MXPLAD18KP17CAE3

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Today, a wide variety of functional components are used in electronic devices to protect circuits from transient voltage changes. TVS-Diodes are one such type of efficient protection components widely used in the electronics industry. Generally, they are used for electrical overvoltage protection and are immune to high surge currents. In this context, this article aims to discuss in detail the application field and working principle of the MXPLAD18KP17CAE3, a TVS-Diode commonly used in the electronics industry.

The MXPLAD18KP17CAE3 is an unidirectional, low-capacitance TVS-Diode with excellent clamping capability, peak pulse power of up to 18kW, and a breakdown voltage of 17V. It is widely used in electronic circuits for protection against overvoltage, and is specially designed to protect the high-speed data lines from electrostatic discharge, surge and noise. It is used in all types of data and communication lines, such as automotive electronics, aircraft and avionics systems, consumer electronics, graphics and telecom modules, fiber optics modules, and DSL modems.

The MXPLAD18KP17CAE3 has an excellent reverse breakdown capability and a low leakage current of less than 0.5 µA. It is also RoHS and MSL compliant, making it ideal for use in the current high-definition electronics market where low-capacitance TVS-Diodes are a must. In addition, this diode is highly efficient, offering up to 3A of peak current and 8A of non-repetitive peak pulse current.

This diode is also known for its robust electrical characteristics, enhanced energy levels, and fast response times. The MXPLAD18KP17CAE3 is designed with a rugged structure, which is resistant to environmental conditions such as vibration, high temperature, and impact loads. In addition, these electrical characteristics allow for a quick response time, which is critical in preventing electronic devices from harm in case of overvoltage. Furthermore, its low capacitance rating also ensures minimal signal distortion and high-frequency noise rejection.

The working principle of a TVS-Diode is based on the theory of providing a voltage-controlled current source when the diode is under reverse bias. When the breakdown voltage is reached, a strong electric current will flow through the diode and reduces the voltage on the other side of the circuit. This current will be equal to the breakdown current value of the diode, and it will remain steady as the voltage of the circuit increases. When the voltage reaches the working voltage of the diode, the diode will operate in a linear region and the current will decrease with the increase of voltage on the other side of the circuit.

The MXPLAD18KP17CAE3 is an example of this type of diode, offering excellent protection against electrostatic discharge, surge, and high frequency noise. This diode also offers excellent clamping capability and efficient protection in multiple applications, including consumer electronics, telecommunications, automotive, and avionics. Thanks to its high peak current, robust electrical characteristics and low capacitance rating, the MXPLAD18KP17CAE3 is an efficient and cost-effective solution for transient voltage protection.

The specific data is subject to PDF, and the above content is for reference