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Film Capacitors

Film capacitors are one common type of capacitors used in many electrical applications. They are used in a wide range of industries, from automotive to aerospace, across telecommunications and consumer electronics. The R413F1470CKM1M is a type of film capacitor and today we will be looking into its application field and working principle.

What is the R413F1470CKM1M Film Capacitor?

The R413F1470CKM1M is a surface mounted, chip film capacitor with a 4.3V DC nominal voltage rating. It has a rated capacitance of 1470pF and is designed for lead-free reflow soldering processes. Its low profile of 0.8mm and its wide body of 4x4mm make it a very useful tool for engineers in tight installation spaces.

Application Field of the R413F1470CKM1M

The R413F1470CKM1M is a good choice of capacitor where space is limited, as it is extremely small yet still offers good capacitance values. It can be used in applications such as wireless communications, consumer electronics, data processing, medical equipment, automotive and many more. It is suitable for high frequences and can have an operating temperature range of -40C to +85C.

Working Principle and Properties of the R413F1470CKM1M

The R413F1470CKM1M has a low profile and wide body structure, combining a 3-layer Polyester film and an internal metal layer. This makes it an excellent choice for high frequency circuits and noise suppression, as the Polyester film provides excellent insulation. It also has an extremely low ESR (Equivalent Series Resistance), ESR being a measure of the no-load losses of the capacitor, meaning that it is able to handle higher loads and less prone to failure.

Conclusion

The R413F1470CKM1M has a wide range application field, as it is a surface-mounted, low profile, chip film capacitor with a good capacitance value and excellent properties such as low ESR, high frequency use and high temperature operation. This makes it an essential component in the engineering of tight installation spaces, and many industries have taken advantage of this technology to improve the reliability and performance of their designs.

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