2008614-2

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Modular connectors, also known as modular telephone jacks and plugs, are the most common kind of electrical connector for voice and data communications, and are especially common in applications utilizing twisted pair cat3 and cat5 cabling. The 2008614-2 application field and working principle is one type of proprietary bus system developed by Philips, commonly known as the GigaBus data communication system. It is a scalable, high speed network that allows up to 64 devices to be connected to a single serial bus.

The 2008614-2 connector, also known as GigaBus+5, is a 50-way modular type plug connector with solder contacts. It is designed for use in applications where high speed data transmission in accordance with the GigaBus specification is required. It is a 2-row, potted plug with a snap-in mounting design, and is meant to be used in conjunction with the 2008614-3 socket. Because of its dual row design, it is typically inserted (plugged) into the 2008614-3 socket horizontally, instead of the more usual vertical insertion.

The 2008614-2 plug offers excellent shielded performance when used in conjunction with the 2008614-3 socket. A special design feature ensures that the structural, terminal, and screening connections are consistently maintained when disconnecting and connecting the plug. This feature helps to ensure reliable instrument and signal performance across the system, even in highly noisy industrial environments.

The working principle of the 2008614-2 plug connector is very similar to other modular connectors, which includes having a rectangular cross-sectional shape with a metal contact strip on both sides of the plug. The two sides of the plug are connected by a central strip of metal, which also carries the shield contact. The internal contacts are electrically connected when the plug is inserted into the socket connector, and the contacts on both sides are compressed, making the plug water and dust proof. The outer casing of the plug is made from rigid, flame-retardant materials to ensure safety and durability.

The 2008614-2 application field and working principle makes it ideal for use in a wide variety of applications, including industrial automation systems, broadcast and telecommunications systems, as well as in automotive applications. It is also suitable for use in harsh, industrial environments, high-speed data transmission applications, and medical equipment applications. Its superior shielding performance allows it to provide reliable and consistent transmission of data and power when compared to other similar products.

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