MXPLAD15KP60CA

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Transient voltage suppression (TVS) diodes, otherwise known as surge suppressors, protect circuits from voltage spikes which could otherwise cause severe damage. Such spikes typically occur from external sources such as lightning, electrostatic discharge (ESD), or other transient events. The MXPLAD15KP60CA is one such TVS diode specifically designed to act as protection for automotive and other applications.

The MXPLAD15KP60CA has two terminals and draws very little current. It is a bidirectional diode, meaning current can flow from either terminal, and it can be applied in either an anode-cathode or cathode-anode configuration (in either configuration, the diode should be connected in series with the circuit that needs protection).

The actual working principle of the MXPLAD15KP60CA involves two distinct steps. First, it absorbs energy from the surge or voltage spike. Second, it dissipates that energy as heat, protecting the circuit from any potential damage.

When a voltage spike is applied to the MXPLAD15KP60CA, the breakdown voltage of the device is exceeded and a large surge current flows. This current is then absorbed by the diode and redirected, ultimately dissipating it as heat. The device is designed to activate as soon as the voltage exceeds the breakdown voltage of the device and it can handle large instantaneous currents up to 25A.

The MXPLAD15KP60CA is suitable for use in a variety of automotive applications, such as engine control computers and OBD II systems, as well as general electronic applications. It is rated for a peak pulse surge power of 15kW at 8/20μs, with a maximum reverse voltage of 6V. It has a low clamping voltage of 38V, so it can provide effective protection from a variety of transient voltage spikes at the cost of a very small amount of voltage drop, making it a suitable choice for automotive applications.

The MXPLAD15KP60CA is a robust and cost-effective device for protecting automotive and electronic circuits from potentially damaging voltage spikes, with an extremely low current draw and minimal voltage drop.

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