SMR15225J50B10L16.5CBULK

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Film capacitors are a type of capacitor that utilizes a thin dielectric film to store electrical energy, thus providing them with a range of advantages over other types of capacitors, including increased reliability, improved frequency and temperature behavior, and reduced levels of noise and distortion. The SMR15225J50B10L16.5CBULK is an example of such a film capacitor. It offers versatile applications, including decoupling, filtering, AC or DC blocking, and various other electronic applications. In this article, we will discuss its application field and working principle.

Application Field

The SMR15225J50B10L16.5CBULK is a radial leaded, axial film capacitor that is designed for high-frequency, high-transient pulse applications and offers a capacitance range from 47pF to 68pF. It is a suitable choice for decoupling, blocking and filtering applications, including telecom, industrial, and medical applications, and can operate at wide temperature ranges of -55°C to +125°C. It is UL and RoHS compliant, and features an insulation voltage of 400VAC/250Vdc.

This multi-layer capacitor is designed to meet the demanding performance requirements of many of the most advanced technologies, including high-voltage circuits, power supplies, and transmission lines. Its reliable capacitor technology offers superior filtering, noise reduction, and EMC performance even in extreme electrical environments. In addition, SMR15225J50B10L16.5CBULK also has excellent voltage linearity and high ripple current capacity.

Working Principle

The SMR15225J50B10L16.5CBULK is a multilayer ceramic chip capacitor that utilizes an alternating dielectric material of alternating layers of ceramic and conductive oxide. The alternating layers form a sandwich-like structure of ceramic electrodes and oxide, which acts as a dielectric barrier separating the two components. The dielectric material is able to hold a charge between the two ceramic electrodes, and when a voltage is applied across the two electrodes, the charges pass through the dielectric material.

The alternating layers of ceramic and conductive oxide materials form the capacitor\'s dielectric, allowing the capacitance to remain relatively constant over a wide range of voltage and temperature. This allows the capacitor to achieve excellent performance and reliability at high voltages and temperatures. In addition, the alternating layers of ceramic and conductive oxide also allow the capacitor to be self-healing, with any damage to the dielectric layer being compensated for automatically.

The SMR15225J50B10L16.5CBULK is an ideal choice for decoupling, blocking, and pulse applications due to its lower losses and very low ESR/ESL requirements. Its efficient design also allows for a smaller size and a better regulation than most tantalum or aluminum electrolytic capacitors. This makes it perfect for use in tight spaces. In addition, its high frequency response and reverse voltage protection also make it suitable for a variety of applications in telecom, medical, and automotive spaces.

Conclusion

As we can see, the SMR15225J50B10L16.5CBULK is an excellent choice for a variety of applications. Its high-temperature and high-frequency performance, stable capacitance over a wide range of temperatures, reliable capacitor technology, and self-healing ability make it the ideal choice for decoupling, blocking, and pulse applications. In addition, its efficient design also allows for a better regulation and a smaller size than most tantalum or aluminum electrolytic capacitors.

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