All-in-one 20 Ghz Rf Over Fiber Lightwave Link (new), Includes Ltc-20 And Pd-30-m Perfect Gift [Oq0FkEJ6]

20 GHz RF over Fiber Lightwave Link

Introducing the Optilab RFLL-20-L RF over Fiber Lightwave Link, a cutting-edge solution designed for high-performance applications up to 20 GHz. This advanced system combines the LTC-20-M lightwave transmitter module and the PD-30-M receiver to create a robust and reliable RFoF link. With its exceptional bandwidth and dynamic range, the RFLL-20-L is ideal for a wide range of applications where high-speed data transmission and signal distribution are crucial.

Key Features and Specifications

The Optilab RFLL-20-L stands out with its impressive 20 GHz bandwidth, allowing for seamless transmission of RF signals over fiber. Its high dynamic range ensures optimal signal quality, while the low noise figure minimizes interference. The receiver features high linearity, ensuring accurate signal reproduction. Additionally, the system is equipped with a USB monitor and control interface, providing easy and convenient operation. Here are some of the key features and specifications:

• 20 GHz Bandwidth: Supports high-speed data transmission for various applications.
• High Dynamic Range: Ensures optimal signal quality and minimizes interference.
• Low Noise Figure: Enhances signal clarity and reduces noise.
• High Linearity Receiver: Accurately reproduces signals for precise data transmission.
• USB Monitor and Control Interface: Provides easy operation and monitoring capabilities.

Practical Applications

The Optilab RFLL-20-L is versatile and can be used in a variety of industries and applications. It is perfect for RF to 20 GHz transmission over fiber, RF/IF signal distribution, and satcom microwave antenna signal distribution. Other practical uses include broadband delay-line and signal processing, as well as phased and interferometric array antennas. With its high-performance capabilities and extensive applications, the RFLL-20-L is a must-have for professionals in the field of RF over fiber technology.