V3.5MLA0805NA

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A TVS- Varistors, MOVs device, such as the V3.5MLA0805NA, is used to protect semiconductor components, such as transistors, by absorbing overload spikes. In this way, it prevents voltage and current impulses from damaging the sensitive components.

The V3.5MLA0805NA is an application-specific device, specifically designed for ESD protection for high-speed USB ports, such as the latest USB 3.1 gen2 and Thunderbolt 3 speeds.

The device is composed of an array of silicon-sintered varistors, each of which has an individual voltage dependent resistance. These varistors are designed to form a pyramid structure, so that they act “in parallel”, with an increased effective surface area, and can, in most cases, sustain up to 100V of surge protection.

The working principle of the V3.5MLA0805NA is relatively simple. When a surge is encountered, the varistor’s resistance increases, inversely proportional to the applied peak voltage. Once this peak is passed, the varistor’s resistance drops again, returning the path to the original condition. This clamping action is inherent to the device, and keeps the peak voltage below a certain threshold.

The device can be used in a range of applications, most notably in high-speed data transmission. Its ESD protection meets the current industry standards, and is compatible with the latest USB and Thunderbolt protocols.

In summary, the V3.5MLA0805NA is a TVS - Varistors, MOVs device specifically designed for ESD protection for high-speed USB and Thunderbolt protocols. It is composed of an array of silicon-sintered varistors, each with an individual voltage dependent resistance. When a surge is encountered, the resistance of the varistors increases, thus clamping the peak voltage below a certain threshold and preventing sensitive components from damage.

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