2035-35-SMLF

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The 2035-35-SMLF gas discharge tube arrester is a type of GDT designed to provide overvoltage protection to electronic circuits and equipment. GDTs are basically high temperature resistors designed to protect circuits from damage due to high voltage transients. The 2035-35-SMLF works by allowing a limited current to flow through the circuit if an overvoltage condition occurs. The current is then discharged rapidly and the voltage reduced.

The 2035-35-SMLF utilizes a microgravity ceramic-filled tube. This design has an exceptionally low thermal transfer rate so that the current flows within between the electrodes and maintains a safe level of protection for most circuits. The ceramic filling inside the tube is designed to help dissipate and reduce any voltage that could cause harm to the circuit. This type of protection is better than traditional GDTs as there is less of a risk that a higher current will cause the circuit to be destroyed.

The 2035-35-SMLF GDT is designed to be used in critical applications such as aerospace, medical and defense systems. This device provides protection from over-temperature, over-voltage, over-voltage transients, and over-current conditions. It also helps protect circuits against transient disturbances. The 2035-35-SMLF is available in a variety of package styles and various current ratings for maximum protection.

The working principle of the 2035-35-SMLF is based on the electrostatic attraction between a ceramic-filled tube and an electrode. The ceramic-filled tube creates a constant electrical field. When an overvoltage occurs, electrons travel through the tube and attach to the electrodes creating a large enough spark to extinguish the current. This allows the voltage to quickly dissipate and the circuit to return back to the working voltage.

The 2035-35-SMLF GDT is able to provide superior protection to circuits and equipment. The design of the tube ensures that the current will be limited when an overvoltage occurs and the ceramic filling helps dissipate the energy more quickly so that the voltage can return to its previous level. This type of GDT is ideal for use in high-temperature and critical applications where it is important to protect the circuits and equipment from damage due to high voltages.

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