DL4003-13-F Discrete Semiconductor Products

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

A DL4003-13-F is a type of single rectifier diode with a maximum recovery time of 25 nanoseconds, making it an ideal choice for providing high-speed power control in electrical and electronic devices. The main purpose of a rectifier diode is to convert alternating current (AC) input signals into direct current (DC) output signals, and the DL4003-13-F\'s high speed performance makes it the preferred choice for achieving this purpose.

The DL4003-13-F is designed to provide high current capacity, up to 13 Amps, while also offering low forward voltage between its anode and cathode, typically ranging from 0.9 Volts to 1 Volt. This, combined with its 25 nanosecond recovery time, makes it ideal for applications such as fast switching, overvoltage protection, bridge rectification and snubber circuits, among many others.

The DL4003-13-F has a rectification ratio, or Replication Ratio (RR), of 1.0, which means it generates a unified output of the same polarity as the input. It also has a high reverse voltage rate of 400 Volts, ensuring protection across potential load variations and allowing the user to extend the operating parameters and optimize the output voltage.

The DL4003-13-F utilizes a unique structure which allows for efficient heat transfer and improved thermal stability. This feature is especially advantageous for larger power control applications, as it allows for improved reliability and extended lifetime. Additionally, the diode is packaged in a tiny, SMT package, so it can be easily integrated into any space-constrained system with minimal re-design requirements.

In terms of the working principle of the DL4003-13-F, it is based on the fact that the diode is an electrical component with a semiconductor structure, which allows it to act as a ‘’one-way’’ conductor, passing current in one direction only. When the input is AC, the diode serves as a power controller by only allowing current to pass in the positive half of the input wave; in the negative half, no current is allowed to flow through it. This overall process results in the conversion of the AC input into the DC output.

In conclusion, the DL4003-13-F is an efficient and reliable single rectifier diode that is specifically designed for high-speed power control applications. It offers a high current capacity, a low forward voltage, and a reverse voltage rate of 400 Volts, making it a great choice for applications that require high performance and reliability. Furthermore, its small size and unique heat transfer structure make it easily integrated into space-constrained systems, further adding to its versatility and usefulness.

The specific data is subject to PDF, and the above content is for reference