CMR05C110DODM

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Mica and PTFE Capacitors

CMR05C110DODM is a striking mica and PTFE capacitor. It belongs to a range of mica capacitors developed to offer excellent performance and reliability, as well as superior temperature and electrical stability. This capacitor type has the potential to be used in a variety of applications where weather and thermostatic conditions require reliable and stable performance.

Application Field

The CMR05C110DODM is an ideal general-purpose capacitor. Its core design makes it well suited for coupling, bypassing, DC blocking, and timing circuits. The capacitor is also suited for filtering across a wide range of frequency ranges due to its low-DF construction. In addition to handling harsh environmental conditions, the CMR05C110DODM also excels at radio-frequency coupling, DC-bias capacitance, decoupling, correction, and more.

The CMR05C110DODM is also suitable for use in resistive circuits, since it has a high relative temperature coefficient. This means it can be used to maintain the same performance over time and resistive heating effects. This capacitor type also excels at surge protection, being able to handle transient voltages with relative ease. In the event of a surge, the CMR05C110DODM drains the current, so the voltage is not prone to internal dielectric breakdown.

Working Principle

The CMR05C110DODM uses a combination of Mica and Polytetrafluoroethylene (PTFE) to form its core. Mica is highly effective at storing electrical charge, as it is an electrical insulator, while PTFE\'s low dielectric loss and low temperature coefficient create a highly reliable signal. The combination of mica and PTFE form the capacitor\'s dielectric, which acts as a non-conductive material, preventing current from passing through its core.

The capacitor works similar to a battery, as it is able to store electrical energy. As electrons flow through the capacitor, some of them are attracted and repelled by the dielectric, resulting in a net positive charge on one end of the capacitor and a net negative charge on the other. This voltage accumulates until it is discharged, which can occur when connected to a circuit.

Once discharged, the CMR05C110DODM capacitor is capable of withstanding harsh temperatures, unique conditions, and its own environmental conditions, including extreme temperatures, high humidity, dust, and contaminants. Due to its low dielectric loss, it can maintain its electrical stability over a range of temperatures and conditions.

Conclusion

The CMR05C110DODM is an ideal mica and PTFE based capacitor. It is designed to work reliably across a variety of applications, as its unique construction provides excellent performance and stability. This capacitor type excels at radio-frequency coupling, DC-bias capacitance, decoupling, correction, and more, while its low dielectric loss ensures it can maintain consistent performance over a range of temperatures and conditions.

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