2036-23-C2F

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Gas discharge tubes (GDTs), also known as spark gaps or spark gaps, are a type of surge protection device used in electrical circuits. GDTs have been used for many years to protect against lightning and other transient surges. They provide a reliable way to protect equipment from excessive voltage and current caused by those transient surges. The 2036-23-C2F GDT is specifically designed to provide heavy-duty surge protection for power, telecommunications, aviation, and industrial applications.

GDTs typically consist of two metal electrodes with insulation between them. The 2036-23-C2F GDT has a single metal electrode protected by an insulating material. When an electric current passes through the GDT, its current-voltage curve can tell us how much current will flow when a certain voltage is applied. When a transient voltage or current occurs, the current-voltage curve of the GDT allows it to divert the transient current away from the equipment. The GDT will then "break down" and conduct the excessive current and dissipate the energy as heat.

The 2036-23-C2F GDT is designed to protect against the most common and extreme transient events such as lightning, surge, spikes, sags, and harmonics. It is an ideal choice for heavy-duty surge protection applications, due to its high voltage rating of 7500V and its ability to absorb up to 18kA of transient current per mode. It is also able to withstand multiple transient events without degrading or failing.

The 2036-23-C2F GDT is designed to be installed in series with the circuit. When a transient voltage or current occurs, the device will divert the surge current away from your circuit, thus protecting your equipment. The device also acts as a "self-resetting" device. Once the surge has been diverted, the device will reset to its original state. This means that the device will be ready to protect your equipment from any subsequent transient events.

The working principle of a GDT is based on the physics of a spark gap. A spark gap consists of two electrodes with a gap between them. When a voltage is applied to the electrodes, electrons will flow across the gap until the voltage is high enough for a spark to jump the gap. The sparks then produce an arc between the electrodes, which acts as a conductor to divert the current away from the circuit. GDTs use the same principle, but the spark gaps are replaced by an insulating material. This allows them to be used in much higher voltage applications.

The 2036-23-C2F GDT is an ideal surge protection solution for numerous applications in power, telecommunications, aviation, and industrial environments. It is designed to protect against both common and extreme transient events and can absorb up to 18kA of transient current per mode. It is also self-resetting, meaning that it can be used to protect your equipment against multiple transient events. In addition, it is designed to be installed in series with the circuit, so that it can divert the surge current away from your equipment.

The specific data is subject to PDF, and the above content is for reference