V30MLA1206NA

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The V30MLA1206NA is a transient voltage suppression (TVS) device designed to protect sensitive electronic components, such as microprocessors, memory devices and other semiconductor components, from voltage transients and clamp induced high frequency noise. This type of protection device is also known as a transient voltage suppressor, or varistor, and its function is to protect the equipment in a variety of ways.

The working principle of the V30MLA1206NA is based on a multi-layer varistor (MLV). The MLV is composed of a stack of ceramic layers. As voltage is applied to the MLV, the layers of ceramic are “ compressed ” and the varistor becomes more conductive. When the voltage reaches the varistor’s “ trip ” point, the varistor responds by quickly “ snapping ” onto the volt-time curve. This reduction in time of response (or clamping) reduces the surge’s peak voltage and current amplitude.

The application field of the V30MLA1206NA is broad. It can be used in a range of applications from consumer electronics to industrial and automotive applications. In general, any application dealing with high speed transient on/off switching or current pulses can benefit from using this device. It can be used in a variety of circuit protection applications such as in computer systems, cellphones, laptops, aircraft and automotive equipment.

The V30MLA1206NA is a varistor-type protection device and is designed to provide a fail safe clamping action that will protect sensitive electronics. The device uses a multi-layer ceramic stack as its active element, meaning that it behaves differently than a conventional varistor or an ordinary resistor in the presence of a transient. The active ceramic layers in the V30MLA1206NA compress when subjected to a high voltage transient thus quickly clamps the transient and reduces its peak voltage and current. This provides improved protection to sensitive devices and allows for a higher level of protection than would be achievable with other types of protection devices.

The V30MLA1206NA is ideal for use in a wide range of applications and can provide protection from transient overvoltages caused by electrostatic discharge, lightning and other sources. It is also highly reliable and carries an additional surge rating compared to conventional protection devices.

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