V9MLA0603LNR

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TVS - Varistors, MOVs are designed to protect sensitive electronic equipment against transient voltage spikes and over voltage, surges or lightning. The V9MLA0603LNR from Vishay’s product line is designed to provide a quick, cost-effective solution to guard against such electrical events from occurring.

The V9MLA0603LNR is a state of the art, unidirectional protection device. It offers a high peak voltage capacity and low capacitance, ensuring protection of your sensitive equipment from any surge or jolt in voltage that may originate from an outside source.

Specifically, this device is best suited for applications that require a response time of up to 20 nanoseconds to shield equipment from disturbances such as loading and unloading conditions. It has a broad operating temperature range of -45°C to + 150°C and an IEC ratings of 6.5A@8/20μs allows for use in a variety of applications requiring surge protection.

The V9MLA0603LNR uses a varistor and nonlinear resistor in order to redirect incoming voltages. In a typical circuit, when the Varistor is exposed to a rising voltage the device’s resistance will lower increasing the current flow through it. This current then flows to ground, where the voltage will be dissipated.

When working with the V9MLA0603LNR, An external fuse must be used to protect against short circuit conditions, and also to ensure proper resetting of the circuit. The fuse must be rated to match the maximum current of the device: 6.5A (8/20μs).

In addition, the V9MLA0603LNR is provided with Vishay’s Ultra-Caps, designed to capture and store energy during normal operation. During a surge event, the Ultra-Caps quickly discharge their stored energy to help protect against the surge.

To summarize, the V9MLA0603LNR from Vishay’s product line offers a fast, reliable, cost-effective solution to protect against transient voltage spikes and over voltage, surges or lightning. With its high peak voltage capacity and low capacitance, this device is designed to provide superior protection for your sensitive electronic equipment.

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