SBX201C-L-TB-E

The SBX201C-L-TB-E diodes-rectifier-arrays are designed to offer an easy-to-use solution for the rectification of power from the AC mains. Compared to the previous generations of rectifier arrays, SBX201C-L-TB-E diodes-rectifier-arrays provide up to a 33% reduction in power losses and are optimized for high-efficiency operation.

The SBX201C-L-TB-E is a high-performance and versatile rectifier array that is suitable for a wide range of applications. It offers an array of features, including: a low forward voltage drop, reverse-polarity protection, optimized thermal design and high pulse load capability. The array can operate at junction temperatures up to 150°C and is rated to handle a maximum continuous reverse-voltage of 65V and a maximum continuous forward-current of 10A.

Application Field

The SBX201C-L-TB-E is typically used in automotive electronics, portable medical devices, industrial controls, LED lighting, and power supplies. It is suited for applications that require a low forward voltage drop, high efficiency, and a versatile design.

Working Principle

The SBX201C-L-TB-E operates on the principle of rectification. In this process, an alternating current (AC) signal is converted into a direct current (DC) signal. The rectifier consists of two sets of diodes, each opposite in direction. When an AC voltage is applied, the diodes will operate in pairs with alternate diodes forward and reverse biased in cycles. This results in two separate pulses of direct current that are out of phase with the alternating current, thus giving a net direct current output.

In addition, the SBX201C-L-TB-E features a series-parallel connection of diodes and reverse-polarity protection devices, which provide additional protection from current overloads and allow the array to operate over a wide voltage range.

Conclusion

The SBX201C-L-TB-E is an ideal choice for applications where a low-voltage and efficient rectification device is required. It offers a reliable solution with a wide range of features, such as a low forward voltage drop, reverse-polarity protection, optimized thermal design, and high pulse load capability. The array is designed to handle a maximum continuous reverse-voltage of 65V and a maximum continuous forward-current of 10A, making it suitable for a wide range of applications.