FOLC-130-01-L-Q-LC

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Fibre Optic LC Cables and Connectors (FOLC-130-01-L-Q-LC) are precision inter-connect solutions that provide superior optical performance and a robust mechanical connection. Used in a variety of applications, FOLC-130-01-L-Q-LC connectors provide superior optical performance with low insertion loss, high return loss, and long distance reach. LC connectors also provide enhanced mechanical stability, since the precise alignment between the fiber core and the end face is achieved with maximum ferrule end-face contact. These connectors are available for use in either singlemode or multimode applications.

As an example of FOLC-130-01-L-Q-LC application field, they are most often used in high-speed communication systems, optical networking switches, transceivers, digital logic systems, and high-speed data communications. These cable connectors offer the highest level of compatibility with existing LC-style components, while providing superior optical performance that meets or exceeds industry standards. By providing superior performance and superior reliability, FOLC-130-01-L-Q-LC connectors are ideal for use in a variety of communication systems.

FOLC-130-01-L-Q-LC connectors are available in two categories: one for single-mode applications, and one for multimode applications. In both categories, these connectors feature an olive insert for a secure fit, and a reinforced cord and strain relief for increased durability. Additionally, these cable connectors provide improved noise reduction capabilities that result in improved signal integrity, and improved impedance matching that helps ensure optimal system performance. In addition, FOLC-130-01-L-Q-LC connectors feature a modified keying system that helps prevent mis-alignments that may occur with other LC-style components.

The working principle of FOLC-130-01-L-Q-LC connectors is based on the concept of optical transfer. In this process, two fiber ends are placed in contact with one another, creating light paths between them. The light rays travel along these paths, being transferred from one fiber to the other, creating an interconnection. The connectors are designed to ensure that the light paths created between the fiber ends are precisely aligned, so that the light travels in the intended direction. This provides a stable, reliable, and highly efficient connection that can be used for a variety of applications.

In addition, FOLC-130-01-L-Q-LC connectors are designed for use in a variety of harsh environmental conditions, such as high humidity levels, corrosive materials, and temperatures ranging from minus 40 degrees Celsius to plus 85 degrees Celsius. This ensures that the connectors remain operational in competitive environments. For example, these connectors may be used in aircraft, automobiles, factories, or other rugged environments.

FOLC-130-01-L-Q-LC connectors are designed with superior electrical characteristics, providing low insertion loss values that are significant to the performance of optical systems. This is a result of their precise manufacturing and sophisticated design, which helps to minimize the effects of environment on the connector’s optical performance. In addition, FOLC-130-01-L-Q-LC connectors are rated for high optical return losses, which allow for improved signal integrity.

FOLC-130-01-L-Q-LC connectors are designed to be highly compatible with a variety of LC-style components, including products that use E50 and E3000 fibers. Because of this, FOLC-130-01-L-Q-LC connectors can be used as an alternative to traditional LC-style connectors, without sacrificing performance. This makes them ideal for use in a variety of applications, including long-distance fiber optic systems.

FOLC-130-01-L-Q-LC connectors offer many advantages over other LC-style components, providing superior optical performance, reliability, and compatibility with a variety of existing fiber optic products. These connectors are suitable for use in many different types of applications, and they offer excellent performance in many hostile environmental conditions. Therefore, they are excellent choices for use in many applications, including transceivers, optical networks, and high-speed data communications.

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