MX15KP40AE3

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TVS – Diodes are usually associated with power surge protection, clamps, ESD protection, voltage and current protection because they provide a device for reducing severe voltage transients, which are caused by ESD (electrostatic discharge) and other electrical events. The MX15KP40AE3 TVS – diode is no exception. It offers fast response and excellent clamping performance, and is suitable for suppressing voltage transients of up to 15 ~ 40V in digital communication or consumer electronics, as well as other environments that produce high-voltage electrical transients.

The MX15KP40AE3 is a TVS – diode that provides expansive protection against transient voltage events. It includes a circuit that can sense the voltages generated from an ESD, lightning, or other transient event and provide clamping action to ensure minimal effect on system operation. In the event of a voltage transient, the device operates within a few nanoseconds to provide protection, but at relative low power levels. With a low clamping voltage and high operating temperature, the MX15KP40AE3 maintains reliable performance and is well suited for automotive, consumer, and communication applications.

The MX15KP40AE3 is available in a SMA package, which measures in at 0.08 inches long and 0.07 inches wide. The device is constructed from a low profile, epoxy-based material with high temperature range of -40°C to 125°C. Additionally, its snap-pin design makes it very easy to mount in the limited space available in many boards. The MX15KP40AE3 uses a 2-pin configuration, allowing designers to easily install and test the device with a minimal effort.

The MX15KP40AE3 operates by providing a circuit with a large energy storage capacitance. This capacitance is used to accelerate the response of the device in the event of a high current or voltage transient situation. The capacitance is charged up in the case of a high current transient, accelerating the clamping action of the MX15KP40AE3, providing protection for the circuitry. In the case of voltage transients, the device relies on its low capacitance and inductance values, becoming rapidly charged, and quickly responding to voltage variance.

The MX15KP40AE3’s expansive range of features ensures it is a multifunctional device for any application. With its snap-pin design, modern packaging, and quick, reliable protection, the MX15KP40AE3 is suited well for applications such as automotive electronics, industrial automation, consumer electronics, communication systems, and any other application space that requires protection against voltage transients.

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