SDURB1060TR Discrete Semiconductor Products

Diodes - Rectifiers - Single, or also known as SDURB1060TR, are semiconductor devices which are composed of two or more than two diodes that are connected together to increase the forward current, reverse current, and surge current resistivity of an electric system. They play a critical role in stabilizing, regulating and protecting electric systems. They are widely applied in electric automobiles, power supplies, AC/DC switching power supplies and UPS systems.

Compared to typical power diodes and rectifiers, SDURB1060TR has favorable performances such as faster switching, higher reverse surge current, higher efficiency and lower power loss. The good thermal and electrical parameters of SDURB1060TR can also give superior performance in electric systems with high-frequency, high-current and high-temperature environment.

The working principle of SDURB1060TR mainly comes from its unique structure. The structure of an SDURB1060TR is comprised of two silicon diodes, both of which have their embedded in the same N+- or P+-type silicon chip. In order to increase the electrical properties and efficiency of the device, two silicon diodes are connected parallelly. This configuration creates a closed loop, which further helps decrease power loss and improve efficiency.

In terms of applications, SDURB1060TRs are mainly used for AC/DC switching power supplies and UPS systems. These SDURB1060TRs can provide improved performance and higher surge current ratings, making them suitable for use in high-frequency, high-current and high- temperature environments. Also, the low power loss of these devices can help in improving energy efficiency and overall performance of the system.

SDURB1060TR is a reliable and fast switching rectifier with superior performance and high efficiency. Its structure of two silicon diodes enables it to produce higher reverse surge current and greater efficiency when compared to other devices. Furthermore, its remarkable thermal and electrical parameters can help make it ideal for working in high-frequency, high-current and high-temperature environment. All these make SDURB1060TR a smart choice for electric systems.