B360A-M3****

Introducing the B360A-M3 Diode, a cutting-edge component in the realm of power management and circuit protection. Crafted meticulously for high efficiency and reliability, this Schottky barrier diode is an indispensable element for a wide range of electronic applications. It boasts an impressive forward current of 3A and a peak repetitive reverse voltage of 60V, making it an ideal choice for your demanding power rectification needs.

The B360A-M3 Diode stands out with its Schottky barrier technology, renowned for its low forward voltage drop and fast switching capabilities. This feature significantly enhances power efficiency, reducing thermal stress and improving the overall performance of your electronic circuits. Whether you are designing power supplies, converting circuits, or implementing battery charging solutions, this diode ensures your systems operate smoothly and efficiently.

Housed in the robust, surface-mount DO-214AC package, the B360A-M3 Diode offers a compact footprint without compromising performance. This package is designed for automated assembly processes, ensuring reliable solder joints and excellent thermal and electrical connections. Its surface-mount configuration allows for high-density PCB layouts, optimizing space without sacrificing power handling or electrical performance.

The environmental credentials of the B360A-M3 Diode are solid, as it complies with RoHS (Restriction of Hazardous Substances) standards. This commitment to environmental responsibility ensures that your products meet global regulations for hazardous materials, contributing to a greener and more sustainable electronic industry.

In summary, the B360A-M3 Diode is a Schottky barrier diode that combines efficiency, reliability, and compact design. With a 3A forward current, 60V reverse voltage, and low forward voltage drop, it is perfectly suited for high-performance power rectification applications. The DO-214AC surface-mount package ensures ease of integration into a variety of circuit designs, making it an excellent choice for designers looking to optimize their power management solutions while adhering to environmental standards.