B88069X5080T502

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Gas Discharge Tube Arresters (GDT) are a form of protection against transient voltages, and one of the most widely used is the B88069X5080T502 GDT. It is designed to be used in a wide range of applications, from industrial and commercial to residential and home automation, as well as for overvoltage protection, voltage breakdown protection, and switched mode power supplies.

The B88069X5080T502 is a two-terminal Nylon-Halogen-Fluoride (NH-F) gas discharge tube that operates by conducting high-voltage pulses in the presence of a dielectric gas. It contains an ionizable gas mixture of helium and nitrogen, which is held at a high pressure. When a surge of overvoltage is applied to the device, the electrical field near the electrodes is enhanced, causing the gas to become ionized; this increases the current flow, and the gas begins to conduct and discharge the energy.

The unique design of the B88069X5080T502 GDT increases its reliability and ensures that even under heavy transient voltage, it will remain in a safe, non-conductive state. This is achieved by its ability to self-heal, meaning that the GDT will return to its normal, non-conductive state once the voltage spike has dissipated. This enables the device to provide surge protection, even after repeated surges or long-term exposure to overvoltage.

The B88069X5080T502 is an effective protection device for transient voltages because of its fast reaction time. The GDT is able to switch from a non-conductive state to a conductive one instantaneously, meaning that it provides protection against transient voltages almost immediately. This fast reaction time is of particular importance when protecting AC, DC, and telecom systems.

The B88069X5080T502 GDT is also extremely reliable and durable thanks to its low thermal coefficient, which helps to prevent it from becoming too hot when handling large voltages. The low thermal coefficient also helps to increase the lifetime of the device, providing protection for the circuits that it is connected to over many years.

In addition, the B88069X5080T502 has a double seal design, which helps to ensure that the device can withstand a wide range of environmental conditions when in use. This is especially important for applications that may be outdoors, such as telecommunications systems, medical equipment, and industrial applications.

Overall, the B88069X5080T502 is an ideal solution for effective and reliable protection against transient voltages. It offers fast response time and long-term reliability, along with a wide range of protection capabilities, making it a cost-effective solution for many different applications.

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