MX15KP200AE3

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TVS - Diodes, or transorbs, are two-terminal active components that provide much better protection of electronic components than traditional transient voltage suppressors. The MX15KP200AE3 TVS - Diode is one of the latest designs in the industry, with features and a slew of applications that make it ideal for applications requiring superior protection, stability and reliability. This article will provide an overview of the MX15KP200AE3 TVS - Diode, including its application field and working principle.

The MX15KP200AE3 is an ultra‑sensitive, unidirectional Transorb with ultra-low capacitance offering high surge protection for transient circuitry. It belongs to the 0105 surface‑mount type components. It is rated for an operating junction temperature of up to +175°C and a storage temperature range of -55°C to +175°C. Featuring up to 200A pulse surge current rating, the MX15KP200AE3 delivers up to 30% lower clamp voltage compared to standard Transorb designs. It also minimises clamping and leakage currents. This combination of attributes ensures improved system-level performance in protecting high-speed data lines from electrostatic discharge, handling 500W of energy during surge events.

Aside from its low electrical and thermal resistance, the MX15KP200AE3 is also specified with high surge current and low leakage current. Its high-temperature storage allows for long service life. The MX15KP200AE3 also offers high current handling capabilities, low profile, and low capacitance.

The MX15KP200AE3 is widely used in consumer electronics, power management, computer, automotive, and industrial applications. It is mainly used for Protection of circuit board components against overvoltages, Instantaneous pulse current protection, Common-mode protection in video lines, and Protection Against disruptive transients on CPU, memory, testing, and other bus lines.

In terms of the working principle of the MX15KP200AE3, it functions as an active protection element that clamps voltage transients, thus protecting its dependent components from electrical surges. It consists of a NEXcell Zener Array, an N-Channel FET and Schottky diode. The Zener Array operates over the entire temperature range of the device. The FET operates in parallel with the Zener Array but opens up at higher voltage levels, allowing the necessary current to flow. The FET and Zener Array work together, providing a low clamping voltage over the operating temperature range. The Schottky diode is used to limit the inrush current.

By combining a low clamping voltage with high surge current capabilities and low capacitance, the MX15KP200AE3 TVS - Diode provides superior circuit protection for a wide variety of electronic devices. Its combination of low clamping voltage and high surge current make it ideal for high-speed data lines such as CPU, memory, and testing buses. Its high-temperature storage allows for long service life, making it suitable even for high-temperature applications. With its ultra-low capacitance design, the MX15KP200AE3 also ensures improved system-level performance in protecting high-speed data lines from electrostatic discharge. Overall, it is a great choice for applications requiring superior protection, stability and reliability.

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