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COMA1N5V100
Ceramic Disc Capacitor 1.5 nF - 100 V
COMA1N5V1000
Ceramic Disc Capacitor 1.5 nf - 1000 V
COMA1N5V500
Ceramic Disc Capacitor 1.5 nF - 50 V
COMA1P5V50
Ceramic Disc Capacitor 1.5 pF - 50 V
COMA100PV50
Ceramic Disc Capacitor 100 pf - 16v
COMA10NV1000
Ceramic Disc Capacitor 10 nF - 1000 V
COMA10NV32
Ceramic Disc Capacitor 10 nF - 32 V
COMA10PV50
Ceramic Disc Capacitor 10 pF - 50 V - CM-10
COMA120PV50
Ceramic Disc Capacitor 120 pF - 50 V
COMA12PV100
Ceramic Disc Capacitor 12 pf - 100 V
COMA12PV500
Ceramic Disc Capacitor 12 pf - 500 V
COMA150PV500
Ceramic Disc Capacitor 150 pF - 500 V
COMA15PV50
Ceramic Disc Capacitor 15 pF - 50 V
COMA180PV100
Ceramic Disc Capacitor 180 pF - 100 V - POCHU4150JG
COMA180PV500
Ceramic Disc Capacitor 180 pF - 500 V - POEBC5181KG
COMA18PV50
Ceramic Disc Capacitor 18 pF - 50 V - 85668
COMA1NV1000
Ceramic Disc Capacitor 1 nF - 1000 V - CC1K-1N
COMA1PV100
Ceramic Disc Capacitor 1 pF - 100 V
COMA1PV500
Ceramic Disc Capacitor 1 pF - 500 V
COMA2N2V100
Ceramic Disc Capacitor 2.2 nF - 100 V
COMA2N2V1000
Ceramic Disc Capacitor 2.2 nF - 1000 V - CC1K-2N2
COMA2P2V500
Ceramic Disc Capacitor 2.2 pF - 500 V
COMA2P2V51
Ceramic Disc Capacitor 2.2 pF - 50 V
COMA2P2V50
Ceramic Disc Capacitor 2.2 pF - 50 V
COMA220PV500
Ceramic Disc Capacitor 220 pF - 500 V - POEBC4221K6
COMA22NV50
Ceramic Disc Capacitor 22 nF - 50 V
COMA270PV50
Ceramic Disc Capacitor 270 pF - 50 V
COMA27PV250
Ceramic Disc Capacitor 27 pF - 250 V
COMA3P9V50
Ceramic Disc Capacitor 3.9 pF - 50 V
COMA33PV50
Ceramic Disc Capacitor 33 pf - 50 V
COMA390PV63
Ceramic Disc Capacitor 390 pF - 63 V
COMA39PV50
Ceramic Disc Capacitor 39 pF - 50 V
COMA4N7V500
Ceramic Disc Capacitor 4.7 nF - 500 V
COMA4N7V50
Ceramic Disc Capacitor 4.7 nF - 50 V
COMA4P7V100
Ceramic Disc Capacitor 4.7 pF - 100 V
COMA470PV50
Ceramic Disc Capacitor 470 pF - 50 V
COMA47PV50
Ceramic Disc Capacitor 47 pF - 50 V
COMA5P6V50
Ceramic Disc Capacitor 5.6 pF - 50 V
COMA56PV500
Ceramic Disc Capacitor 56 pF - 500 V - CC-56/500
COMA5PV50
Ceramic Disc Capacitor 5 pF - 50 V
COMA6N8V500
Ceramic Disc Capacitor 6.8 pF - 500 V
COMA6P8V500
Ceramic Disc Capacitor 6.8 pF - 500 V
COMA6P8V50
Ceramic Disc Capacitor 6.8 pF - 50 V
COMA680PV50
Ceramic Disc Capacitor 680 pF - 50 V
COMA68PV100
Ceramic Disc Capacitor 68 pF - 100 V
The ceramic disk capacitor is a kind of single encapsulated disk-shaped capacitor, but first we need to know that it is a ceramic capacitor
The Ceramic Capacitor is a passive electronic component that is capable of storing an electrical charge, it behaves like a filter that blocks direct current and allows alternating current to flow without any problem. They are capacitors
The capacity of a condenser varies with temperature. The different dielectrics of the many types of capacitors show large differences in temperature dependence. Based on these differences, we classify ceramic capacitors into Class 1, 2 and 3.
The temperature coefficient is expressed in parts per million (ppm) per degree Celsius for Class 1 ceramic capacitors or as a percentage (%) over the total temperature range for Class 2 capacitors.
But it is not only the temperature that makes the capacitor capacity vary. Most types of discrete capacitors have larger or smaller capacitance changes with increasing frequencies. The dielectric strength of class 2 ceramic and plastic film decreases with increasing frequency. Therefore, its capacitance value decreases with increasing frequency. This phenomenon is related to dielectric relaxation in which the time constant of electric dipoles is the reason for the dependence of permittivity on frequency
But also the voltage can vary the capacitor's capacity. This effect is more common in class 2 ceramic capacitors. Ferroelectric material depends on the applied voltage. The higher the applied voltage, the lower the permittivity. The higher voltage measured or applied capacitance can drop to values of -80% of the measured value with the standardized measurement voltage of 0.5 or 1.0 V. This behavior is a small source of non-linearity in low distortion filters and other analog applications. . In audio applications, this may be the reason for harmonic distortions.
There are also disc capacitors for very high power, and even tubular ones that are used in radio transmitting stations among others, and their classification is the same as that of classes 1, 2 and 3, previously mentioned. We refer here to capacitors that work between 2 kV and 100 kV.
Regarding practical issues of commercial identification: Normally we will see in them some numbers that have to do with their value, such as 102. In this case this number is translated as follows:
