2036-07-C3

Series:	Mini-TRIGARD™ 2036
Packaging:	Tray
Lead Free Status / RoHS Status:	--
Part Status:	Obsolete
Moisture Sensitivity Level (MSL):	--
Voltage - DC Spark Over (Nom):	75V
Impulse Discharge Current (8/20µs):	10000A (10kA)
Tolerance:	±20%
Number of Poles:	3
Fail Short:	No
Mounting Type:	Through Hole
Package / Case:	Axial Cylinder, 3 Lead (Radial Bend)

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Gas discharge tube (GDT) arresters are used to protect electrical circuits, equipment, or other objects from excessive potentials or potentials above their normal operating limits. They are used in almost all types of electrical systems, including power transmission, distribution, electric traction, substations, and communication networks. GDT arresters are semiconductor-type devices that are designed to reduce the magnitude of short duration, high energy transients by shunting the energy away from sensitive components. They are commonly used in high-voltage, three-phase applications such as power lines, substations, and communication networks.GDT arresters are composed of two components: a metal shell and a gas-filled tube. The metal shell houses and seals the gas-filled tube, allowing it to dissipate the high energy transients. The metal shell is designed to retain the gas-filled tube in the event of an over-voltage condition, preventing additional stresses and potential damage to the electrical circuit or equipment. The gas-filled tube is the actual device that dissipates the energy and limits the current passing through the arrester. It is composed of a cathode/anode assembly encased in a glass, quartz, or other non-conductive enclosure. This enclosure is filled with a gas mixture, typically sulfur hexafluoride, to allow for rapid ionization in the event of a voltage surge.When a voltage surge occurs, the arrester rapidly ionizes the gas mixture inside the tube. The shifted electrons produced by the ionization process create an electric field that attracts the fast and continuous transmission of electrons to the anode, thus providing current shunting and voltage clamping. This process allows the arrester to reduce the amplitude of the amplitude of the voltage surge by shunting the energy away from the sensitive electrical system. This process, combined with the capacitive effect of the gas mixture, helps to limit the peak voltage of the transient and protect the electrical system from potential damage.GDT arresters also offer many advantages over other surge protection devices. They are often superior in their ability to suppress deep over-voltage impulses and can tolerate long duration over-voltage values of up to three times their normal operating voltage. Additionally, GDT arresters provide superior performance in high-frequency conditions, making them ideal for applications that require high-speed operation.Overall, GDT arresters are an effective and reliable way of providing surge protection for electrical systems, substations, and communication networks. They provide superior performance for voltage surges and deep over-voltage impulses, while also offering superior high-frequency operation. GDT arresters are a reliable and efficient way to safeguard sensitive electrical components and systems from potential damage.

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