CDS30FD682JO3

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Mica and PTFE capacitors are increasingly being relied on in applications requiring extreme environmental durability, high operating temperatures, or specially adapted properties. CDS30FD682JO3 is a composite of mica and polytetrafluoroethylene (PTFE) which offers a particularly reliable and robust capacitance solution for some of the most extreme operating environments. This article outlines the application field of CDS30FD682JO3 capacitors as well as their working principle.

Application Field

CDS30FD682JO3 capacitors are designed for use in applications where other types of capacitors may not be suitable. For example, when working with emergency lighting systems or class A audio amplifiers in areas such as outdoor and indoor entertainment venues, these capacitors provide reliable performance and contribute significantly to the reliability of the system. They are frequently used in power conditioning systems that must withstand the extremes of temperature, humidity, and voltage in order to remain stable and error-free. By providing a durable solution to these highly challenging environments, CDS30FD682JO3 capacitors are indispensable in many industries. In addition to being reliable, their design also ensures that they consume less power and create less heat than traditional capacitors.

Furthermore, CDS30FD682JO3 capacitors are used in a variety of aerospace applications, where they are trusted to provide reliable performance. They are designed and manufactured to the most comprehensive standards and are perfect for high-reliability and grade A applications. Their distinctive combination of PTFE and mica make them resistant to dust, moisture, and other environmental hazards, granting them an extra level of resilience for applications in unpredictable environments.

Working Principle

The CDS30FD682JO3 capacitors provide an effective capacitance solution by combining the advanced properties of polytetrafluoroethylene (PTFE) and mica. PTFE offers superior dielectric properties and offers excellent thermal and chemical stability, whereas mica offers superior insulation properties and temperature stability. This combination of materials results in a highly reliable capacitor that is resistant to temperature, dust, humidity, and other environmental hazards.

On the inside of the capacitor, PTFE is deposited directly onto the mica dielectric sheets. This construction method promotes high-capacity and decreased operating temperatures and enables the capacitor to work effectively and with a heightened level of reliability. It also offers an improved level of electrical robustness, enabling the capacitor to deal effectively with the most extreme temperature ranges and environmental demands.

The CDS30FD682JO3 is designed to have a wide range of capacitance values, ranging from 60pF to 1000pF. With a maximum DC operating voltage of 30V, this capacitor provides a reliable, professional-grade solution for extreme applications. It is able to do this with a low total capacitance variation over the full temperature range, meaning it works consistently and with a minimal level of temperature dependency.

Conclusion

CDS30FD682JO3 mica and PTFE capacitors are a reliable solution for applications that require exceptional performance under extreme environmental conditions. Their combination of PTFE and mica dielectric sheets provides a durable and highly effective capacitance solution, offering resistance to excessive temperatures, humidity, dust, and other environmental hazards. It also provides a wide range of capacitance values and low total capacitance variation, enabling the capacitor to remain stable over the full temperature range and provide a consistently reliable performance.

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