GTCS25-471M-R05-2

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Gas discharge tube arresters (GDT) are safety devices typically used to protect electrical equipment from overvoltage surges. The GTCS25-471M-R05-2 is an example of a GDT, used to limit transients and protect electrical equipment from high-voltage spikes. This arrester is designed for electrostatic protection on electronic equipment.

The GTCS25-471M-R05-2 is designed to work at peak voltages up to 470 volts, with a continuous operating voltage range of 200-470 volts. It has a response time of less than 1 millisecond, and can handle transients with a frequency range up to 5-100kHz. The arrester also has a high capacitance of 0.1 microfarad at 1kHz.

The main application of the GTCS25-471M-R05-2 is to limit the effects of overvoltage transients on sensitive equipment. It can be used to protect circuits, equipment, computer systems, communication lines, and other electronic devices. The GTCS25-471M-R05-2 can also be used to improve EMI performance.

The working principle of the GTCS25-471M-R05-2 is fairly simple. When a surge or transient voltage spike occurs, the arrester responds by rapidly redirecting the energy of the surge. This is done by means of a gas-filled discharge tube, which acts as a semiconductor. The gas inside the tube is ionized when a high voltage surge occurs, and the resulting current is redirected away from the equipment, providing surge protection.

The GTCS25-471M-R05-2 is a reliable and robust device that provides great protection against transient overvoltages. It is a cost effective solution for protecting sensitive electronic equipment from damage due to surges or transients. The GTCS25-471M-R05-2 can be used to guard against powerful electrical disturbances, such as lightning, and it also provides a robust defense against EMI.

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