87547-4111CLF

The 87547-4111CLF is a modular connector jack primarily used for networking applications. It is distinguished by its 50-Pin array board connector, making it ideal for networking systems with large data transfer capacities. Additionally, its easy-to-use design results in greatly reduced labor costs and wiring times.

Design and Key Features

The 87547-4111CLF is a modular jack designed in a standard rectangular form factor. It measures 0.52 by 0.78 inches in length and width, respectively. The bottom of the connector is equipped with a 50-polarized array board connector that can be used to connect a pre-wired cable and other 50-pin array board connectors.

The 87547-4111CLF jack is a non-shielded connector, meaning it does not use metallic shielding to protect from interference caused by nearby electronic devices. Instead, it utilizes dielectric insulation materials of up to 2.1 mm thick between the contacts and the external environment. This insulating material not only provides sufficient protection but also simplifies the design process and keeps the cost low.

Application Field and Working Principle

The 87547-4111CLF jack is typically used in Ethernet and telecommunications applications such as routers, switches, residential computer networks, and cellular networks. It is convenient due to its housing design which can quickly connect to numerous different wire types. Moreover, it is suitable for automated placement, allowing for fast and easy integration with most networking devices.

While in operation, the 87547-4111CLF jack utilizes the principles of impedance control and current limiting. The intrinsic impedance of the connector is maintained within a predetermined range in order to ensure optimal data signal transfer. Additionally, the current passing through the connector is limited in order to reduce any electrical problems that might arise during data transmission.

Conclusion

The 87547-4111CLF is a 50-pin array board connector suitable for Ethernet and telecommunications applications. Its design focuses on providing an easy-to-use and cost-effective solution for data transmission, while also avoiding any electrical problems caused by surrounding ambient noise. Additionally, it employs impedance control and current limiting principles to ensure optimal performance.