MA1.5KE11CAE3

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Transient Voltage Suppressor (TVS) diodes are just one of the many types of semiconductor protection diodes. A MA1.5KE11CAE3 is one such diode that offers great protection for both consumer and commercial applications, and features a working voltage of 15 volts and a power dissipation of 11 Watts.

The MA1.5KE11CAE3 is specifically designed to protect low voltage electronic circuits from overvoltage transients, which are what commonly cause electrical surges, and can cause permanent damage to circuit components. The diode is able to sense an excessive voltage on an electrical circuit and then conduct current to ground to clamp the voltage and protect the circuit.

The working principle of a MA1.5KE11CAE3 is pretty simple. In its active state, the diode functions as a closed switch, allowing current to flow unimpeded, basically in a similar manner to a regular diode. But when the circuit voltage exceeds its specified working voltage of 15V, the diode springs into action – the diode rapidly changes from its closed state to an open state, thus limiting the voltage across it, also known as ‘clamping’ the voltage.

This MA1.5KE11CAE3 diode can also survive repeated ‘surge events’ i.e. repeated voltage transients, and continuously protect the circuit from overvoltage. The device is manufactured in a DO-213AB package and is often used in low cost applications such as low voltage LED displays, computing equipment protection, and motor control circuits.

These are only a few of the applications of the MA1.5KE11CAE3 diode – with its ability to efficiently protect against voltage transients, this device makes great protection for a variety of consumer and commercial applications. It is capable of handling a wide range of voltage transients and can reliably and repeatedly respond to transient events. This makes this diode an ideal choice for protection in a wide range of low-voltage applications.

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