CPC7584MB

The CPC7584MB is a highly versatile and advanced four-channel in-line optical multiplexer specifically designed for seamless interconnectivity of telecom systems. It offers a visual indication of the relative signal levels. The CPC7584MB is used in both public and private networks. The device can be used on any existing telecom system carrying electrical signals.

The CPC7584MB\'s main application field is in telecom systems and other telecom networks. It is used for connecting a variety of telecom networks such as external multiplexed systems, analogue phone systems, DSLAMs, microwaves networks and data networks. This device provides an economical and reliable way to interconnect and extend the reach of existing telecom networks.

The CPC7584MB is designed for high performance and robust operation. It features a wide frequency range from DC to 2.7GHz with multiple independent programmable filters. This allows it to be used with a wide range of telecom networks. The device has a low jitter and low intermodulation, which enables it to provide superior performance.

The CPC7584MB\'s working principle is quite simple. The device consists of four independent line filters. Each filter covers a different frequency range and provides an isolation between the various signals. The device\'s electronics are configured to channel the desired signals through the appropriate filters and this way, the desired signal can be transmitted without interference.

The CPC7584MB is an ideal device for telecom networks that require high-performance yet economical and reliable operation. It is capable of providing superior performance, even in difficult environments. Its low jitter and low-intermodulation features make it the ideal device for network applications that require a high level of performance.

The CPC7584MB is a highly useful device for connecting a variety of telecom networks. Its versatile features make it an ideal device for use in a variety of environments. It is a reliable and economical device that is suitable for telecom networks of any size.