B88069X5600S102

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Introduction to GDT

Gas Discharge Tube Arresters (GDT) are electronic devices used for protecting electronic equipment from damage due to overvoltage. GDTs are formed of two parts, an insulating tube filled with gaseous material and two electrodes that form an electrical discharge spark at high voltage levels. These Arresters are widely used in power supply, communications, medical, audio and other electronic systems which are affected by high voltage.

Function of GDT

The main function of GDT is to detect and limit overvoltage during a fault and act as a protective device. These devices are normally designed to provide protection and act as a ‘Guard’ in an electrical system. When a GDT device is exposed to an overvoltage spike, the spark produced by the device protects the components and dissipates the overvoltage energy.

Working Principle of GDT

GDT works on the principle of “Breakdown Voltage”. When the voltage is applied, the insulation between the two electrodes of the GDT breaks down, forming an arc between the electrodes, thus releasing the high voltage. This arc is then discharged from the device and the overvoltage is absorbed. This facilitates the safe passing of the current without any damage to the electrical systems.

B88069X5600S102 GDT Application and Working Principle

The B88069X5600S102 is a GDT device that is used to protect electrical systems from overvoltage. This device is constructed with two electrodes and an insulating tube that contains a gaseous mixture. When a voltage spike is detected, the device activates and a spark is produced. This spark dissipates the energy from the overvoltage, thus protecting the system from further damage.

The B88069X5600S102 is designed to operate in normal operating conditions and offers a high level of protection against overvoltage spikes. It is widely used in power supply and communications systems that are exposed to high voltage levels. This device also offers surge current carrying capacity and low power dissipation.

The working principle of the B88069X5600S102 is based on the same principle as that of other GDT devices. When an overvoltage spike is detected, the insulation between the electrodes breaks down and an arc is produced. This arc dissipates the energy from the overvoltage and protects the system from any further damage.

Conclusion

GDT devices are essential components in protecting electronic systems from high voltage levels. The B88069X5600S102 is a state-of-the-art GDT designed to provide protection against overvoltage spikes. This device is widely used in power supply and communications and offers both surge current carrying capacity and low power dissipation. The working principle of the B88069X5600S102 is based on the same principle as other GDT devices, whereby an arc is produced between the electrodes to dissipate the energy from the overvoltage.

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