MXLPLAD15KP7.0CA

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TVS-Diodes are a type of diode that serve as a form of protection for electrical systems, working to dissipate high energy spikes that can damage electronics and cause failure. The MXLPLAD15KP7.0CA is a specific type of TVS-Diode that is used in a variety of applications, and works to protect against transient overvoltage in a number of settings.

The MXLPLAD15KP7.0CA is a bi-directional, non-response TVS-Diode that is designed for general purpose ESD, EFT and surge protection. It is sized in the Ultra Low Profile (ULP) package which is ideal for a variety of applications that require a small footprint. Its peak pulse power rating of 15KW (10/1000μs Pulse Waveform) is suited to a variety of transient overvoltage scenarios.

The MXLPLAD15KP7.0CA TVS Diode works in a variety of different scenarios. It is designed for use in communication networks, consumer electronics, industrial equipment, and automotive applications. It works to protect against lightning, high-energy transient pulses, and surge currents that can damage sensitive electronics. Specifically, it is commonly used in applications such as switches, phones, laptops, industrial equipment and automotive systems.

When an overvoltage occurs, the MXLPLAD15KP7.0CA works to pulse and dissipate the energy. The diode has an integrated design which means there is no need to add a secondary component to accommodate a current spike. This leads to a reduction in overall design complexity and cost.

The working principles of the MXLPLAD15KP7.0CA can be best explained using Ohm’s Law. When the voltage across the diode reaches the Breakdown Voltage (BV), the diode is triggered and begins conducting current. The diode then works to conduct the current and to dissipate the energy created by the overvoltage.

The MXLPLAD15KP7.0CA is a versatile, low-profile, and cost-effective form of protection for many different types of electrical systems. Thanks to its integrated design and peak pulse power rating, it provides valuable protection against transient overvoltage and surges. This makes it a great option for protecting electronic systems from unexpected high-energy transient pulses.

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