2035-25-SMLF

Series:	2035
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Moisture Sensitivity Level (MSL):	--
Voltage - DC Spark Over (Nom):	250V
Impulse Discharge Current (8/20µs):	5000A (5kA)
Tolerance:	±15%
Number of Poles:	2
Fail Short:	No
Mounting Type:	Surface Mount
Package / Case:	2-SMD Cylinder Square End

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In the world of electrical engineering there is a relatively new electronic component that has made a significant impact on the industry. Gas Discharge Tube Arresters (GDT) is a type of electrical component used to protect against surges in electrical power or alternating current. It is generally used in power lines, telecommunication lines, medical equipment, automotive applications, and other applications where voltage protection is needed.The primary components of a GDT are an anode, a cathode, and an impregnated arc-suppressing element between the two. The GDT works by allowing an arc to form between the anode and the cathode if a large voltage surge occurs between the two. The arc created is self-extinguishing meaning it stops the current buildup without additional intervention. This helps to protect the relevant equipment from damage when being subjected to unexpected power fluctuations.The effectiveness of GDTs is based on two phenomena; the Townsend effect and the skin effect. The skin effect is the tendency of the electrons to flow forward along the surface of a conductor instead of throughout the conductor. Meanwhile, the Townsend effect describes the tendency for electrons to be released from a surface due to an electric field. These effects enable the arc in the GDT to mold to the surface and follow the trace while extinguishing it quickly.Besides regular GDTs, there are also special types of GDTs such as the thyristor suppressed GDTs, which use a semiconducting material integrated with the GDT. This allows the circuit to remain partially conductive even when the electrical current is over the voltage threshold, which effectively limits the current build-up.The introduction of GDTs in 2035-25-SMLF has led to the development of newer application fields and working principles. For instance, GDTs are used in automotive field to provide added protection against conduction of electric current caused by lightning strikes, as well as electromagnetic interference from external sources. In medical field, GDTs are often used for protection of sensitive equipment from power fluctuations. GDTs are also used in the telecommunication field, to offer protection from large voltage fluctuations entering or leaving the communication system.In short, GDTs are versatile components that provide important protection against damaging electrical currents. Its ability to direct the arc away from sensitive equipment makes it especially valuable in both commercial and industrial applications. Its relatively simple construction makes it an affordable option compared to other more complex types of voltage surge protectors

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