CKCM25X5R1H222M060AA Capacitors

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Capacitor Networks and Arrays encompasses a wide range of applications. The CKCM25X5R1H222M060AA is a versatile device designed to optimize certain types of capacitance applications. This article will provide a brief overview of the CKCM25X5R1H222M060AA and the specific applications to which it is best suited, as well as its working principle.

Application field

The CKCM25X5R1H222M060AA is a planar multilayer capacitor array. The device itself is a rectangular and composed of five parallel layers of capacitors and dielectric materials. The device is capable of providing a very high capacitance density; it has a capacitance of over 2200nF in a square inch.

The CKCM25X5R1H222M060AA is best suited for applications requiring high density capacitance, such as power supply filtering, DC-DC design and power conditioning, energy storage, gate drive circuits, and low-inductance EMI filters. The device is also quite useful in applications where space is a critical factor, such as portable electronic devices, automotive electronics, and medical equipments.

Due to its semicompact physical form combined with high capacitance density, the CKCM25X5R1H222M060AA is an ideal solution for applications needing both cost and space efficiency. Additionally, the device provides high breakdown voltage ratings and excellent stray capacitance attenuation. It also resists strong linear transients and is not sensitive to mechanical vibration.

Working principle

The CKCM25X5R1H222M060AA works by charging a dielectric material sandwiched between two conductive layers. This arrangement forces the electric field to travel in a closed loop, forming a capacitor. As an electric current passes through the device, the capacitor charges and a voltage is induced across its two terminals.

The CKCM25X5R1H222M060AA also utilizes a special paper dielectric material known as polypropylene. The polypropylene maximizes the surface area of the unit by sandwiching five parallel layers of the material between two conducting layers, thus resulting in a higher capacitance. This polypropylene material has excellent self-healing characteristics and does not require aging or other special maintenance.

The CKCM25X5R1H222M060AA is a fully RoHS compliant device, with lead-free solder coverage and UL approved components. Its encapsulation is made from a highly inflammable material, which provides extra safety in many applications. Its construction also results in low ESR, high ripple current capability and low inductance, which make it ideal for minimizing EMI noise.

Conclusion

The CKCM25X5R1H222M060AA is an excellent solution for many different applications that require a high capacitance density. The device offers many features, such as cost efficiency, space efficiency, high breakdown voltage ratings, and excellent self-healing characteristics. Its use of polypropylene dielectric material and five parallel layers of capacitors results in a high capacitance and low inductance, allowing it to efficiently address EMI noise. While the CKCM25X5R1H222M060AA is well suited for a variety of applications, its primary purpose is to optimize certain types of capacitance applications.

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