ES2CHE3/52T

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The ES2CHE3/52T is a single rectifier diode used in applications to convert alternating current (AC) to direct current (DC). It is used in commercial and industrial electrical systems, telecommunications, and computer power supplies. It is a low voltage, rated for use up to 85°C for continuous operation.

The ES2CHE3/52T diode has a high-temperature plastic package, designed for surface mount applications. The plastic material has a glass transition temperature (Tg) of 140°C and a highly accelerated thermal cycle life of 3000 hours at temperature of +150°C. It has a plastic resistor element with a continuous power rating at room temperature of 0.7 W and a surge power rating at +85°C of 10 W.

The rectifier diode can be used to add a DC DC level to an AC signal or for full wave rectification. It is also used for temperature compensation of signals, demodulation of envelope signals, or in polarity protection circuits. It has an average forward voltage drop of approximately 0.58V at a forward current of 5 A. This forward voltage drop allows it to be used in DC coupling of transmission lines along with thermal protection.

The working principle of a rectifier diode is based on the PN-junction diode. This is a two-terminal semiconductor device formed by merging two different types of semiconductor materials called P-type and N-type. The interaction between the P region and the N-region forms a diode where current flows in only one direction. The rectifier diode helps to control the flow of current and also stops it in the opposite direction.

The ES2CHE3/52T is a low power single rectifier diode that is used in applications such as power supplies, telecommunications and computer power supplies. Its features make it an easy to use and reliable device for controlling and converting alternating current to the direct current needed for various applications. Its PN-junction diode structure helps ensure that the current flows only in the desired direction. Furthermore, its robust design ensures it operates up to 85°C. Its features give it a wide range of applications ranging from temperature compensation to polarity protection circuits.

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