205548-2

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Backplane connectors and their associated contacts play an important role in the current market in terms of making interconnections between various components such as boards, cables, and other devices. As the technology continues to evolve, there are now more advanced types of backplane connectors and contacts available, including the 205548-2 application field and working principle.

The 205548-2 is an improved version of the familiar 205548-1 and provides more reliable signal transmission, improved heat resistance, increased rated voltage, and a reduced size. This allows for the use of multiple contact technologies such as MADS (micro-interconnection adapter), CORE-MFS (co-extruded dielectric reinforced containing metal fingers damping), and contact retainer designs, facilitating the existing varieties of backplane connectors and contacts into the compact version of the 205548-2 with all the new features.

In terms of the 205548-2 application field and working principle, the connector consists of a series of electrical contacts that are evenly spaced apart in each end of an interconnecting female connector. The pins on the 205548-2 connector are insulated from each other and protected from mechanical damage by a dielectric strain relief that is connected to a metal frame. When a mating connector is plugged in, the contact spring and plastic retainer on the pin provide reliable electrical connection. This ensures that all the pins are securely mated, regardless of the orientation of the mating connectors.

The 205548-2 also provides superior performance due to its superior design which allows for efficient power and signal transmission. The contact spring design provides flexibility in the connection, allowing for reliability and a secure connection. In addition, the contact spring design is also relatively easy to disengage, making for an easy disconnection process. The 205548-2 also has a lower voltage drop across the contact interface and is rated up to 9V, allowing for more reliable, high voltage connection.

The 205548-2 also works in conjunction with contact retainer designs, which are used to create the electrical connection between the pins and the mating connector. This contact retainer design is made up of a series of hexagonal and rectangular springs and is designed to reduce contact force and improve mating durability. In addition, the contact retainer design is also adjustable and durable, allowing for customizability and repeatability.

Overall, the 205548-2 provides a great solution for those looking for reliable and secure connections while requiring lesser space than the 205548-1. The adjustable contact retainer design and superior contact spring design make it easy to establish a secure electrical connection as well as providing excellent signal and power transmission capabilities. Moreover, the 205548-2 is rated for up to 9V, making it an ideal choice for those high voltage applications.

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