Exclusive 1550 Nm, 6 Ghz Intensity Modulator. Pm, Fc/apc Essentials [vN8k7RDV]

High-Performance 1550 nm Intensity Modulator

The Optilab IMP-1550-6-PM is a cutting-edge 6 GHz Intensity Modulator designed for precise external modulation of 1550 nm lasers. This high-performance device stands out with its Annealed Proton Exchange (APE) process, which ensures exceptional reliability and durability. The IMP-1550-6-PM boasts a zero-chirp design and Polarization Maintaining (PM) fiber output, making it ideal for a wide range of applications in the optical communication industry. Key features include: PM fiber output, high input power, and a wide operating temperature range from -30°C to +70°C.

• PM fiber output ensures stable performance in various environments.
• High input power capability of up to 100mW supports demanding applications.

Technical Specifications and Performance

The Optilab IMP-1550-6-PM is engineered to deliver superior performance with a 6 GHz E/O bandwidth and a highly linear transfer function. This modulator features an excellent extinction ratio, ensuring efficient modulation and signal integrity. Its operating wavelength spans from 1525 to 1605 nm, accommodating a broad range of applications. The IMP-1550-6-PM is compatible with a variety of modulator drivers, and its separate bias port allows for operation at specific points of the transfer function. Notable specifications include: 6 GHz E/O bandwidth, high extinction ratio, and temperature range of -25°C to 70°C.

• 6 GHz E/O bandwidth supports high-speed data transmission.
• High extinction ratio ensures minimal signal loss and improved modulation efficiency.

Applications and Benefits

The Optilab IMP-1550-6-PM is a versatile solution for a wide array of applications, including digital transmission, optical pulse generation, mode-locked fiber lasers, and microwave optical links. Its exceptional performance makes it suitable for use in RF over fiber systems, MOPA configurations, and active mode-locked lasers. The modulator's high input power and wide operating temperature range make it an ideal choice for both research and commercial applications. Target users include: optical communication engineers, researchers, and system integrators seeking a reliable and high-performance intensity modulator.

• Optical communication engineers benefit from its stable performance and wide operating range.
• Researchers can leverage its high input power for demanding experiments.