227AVG035MFBJ

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Aluminium-polymer capacitors, also known as diffuse layer capacitors, are one of the newest types of SMT storage capacitors available. They offer a combination of the shape and size advantages of film capacitors and the more efficient electrical design of electrolytic capacitors. The 227AVG035MFBJ is a series of these capacitors produced by AVX, and is becoming increasingly popular due to its low ESR and long life.

Application field

In terms of application field, the 227AVG035MFBJ is a great choice for applications that require a high voltage capacitor with a low ESR rating. This makes it perfect for use in power supplies and other circuits where long life and high current capabilities are needed. It is also ideal for those applications where it is desirable to minimize the generated ESR noise levels. Examples include switching power supplies, telecom systems, computer motherboards, and portable electronic appliances.

Working Principle

Aluminium-polymer capacitors work differently than traditional electrolytic capacitors. Instead of an etching process being used to create a conductive layer, a diffused polymer coating is used instead. This layer increases the surface area significantly, allowing for the capacitor to be rated for a higher voltage and to have a much lower ESR rating than other similar capacitors. The diffused polymer also provides superior protection for the aluminium oxide layer, increasing the life of the capacitor exponentially.

Conclusion

The 227AVG035MFBJ is a reliable, long-life aluminium-polymer capacitor that offers an impressive combination of efficiency and performance. Its low ESR and high voltage ratings make it an attractive option for power supplies and other circuits that require a long life and high current capability. Additionally, its longevity ensures that it will operate effectively for years to come.

The specific data is subject to PDF, and the above content is for reference