MA3S795D0L

Diodes - Rectifiers - Arrays

The MA3S795D0L rectifier array is a product from the STMicroelectronics range of rectifier arrays, which is designed to introduce a safe and cost-effective solution for high current DC to DC conversion power supply applications.

The device is a bridge rectifier, which consists of 8 separate arrays of N-channel MOSFETs (MOS field effect transistors). It contains two independent channels, with each channel controlling four of the MOSFETs. The device is a four diode bridge, with each diode being in either a single diode or four diode bridge configuration.

As its name suggests, the MA3S795D0L is used for providing a safe and cost-effective solution for high current DC to DC conversion power supply applications. Its main application is for the regulation of high-current DC power supplies. It supports reverse current protection and current limitation. The device can also be used to be bridge rectifiers for low voltage input applications and to be AC DC pumping rectifiers.

The MA3S795D0L rectifier array also has a working principle. It works through a repeated cycle of power conversion, where it is supplied with an alternating voltage from the primary source, and then it is rectified through the MOS field effect transistor (MOSFET) array. Once rectified, the current is then sent to the secondary side, where it will be further rectified, and then converted back to an alternating current.

The MA3S795D0L rectifier array has a wide range of benefits such as low thermal and electromagnetic noise, while also providing current limit protection and reverse current overflow protection. It is also a low cost solution, making it an ideal option for high current power supply applications that require long-term reliability.

The MA3S795D0L rectifier array is an efficient and cost-effective solution for high current DC to DC conversion power supply applications. It provides a safe, reliable and cost-effective solution for both low voltage input applications and AC DC pumping rectifiers. Its working principle is based on a repeated cycle of power conversion, which it achieves through the MOSFET array, highlighting its efficiency and cost-effectiveness.