What are Fiber optic component?
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Why do you need Fiber optic component?

Light can be reflected back and forth. This also applies to fiber optic networks. But in Fiber optic component, most reflections are detrimental to system stability, especially for lasers.The laser is a resonator between two semitransparent mirrors. The generation process takes place between these two mirrors. The generation process is very subtle and can be easily modified. When the reflected and scattered light enters the laser, the generation process will fluctuate, and the output power of the laser will fluctuate.

This is where Fiber optic componentcomes in. Fiber optic component are devices that allow light to pass in only one direction. They play a critical role in Fiber optic componentthat prevent back reflections and stray light from reaching sensitive components, especially lasers.

How do optical isolators work?

The internal working of Fiber optic componentdepends on the polarization. The insulator consists of a pair of linear polarizers and a Faraday rotator. Two linear polarizers are oriented so that the planes in which the light is polarized make an angle of 45° with each other. Between these two polarizers is a Faraday rotator. The Faraday rotator rotates the plane of polarization of light 45° in one direction, regardless of the direction of the light, whether it is the first polarizer (left) or the second polarize (right).

So, if the light goes from the first polarizer to the second (from left to right).

 The Faraday rotator will rotate the polarized light from the first polarizer by 45°, which exactly matches the plane of polarization of the second polarizer. So the light continues with minimal loss.

But if the light goes from the second polarizer to the first polarizer (from right to left). The Faraday rotator will rotate polarized light from the other polarizer by 45°. But because it rotates the light in the same direction as left to right, this time when the rotated light hits the first polarizer, the planes of polarization of the polarized light and the first polarizer intersect by 90°. So all the light is blocked and no light gets through. It can be seen from the principles above that Fiber optic componentonly allow light to pass through in one direction and act like a one-way street.

Polarization independent isolator and polarization independent isolator

In fact, the principle described above is called the operation of an insulator, which depends on the polarization of the insulator. Why? Because the first linear polarizer reduces the input light by half due to its polarizing effect. So, to get the least loss, set the polarization of the input light to the same polarization as the first polarizer.

To overcome this polarization-dependence limitation, polarization-independent optical isolators have been developed. That is, regardless of the state of polarization of the input beam, the beam will propagate through the insulator to the output fiber, and the reflected beam will be isolated from the optical source.

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