B88069X8870B502

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Gas Discharge Tubes (GDTs) are an electrical device used to protect electronic circuits from damage due to electrostatic discharge or power surges. The GDT works by providing a low, controlled resistance path to ground for an electromagnetic surge or discharge. GDTs are commonly used in telecommunications systems and computer networks, and they have become increasingly popular in consumer electronics as a means of providing EMI/RFI protection.The B88069X8870B502 is a GDT specifically designed for surge protection applications. It is designed to provide protection from both AC surges and DC transients, and can be used in a variety of applications ranging from telecom installations to consumer electronics and home network configurations.The B88069X8870B502 utilizes two main components: an internal MOV discharge element and an external spark gap. The MOV element is a metal oxide varistor which works by providing a low resistance path for the surge current. The external spark gap ensures that the MOV is enabled and also provides additional protection from lightning strikes or other extreme events. The MOV element is rated for up to 120Vrms and the spark gap is designed to work up to 8kV peak.In operation, the B88069X8870B502 absorbs transient energy and dissipates it to ground across its low impedance path. This protects the electronic device from the surge. The MOV element is used as the main surge energy absorber and the spark gap acts as a secondary absorber, sensing the intensity of the incoming surge and providing additional protection from large transient disturbances.In summary, the B88069X8870B502 is a GDT specifically designed for surge protection applications. It utilizes an internal MOV discharge element and an external spark gap to provide protection from both AC and DC surges. The MOV provides a low-impedance path and the spark gap ensures that the MOV is enabled and provides additional protection from large transient disturbances. It is suitable for a wide variety of applications and is capable of protecting devices from surges up to 8kV peak.

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