GSD2004C-HE3-18

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The GSD2004C-HE3-18 is a member of the rectifier array family of diodes. It is made of four Schottky barrier rectifiers attached to a single lead frame and offers four Poles with 8000Vrms maximum avalanche voltage in a subminiature package.

The primary application field for GSD2004C-HE3-18 would be general purpose rectification in an industrial or consumer device. For example, it can be used in high voltage applications where fast switching times are required such as DC-DC converters. Another key use of GSD2004C-HE3-18 is in automotive applications where it is used for power supply rectification in airbag igniters, battery monitoring systems and electronic fuel injection systems.

The working principle of the GSD2004C-HE3-18 involves the use of a semiconductor material structured in such a way that it is able to effectively control the flow of electricity either in one direction or in both directions. The semiconductor material used is a Schottky barrier which when wired correctly, behaves almost like a switch, where when a specific voltage is applied, electrons move readily in one direction and not in the other.

When used in a circuit, the GSD2004C-HE3-18 can take alternating current input and produce direct current output. In its simplest form, the rectifier array takes in alternating current oscillations from the power source and rectifies the waveform back into a unidirectional (DC) voltage. This voltage is then output to the device being supplied for power.

The GSD2004C-HE3-18 rectifiers also offer the benefits of low power dissipation and fast switching times when compared with other diodes and can be used for power supply isolation, voltage surge protection and voltage clamping. They are also proven to be highly reliable with no risk of temperature runaway.

Due to the wide range of available applications and the benefits of the GSD2004C-HE3-18, it can be seen as a great all-in-one solution for rectification needs in many industries. It is highly efficient and reliable, making it a great choice for applications needing fast switch times and robust, long-lasting performance.

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