VS-12CWQ10FNHM3

Diodes - Rectifiers - Arrays

The VS-12CWQ10FNHM3 is an array diode of the 12-A, 1000VDSS type. It is widely used to provide rectifying power in a variety of applications.

Applications

The VS-12CWQ10FNHM3 is used in a number of applications, such as AC to DC converters, battery charging circuits, power supplies, high frequency power conversion, welding power supplies, and lighting systems. It provides a level of efficiency that is advantageous in size-limited, high-power applications.

Design and construction

The VS-12CWQ10FNHM3 consists of 10 separate diodes in a single package. The diodes are arranged in two parallel arrays of five in series, for a total peak current of up to 12 A and a maximum voltage of up to 1000 V. The construction is thermally-enhanced to provide excellent thermal resistance and long operating life. The device is also RoHS compliant and includes a silicone gel sealing layer to prevent moisture and dirt from entering the assembly.

Working principle

The working principle of the VS-12CWQ10FNHM3 is based on the principle of rectification. When AC power is connected to the device, the diodes polarise and the positive and negative cycles form a rectified output. This rectified output is then filtered and regulated to form a DC power source. The diode array is designed to provide a bidirectional current flow, allowing it to be used in either AC to DC conversion or DC to AC conversion applications.

Advantages

The VS-12CWQ10FNHM3 offers a number of advantages over other diode array devices. It provides a high level of performance, efficiency, and reliability. It is also suitable for space-constrained designs, as it is available in a compact package. The device also features over-temperature and over-voltage protection, making it safe and reliable. In addition, it is RoHS compliant, allowing manufacturers to use it in their products without worrying about any environmental concerns.

Overall, the VS-12CWQ10FNHM3 is an ideal solution for a variety of rectification applications, providing high power efficiency and reliability. Its compact design makes it suitable for space-limited designs, while its thermal performance ensures that it will operate reliably over a wide range of temperatures and loads.