CMR06F152JODP

Mica and PTFE Capacitors

Mica and polytetrafluoroethylene (PTFE) capacitors use superior electrical insulation characteristics to offer a range of reliable and stable capacitance values. By combining both single-layer and multi-layer varieties, it is possible to meet a wide array of applications in many aspects of electrical engineering. A key example is the CMR06F152JODP, a multi-layer capacitor specifically developed for use in automotive Electronics and Telecommunications systems.

CMR06F152JODP Application Field

The CMR06F152JODP is further characterized by its wide range of applications. After substantial testing, its performance has been reliably demonstrated in almost any automotive Electronics and Telecommunications applications requiring a reliable electrical connection between two different circuits. From low-cost consumer devices to high-grade 3G and 4G communication networks, the CMR06F152JODP is a widely trusted and reliable component used in the industry.

CMR06F152JODP Working Principle

The CMR06F152JODP working principle relies on electrical insulation and capacitance stored in a single unit. Mica and PTFE are combined together, forming several layers insulated by each other. Under proper electrical charges, electrons are stored in the electrostatic field between the layers, allowing capacitance to be formed and maintained. A series of other topics such as Maximum Dissipation Factor and Rated Voltage are also important, as they make sure the stored capacitance is maintained at a reliable level without affecting other electrical parameters.

Conclusion

The CMR06F152JODP multi-layer capacitors are an excellent example of how mica and PTFE capacitors can provide reliable and efficient electrical insulation. Tested under a wide range of failure conditions, these capacitors offer a range of electrical insulation and capacitance values, making it suitable for a large variety of use cases in the automotive electronics and telecommunications industry.