AVRL101A1R1NTA Circuit Protection

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The AVRL101A1R1NTA is a TVS (Transient Voltage Suppressor) varistor, MOV (Metal Oxide Varistor) unit. Developed by the world leader in TVS and MOV components, it has become a popular choice for industrial applications, from server rooms to power supplies.

The AVRL101A1R1NTA\'s main feature is its extremely low clamping voltage, making it a great choice for packaging sensitive electronic components and protecting against transient voltage surges. The unit can be used in both AC and DC power circuits, with varistors able to divert surges in either direction.

The TVS MOV\'s robust construction includes high surge capability, with lightning protection up to 40kA 8/20μs for 8/20μs current response times. The varistor is also constructed from a special non-combustible material, eliminating the risk of fire in cases of overload. The unit features a low clamping voltage of 1.08V (8/20μs current peak).

This AVRL101A1R1NTA varistor is also thermally protected, which prevents device failure in active circuits. The integrated thermal cut-off feature is designed to detect any temperature increases and switch off the unit before it becomes unstable or causes catastrophic failure. The varistor is also protected against shorts when installed with a negative ground supply.

The MOV can be mounted in almost any orientation, with three mounting holes in the top cap to ensure reliable mechanical connection. It can be easily mounted to any PC board, and in most cases does not require additional mounting hardware or clips. The varistor also features electrical noise filtering, making the device suitable for suppression of high-frequency noise.

The combination of low clamping voltage and surge protection from transient voltage spikes make the AVRL101A1R1NTA a perfect choice for industrial applications, from server rooms to power supplies. The unit\'s robust construction and thermal protection make it the ideal solution for any application that requires reliable protection of sensitive electronic components.

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