F05E-461146R

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FFC and FPC connectors are a vital component in the modern electronic industry. They are used to connect between two or more electrical systems, allowing electrical signals to be transceived quickly and efficiently. In this article, we will discuss the application field and working principle of F05E-461146R.

What is F05E-461146R?

The F05E-461146R is a type of FFC and FPC connectors, specifically designed for applications requiring high-reliability, tiny pitch, high-speed, and anti-vibration performance. It is made up of a polyamide housing which features an internal metal surface, making it highly durable and resistant to corrosion.

Application Field

The F05E-461146R is suitable for a wide range of applications, such as network switch and keypad assembly, signal/data transmission, car navigation, and communication devices. It is also applicable for switching and routing devices, mechanical modules, and industrial automation equipment. The tiny pitch of the connector makes it suitable for narrow areas that require a precise fit and high-speed performance.

Working Principle

The F05E-461146R contacts are made up of phosphorous bronze which is tin-plated, guaranteeing a good connection. The design of the connector allows it to be flat and slim without compromising on its high-speed and anti-vibration performance. Furthermore, the connector uses a blind mating to ensure a stable performance, even in the presence of frequent vibrations. The housing is made of polyamide material which has a built-in latch to provide secure stacking when mating two connectors together.

Conclusion

In conclusion, the F05E-461146R is a type of FFC and FPC connector specifically designed for high-reliability applications that require a tiny pitch, high-speed, and anti-vibration performance. This connector is suitable for a wide range of applications, such as network switch and keypad assembly, signal/data transmission, car navigation, communication devices, and industrial automation equipment. It also uses a blind mating design to ensure a stable performance, even in the presence of frequent vibrations.

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