The Perfect Ascentta Single-mode 3-port Optical Circulator (1064nm) Flash Sale: 35% Off [pBNnJ4yj]

Ascentta™ Single-Mode 3-Port Optical Circulator (1064nm)

The The Perfect Ascentta Single-mode 3-port Optical Circulator (1064nm) Flash Sale: 35% Off [pBNnJ4yj] is a high-performance, compact device designed for use in DWDM systems and other fiber optic applications. This versatile circulator efficiently transmits signals from port 1 to port 2 and from port 2 to port 3 simultaneously, making it an ideal choice for complex optical setups.

Key Features and Specifications

The Ascentta 3-Port Optical Circulator boasts a wide range of features that make it a reliable and efficient choice. With a center wavelength of 1064±5 nm, it offers exceptional performance in single-mode applications. Key features include a high isolation of 30dB (typical), an insertion loss of 1.8dB (typical), and a directivity of at least 45dB. This device also handles up to 150mW of optical power, ensuring robust performance even under demanding conditions. The following table outlines the detailed specifications:

• Wavelength: 1064±5 nm
• Transmitting Direction: 1→2, 2→3
• Isolation: 30dB (typical)
• Insertion Loss: 1.8dB (typical)
• PDL: Max 0.2dB
• PMD: Max 0.2 ps
• Return Loss: Min 45dB
• Directivity: Min 45dB
• Optical Power Handling: Max 150mW
• Package Dimension: L65xW12xH10 mm
• Operating Temperature: -5 to 70 ℃
• Storage Temperature: -40 to 85 ℃

Applications and Benefits

The Ascentta Single-Mode 3-Port Optical Circulator is a versatile tool that finds applications in various fields, including telecommunications, medical imaging, and scientific research. Its ability to transmit signals in multiple directions simultaneously makes it perfect for complex DWDM systems. With its compact design and robust performance, this circulator is ideal for integration into a wide range of optical devices and systems. By offering a seamless signal path and minimizing losses, it ensures reliable operation and optimal performance, making it an essential component for many modern optical setups.