B88069X8920B252

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Gas Discharge Tube Arresters (GDT) are devices used to protect electronic equipment and systems from lightning and voltage surges. The B88069X8920B252 is one such type of GDT. It is a Metal Oxide Varistor (MOV) type GDT that can be used as both high-voltage and low-voltage protection over a wide range of applications.

The B88069X8920B252 is a two-terminal, high-voltage, MOV-type GDT. It is designed for use in applications such as Telecommunications, Industrial Equipment, Power Electronics, Lighting Control, and Energy Management Systems. It can be used in both AC and DC applications up to 6500V.

The B88069X8920B252 is based on MOV technology, which is a special type of varistor that is specifically designed to protect CMOS logic and analog circuits. MOVs are constructed with a central cathode and two outer layers of zinc oxide material. When a surge occurs, the sudden increase in voltage causes an electrical breakdown in the zinc oxide layers, thus allowing the voltage to pass through the varistor and dissipate safely.

The B88069X8920B252 has an operating voltage of 5500V and a maximum current rating of 1800A. It can be used in applications where overvoltage protection from lightning is required, such as Telecommunications bases, Data Centers, Industrial Equipment, and Power Electronics. It can also be used in applications where low voltage protection is needed to prevent equipment failure due to ESD or EMI.

The B88069X8920B252 has a compact size and can be easily installed into systems that have limited space. It has a high surge capability, meaning it can withstand high voltage surges, such as those encountered during lightning storms. It also provides protection against ESD, EMI, and RFI. It is compatible with a wide range of power inputs, such as AC, DC, and single phase.

The working principle of the B88069X8920B252 is based around the MOV technology. When a surge occurs, the voltage increase causes an electrical breakdown in the zinc oxide layers, allowing the voltage to pass through the varistor and dissipate safely. The varistor will then reset itself after the surge, maintaining its ability to detect and protect against future surges.

The B88069X8920B252 has a wide range of applications, and its MOV technology ensures reliable, high-performance protection against overvoltage and ESD/EMI. This GDT is a cost-effective solution for applications where lightning or other surges are present or may occur. This device is suitable for use in telecommunications, industrial equipment, energy management, and control systems.

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