B88069X5040T103

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Gas Discharge Tube Arresters (GDT) protect transmission lines by providing an alternate path to the ground when there is a surge on the line. They are made up of a gas filled tube and two external electrodes, and they must be capable of withstanding high-voltage surges and provide effective short-circuit protection.

The B88069X5040T103 is an example of a GDT, and it is designed for use in high-precision data transmission and computer systems, which are vulnerable to power and surge disturbances. It is ideal for applications in telecommunications, industrial and automotive systems. It provides overvoltage protection for both AC and DC systems, and it has a high power handling capacity and low capacitive coupling for optimal signal transmission.

The working principle of the B88069X5040T103 is based on the use of a gas-filled tube and two external electrodes. When a surge is detected in the system, the tube will automatically fire and create a short circuit, allowing the surge current to be diverted away from the system and safely dissipated into the ground. This prevents permanent damage to the system, as well as providing protection from transient voltage spikes.

The B88069X5040T103 is designed to withstand high-voltage surges ranging from 40V to 500V. It is also equipped with built-in overvoltage protection, which further ensures its protection against sudden power dips or surges, thus preventing any damage from occurring. The device is also designed to provide low capacitive coupling, allowing for optimal signal transmission through the system, and it comes with a selectable surge rating, making it suitable for a wide range of applications.

The B88069X5040T103 is an effective way of protecting sensitive data and computer systems from surge damage. Its high power handling capacity and low capacitive coupling capabilities make it the ideal choice for applications in telecommunications, industrial, and automotive systems, and its robust construction and reliable operation ensure long-term reliability and performance.

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