SBR05U20SN-7

SBR05U20SN-7 Application Field and Working Principle

The SBR05U20SN-7 is a diode array which can be found at the core of many electrical applications. It is classified under the diodes-rectifiers-arrays category. The SBR05U20SN-7 is a 5-pin array that is part of the Schottky barrier rectification (SBR) family. It is comprised of four series-connected Schottky diodes that feature a low forward voltage drop, as well as improved resistance to thermal shock.

Application Field

The SBR05U20SN-7 diodes are used in various applications, including power management and consumer electronics. The low reverse leakage of these diodes make them ideal for power-supply systems, where the diodes can provide reliable protection from reverse voltage surges. The diodes also offer an improved thermal shock resistance, making them ideal for applications that require high-temperature operation.

In consumer electronics, the SBR05U20SN-7 diodes are widely employed in circuit protection and switching applications. The diodes can be used to protect sensitive components from EMI, while also providing switching capabilities to allow for rapid switching between circuit states.

Working Principle

The SBR05U20SN-7 diodes employ a Schottky barrier rectification principle, where a thin metal layer is deposited on the diode’s surface. This forms a metal-semiconductor junction and allows the diode to conduct current with a low voltage drop, providing enhanced efficiency when compared to traditional rectifiers.

The diode array also features a low forward voltage drop, as well as a low reverse leakage current, meaning that it can provide reliable protection from voltage surges. The diodes can also be paired with other components to create protection circuits, which can be used to protect sensitive components from EMI.

Conclusion

The SBR05U20SN-7 is a 5-pin diode array that is part of the Schottky barrier rectification family. It can be used in a variety of applications, such as power management and consumer electronics, where it can provide reliable protection from voltage surges. The diode also offers improved thermal shock resistance, as well as a low forward voltage drop and low reverse leakage current, making it a reliable and efficient choice for many different applications.