S2J-E3/52T Discrete Semiconductor Products

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The S2J-E3/52T is a single diode rectifier that delivers repeatable and reliable performance across a wide range of applications. This diode rectifier is suitable for use in different areas, such as rectifiers for automotive, appliances, lighting and power control, as well as in switching power supplies. It provides a robust solution for almost any type of application.

The S2J-E3/52T features a Junction to Terminal design, which is efficiently sealed and provides excellent heat dissipation. This enables it to maintain a stable operating temperature, even under heavy loads. Additionally, it has a low forward voltage drop and its low capacitance minimizes the risk of distortion when switching on or off. It also has a reverse leakage current of 0.5 uA or less, which helps to ensure that the current remains stable and accurate throughout operation.

The working principle of the S2J-E3/52T is based on the variable-voltage forward conduction mode of the PN junction. In this mode, the forward voltage drop of the PN junction is dependent on the current. An increase in the voltage across the PN junction will cause a corresponding increase in the forward current. This allows for the diode to conduct more current and to provide higher peak voltages.

The S2J-E3/52T can be used in many different applications such as lighting, power control, automotive and appliance rectifiers. It is suitable for use in power supplies, motor control, switching converters, LED lighting, high-current pulse circuits, protection circuits, and many other applications. The diode rectifier is capable of providing high voltage protection, current limiting, and over-voltage protection. Furthermore, it is also suitable for boosting the output voltage in DC-DC converters.

The S2J-E3/52T offers a robust and reliable single rectifier designed for a wide range of applications. With its Junction to Terminal design and excellent heat dissipation, it is capable of maintaining an incredibly low operating junction temperature. Additionally, it offers low forward voltage drops, and its low capacitance helps to minimise the risk of distortion when switching. Its high surge current capability, coupled with its versatile design mean it is capable of easily meeting the demands of most types of modern electrical systems. Finally, its low reverse leakage current ensures an accurate and stable output current throughout operation.

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