680-6

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Diodes are devices that allow electric current to flow only in a certain direction. Bridge rectifiers are made up of two or four diodes that are connected in a way so that current is converted from alternating to direct current. The 680-6 is one type of such bridge rectifier, with maximum peak repetitive reverse voltage of 680V and maximum average rectified current of 6A.

Bridge rectifiers are used in a variety of electronic circuits that require a direct current supply, such as those found in computer power supplies, motor control circuits, switched mode power supplies and many other applications. The 680-6 allows the rectification of alternating current to direct current in just two or four diode setups instead of the usual six. This is done by forming the two sets of "bilateral" diodes into a split-phase full-wave configuration, where each diode has two anodes and one cathode.

The bridge rectifier works by having an alternating current applied to the two input terminals. As the current changes direction, each set of diodes will become forward-biased, allowing the voltage to go through to the output. When the current changes direction again, the other set of diodes will become forward-biased and the process repeats, thus creating a continuous direct current output.

The 680-6 bridge rectifier also has other benefits. It is constructed using components that are incredibly resistant to high voltages and are capable of withstanding high temperatures. The device has a maximum surge current rating of 10A and a maximum reverse voltage of 6A, granting it greater durability and reliability.

In conclusion, the 680-6 bridge rectifier is a device that is commonly used in various applications that require a steady direct current supply. It uses only two or four diodes to perform this conversion instead of the usual six, making it more efficient and cost-effective. It is constructed using highly resistant components that can handle extreme voltages and temperatures, giving it great durability and reliability.

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