MXPLAD30KP14AE3

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TVS (Transient Voltage Suppressor) diodes are a common form of electrical protection from surges and spikes in electrical circuits. They are designed to absorb spikes in voltage and keep the circuit safe from damage. The MXPLAD30KP14AE3 is a silicon-based TVS diode designed for applications that require high power protection and ESD protection.

The MXPLAD30KP14AE3 features a unidirectional breakover voltage of 30 kV and peak pulse power of 14.0 Watts (8/20 μs). This diode is designed to absorb and clamp high power electrical threats, such as lightning surges, wires arcing, or switching inductive loads in order to protect electrical circuits from damage or destruction. It can be used in both consumer and industrial applications, as well as automotive, computers, telecommunications, and other high power environments.

The working principle of the MXPLAD30KP14AE3 is to provide two paths for the electrical current in order to protect the circuit from damage. When a surge or spike occurs, the diode will activate its clamping action and redirect the electricity along the lower voltage path. This shunt action helps protect the circuit from unwanted high voltage, which can cause the electronic components to burn out or even catch fire.

The MXPLAD30KP14AE3 is designed to handle all kinds of electrical threats, including ESD, EMC, and EFT pulses. It is rated to efficiently absorb and clamp electrical surges more than 15 kV in amplitude and with an 8/20 μs peak pulse power rating of 14.0 Watts. In addition, the diode features a reverse breakdown voltage of 5.0 Volts, a Leakage Current of 0.25 μA, and a capacitance of 0.030 pF.

The MXPLAD30KP14AE3 is a high performance TVS diode designed to protect a wide range of applications from high power surge and spike threats. It is suited for both consumer and industrial applications, such as automotive, computers, telecommunications, and more. The diode’s efficient clamping action and reverse breakdown voltage measures up to 30 kV and 5.0 Volts, respectively, providing electrical circuits with the protection that is needed against the dangers of excessive voltage.

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