Vishay Silicon Junction Switching Diode 5 A 50 V 2-Pin Surface Mount DO-214AA S5A-E3/57T

Vishay S5A-E3/57T Silicon Junction Switching Diode is a high-quality, surface-mount discrete semiconductor device engineered for efficient power rectification. Designed to handle a maximum forward current of 5 amperes and a peak reverse voltage of 50 volts, this diode is housed in a compact DO-214AA 2-pin surface mount package with dimensions of approximately 7.11 mm in length, 6.22 mm in width, and 2.42 mm in height, making it suitable for compact electronic circuits.

The device features a standard recovery time of 2.5 microseconds, allowing it to switch efficiently in power conversion applications. It supports peak non-repetitive forward surge currents up to 100 amperes, ensuring durability under transient load conditions. With an operating temperature range from -55°C to 150°C, this diode is suitable for demanding industrial environments including power supplies, motor controllers, and other electronic equipment requiring reliable Switching Diodes.

This silicon junction diode is surface mountable, facilitating mass production with automated pick-and-place equipment to improve manufacturing efficiency. Its low forward voltage drop of 1.15 V contributes to lower power dissipation and improved energy efficiency in electronic designs.

Maximum forward current: 5 A with low power loss. Peak reverse voltage: 50 V for effective voltage blocking. Standard recovery time: 2.5 μs suitable for switching applications. Compact DO-214AA surface mount package for space-constrained designs.

Operating temperature from -55°C to 150°C for robust industrial performance. High surge current capability up to 100 A. 2-pin configuration enables easy PCB integration. Low forward voltage (1.15 V) reduces heat generation.

This diode is ideal for use in industrial electronics, power supply rectification, switching circuits, and other applications requiring efficient and reliable semiconductor diodes. The Vishay brand ensures high manufacturing quality and consistency. Explore more discrete semiconductors and switching diode solutions at EnvMart.