MBRF200200

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The MBRF200200 is a diode rectifier array that is composed of two series-connected BRT-400200 rectifiers. This array is commonly used in switching power supplies and general DC power supplies. Generally, this array is relatively low cost and can provide good performance in most low-voltage applications. In essence, the MBRF200200 provides 200V blocking voltage and 400V peak repetitive inverse voltage.

The MBRRF200200 application field and working principle revolves around the concept of rectifying AC power (alternating current) into DC power (direct current). This process is essential to many power supply applications as AC power is often more difficult to control, while DC power is easier to control and less demanding to process. This array allows power engineers to easily rectify AC power into DC power with a relatively low cost and good performance.

The working principle behind the rectification process lies in the nature of the reverse voltage, which is a peak voltage that is applied in reverse polarity across the diode when an electric current is flowing. This peak voltage is what allows for the rectification process to occur and renders a reversed-polarity electric current that can then be used for other purposes. In other words, the blocking voltage (peak voltage) of the diode and the peak current that flows in the reverse direction affect the performance of any rectifier and can be varied depending on the rectifier type.

The MBRF200200 is composed of two series-connected BRT-400200 rectifiers, which allow for a maximum peak inverse voltage (PIV) of 400V and a minimum 200V blocking voltage. This array can also provide a higher reverse-voltage rating than typical single-part rectifier devices, which further increases its efficiency in power supply applications. In particular, this device can be used in power supplies that require an AC-DC conversion of 60 to 200V.

Moreover, the MBRF200200 provides engineers with 0.2A average rectified forward current, allowing for a significant amount of energy to flow through the power supply. This array also features a variety of thermal characteristics, including a maximum of 150°C case temperature that maintains a consistent performance throughout its specified operating temperature range. This allows for the device to be used in even high-temperature applications.

In conclusion, the MBRF200200 array is a diode rectifier device designed for low-voltage power supplies. The device consists of two series-connected rectifiers that provide engineers with a peak inverse voltage (PIV) of 400V and a minimum of 200V blocking voltage. Additionally, the device can provide an average rectified forward current of 0.2A, allowing for a significant amount of energy to flow through the power supply while demonstrating superior performance in both high- and low-temperature applications.

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