2035-25-A

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:	User Defined
Package / Case:	Cylinder No Lead

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Gas Discharge Tube Arresters (GDT) – 2035-25-A Application Field and Working Principle

Gas Discharge Tube Arresters (GDT) are an important part of any electrical system that needs to be adequately protected. They are commonly used to protect electronic systems from power surges and voltage spikes. They contain a gas tube which is charged with a specific level of electricity that is capable of controlling the flow of electricity through the system when an abnormally high level of voltage is detected. Therefore, GDTs are used in a wide variety of industrial and consumer applications.The 2035-25-A model of GDTs has been designed for use in domestic and industrial applications. This model of GDT has a nominal operating voltage of 25 volts and a discharge current of 200 amps. It contains an internal resistor which limits the discharge current in the event of a power surge or a voltage spike. It is designed to provide protection against both externally generated power surges and internally generated voltage spikes.In order to understand the working principle of GDTs, it is important to understand what happens when a power surge or a voltage spike is detected. When a power surge is detected, the gas inside of the gas tube is compressed and the resulting current buildup causes the tube to spark. This spark has the capacity to dissipate large amounts of energy quickly and efficiently, thus preventing the damage that may have been caused by the power surge.When a voltage spike is detected, the voltage within the tube is dropped to a pre-determined point. As the voltage is lowered, it creates an induction field effect around the tube, causing the charge to be redistributed. This process helps to reduce the level of electricity within the system and prevents any further damage from occurring.Therefore, the 2035-25-A model of GDT protects electronic systems from both externally generated power surges and internally generated voltage spikes. It uses a spark gap to dissipate large amounts of energy quickly and induces a field effect to help reduce the level of electricity within the system. This model is well suited to both domestic and industrial applications. In conclusion, GDTs are an important part of any electrical system that needs to be adequately protected. The 2035-25-A model of GDT is designed for use in both domestic and industrial applications. It works by using a spark gap to dissipate large amounts of energy quickly and inducing a field effect to help reduce the level of electricity within the system. This helps to protect electronic systems from a variety of electrical hazards.

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