MLV2220E32503T

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TVS - Varistors, MOVs

The MLV2220E32503T is an AC-rated polymeric Transient Voltage Suppression (TVS) device that provides a high level of clamping protection from destructive transients. It is a surface-mount device packaged in a 2220 SOD-523 package that is compatible with most lead-free reflow processes. This device is suitable for use in a wide range of applications including Automotive, Telecommunications, Networking, Industrial and Consumer.

This TVS device provides effective overvoltage protection by clamping transients to a safe level. It performs its transient suppression function by absorbing transient energy, reducing the peak voltage at the protection point. This device can protect against surges of up to 1,000W (10/1000μs) for a typical 28V application. It also offers an EMI/RFI reduction capability, allowing better performance for printed circuit boards and other electrical components.

The working principle of the MLV2220E32503T is based on the capacitive coupling of the P-N junction. It utilizes a combination of capacitor-diode junctions and Zener diodes to produce a very fast surge current response. The voltage-clamping action occurs when the P-N junction diode starts conducting and the device becomes a low impedance path to ground. This provides the suppression of transients by shunting the high voltage transients away from the protected component.

The device also features a low operating voltage, making it suitable for applications requiring a low clamping voltage such as automotive and telecommunications. The MLV2220E32503T also offers a wide operating temperature range (-55°C to 150°C) to ensure optimal performance in various conditions. This device is also self-protection against power overloads, making it an excellent choice for sensitive electronics.

The MLV2220E32503T is a ruggedly constructed and reliable TVS Diode offering protection from transients and overvoltage. It is broadly used in a wide range of modern electrical systems to protect sensitive components, as well as to reduce EMI/RFI interference. This device is especially suitable for high speed data communication applications as it offers quick response times and a wide operating temperature range. The device is also resistant to overvoltage damage and is designed to provide reliable protection from transients, making it a highly reliable protection solution for sensitive applications.

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