87180-388LF

Modular Connectors - Jacks are components used to connect communication networks, including coaxial cables, telephone systems, radio systems, and even Ethernet networks. The 87180-388LF Modular Jack is a high performance connector that is suitable for a variety of applications. In this article we’ll be discussing possible application fields and the working principle of the 87180-388LF.

Application Fields

The 87180-388LF is a modular jack designed for data and communication applications. It has an extraordinary transmission performance and a low insertion loss. This makes it an ideal choice for applications such as:

• Ethernet networks
• High speed data transmission
• Multi-media networks
• Industrial networks

In addition, the 87180-388LF Modular Jack is designed to meet the latest standards set for communications networks. This means that it is compliant with a wide range of communication protocols, including, but not limited to, 802.3, 802.11, and Ethernet.

Working Principle

The 87180-388LF Modular Jack is a high performance connector capable of transmitting data at a rate of up to 1GB/s. This is possible thanks to its advanced design and the way it is configured. In order for the connector to provide the highest level of performance, it is designed according to a certain standard.

The connector features an 8 contact configuration that is designed to provide maximum signal integrity. It also has an integrated ground plane that allows for the efficient transfer of signal between components. The connector is soldered into a circuit board and the contacts are plated with gold to ensure maximum durability and reliability.

The 87180-388LF Modular Jack offers a high level of performance that makes it suitable for a variety of applications. Its 8 contact configuration provides maximum signal integrity and its integrated ground plane guarantees efficient signal transfer. The connector is also compliant with a wide range of communication protocols, making it an ideal choice for high speed data transmission and multimedia networks.