BAS21UE6359HTMA1

Diodes - Rectifiers - Arrays

BAS21UE6359HTMA1 is a high-speed Schottky rectifier diode array in surface-mount application, featuring low forward-voltage drop, fast switching speed and low power loss. Its terminals are designed to make automated assembly easier, allowing quick and efficient assembly of components with minimal operator training.

Application Field

The BAS21UE6359HTMA1 is specifically designed for DC/DC converters and other power applications, as well as general use in consumer and industrial equipment. It is capable of withstanding high surge current in consumer applications, and is optimal for any applications requiring low power loss and fast switching speeds.

The device can also be used in automotive electronics such as charging systems, electric motor controllers and vehicle computers, making it a great choice for lead-acid storage batteries, golf carts, motorcycles and hybrid/electric vehicles. It can also be used in a variety of power devices that require minimal power loss, such as consumer electronics, telecom devices, and other appliances.

Working Principle

The BAS21UE6359HTMA1 features a Schottky rectifier, which uses a metal–semiconductor junction rather than a P-N junction. This construction enables the device to show very fast switching times, and very low forward voltage drop. The Schottky rectification process is fast, providing excellent operation and high efficiency in a small package, making this device ideal for any applications requiring quick switching, low power loss and general power applications.

The device can block up to 60 V peak, and it can output up to 200 mA of continuous current. Its peak surge current capability is 8 A, and it has low forward voltage drop of 0.3 V. The device also has wide operating temperature range of -55 °C to 150 °C. This makes it suitable for a variety of applications in environments where temperature could vary significantly.

Conclusion

The BAS21UE6359HTMA1 is a great choice for any applications requiring low power loss, high surge current, and fast switching speeds. Its advantages include low forward voltage drop, wide operating temperature range, and compact size. It can be used in a variety of applications, including DC/DC converters, automotive electronics, and consumer devices. With its excellent performance, the device is highly recommended for use in any applications requiring efficient power conversion and maximum performance.