M15KP130CAE3

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TVS - diodes are surge protection devices used to protect circuits from damage due to large transient voltages or electrical surges. The M15KP130CAE3 is one such device, serving as an over-voltage protection device designed for various automotive applications such as Data buses, Interface lines, Cameras, and Power lines as well as other industrial applications.

This device is a unidirectional Low Capacitance Transient Voltage Suppressor TVS diode. It is rated for 15.5V and has a peak power rating of 130 Watts. The M15KP130CAE3 has a characteristic working voltage of 14V, a maximum clamping voltage of 28.4V, and a peak pulse current rating of 13A. It features a very low Reverse Standoff Voltage of 15V and a high surge capacity of 6500A.

The working principle behind this device is simple. When exposed to a high-voltage surge, the M15KP130CAE3 diode provides a low impedance path to ground, allowing the current to flow away from the circuitry it is protecting. The energy associated with the surge is absorbed and dissipated within the diode in the form of heat. This effectively limits the voltage that reaches the equipment, thus preventing damage from power surges.

The M15KP130CAE3 is ideal for automotive applications since it is designed to meet the low-clamping voltage requirements of these applications. It is also used in industrial applications due to its highly efficient surge protection. This diode is highly reliable, with a durable design that ensures it will stand up to the toughest conditions. Furthermore, its reverse-biased protection helps ensure that it provides maximum protection from any type of surge.

In conclusion, the M15KP130CAE3 is a highly reliable low capacitance Transient Voltage Suppressor TVS diode that is ideal for automotive and industrial applications. With its high surge capacity, high reliability, and low capacitance, it is designed to protect circuits in any situation. By providing a low-impedance path to ground, it effectively limits the voltage that reaches the equipment, thus preventing damage from electrical surges.

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