LE58QL02FJCT

LE58QL02FJCT Application Field and Working Principle

The LE58QL02FJCT is part of the Panadac Pana-Jack LE5 family of telecom terminal blocks. It is a low-cost terminal block ideal for low-voltage telecom applications. The LE58QL02FJCT can be used in a wide range of telecom systems, including local access networks, switching stations, data centers, and remote access systems. The LE58QL02FJCT has two contacts per terminal block, allowing it to support two separate signals.

The LE58QL02FJCT is designed to meet a variety of telecom telecommunications standards. It is tested to meet the requirements of FCC Title 47 Part 15 and CSA C22.2 No. 60950-1 and UL 1950 standards. The LE58QL02FJCT is also designed to meet requirements of EN 60529 and is tested to meet the requirements of IP69K.

The LE58QL02FJCT is a combination connector that supports both copper and fiber optic cables. The copper cable connections are through 4 contact points. The fiber optic cable connections are through 2 contact points. The LE58QL02FJCT meets the requirements of EN 50173-1 and IEEE 802.3-2005 standards for Gigabit Ethernet. It supports applications with data rates up to 1000 Mbps.

The LE58QL02FJCT features a 4-pin angled connector allowing for installation in tight spaces. It is designed to save on installation time, as the connectors are lined up, making them easier to attach. The contact points are also color coded to ensure proper connection. The contacts are made of brass and have a 30-year durability.

The LE58QL02FJCT has a wide range of applications. It is well suited for use in data centers and datacom applications, as well as in voice and video transmission. It is also used in point-to-point communications and fibre optic applications. It supports both copper and fiber connectivity, making it a versatile solution for modern telecom systems.

In conclusion, the LE58QL02FJCT is a low-cost terminal block designed for low-voltage telecom applications. It is designed to meet a variety of telecom standards and supports applications with data rates up to 1000 Mbps. Its combined copper and fiber optic cable connections make it a versatile solution for modern telecom systems.