CDD11210

Diodes - Rectifiers - Arrays

The CDD11210 is an advanced, ultra-low leakage Schottky barrier rectifier array from Central Semiconductor Corporation. With high current handling capability in a single package, high surge current rating, and fast reverse recovery time, the CDD11210 is an ideal solution for a range of circuit protection applications dealing with high voltage inputs.

The CDD11210 is a dual, reverse-connected Schottky rectifier array, with each rectifier capable of handling up to 3 A of current at voltages up to 40 V. This makes the CDD11210 ideal for use as a rectifier array in high-voltage input circuits such as those used in power supplies and power converters. The fast switching times of the rectifier diodes allows for the minimization of power losses and the maximum utilization of input power.

The reverse-connected diodes in the CDD11210 offer a number of advantages over traditional, forward-connected diode designs. For example, the reverse-connected diodes allow for current to move in both directions, thus offering a further level of circuit protection in the event of a short circuit or transient fault. Additionally, reverse-connected diodes provide for a much faster switching time than traditional, forward-connected diode designs, thus enabling higher power-handling capabilities and improved system performance.

The CDD11210 is a low-power, low-voltage, dual rectifier array with a very small form factor and low-profile components that enable a compact design, thus allowing for its use in high-density applications. The package is lead-free with an estimated shelf-life of 10+ years, thus making it suitable for use in a variety of long-term applications.

The high current handling capability, fast switching, and reverse current protection of the CDD11210 make it an ideal solution for a range of circuit protection applications. It can be used in high-voltage input circuits such as those used in power supplies and power converters, or it can be used as a high-current rectifier array in battery charger applications. It is a reliable, cost-effective solution for any application that requires a high-performance, high-current handling rectifier array.