SBE813-TL-E

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Diodes - Rectifiers - Arrays are widely used for the purpose of converting alternating current to direct current in various industries and applications. The SBE813-TL-E is one such example of a diode rectifier array, which is designed to offer both high efficiency and high voltage performance. The following sections discuss the applications and working principle of SBE813-TL-E.

Application Field

The SBE813-TL-E is a four-phase, 400V, six-phase, 400V, and 800V-rated version of the same rectifier array series, making it an ideal solution in applications requiring different phases. This rectifier array is commonly used in automotive, industrial, and power supply modules, as it offers reliability, low switching noise, and low power loss. Additionally, this type of rectifier array is also used in applications such as UPS systems, DC/DC converters, and AC/DC power supplies. This array is also ideal for energy conservation projects, since it helps to reduce the amount of energy lost when converting AC to DC.

The SBE813-TL-E is also able to offer a wide array of features, including the ability to achieve a strong, symmetrical four-phase voltage for increased reliability, fast-recovery leading diodes for high surge capabilities, and ultra-low forward voltage drop for higher efficiency. Furthermore, this type of rectifier array also provides a high reverse conductivity for circuit protection.

Working Principle

The SBE813-TL-E utilizes a complex internal circuitry, which consists of four independent series switches, each responsible for controlling the speed, current, and voltage of the rectifier array. Each switch is a four-phase, double-pole type that can be configured in a variety of ways depending on the required configuration. The switches are then connected to the array’s internal circuitry, which is responsible for regulating the voltage, current, and frequency of each device. The internal circuitry consists of a bridge circuit and load regulation components that allow the rectifier array to function as designed in different applications.

When a DC power supply is applied to the rectifier array’s input, the switches will automatically control the speed, current, and voltage of the device. The internal circuitry of the SBE813-TL-E rectifier array is then able to convert the AC input current into a steady, symmetrical, four-phase voltage. When the voltage is applied to the rectifier array’s bridges, the load regulation circuitry will then convert the AC current into DC current, thereby providing the desired DC output.

The SBE813-TL-E rectifier array is capable of operating at temperatures as low as -55°C, as well as up to 125°C, making it suitable for a range of working environments. The rectifier array is also ESD protected, providing a high level of durability and reliability, as well as ensuring that it can handle up to 4kV ESD. Furthermore, the rectifier array also offers over-temperature protection, further increasing its safety and reliability.

In conclusion, the SBE813-TL-E is a reliable, efficient, and high-performance rectifier array for various applications. Its internal circuitry offers high speed, low switching noise, and low power loss, and its temperature operating range also offers a high level of reliability. This type of rectifier array is well suited for applications such as UPS systems, DC/DC converters, and AC/DC power supplies. Overall, this rectifier offers superior performance and quality that make it an ideal solution for any application.

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