MBRB20200CTT4G

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MBRB20200CTT4G - Diodes - Rectifiers - Arrays

The MBRB20200CTT4G, which stands for “Metal-Oxide Semiconductor High- Temperature Ultra Thin Strip,” is a type of diode-rectifier array commonly used in high-current, high-temperature applications. It is a frequent choice for those who need robust and reliable power performance in aerospace, industrial, and medical applications. Used in medium-power power supply design, the MBRB20200CTT4G diode-rectifier array offers superior surge performance and high current handling, along with good power factor correction and efficient thermal design.

In the field of power electronics, a rectifier is an important component that converts alternating current (AC) into direct current (DC). As the name implies, a diode-rectifier array contains several rectifying diodes connected to a common nodes, allowing their high current capability and reverse polarity protection. It is designed to handle large current densities in one or more directions, and can prevent the flow of current from one node to another even in reverse polarity.

The MBRB20200CTT4G array comprises two separate circuits with dual diodes for each node of the array. It offers superior performance in applications where high-temperature performance, surge protection, high-current handling and good power factor correction are needed. The two separate circuits can be used to improve efficiency and prevent thermal runaway, while having the ability to withstand power surges and offer reverse polarity protection. The diode is produced using the latest ultra-thin-strip technology to increase reliability, reduce size and improve power performance.

The MBRB20200CTT4G array can offer current ratings of up to 20 A and voltages of up to 200 V, depending on the application. It is specifically designed for medium-power applications, providing both reverse-polarity protection and a high power factor. The power factor is improved through the combination of two different rectification circuits, allowing a higher power factor to be achieved. The two circuits also reduce current flow and thermal runaway in the event of reverse-polarity protection due to its unique construction.

The working principle of a diode-rectifier array is straightforward. As previously mentioned, the diode rectifier array is a circuit with multiple diodes connected to a common node. The diodes act as switches, blocking the flow of current from one node to another in reverse polarity, while permitting the flow of current from one node to another in the same polarity. As such, the array can be used for various applications, such as bridge rectifiers, full-wave rectifiers, smooth rectifiers, high-speed rectifiers, and power factor rectifier circuits.

The MBRB20200CTT4G diode-rectifier array is most commonly used in applications requiring high-temperature performance, surge protection, high current handling, and good power factor correction at the same time. The circuit structure of the array helps to reduce current flow, prevent thermal runaway and short-circuit failure, and improve power factor. It is an ideal choice for those looking for reliable power performance in high-current, high-temperature applications, such as aerospace and industrial applications.

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