Microlab FXR 138-960 MHz 2-Way Power Splitter With N-Female Connectors (D2-41FN)

Microlab FXR 2-Way Power Splitter (D2-41FN)

Key Features and Benefits

Experience the power of seamless connectivity with the Microlab FXR 2-Way Power Splitter. This high-quality device is designed to cover the Public Safety spectrum of 138-960 MHz, making it an essential tool for Distributed Antenna System (DAS) installations.

• Frequency Range: Operates within a wide frequency range of 138-960 MHz, ensuring reliable and consistent performance.
• Maximum Power: Can handle up to 100 W, providing robust and efficient power distribution.
• Low Loss: With a loss of only 3 dB, this power splitter ensures minimal signal degradation.
• High PIM Rating: Features a typical PIM of -161 dBc and a minimum PIM of -158 dBc, ensuring low interference and high-quality signal transmission.
• RF Connectors: Equipped with N-Female connectors for secure and reliable connections.
• Maximum VSWR: Offers a maximum VSWR of 1.3:1, ensuring optimal impedance matching and signal transmission.

Technical Specifications

The Microlab FXR 2-Way Power Splitter is a low PIM rated, two-way reactive style power divider. It uses a unique design that keeps the size of the unit manageable for DAS installations. The device operates within a frequency range of 138-960 MHz and can handle a maximum power of 100 W. It features a loss of 3 dB, a typical PIM of -161 dBc, and a minimum PIM of -158 dBc. The power splitter is equipped with N-Female connectors and offers a maximum VSWR of 1.3:1.

Experience the Microlab FXR Difference

With the Microlab FXR 2-Way Power Splitter, you can experience the difference that quality and performance make. This power splitter is designed to provide reliable and efficient power distribution, ensuring that your DAS installations operate at their best. Don't settle for less - choose Microlab FXR for your power splitting needs.

Upgrade your connectivity today with the Microlab FXR 2-Way Power Splitter. Experience the difference that quality and performance make.