MXLUPT17E3 Circuit Protection

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MXLUPT17E3 application field and working principle

MXLUPT17E3 belongs to TVS diodes, which are the abbreviation of Transient Voltage Suppressors. The diodes are designed to protect sensitive devices from surge events, such as lightning strikes or electrostatic discharge (ESD). A variety of configurations are available, ranging from 1,5 kV to 32 kV.

MXLUPT17E3 consists of two parts: an electrode and a protection device. The electrode is composed of two diodes, with one diode on each side of the electrode. These diodes form a bridge, and when an electrical signal is applied to the electrode, a voltage surge is conducted across the diode bridge. The protection device is also composed of two diodes, which are connected in series. When voltage applied to the electrode reaches a specified level, the protection device becomes activated and begins to dissipate the excess surge energy.

MXLUPT17E3 is mainly used in communication systems, computer networks, consumer electronics, and automotive applications. The maximum peak pulse power of the device is 17.1W, with a breakdown voltage of 6.6V. It has excellent surge protection performance, fast response time, and can protect against a variety of surge events. It is also RoHS compliant, which ensures environmental safety.

The working principle of MXLUPT17E3 is simple and effective. When a voltage spike occurs, the electrode absorbs the surge energy and immediately sends it to the protection device. The protection device dissipates the energy, effectively preventing overvoltage from damaging sensitive components. This is how MXLUPT17E3 protects against high-voltage surge events.

In conclusion, MXLUPT17E3 is a highly reliable and efficient surge protection device, designed for a variety of applications. It has excellent surge protection performance, fast response time, and is RoHS compliant. Therefore, it is an ideal choice for protecting equipment against a wide range of surge events.

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