2036-35-B

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Gas Discharge Tube Arresters (GDT) are electrical components used mainly as protection devices against transient voltage or voltage spikes. GDTs are designed to rapidly dissipate the transient voltage energy by creating a spark gap across its electrodes. This is done by triggering ionization of a gas, usually nitrogen, which then enables a spark across the gap.

2036-35-B is a type of GDT commonly used in low voltage applications and its operating voltage is between 1 to 35 volts. It is made up of two electrodes and a glass discharge tube. The electrodes are connected to an internal resistor and the glass discharge tube is filled with an inert gas such as nitrogen. In its normal state, there is no current flowing between the two electrodes due to the very high resistance and breakdown voltage of the electrodes.

When a voltage spike occurs, it is greater than the breakdown voltage of the tube. In such cases, electrons are accelerated and break down the dielectric barrier between the two electrodes. This initiates a spark, creating a path between the two electrodes for the current discharge which then drops the voltage spike to a safe level. This voltage spike protection ensures that a delicate electronic equipments is not damaged due to spikes.

The 2036-35-B GDT is widely used in various applications such as TV, radio, motor led driver, solar system, electric power, uninterruptible power supply and audio amplifiers. This GDT is also used in many industrial applications such as power plants, transformer protection, wind turbines, and automotive systems. Due to its high surge protection, 2036-35-B GDT is also used as a surge protector for AC and DC power systems. It is also used for voltage stabilization systems for various electrical equipment.

In conclusion, the 2036-35-B type of GDT is a highly reliable device when it comes to protecting delicate electrical equipment from damaging voltage spikes. It is widely used for surge protection in various power components as well as for voltage stabilization in various industrial and commercial applications.

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