Mica and PTFE Capacitors

The CMR07F622GODM capacitor is a combination of two of the most widely used capacitor materials: mica and polytetrafluoroethylene (PTFE). Combining two of the most reliable capacitor materials makes CMR07F622GODM a versatile and reliable component in a range of applications.

Application field

The CMR07F622GODM capacitor is most commonly used in radio-frequency (RF), microwave, automotive and avionic systems. Due to its size and ability to operate at high frequencies, the CMR07F622GODM capacitor is an ideal component for RF and microwave applications in radars, TV transmitters, mobile phones, GPS systems and much more.

The CMR07F622GODM capacitor is also used in in automotive and industrial applications. Due to its robust construction, the capacitor can withstand the extreme temperatures often encountered in such applications, making it ideal for use in radiators, air Conditioners, vehicles and more.

Working principle

The CMR07F622GODM capacitor works by storing electrical energy in an electric field that is generated between two adjacent plates. The two plates are separated by an insulating dielectric material, which in the case of CMR07F622GODM is mica and PTFE. Mica is a stable, inert material that is able to withstand high temperatures without burning or corroding, making it an ideal choice for the plates. The PTFE is used as the dielectric material for its low dielectric constant for a wide range of frequencies, and for its low dielectric absorption.

When the capacitor is connected to an electrical circuit, electrons will accumulate on one plate while leaving the other plate negatively charged. This creates an electric field between the plates that stores electrical energy. When the power is disconnected, the capacitor will act as a short-duration battery, releasing the stored energy back into the circuit.

Conclusion

The CMR07F622GODM capacitor is a reliable, robust and versatile component suitable for a range of applications. The combination of mica and PTFE makes it capable of operating at high frequencies and withstanding extreme temperatures. Its ability to store energy in an electric field makes it an essential component for RF and microwave systems as well as automotive and industrial applications.