73305-122

MODULAR CONNECTORS - JACKS

Modular connectors - jacks also known as patch cables are essential for many applications. There are different types and sizes available, depending on the required network needs. One of the current popular types of modular connectors is the 73305-122.

73305-122 Application Field and Working Principle

The 73305-122 modular connector - jack is primarily used as a pluggable solution for Opticom applications. It is a keyed, removable jack that is typically plugged into an optical fiber and can accommodate two fiber connections (both single-mode and multi-mode). It also features a locking mechanism for a secure connection.

The 73305-122 jack works by mating the two fiber ends into the jack’s optical port. The connector is designed so that when mated, the fibers are held securely in place so that no light leakage occurs. It is also designed so that the connection remains tight and secure even when the system is subjected to vibration or shock.

The 73305-122 jack is ideal for applications where high speed and reliability are essential, including industrial solutions, aerospace industries, and telecom applications. It is also highly resistant to corrosion and can be used in both indoor and outdoor environments. Additionally, the 73305-122 can interface with other modular connectors and is compatible with industry standards.

Advantages

There are many advantages to using the 73305-122 jack when building a network. It is designed to minimize optical losses and maximize transmission performance. Additionally, the jack is designed to provide a reliable, low-loss connection. The jack is also easy to install and maintain, reducing the time required for maintenance. It is also highly resistant to shock, vibration, moisture and dust, making it suitable for harsh environments.

The 73305-122 modular connector – jack is one of the most versatile jacks available and is usually considered to be the go-to for any network application. It is the ideal choice for high-speed, reliable networks in demanding applications.