MXLSMBJ130AE3 Circuit Protection

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The MXLSMBJ130AE3 is a Transient Voltage Suppressor (TVS) Diode designed to protect the circuit from over-voltage, or excessive voltage transients that could disrupt circuit operation or cause damage of the components. The device is capable of protecting one line of a circuit while allowing free-flowing signals between both lines. It features a fast response that prevents circuit disruption and damage from happening.

The operating principle of the MXLSMBJ130AE3 diode begins with the conventional diode configuration, where the diode is reverse biased which allows for no current to flow in that direction. When the source voltage is higher than the protected line voltage, the current is then allowed to flow through the device and into the protected line. The resulting reduction in voltage in the protected line allows for currents to remain below the maximum rated current of the device and protect the connected components.

The high peak pulse current and power capabilities of the MXLSMBJ130AE3 ensures that it can provide the necessary protection for a wide variety of applications such as automotive, industrial, military communications and consumer electronics. It is the perfect choice for protecting voltage transients, electrostatic discharge and surge events in high power applications. It can protect up to 30A of peak pulse current, which ensures that it can protect devices from over-voltage transients and provide a reliable operation.

The MXLSMBJ130AE3 is an ideal choice for a wide range of applications, including computers, consumer electronics, and automotive electronics. It can easily handle both positive and negative transients, up to a maximum of 30A. It is also designed to be cost effective and reliable, making it a great option for those looking for an efficient TVS diode. Overall, the MXLSMBJ130AE3 is a great choice for protection against transient voltage and gives users the peace of mind that their application is protected from damages caused by over-voltage transients.

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