2036-42-C3

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Gas Discharge Tube Arresters (GDT) are devices designed to protect circuits from electrical transients. GDTs are available in a variety of sizes and configurations with a range of protection levels. They are often used in communication, telecommunications and power supplies.

The 2036-42-C3 is a Gas Discharge Tube (GDT) arrester designed by Meninger Corporation. It has a peak current protection voltage of 20 volts and a surge withstand capability of 24 volts. The device is designed to be used in power systems or other applications where surges in electrical transients may occur. It is rated up to 2,500 volts surge current. This GDT is a one-piece, pre-assembled device that combines a varistor element with an ESD component. The ESD component provides low-voltage protection and the varistor element provides high-voltage protection.

The working principle of the 2036-42-C3 is relatively simple. When excessive voltage is applied to the device, the ESD component triggers and switches off the power supply, preventing damage to the system. The varistor element then comes into play and absorbs the excess voltage, thus protecting the system from permanent damage. The combination of the two elements provides superior protection from electrical transients.

The 2036-42-C3 is primarily used in industrial and commercial power distribution systems, telecommunication systems, and other applications where protection from electrical transients may be needed. It is designed to be installed in close proximity to equipment or circuit boards where circuit protection is required. It can also be used in vehicles, aircraft, and other equipment to provide protection from surges and electrical transients, preventing damage to electronics.

In conclusion, the 2036-42-C3 is a one-piece, pre-assembled Gas Discharge Tube arrester designed by Meninger Corporation. It combines an ESD component and a varistor element to provide superior protection from electrical transients in power systems and other applications. The device is designed to be used in close proximity to equipment or circuit boards, and can be used in vehicles, aircraft, and other equipment to prevent damage from electrical transients.

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