V68MLA1206NT

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TVS (Transient Voltage Suppressors) and MOVs (Metal-Oxide Varistors) are widely used in various electronics and electrical applications to protect circuits and equipment from transient overvoltage or high-voltage discharges, respectively. V68MLA1206NT is a type of transient voltage suppressor TVS with a low capacitance suitable to protect against ESD (electrostatic discharge) and EMI (electromagnetic interference).

The V68MLA1206NT is a 1206-sized unidirectional transient-voltage suppressor (TVS) diode specifically designed to protect integrated circuits from ESD/surge events. It consists of a Zener diode and a termination resistor in a single package. It has a compact size, low clamping voltage, a high breakdown voltage of 6.8V, and a low leakage current. The device can withstand up to 1000W of surge power.

The working principle of the V68MLA1206NT is as follows: when a surge or voltage spike occurs, it will be presented to the diode and will be diverted towards it. As the applied voltage surpasses the thresholds (clamp voltage ~ 6.8V and breakdown voltage ~ 11.5V), the Zener diode begins to conduct the current, which is then limited by the series termination resistor. During this process, the voltage across the device decreases, thus limiting the voltage applied to the downstream components.

Applications of the V68MLA1206NT include: ESD/surge protection; EMI filter networks; surge protection for digital, analog, and power circuits; and protection against overvoltage transients in low-voltage applications. In addition, it can also be used in motor control systems, communications systems, consumer electronics, industrial electronics, medical electronics, and automotive electronics.

In conclusion, V68MLA1206NT is a low-capacitance TVS suitable for ESD and EMI transient protection. Its relatively low clamping voltage, high breakdown voltage, and low leakage current make it a suitable choice for a wide range of applications. Thus, it is an ideal solution for protecting sensitive assemblies from transient overvoltage.

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