2026-20-CB

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 tube arresters (GDT) are a form of gas-filled film gap, involving two electrodes which are separated by an insulating liquid. When subjected to high voltages, a spark forms at the electrodes and the circuit is completed, allowing a charge or a current to flow. This type of arrester typically consist of two electrodes (usually of a low resistance), which are sealed inside a polymeric shell. The chamber is filled with a gas such as air, nitrogen or carbon dioxide. When the voltage across the two electrodes exceeds a certain limit, a spark will form, completing the circuit, causing a current to pass through the arrestor, allowing it to be protected from damage.

The 2026-20-CB applicator field and working principle is a type of gas-charged spark gap arrestors. In this case, the arresting element is a single spark gap filled with a carbon-based gas that is both insulating and able to withstand the effects of electric current. It is designed to provide overvoltage protection to electronic equipment by means of a nonflammable, nonconductive insulating gas. The voltage applied to the two electrodes is limited to a specific level defined by the manufacturer. Once the applied voltage reaches the level defined by the manufacturer, a spark forms at the gap, and a current is passed through, allowing it to be discharged safely.

In order to ensure the required performance level during operation, the 2026-20-CB applicator field and working principle utilizes a gas-discharge tube to arrest the applied voltage as soon as it exceeds the predetermined level. The spark gap used in this type of arrester is designed to provide overvoltage protection for electronic circuits and is suitable for use with electronic equipment operating up to 1000 VAC. The arresters are also capable of handling voltages up to 2000 VAC.

The main components of the 2026-20-CB applicator field and working principle includes the following: two electrodes inside a rigid shell, which is filled with a nonflammable gas; a spark gap, which is designed to spark when the applied voltage exceeds a certain limit; and a spark gap filler, which helps to provide a consistent energy discharge. The operation of the system is quite simple; when the voltage between the electrodes exceeds the programmed level, a spark passes through the spark gap and a current is passed through the arrestor, allowing it to be discharged safely. The current is then dissipated through the spark gap filler, helping to prevent the arrestor from over-heating.

The 2026-20-CB applicator field and working principle is one of the most reliable and tested applications used in today’s modern electronics. This type of arrester is particularly suitable for use with high-voltage circuits, as it is designed to provide overvoltage protection of electronic components and circuits. Furthermore, this type of arrester is designed to provide an even distribution of current throughout the protected area, allowing the energy to be dissipated safely. Additionally, this type of arrester is designed to be unaffected by extreme environment conditions such as high humidity, low temperature or water and dust.

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