CD5CC070CO3 Capacitors

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Mica and PTFE (Polytetrafluoroethylene) capacitors have become increasingly popular for applications requiring a high degree of stability in their capacitance. The CD5CC070CO3 is a type of mica and PTFE capacitor commonly used in precision electronic circuits. It has a dielectric range of 80 to 200 picofarads (pF), which makes it suitable for a wide range of uses.

The primary application field of CD5CC070CO3 mica and PTFE capacitors is high frequency applications, particularly in frequencies up to one gigahertz. This kind of capacitor will provide a very high level of frequency accuracy, “Q factor”, and power dissipation when compared to conventional ceramic or electrolytic capacitors. This makes them ideal for applications which require precise timing and stable performance for devices such as mixers, oscillators, and RF tuners.

CD5CC070CO3 capacitors employ two thin mica disc layers to provide dielectric insulation between the two electrode plates. These discs are then sandwiched between two concentric metal cylinders. This provides a strong electrical connection between the disc and the cylinder and creates a unique structure for the capacitors. Generally speaking, mica capacitors are very reliable and durable components due to their construction. Furthermore, when PTFE is used as the dielectric material, capacitors tend to become more stable and robust. This combination makes the CD5CC070CO3 suitable for numerous applications.

It is important to note that, like other mica capacitors, the CD5CC070CO3 does not generate a large amount of heat within the device, as its capacitance remains fairly constant even while the device is in operation. This makes the device ideal for use in circuit boards which are carrying a large amount of current. Additionally, because these capacitors use PTFE dielectric, they are much more resistant to the effects of aging, and can provide a longer lifetime of performance.

The working principle of the CD5CC070CO3 is based on the same principles as that of other capacitors. In simple terms, electric current is allowed to pass through a capacitor when a voltage is applied across its two plates, and a charge is transferred between them. The amount of charge stored by a capacitor is dependent on both the size of the capacitor and the nature of the dielectric material within it. For the CD5CC070CO3, the dielectric material is PTFE which provides high levels of stability and accuracy in its capacitance, making it suitable for a wide variety of applications.

In conclusion, the CD5CC070CO3 mica and PTFE capacitor is an ideal choice for high frequency applications requiring a high level of frequency accuracy, power dissipation, and “Q factor”. This type of capacitor is also extremely robust and reliable, and can provide a longer lifetime of performance compared to other capacitors. Furthermore, the construction of the CD5CC070CO3 allows it to remain stable even in high current applications without generating a large amount of heat.

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