Series:	106010
Part Status:	Obsolete
Lead Free Status / RoHS Status:	--
Connector Style:	ST
Moisture Sensitivity Level (MSL):	--
Connector Type:	Plug
Simplex/Duplex:	Simplex
Mode:	Multimode
Fiber Core Diameter:	--
Fiber Cladding Diameter:	127µm
Cable Diameter:	3.0mm
Mounting Type:	Free Hanging (In-Line)
Fastening Type:	Bayonet Lock
Housing Color:	Black
Boot Color:	Red
Ingress Protection:	--
Features:	Dust Cap, Strain Relief
Attenuation - Typ:	--
Reflection:	--
Housing Material:	--
Ferrule Material:	Zirconia
Body Material:	Polybutylene Terephthalate (PBT)
Operating Temperature:	--
Mating Cycles:	--

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Fiber Optic Connectors

Fiber optic connectors are devices that establish a physical connection for two cables or for multiple fibers within one connector. They are used to join optical fibers and fiber cables to transmit information from one place to another using light waves or laser beams. Fiber optic connectors are used in many applications, ranging from high-speed networks to switching systems in telecommunications and broadcast. The most common fiber optic connectors are the FC, SC, LC, ST, MU, and MTP/MPO. Each type of connector has different features, supply different applications, and provide different benefits for the user. For example, the LC is the most commonly used connector in telecom applications due to its small footprint. It is also the smallest among the other fiber optic connectors. The MU is popular in industrial and medical applications as it has low insertion loss and is easy to use with the push-pull locking mechanism. The MTP/MPO connectors are typically used for large scale networks or multiple fibers in one connector.The 1060100240 connector is among the latest in fiber optic technology. It is considered to be the \'evolutionary connector\' of the industry, providing superior performance and reliability. The 1060100240 is an MT-style designed connector that is used in telecommunications, data centers, broadcast, and other networks. It offers improved performance for single mode channels and is designed for higher insertion loss, return loss, and reflectance. It is also compatible with most standard jacketed cables and occupies less space than conventional connectors.Fiber optic connectors are increasingly becoming a popular choice for high-speed data and communication applications because of their superior performance and reliability. They have become a viable option in data centers, broadcast, telecom, enterprise, and other demanding network solutions. Additionally, fiber optic connectors offer a secure and reliable pathway for data transmission which makes them a preferred choice for users.The 1060100240 connector uses a two-piece design with a robust stainless steel shell and an easy to use push-pull locking mechanism. This makes the connector simple to install and use. Additionally, it is highly resistant to contamination and offers excellent quality optical and mechanical performances. The connector is rated for up to 250 mating cycles, allowing for quick connections and convenient usage.The working principle of fiber optic connectors is based on principles of light refraction and light reflection. Light is transmitted through the connector by the use of two lenses. One lens is placed on the end of the connector which sends the light to the other end in a single beam. The other lens is placed on the other end where the light is diverted and reflected at various angles. This is called total internal reflection, which ensures that all the light is transmitted with minimal errors and reflections.In conclusion, fiber optic connectors are essential devices for transmitting data in high-speed networks and other applications. The 1060100240 connector is the newest and most advanced type of this technology, providing superior performance and reliability. It offers improved performance for single mode channels and is highly resistant to contamination and wear. The working principle of fiber optic connectors is based on the principles of light refraction and reflection, providing for secure and reliable data transmission.

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