MLV2220E35003T

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TVS (Transient Voltage Suppressors), MOVs (Metal-Oxide Varistors) and other components play an important role in automotive and industrial environments. The MLV2220E35003T is one component that works to protect circuits and devices from voltage transients. This paper will discuss the application field and working principle of the MLV2220E35003T.

The MLV2220E35003T is designed specifically for automotive, industrial, and other related applications. It is a multilayer varistor (MLV) with low voltage characteristics- one of the few components specifically designed for automotive applications. It is constructed from a thin-film multilayer ceramic element with internal terminations. It is capable of withstanding high transient voltage differences and is encapsulated in a moisture-resistant PBT resin.

The MLV2220E35003T provides protection against fast transients in automotive and industrial environments and prevents excessive currents or voltages from damaging sensitive electronics. This is achieved via its unique working principle. When exposed to a high transient voltage, the internal electrodes of the component become polarized, resulting in a defined electrical resistance and the dissipation of excess energy. This process is known as the "snapback" characteristic. This voltage protection helps protect the surrounding circuit elements from damage.

The MLV2220E35003T is rated for a steady DC voltage of 35V, with a peak pulse voltage of 87V. It has a steady-state current rating of 500mA, and a rated pulse current of 3.5A. It has a capacitance of 22nF at 25°C and a leakage current of less than 0.15mA. It is encased in a 9.7 x 6.2 x 4.3mm package and has a high impact resistance to shock and vibration. It also features high noise immunity and boasts a low parasitic capacitance.

In general, the MLV2220E35003T is well suited to applications in the automotive and industrial sectors. It provides the necessary protection for sensitive electronics against high voltage peaks and transients, and its low parasitic capacitance makes it ideal for use with signal lines. It is a reliable, cost-effective solution for protecting components from dangerous voltage transients.

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