Viral 1550nm Intensity Modulator, Lithium Niobate, 20ghz, Pm Fiber Input, Sm Fiber Output, Fca Instant 95% Discount [mlq5NQtB]

1550nm Intensity Modulator: High-Performance Lithium Niobate Solution

Introducing the Optilab IM-1550-20 Intensity Modulator, a cutting-edge device designed for high-speed data transmission and analog modulation applications. This lithium niobate modulator is engineered to excel in TDM and WDM 20 Gb/s transmission systems, making it an ideal choice for a wide range of communication solutions. Its exceptional stability and wide operating bandwidth make it a versatile tool for satellite links, antenna remoting, and RF over Fiber applications. The IM-1550-20 stands out with its hands-on bias-stabilized design, ensuring long-term reliability and performance.

Technical Specifications and Features

The Optilab IM-1550-20 is equipped with a Polarization Maintaining (PM) input fiber and a Single Mode (SM) output fiber, ensuring efficient signal transmission. This modulator operates within the 1530 nm to 1610 nm wavelength range, providing excellent stability in a biased circuit. Its low insertion loss maximizes transmission power, while the wide operating temperature tolerance of -30 ºC to +75 ºC ensures reliable performance in various environments. Key features include:

• Excellent stability in a biased circuit
• 1530 nm to 1610 nm operating wavelength
• Low insertion loss
• Useful bandwidth up to 20 GHz
• Wide operating temp. range of -30 ºC to +75 ºC

Applications and Benefits

Whether you're working on advanced communication systems or satellite infrastructure, the IM-1550-20 Intensity Modulator is an invaluable tool. Its robust design and high-performance specifications make it suitable for a variety of applications, including:

• High-speed data transmission in TDM and WDM systems
• Analog modulation for satellite links and antenna remoting

With its excellent stability, wide operating range, and low insertion loss, the IM-1550-20 is the perfect choice for professionals seeking a reliable and high-performance intensity modulator.