PMT3(310)35010

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Gas Discharge Tube Arresters or GDTs are used to protect electronic equipment and sensitive circuits from high voltage surges or spikes. GDTs work by reducing the amount of energy in the spike, and dissipating it over a larger area. The PMT3(310)35010 is a series of GDTs designed to effectively suppress surges up to 2.5 kilovolts.

GDTs consist of a gas-filled tube surrounded by electrical contacts connected to an external circuit. The gas creates a dielectric barrier which prevents the current from passing through the tube. When a surge of current is applied to the GDT, the gas is ionized by the influx of energy, allowing the current to flow. This dissipates the energy of the surge into the external circuit.

The PMT3(310)35010 GDTs have a breakdown voltage of 2.5 kilovolts (KV). This means that they can be used in applications where the surge protection is needed for voltages up to 2.5 KV. They also have a very low leakage current, meaning that they will not interfere with normal operation of a circuit.

The PMT3(310)35010 series of GDTs have a variety of features which make them useful for a wide range of applications. They have low capacitance, high discharge current capability, and fast response times. They also have low hysteresis, which means that they will retain their current drain even after the surge is gone.

GDTs can be used in a variety of applications where protection against high voltage surges is critical. These include switching power supplies, telecom circuits, and computer equipment. They are also used in industrial applications, such as motor controllers and control panels. In addition, they can be used in medical and safety equipment to protect sensitive components.

The PMT3(310)35010 series of GDTs are a reliable and cost-effective solution for protecting sensitive electronic components. They are able to protect against voltage surges up to 2.5 KV, and have a very low leakage current. And with their low capacitance and fast response times, they are suitable for a wide range of applications.

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