1N7037CCU1

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1N7037CCU1 has found application in many sectors due to its versatile nature and potential uses. It belongs to the family of diodes-rectifiers-arrays, also known as DRAs, which offer superior performance. Most DRAs contain two or more diodes and are designed to allow current to flow in only one direction at all times. 1N7037CCU1 specifically consists of 16 individual diodes connected in two antiparallel, four series quadrant diode arrays. This makes it possible to provide the following functions in a single device: reverse blocking, protection against overvoltage, protection against transient events and electromagnetic interference.

The 1N7037CCU1 diode is mainly used for a wide range of applications including telecom, industrial, automotive, computer, and others. It is also used in any application that requires protection from voltage surges, as it can clamp down surges of many magnitudes. It has a reverse breakdown voltage of 70V and a maximum average forward current of 1A. This combination makes it the perfect choice for telecom applications, as it can protect devices from unwanted power-surges and protect board from short circuit.

The working principle of the 1N7037CCU1 is relatively simple and straightforward. A voltage is applied to the two ends of the array, with the current only being allowed to flow in the directions that are indicated by the arrows of the diode symbols. This will protect the device or application against any type of reverse voltage or reverse current surge, as the diode will block the flow of current instantly. Furthermore, the device is designed to handle a high-voltage pulse or an overvoltage pulse with ease, so that the device or circuit is not damaged.

The 1N7037CCU1 has a wide range of applications and is a great choice for telecom, industrial, automotive and computer applications. It has superior reverse breakdown voltage and can provide superior protection against voltage and current surges. Furthermore, its simple working principle makes it a perfect choice for various scenarios where protection from reverse current and voltage is paramount.

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