2036-25-C2

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Gas Discharge Tube Arresters (GDT) are designed to protect sensitive electronic circuits and equipment from being damaged by a high-intensity electrical shock. It is used in conjunction with an over voltage protection device such as a voltage regulator. GDTs work by providing a designed level of energy, such as lightning, to protect against a high voltage surge before it reaches a sensitive load or device.

GDTs are typically made with an aluminium body and two electrodes that are placed inside to create a spark gap. The two electrodes are often and alternating sparking pins connected to the two sides of the arrester. As a voltage is exposed to the arrester, a spark is created between the two electrodes that will then extinguish the original voltage. The spark gap of the GDT is designed to limit the amount of energy that can be passed through the spark gap and add an extra layer of protection for the equipment.

The 2036-25-C2 is a standard type GDT used for lightning, overvoltage, and transient protection as well as surge protection. It is a gas-filled arrester that is suitable for use on power line circuits or is placed on the cable for a circuit. Unlike the traditional GDT, the 2036-25-C2 has three electrodes, which are used to create three separate spark gaps for added protection. It is also designed to provide a much higher level of energy protection than other GDTs on the market.

The working principle of the 2036-25-C2 is quite simple and works by drawing off high-energy voltage spikes or surges before they reach the equipment. When a high-energy surge reaches the arrester, the spark will immediately be extinguished before it reaches the equipment, thereby reducing the risk of damage. Since the arrester has three electrodes, it is able to provide a high level of protection regardless of the type of surge it is facing. Additionally, since the three spark gaps are independent, the 2036-25-C2 can also be used in different applications by adjusting the spark gap size.

The 2036-25-C2 can be used in a variety of fields such as power supply systems, communication networks, computer and audio systems, motor drives and even in industrial equipment. They are particularly popular for use in lightning protection systems due to their ability to provide an excellent level of protection. Additionally, they are often recommended by equipment manufacturers for use in surge protection systems because of their ability to draw off the energy before it reaches the equipment.

The 2036-25-C2 is an effective and reliable protective device for a variety of electronic systems and equipment and is designed to provide a high level of protection from low and high voltage surges or shocks. The three spark gap design of the 2036-25-C2 makes it a viable solution for a variety of applications and provides a reliable protection against a wide range of voltages.

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