Worldwide Shipping 1064nm Phase Modulator, 2 Ghz, Pm, Fc/apc, Low Drive Buy Now [BK0cod19]

1064nm Phase Modulator: High Performance and Low Drive

The Optilab PM-1064-02-LD is a cutting-edge phase modulator designed for high-performance applications. This 2 GHz LiNbO3 modulator stands out for its exceptional low drive capability, making it an ideal choice for systems where power efficiency is crucial. With a broad operation bandwidth spanning from 1030 nm to 1070 nm, the PM-1064-02-LD ensures flexibility and precision in phase modulation. Its low insertion loss guarantees maximum transmission power, while its minimal back reflections ensure signal integrity. The use of Proton Exchange (PE) optical waveguides and polarization maintaining fibers simplifies integration with other optical components, enhancing system reliability and performance.

Technical Specifications and Properties

The PM-1064-02-LD is engineered with precision, offering a 2 GHz bandwidth and maintaining low optical loss throughout its operational range. This modulator is designed to provide minimal back reflections, ensuring that signal quality is not compromised. Its polarization maintaining input and output fibers make it a versatile choice for various applications. The low drive requirement not only saves power but also reduces heat generation, contributing to the overall system efficiency. With these features, the PM-1064-02-LD is a reliable and efficient solution for phase modulation needs.

Applications and Benefits

The Optilab PM-1064-02-LD is a versatile tool for a wide range of applications. It is particularly useful in coherent communications, where its high bandwidth and low drive characteristics are essential. The modulator is also ideal for optical chirping, optical sensing, FM spectroscopy, frequency shifting, and laser linewidth broadening. Its performance and efficiency make it a valuable asset in research and development, as well as in industrial and commercial settings. With the PM-1064-02-LD, users can achieve precise phase modulation with ease, enhancing the capabilities of their optical systems.