MLVA06V26C100-R Circuit Protection

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A metal–oxide–semiconductor varistor (MOV), also known as the varistor, is an electronic device made from a silicon-based semiconductor core encased by a ceramic sleeve. It is used in various applications, and the most common type is the MLVA06V26C100-R (also known as an MLVAR).

MLVA06V26C100-R is a varistor that is designed to protect against transient voltage surge and other high power events. It is commonly used in a wide variety of electronic applications, such as LED lighting, power supplies, and industrial equipment. This device has a higher energy handling capability than its predecessors due to its low capacitance and increased resistance to transient voltage shifts.

The MLVA06V26C100-R has a typical capacitance of 10–25 pF and a typical clamping voltage of 70–75 V. It has a surge current rating of 200–420 A/s and a maximum operating voltage of 40 V. The device is rated for up to 125 VAC/DC, with a temperature range of -40 °C to +125 °C, allowing for reliable and versatile use.

The working principle behind this type of varistor is the protection of sensitive equipment from voltage surge and other transient voltage events. When the varistor is exposed to a surge event, it redirects the flow of current, limiting the amount of voltage that reaches the protected equipment. This helps to ensure the equipment’s safety and operation.

The MLVA06V26C100-R is designed to be used in a wide range of applications, from small consumer electronics to larger industrial equipment. It is widely used in LED lighting, PV inverters, power supplies, power line communication circuits, and audio equipment. It is also commonly found in automotive, home appliance, and other consumer products.

The capabilities of the MLVA06V26C100-R make it ideal for use in applications that require a combination of surge protection and lower clamping voltage. Its ability to handle higher energies and offer a low capacitance makes it essential for situations where sensitive equipment needs to be protected from voltage surges and other transient voltage events.

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