Product Description
COMMSCOPE E15S09P73 Diplexer AWS PCS DC Pass Twin Cross Band CouplerE15S09P73-N-YAG
kr0522202309
- D13T80P67 03
- K1197188
- D13T80P67 03
- K1197192
- K1180174
The CommScope E15S09P73 Diplexer is a telecommunications device used for signal filtering and combining in communication systems It is designed to handle the transmission and reception of multiple frequency bands simultaneously, allowing for efficient use of the available spectrum
The diplexer is primarily used in wireless communication networks, such as cellular networks, to separate or combine signals of different frequencies It is commonly used in scenarios where two different frequency bands need to be transmitted or received using a single antenna
The E15S09P73 Diplexer operates within a specific frequency range, which is specified by the manufacturer It typically consists of two main ports, known as the "Low Band" and "High Band" ports, and a common port, often referred to as the "Common" or "Combined" port
The diplexer works by utilizing specialized filters and circuits to direct signals of different frequencies to the appropriate port Signals within the low-frequency range are directed to the Low Band port, while signals within the high-frequency range are directed to the High Band port The diplexer ensures that the signals do not interfere with each other and maintains the integrity of the transmitted or received data
The CommScope E15S09P73 Diplexer is built with high-quality components to ensure reliable performance and low insertion loss It is typically housed in a compact and durable enclosure, making it suitable for both indoor and outdoor installations The diplexer is designed to be easily integrated into existing communication systems, allowing for seamless operation and compatibility with other network equipment
Overall, the CommScope E15S09P73 Diplexer is a versatile and efficient device used in wireless communication networks to enable simultaneous transmission and reception of signals in different frequency bands, ensuring efficient spectrum utilization and reliable communication
.