CMR06F152FPDP

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The CMR06F152FPDP (Polytetrafluoroethylene) Capacitors are one of the most versatile and widely used families of capacitors in the electronic industry. They are manufactured using a proprietary combination of dielectric (mica) and interfacial (PTFE) materials and are packaged in the industry standard 1206 size package for maximum convenience.

These capacitors are used in a variety of applications including decoupling, RF bypass, timing, impedance matching, signal filtering, and duty cycle control. Their characteristics are based on their dielectric material, which allows them to feature high capacitance levels per unit volume and low equivalent series resisting (ESR). This makes them suitable for use in high frequency, high power, and sensitive signal applications.

The capacitance and dielectric field strength of the CMR06F152FPDP capacitors are their main advantages. They provide a lower claming voltage and therefore a higher capacitance per unit volume than the other mica or PTFE capacitors. The CMR06F152FPDP is also characterized by very low electrical properties, which makes them highly suitable for use in sensitive circuit applications. The low reactive losses make them a preferred choice for decoupling applications and signal filtering.

The CMR06F152FPDP uses a pair of metal-insulated-metal-plates (MIMP) to produce a stable, high-q, constant capacitance. The MIMP is constructed so the dielectric material, such as mica, is sandwiched between two sheets of metal. This enables the dielectric field to be formed without any airgap (airgap capacitance). This airgap capacitance is eliminated by the adjacent PTFE layer, which also serves to protect the dielectric from corona and arcing.

The dielectric material used in the CMR06F152FPDP is an extremely stable material, ensuring that the capacitance of the capacitor will remain constant over time. The PTFE layer provides a higher breakdown voltage and reduces interference. This helps to reduce the leakage current that could otherwise cause noise, which could be troublesome in sensitive applications. In addition, the PTFE layer provides radiation protection by shielding any stray electro-magnetic field.

The CMR06F152FPDP can provide extremely high capacitance due to its unique combination of mica and PTFE dielectric material. These components are also very stable over time, and the interference-reducing PTFE layer can reduce the amount of noise generated in sensitive applications. The CMR06F152FPDP is designed to meet the industry’s most demanding standards and is an ideal choice for a wide variety of DC and RF applications.

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