GTCA26-900M-R05-2

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Gas Discharge Tube Arresters (GDT) are used to protect electronic circuits from high-voltage spikes and transient voltage spikes. The GTCA26-900M-R05-2 is a gas discharge tube arrester designed to provide reliable protection in extreme environmental conditions. It is suitable for use in various industrial and process control applications where protection from transient overvoltages is critical.

The GTCA26-900M-R05-2 arrester is constructed of a variety of gases and arc discharge suppression elements. It features an integrated overvoltage protection circuit, which ensures that the circuit is protected from transient overvoltages. Additionally, the gas discharge tube construction is designed to provide an effective barrier to the passage of high voltage transients.

The GTCA26-900M-R05-2 gas discharge tube arrester has a wide range of applications. It can be used to protect telecommunications equipment, control circuits, industrial processes, instrumentation, and electrical panels from transient overvoltages. Additionally, it can be used in military and avionics applications, as well as power-generation and distribution networks.

The working principle of the GTCA26-900M-R05-2 arrester is based on the principle of capacitance. When a high voltage pulse is detected, the arrester increases its capacitance, which blocks the path of the voltage pulse and reduces the amount of energy passed through to the circuit. As the voltage surge continues, the capacitor builds up a charge until it can no longer absorb any more of the energy from the transient. At this point, the capacitance quickly dissipates the excess energy and the transient voltage is dissipated.

The GTCA26-900M-R05-2 arrester is designed to provide effective, reliable protection from transient overvoltages in a range of applications. It features an integrated overvoltage protection circuit and its construction prevents the passage of high voltage transients. Its wide range of applications and robust construction make it an ideal choice for protecting electronic circuits from high voltage transients.

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