0602-20-1258

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

0602-20-1258, also known as Diffused Semiconductor Potted Module (DSPM), is a type of power semiconductor device specifically designed to protect power and electronic systems from transient phenomena, or sudden changes in voltage and current. It plays an integral role in controlling the amount of energy in the system, ensuring that both the power supply and the electrical components remain safe and operational. The DSPM is composed of various elements such as switches, rectifiers, transistors and diodes. These components are arranged in a specific sequence so as to regulate, control, and protect the system.

The application of 0602-20-1258 is far-reaching. It is primarily used to protect power supplies against voltage and current transients. It is also widely used in industrial and commercial wiring, in steering systems, in automation systems, and in telecommunications. Since it provides effective power regulation and protection, it is often used in data centers, industrial automation, and other energy intensive environments. Additionally, it is often used in robotics, wind turbine installation, automotive electronics, and consumer electronics.

The working principle of 0602-20-1258 is relatively simple. When a sudden change in voltage or current occurs, the semiconductors in the module activate. These semiconductors then quickly raise their impedance and absorb the excess energy in the system, preventing any damage to the components or the power supply. This happens in milliseconds to ensure that the electrical current flow in the system is controlled and that the system is operating at a safe level.

In conclusion, 0602-20-1258 is a versatile and powerful power semiconductor module that is used to protect power and electronic systems from voltage and current transients. It is widely used in a variety of applications including industrial and commercial wiring, steering systems, automation systems, data centers, robotics, and consumer electronics. Its working principle is relatively simple and consists of activating the semiconductors in the module, which then raise their impedance and absorb the excess energy in the system in the event of a transient.

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