83CNQ080S2

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The 83CNQ080S2 is a diode rectifier array module commonly used in power applications. It is typically used as an input protection device or as an output rectifier for high power applications. The device consists of an array of eight individual diodes and has a maximum current rating of 8A. The peak reverse voltage for the device is 8V and the forward voltage is 1.05V. The device operates at a temperature range of -55°C to +125°C.

The main purpose of the 83CNQ080S2 is to provide protection against over-voltage and over-current conditions which can be caused by external influences such as power spikes. This protection is provided by the array of individual diodes, which are used to rectify the voltage and current. When the voltage and current exceed the rated values the diode array turns on and clamps the voltage and current to the rated values.

The working principle of the 83CNQ080S2 is fairly simple. The device is connected in a series across the AC line, between the input and the output. The AC signal passes through the array of diodes, which act as a rectifier. When the signal exceeds the rated voltage or current, the device turns on and clamps the voltage or current to the rated values. This protects the device from any over-voltage or over-current damage.

In terms of application fields, the 83CNQ080S2 can be used in a variety of applications such as automotive systems, power supplies, lighting, and other circuits which require input protection or an output rectifier. The device provides key advantages such as a high peak reverse voltage, a low forward voltage, and a high current rating, making it an ideal choice for a wide range of applications.

In conclusion, the 83CNQ080S2 is a diode rectifier array module which is commonly used in power applications. The device consists of an array of eight individual diodes and has a maximum current rating of 8A. It is typically used as an input protection device or as an output rectifier for high power applications. The device provides key advantages such as a high peak reverse voltage, a low forward voltage, and a high current rating, making it an ideal choice for a wide range of applications such as automotive systems, power supplies, lighting, and other circuits which require input protection or an output rectifier.

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