DF1501S

Diodes & Bridge Rectifiers are widely used in motor control, power conversion, and power dissipation applications. The DF1501S is a compact, high-speed single-phase bridge rectifier designed for low forward voltage drop, switching speed, and power dissipation. The DF1501S has four built-in diodes with a rated current of 15A peak, making it suitable for various small and medium-sized applications that require high efficiency.

The DF1501S operates in the same rectangular circuit as other standard Bridge Rectifiers, only its four diodes are arranged with their alternating polarity between four terminals to form a Bridge Rectifier circuit. The Bridge Rectifier circuit passes current in both directions across a load, allowing the load to utilize the full voltage without any voltage drop. The Bridge Rectifier then works as a bidirectional device, allowing the application to be reversible.

The DF1501S has a maximum reverse surge withstand capability of 5A for a short period of time, making it suitable for high-frequency applications. The reverse recovery time is also very short, with a rated current of 15A and an operating temperature of up to 105°C. This makes it suitable for applications which require high speed switching and high efficiency.

The DF1501S has a forward voltage drop of approximately 0.6V, making it suitable for applications which require low power dissipation. It also provides a maximum DC output power of about 30W, making it suitable for various low power applications. The four diodes are also designed to provide higher ESD protection, reducing the risk of damage in applications with high ESD susceptibility.

The DF1501S is suitable for applications like digital power supplies, lighting, motor control, switching, and UPS systems. It is also suitable for a variety of other applications like solar cell battery charging, DC converters, medical instruments, and industrial equipment.

Overall, the DF1501S is a highly efficient and reliable Bridge Rectifier suitable for a wide range of applications with its low forward voltage drop, fast switching speed and high Power Dissipation. It is a convenient device which can be easily integrated into existing designs, making it an attractive solution for motor control, power conversion, and power dissipation applications.