SR20150-G

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

The SR20150-G is an advanced rectifier array from SPS which effectively provides improved performance from a variety of electrical systems. It is a specialized component suited for applications such as power conditioning, automotive engines, and other power-related devices. The SR20150-G can handle up to 150 amps of current, providing a significant amount of current regardless of the voltage being used. By providing constant current, the component is able to supply additional power to the circuit and reduce the risk of power failure.

The SR20150-G rectifier array consists of three separate components, each designed to efficiently convert alternating power (AC) into direct current (DC). It uses Schottky diodes consisting of a PN junction between two different materials which can easily switch between conducting and blocking electrical current. By connecting these diodes in series, the device can convert a large amount of AC to DC continuously.

The three separate components used to construct the SR20150-G are configured in the prevalent tri-state configuration. This allows the rectifier array to simultaneously draw power from three separate sources and then combine them together at the output. This eliminates the need for using additional components such as a voltage regulator, enabling the rectifier array to offer a more reliable performance.

Due to its wide current range, the SR20150-G is an ideal component for supplying power to a wide range of different systems. It is typically used in automotive engines, home and office electronics, computer systems, and more, providing a more reliable and consistent power. The component is also often used to condition power by managing the voltage to provide a steady output.

The SR20150-G is an efficient and reliable component which is suitable for many different applications. Aside from its ability to handle a large range of current, it is also designed to eliminate the risk of power failure. By providing a constant supply of power, the component helps to extend the life of the system and increase the performance.

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