GTCS35-421M-R05-2

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Gas discharge tube arresters (GDT) are a type of surge protection device designed to protect sensitive electronic circuits and electrical systems from the effects of voltage surges. The GTCS35-421M-R05-2 is one such device designed to provide protection from high voltage transients such as lightning and switching surges. In this article, we will discuss the application field and working principle of the GTCS35-421M-R05-2.

The GTCS35-421M-R05-2 device is a medium-gap variation surge arrestor with high current and high energy capability. It can be used for both AC and DC applications, as it is designed to provide over-voltage protection for electrical and electronic equipment. It is suitable for a wide variety of applications, including industrial equipment, telecommunications and power supplies. It is also capable of providing excellent protection against lightning induced transient over-voltages.

The GTCS35-421M-R05-2 is a two-port device that consists of a gas-filled tube connected between two electrodes. When a transient over-voltage occurs, the gas-filled tube acts as a spark gap, allowing the voltage to be diverted away to ground. This prevents damage to the protected components by limiting the voltage and current to a safe level. The gas-filled tube also acts as a voltage clamp, limiting the voltage to a safe level in the event of a transient over-voltage.

The GTCS35-421M-R05-2 is designed to be installed on the power line or in the ground. In the power line, it is typically connected between the line and ground to provide protection for connected equipment. In the ground, it is typically connected between the line and earth ground to provide increased protection for sensitive equipment. The arrestor is also designed to be installed in the signal line, providing protection for sensitive equipment against over-voltages induced by lightning.

The working principle of the GTCS35-421M-R05-2 is based on the concept of gas discharge tube arresters. When an over-voltage surge occurs, the gas-filled tube acts as a spark gap, allowing the voltage to be interrupted and redirected to ground. This action serves to protect the protected equipment from voltage transients. The gas-filled tube also acts as a voltage clamp, limiting the over-voltage to a safe level.

In addition to its application in power line and ground protection, the GTCS35-421M-R05-2 can be used in a variety of other applications. It can be used in telecommunications and Ethernet networks to provide over-voltage protection for electronic equipment. It can also be used in DC power supply systems to reduce the effects of voltage surges induced by electromagnetic interference (EMI). Additionally, it can be used in military and aerospace applications to provide protection against high-level voltages associated with weapons and missiles systems.

In conclusion, the GTCS35-421M-R05-2 is a highly effective surge protection device designed to provide protection against high-voltage transients such as lightning and switching surges. It is suitable for a wide variety of applications, including industrial equipment, telecommunications and power supplies. The arrestor works by allowing the voltage to be diverted away to ground, and by limiting the over-voltage to a safe level. Additionally, the device can be used in a variety of other applications, including telecommunications and Ethernet networks, DC power supply systems and military and aerospace applications.

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