SB180

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The SB180 is a single-phased diode rectifier. It is used in solutions where only a single-phase rectification is required, such as AC/DC converters, UPS systems and motor controllers. The semiconductor is an ideal component for positive and negative voltage applications, as well as mid-voltage protection.

The SB180 diode rectifier published by the distinguished Rectron Semiconductor Company is made with a Silicon Barrier Controlled Junction (BCJ) technology. This type of diode is known for its low reverse-recovery time due to the special construction of its p-n junction and its rapid response to voltage changes. With this feature, the SB180 lives up to high standards of performance, enabling power engineers to reduce power losses and increase circuit efficiency in applications that require high-speed switching.

The operating voltage of the SB180 diode rectifier ranges from 2V to 800V, and it can handle nominal currents of up to 4 Amps. It also offers a power dissipation of up to 0.8 Watts, a high temperature operational feature and an area-saving compact compact and surface mount package.

The SB180\'s rectifying action works as follows: During the positive-half cycle, current flows through the SB180 diode and voltage is reduced and regulated. During the negative-half cycle, current is blocked by the diode, thus preventing backflow.

The SB180 diode rectifier offers many advantages such as improved efficiency, minimal power loss, improved insulation performance and robust shock and vibration resistance due to its high temperature operation capability. It also offers a built-in transit protection feature, which ensures that the diode rectifier functions even when transient voltage spikes occur.

The SB180 is a reliable, high-end diode rectifier that meets the needs of many power applications. Its low-reverse recovery time, high temperature operational feature and built-in transit protection enable it to perform efficiently and continuously in critical applications, making it an ideal choice for most users.

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