CDS10ED680JO3

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Mica and Polytetrafluoroethylene (PTFE) capacitors are ubiquitous components of modern circuitry, earning them the ‘workhorse’ moniker from industry veterans. In particular, the CDS10ED680JO3 is a high-performance capacitor, relying on mica and PTFE to offer capacitances between 0.2 pF and 2.2 µF. This component’s certification renders it a popular choice with circuit designers and engineers.

Construction & Design

The CDS10ED680JO3 is a biphasic mica capacitor, forming a radial leaded structure when viewed from the top. The terminal leads are composed of nickel alloys, segmented into independent plates and connected via solder. The actual body of the capacitor is formed of mica sheets encapsulated in PTFE, with a number of layers being stacked together to form a dielectric. This provides the CDS10ED680JO3 with enhanced electrical properties and a long service life.

Working Principle

Stated simply, Mica and PTFE capacitors such as the CDS10ED680JO3 operate by providing electrical insulation between two charged plates. The special combination of mica sheets and PTFE increases the capacitor’s electromechanical properties, allowing it to work in a wide variety of environments. In addition, the dielectric of the CDS10ED680JO3 has layer-upon-layer of insulator nicks, meaning it is well suited to higher frequencies.

Application Field

The CDS10ED680JO3 is a popular choice in decoupling circuits. Its tiny size and low leakage mean it is a reliable choice for decentralising energy and stabilising signals. It can also serve in transient suppression, across which it is able to mitigate line noise to ensure the integrity of the signal.These applications are possible due to the CDS10ED680JO3’s robust capacitance rating and flexibility across different environmental conditions: temperatures range from -55 to +125 °Can while relative humidity ranges between 15 and 85%.

Conclusion

The CDS10ED680JO3 is a powerhouse of a capacitance, relying on mica and PTFE to offer engineers a precise, low-leakage, and robust choice to deploy in circuits of varying complexity. This combination of performance and environmental resistance make it a worthwhile option to consider for any well-equipped engineer.

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