PRODUCT DESCRIPTION

A capacitor is an electrical (electronic) component, made of two conductors (plates) separated by a dielectric.

Applying voltage to the capacitor plates causes electric charge to accumulate on them. After disconnecting from the voltage source, the charges remain on the plates due to electrostatic attraction forces. If the capacitor as a whole is not charged, the total charge accumulated on both plates is equal in magnitude but opposite in sign.

APPLICATION
Capacitors, along with resistors, are among the basic passive electronic components. The following classification of capacitors based on their primary application areas is not strict. The same or similar types of capacitors can be used in various fields, and their suitability for a specific group of applications depends – besides capacitance – also on additional parameters such as breakdown voltage, polarization, series resistance (leads) and parallel resistance (leakage), parasitic inductance of leads and plates, peak pulse current, long-term parameter stability (aging resistance), temperature stability (capacitance constancy over a wide temperature range), operating temperature range, and finally parameters such as shape and size (degree of miniaturization).

Capacitor: 6 micro
Tolerance: 5%
Voltage: 450 V / 50 - 60 Hz

PRODUCT DESCRIPTION

A capacitor is an electrical (electronic) component, made of two conductors (plates) separated by a dielectric.

Applying voltage to the capacitor plates causes electric charge to accumulate on them. After disconnecting from the voltage source, the charges remain on the plates due to electrostatic attraction forces. If the capacitor as a whole is not charged, the total charge accumulated on both plates is equal in magnitude but opposite in sign.

APPLICATION
Capacitors, along with resistors, are basic passive electronic components. The following classification of capacitors based on their primary application areas is not strict. The same or similar types of capacitors can be used in various fields, and their suitability for a specific group of applications depends – besides capacitance – also on additional parameters such as breakdown voltage, polarization, series resistance (leads) and parallel resistance (leakage), parasitic inductance of leads and plates, peak pulse current, long-term parameter stability (aging resistance), temperature stability (capacitance constancy over a wide temperature range), operating temperature range, and finally parameters such as shape and size (degree of miniaturization).

Capacitor: 6 micro
Tolerance: 5%
Voltage: 450 V / 50 - 60 Hz

SAMPLE PHOTO

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