V14MLA1206WA

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TVS or transient voltage suppressor is a device used to suppress the voltage spiking on a circuit board. It is also known as a "Transient Voltage Suppressor" or TVS diode. The TVS - Varistors, MOVs is a type of device that helps protect circuits from over-voltage conditions by using a voltage spike absorber. Usually, they are used in applications where a voltage pulse needs to be absorbed instantaneously or where a device needs to be protected from transients. The V14MLA1206WA is one such device.

The V14MLA1206WA is a uni-polar varistor with a maximum breakdown voltage of 14V and a maximum working voltage of 12V. It has an operating temperature range of -40°C to 85°C and a maximum pulse energy rating of 500A. It is an excellent low cost device for use in over-voltage protection applications. They are commonly used in power adaptors, battery back up systems, surge protection circuits, and lighting circuits.

The working principle of the V14MLA1206WA varistor is based on a special electrical diode material, which exhibits nonlinear characteristics in response to applied voltage. This nonlinearity results in a very low resistance value when the reverse voltage is below a certain threshold or breakdown voltage (VBR). When the applied reverse voltage exceeds the VBR, the resistance of the varistor increases exponentially. When the voltage is applied again, the resistance of Varistor is reversed to the original state. This principle is known as the Varistor Effect.

The V14MLA1206WA can be used for a variety of applications. It can be used to protect circuits from over-voltage and over-current conditions. It is popular in designers of telecommunications equipment, automotive applications, power supplies, and other consumer electronics applications. The device can also be used to provide additional protection from transients. The varistor can also be used as an EMI (electromagnetic interference) filter.

In addition to its use as an over-voltage protection device, the V14MLA1206WA can also be used as an over-current protection device. This is accomplished by using two metal oxide varistors in series, with the first varistor connected to the power supply and the second connected to ground. When the current reached the maximum rated value, the said voltage appears across the varistors, causing the second varistor to break down and thus preventing an overload.

Overall, the V14MLA1206WA is an important device for the protection of circuits in various applications. It is an excellent low cost and reliable device that is designed to protect circuits from transient spikes and pressure overloads. This device allows designers to create powerful, reliable, and safe circuits without the need for complex and expensive protection methods. For these reasons, this device is quickly becoming a popular choice for designers in different industries.

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