CMR06F202FODR

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Mica and PTFE Capacitors

Capacitors are one of the most essential electronic components used in many different kinds of electronic circuits, from automobiles to computers and beyond. In particular, Mica and PTFE capacitors have become popular due to their high insulation resistance, dielectric strength, and ability to function in a wide temperature range. The CMR06F202FODR capacitor is used in a wide range of applications and offers a number of advantages over its competitors.

Application Field:

CMR06F202FODR capacitors are widely used in RF antennas, high-frequency amplifiers, high-frequency filters, radios, TV sets, microwave ovens, and transformers. They are also used in switching power supplies, high-voltage converters, lighting ballasts, and various circuits related to temperature measurement and control. The CMR06F202FODR is also popular for its low ESR (Equivalent Series Resistance).

Working Principle:

Mica and PTFE capacitors function using an insulated stack of metalized Mylar or other dielectric material, along with one or more plates of mica separated by a thin layer of PTFE (polytetrafluoroethylene). The PTFE provides insulation between the metal layers, then one or more mica plates are placed between the metalized layers. The capacitance of the capacitor is determined by the area of the capacitor plates and the distance between them.

Capacitance of the CMR06F202FODR capacitor is typically 3.3 μF ± 10%, with a rated DC working voltage of 250 VAC. It has a self-resonant frequency of 2.3 MHz. Its maximum dielectric withstanding voltage is 500 VAC, with a maximum surge voltage of 600 VAC. It is also designed to operate within a temperature range of -55˚C to +140˚C.

The CMR06F202FODR capacitor is highly reliable and provides a great combination of performance and value. It is also designed to be resistant to humidity, dust, and other environmental factors and is compatible with most surface mount technologies. This makes it suitable for a wide range of applications in different industries.

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