CMR03F401GOYR

Mica and PTFE Capacitors

Mica and PTFE capacitors are a form of dielectric capacitors that use mica or Polytetrafluoroethylene (PTFE) as the dielectric media. These capacitors offer extremely high stability for special applications, and the dielectric losses are much lower than those of all other forms of capacitors. They have the capacity to deliver reliable performance in a wide range of applications, and can tolerate extreme temperatures.

CMR03F401GOYR Application Field

CMR03F401GOYR capacitors are designed for high temperature and high voltage applications. They have excellent stability, and can cope with harsh environmental conditions, making them ideal for invasive medical device circuits, defense applications, space appliance systems, and geothermal generation systems. The small size also makes them suited for applications where conventional capacitors are too bulky.

CMR03F401GOYR Working Principle

The CMR03F401GOYR capacitor utilizes a mica dielectric in between two metal plates, which creates a capacitor with a high level of stability. The dielectric material is highly non-reactive, and does not degrade or alter its properties over time. As a result, even after many applications, CMR03F401GOYR capacitors retain their reliability and robust performance.

In addition, the CMR03F401GOYR capacitors have a low loss factor, contributing to the capacitor\'s stability over time. Due to its small size, CMR03F401GOYR capacitors have a much lower DC resistance than most other capacitor models, making them suitable for high frequency applications. The capacitor\'s layered construction also helps to boost their overall stability and reduce dielectric effects.

Conclusion

As a result of their high stability, low loss, and small size, CMR03F401GOYR capacitors are well suited for use in a wide variety of applications. They are particularly suitable for medical equipment and defense applications, as well as for appliances in hostile environments or extreme temperatures. Moreover, their robust performance and low DC resistance make them ideal for high frequency applications.