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Mini fiber optic circulator,Mini Fiber Optic Circulator Compact Optical Circulator Low Insertion Loss High Isolation for Optical Communication and Fiber Sensing

Mini fiber optic circulator,Mini Fiber Optic Circulator Compact Optical Circulator Low Insertion Loss High Isolation for Optical Communication and Fiber Sensing

Brand Name: Gracyfiber
Detail Information
Place of Origin:
China
Fiber Type:
1
Insertion Loss:
Low
Isolation:
High
Operation Type:
Non-Reciprocal
Highlight:

Mini fiber optic circulator low insertion loss

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Compact optical circulator high isolation

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Fiber optic circulator for optical communication

Product Description
Mini Fiber Optic Circulator

Mini fiber optic circulator,Mini Fiber Optic Circulator Compact Optical Circulator Low Insertion Loss High Isolation for Optical Communication and Fiber Sensing

1. Product Description

The Mini Fiber Optic Circulator is a compact passive optical component designed to route optical signals sequentially between designated ports. Its non-reciprocal optical structure allows light to propagate in a defined direction while helping isolate unwanted reverse signals.

Compared with conventional circulator packages, the miniaturized design is suitable for applications where installation space is limited, including optical modules, sensing systems, test equipment, and integrated photonic assemblies.

The device can be configured according to application requirements for wavelength, fiber type, connector, pigtail length, and package structure, making it suitable for a range of fiber optic communication and measurement systems.

2. Key Features
  • Directional Optical Routing
    Routes optical signals between ports in a predefined sequence.

  • Non-Reciprocal Operation
    Supports forward optical transmission while suppressing unwanted reverse propagation.

  • Compact Package
    Miniaturized structure is suitable for space-constrained optical modules and equipment.

  • Passive Optical Component
    Requires no external electrical power for optical signal routing.

  • Flexible Integration
    Can be incorporated into optical communication, sensing, testing, and photonic systems.

  • Configurable Design
    Wavelength, fiber type, connector, pigtail length, and package can be specified according to project requirements.

3. Main Applications
  • Fiber optic communication systems

  • Optical fiber amplifiers

  • Fiber Bragg grating systems

  • Bidirectional optical transmission

  • Fiber optic sensing systems

  • OTDR and optical monitoring equipment

  • Optical test and measurement instruments

  • Laser protection and reflection management

  • Photonic modules and assemblies

  • Laboratory optical systems

Mini fiber optic circulator,Mini Fiber Optic Circulator Compact Optical Circulator Low Insertion Loss High Isolation for Optical Communication and Fiber Sensing
4. FAQ
Q1: What is a mini fiber optic circulator?

A mini fiber optic circulator is a compact non-reciprocal passive optical device that directs light sequentially from one port to the next.

Q2: How does a 3-port optical circulator work?

In a typical 3-port configuration, light entering Port 1 is directed to Port 2, while light entering Port 2 is directed to Port 3.

Q3: Does an optical circulator split or combine optical power?

No. A circulator is primarily used for directional routing and isolation. It does not perform the same function as an optical splitter, coupler, or WDM multiplexer.

Q4: Why use a mini package?

A mini package reduces installation space and is suitable for compact optical modules, instruments, sensing equipment, and integrated optical assemblies.

Q5: Where is a mini optical circulator commonly used?

Typical applications include fiber sensing, FBG systems, bidirectional transmission, OTDR monitoring, optical amplifiers, and laboratory test systems.

Q6: What parameters should be confirmed before ordering?

Important parameters normally include operating wavelength, number of ports, insertion loss, isolation, return loss, fiber type, connector type, pigtail length, package dimensions, and operating temperature.